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{"sheet":"documentation","index":0,"n_rows":60,"n_cols":3,"rows_kept":60,"cut":false,"hidden":false,"merged":[[28,0,28,1],[55,0,55,1],[2,0,2,2],[4,0,4,2],[6,0,6,2],[8,0,8,2],[10,0,10,1],[20,0,20,1],[42,0,42,1]]}
["PSCF Documentation"]
[]
["PSCF workbooks enable you to enter all details necessary to create and execute a public sector credit simulation model. To do this, you must correctly populate both the model and series sheets and then click the PSCF Contol Panel, and, finally, click the Run Analysis button in this panel."]
[]
["Each entry in the model and series tab is documented below.  Please review these entries carefully and review the sample before entering and running models."]
[]
["You can maintain multiple PSCF workbooks by saving the sample spreadsheet to another name, or copying the workbook using Windows Explorer.  All workbooks should be kept in the \\\\My Documents\\PSCF folder."]
[]
["Although this interface uses Excel, PSCF also runs in a command line mode which reads tab delimited copies of the model and series tabs, and outputs results to a tab delimited projections tab.  Command line operation is recommended only for highly technical users and those working in the Linux operating system."]
[]
["model tab (top section)",null,"Descriptive information and basic model parameters."]
[null,"Government Entity","Name of the public sector entity being analyzed.  Value appears in the projection output header."]
[null,"Model Description","Short description of the model.  Value appears in the projection output header."]
[null,"Currency","Currency in which values are denominated.  Value appears in the projection output header.  All models are assumed to use a single currency."]
[null,"Initial Year","Fiscal year associated with the base year of the analysis, referred to as \"Year 0\" in the models tab. In the projection output, years are numbered sequentially beginning with this initial year.  This field must be a four digit numeric.  If a government entity uses the form FY 2012-2013, that should be entered as 2013 in this field."]
[null,"Projection Years","Number of years beyond the initial year that will be analyzed.  For example, if the Initial Year is 2011 and a value of 30 is entered for \"Projection Years\", the period analyzed will be 2012-2041.  Values for 2011 will also be displayed in the Projection output."]
[null,"Number of Trials","Number of simulation trials to run.  Please note that there is no limit, however projection output includes one row for each year and each trial plus white space.  "]
[null,"Threshold Label","Some analysts may wish to use a term other than \"Default\" to describe situations in which the threshold is exceeded.  Enter a term other than \"Default\" here if that is your preference.  This will be reflected in the projection output."]
[null,"Show Projection Details","Controls whether trial by trial results will be generated and displayed in a tab named \"projections\".   Given the row limit of an Excel spreadsheet, this value should be set to \"N\" if the number of years multiplied by the number of trials exceeeds one million."]
[]
["model tab (metric section)",null,"Enter up to 5 metrics that will be calculated during each simulation year for each trial.  Columns in the metric section are described below."]
[null,"Description","A text description of the metric.  This will appear as the column header in the projection output."]
[null,"Expression","A syntactically valid expression in terms of series (defined in the series tab) that computes the desired metric."]
[null,"Threshold Level","Level beyond which a default or crisis is assumed to occur. Only applicable to the first metric."]
[null,"Relation to Threshold Signifying Default","Relational operator that should be used in conjunction with the threshold to determine whether a default or crisis is assumed to have occurred. Acceptable values are < , <= , > and >=. Only applicable to the first metric."]
[]
["model tab (default probability code)",null,"Advanced feature. Most users should leave this field blank. This field supports the  computation of fractional annual default probabilites based on one or more metrics. This field allows the entry of a default probability code block. The code must be written in ANSI C and must supply a value to the array element defaultprob[y]. "]
[]
["series tab",null,"Enter one row for each series you wish to generate.  There are three fixed series that should not be removed from the sample: unirandom, normrandom and cauchyrandom refer to arrays of random numbers distributed uniformly, normally or according to the Cauchy form respectively."]
[null,"Series Name","Variable name describing the series.  This name must follow C++ variable naming conventions, which include a limit on the length of the name and no use of spaces within the name.  Please note that C++ is case sensitive, so you must make sure to use the same case when referring to the name in expressions as you do when initializing it here."]
[null,"Series Description","A text description of the series which will appear as the column header for series data in the projection output."]
[null,"Series Type","A descriptive field allowing you to classify series as Random Numbers, Macroecoomic, Revenue, Expenditure or Debt related.  Has no impact on processing or display. "]
[null,"Type/Format","A string of the format TYPE(SIZE,PRECISION) that controls how the array associated with the series is initialized in C++ and displayed in the projection output.  We recommend using TYPE double for all series, although integer types are also supported.  SIZE refers to the maximum length of series values dispayed in the projection output. PRECISION refers to the number of decimal places to be displayed."]
[null,"Minimum","Specifies an absolute floor for any value in this series.  Must be a numeric value. Optional."]
[null,"Maximum","Specifies an absolute ceiling for any value in this series.  Must be a numeric value. Optional."]
[null,"RandomMean","Applies only to normal and Cauchy random numbers.  Enables you to specify a mean around which generated values are distributed."]
[null,"RandomStdDevOrSigma","Applies only to normal and Cauchy random numbers.  For normally distributed random numbers, allows you to specify a standard deviation.  For Cauchy distributed random numbers, allows you to specify a Sigma."]
[null,"Projection Comments","A descriptive field allowing you to describe the method for populating this series. Has no impact on processing or display."]
[null,"Include in Output File?","If \"Y\", the series will appear as a column in the projection output.  If \"N\", the series will not appear, but will still be computed."]
[null,"Year 0","Enter values for the initial or base year of the analysis.  This is typically the most recent year for which actuals or nearly-final estimates are available. Values entered in this column would typically be fixed currency amounts reflecting these budgetary values, although expressions may be used as long as they do not refer to prior years."]
[null,"Year 1 -YY","In this context \"YY\" refers to the number entered for Projection Years in the model tab.  Enter valid C++ expressions that will be used to compute values for each series in each year during each simulation trial.  Expressions may contain any combination of fixed numeric values, arithmetic operators (+ , - , * , / and ^), references to other current year series values and references to prior year values of this or other series.  Current year series references can only be made to series on a higher row of the series sheet and take the form seriesname[y]. To refer to a prior year series value, enter seriesname[y-1]; two year earlier values can be referenced as seriesname[y-2], and so on.  Forward references of the form seriesname[y+INTEGER) are not supported.  References that would evaluate to a year below 0 will cause an error.  For example, in Year 1 you cannot specify seriesname[y-2] since that would evaluate to Year -1 which does not exist."]
[]
["adjustments tab (optional)",null,"This optional tab allows you to adjust fiscal series after they have been calculated. Primary use is to limit annual surpluses or deficits."]
[null,"Adjustment Name","A text description of the adjustment."]
[null,"Expression to Evaluate","A syntactically valid expression in terms of series (defined in the series tab) that computes an expression to test once all series have been calculated for a given year in a given trial."]
[null,"Relation to Threshold ","Relational operator that should be used in conjunction with the threshold to determine whether an adjustment will be made. Acceptable values are < , <= , > and >=. "]
[null,"Threshold Value","Level beyond which the adjustment will be made."]
[null,"Series to Adjust if Threshold is Surpassed","Specify which series to adjust so that the Expression to Evaluate matches the threshold."]
[null,"Distribute Adjustment to Related Series","An additional list of series to change in order to be consistent with the adjusted series value. All series in the list will be adjusted pro rata without constraint."]
[null,"Constraint Operator","Relational operator that should be used in conjunction with the Constraint Amount to set a limit to the amount of the series is adjusted. Acceptable values are < , <= , > and >=. Only applicable to the first metric."]
[null,"Constraint Amount","Number, series member or compound term specifying the upper or lower bound for the adjusted value. A typical use of this field (and the operator field above) is to prevent a series from swiching signs."]
[null,"Dependent Series","Other series whose values are dependent on series being adjusted. Series listed in this column will be recalculated after the adjustments have been applied."]
[]
["ratingmap tab (optional)",null,"Lookup table between annual default probabilites and ratings. If this table is provided, annual rating equivalents will be displayed in results."]
[]
["PSCF Control Panel (model tab)",null,"Click this command button to run a projection or perform projection-related housekeeping tasks.  Normally, you would only use this panel after populating both the model and series sheets."]
[null,"Run Analysis","This button executes a Visual Basic script which performs the following tasks:  (1) checks the syntax of expressions entered in the model and series sheets, (2) converts the model and series sheets to tab delimited text files, (3) translates these text files into a C++ program, (4) compiles the program using the GNU C++ compiler, (5) executes the C++ program thereby running the simuilation and outputting the projection results and (6) loading the projection results into Excel.  If syntax checking reveals errors or compilation fails, the script aborts prior to running other steps.  Error messages may be found in the PSCF control panel and in the form of cell comments associated with cells containing invalid expressions. Depending upon whether you choose to display trial by trial details, a successful analysis run will create either one or two tabs to the Excel workbook."]
[null,"Clear Results","Removes previously created projection and results  tabs from the Excel workbook."]
[null,"Show C Code","Displays the generated code in a Notepad window.  This is for informational purposes only.  Manual changes to the program will not affect the projection output and will be overwritten the next time \"Run Analysis\" is executed."]
[null,"Close","Close the PSCF Control panel window."]

{"sheet":"model","index":1,"n_rows":18,"n_cols":5,"rows_kept":18,"cut":false,"hidden":false,"merged":[[12,3,15,4]]}
["Parameter Name","Parameter Value"]
["Government Entity","United States"]
["Model Description","US Federal Budget Sample"]
["Currency","USD"]
["Initial Year",2011]
["Projection Years",31]
["Number of Trials",1000000]
["Threshold Label","Default"]
["Show Projection Details","N"]
[]
[null,"Description","Expression","Threshold Level",{"$f":"\"Relation to Threshold Signifying \" & B8","v":"Relation to Threshold Signifying Default"}]
["Metric 1","Interest Expense/Total Revenue","netinterest[y]/totrev[y]",0.3,">"]
["Metric 2","Debt/GDP","debt[y]/GDP[y]"]
["Metric 3","Debt/Total Revenue","debt[y]/totrev[y]"]
["Metric 4","Absolute Increase in Debt","debt[y]-debt[y-1]"]
["Metric 5","Total Rev / Total Exp","totrev[y]/totexp[y]"]
[]
[null,"Default Probability Code"]

{"sheet":"series","index":2,"n_rows":412,"n_cols":41,"rows_kept":412,"cut":false,"hidden":false,"merged":[]}
["Series Name","Series Description","Series Type","Type/Format","Minimum","Maximum","RandomMean","RandomStdDevOrSigma","Projection Comments","Include in Output File?","Year 0","Year 1","Year 2","Year 3","Year 4","Year 5","Year 6","Year 7","Year 8","Year 9","Year 10","Year 11","Year 12","Year 13","Year 14","Year 15","Year 16","Year 17","Year 18","Year 19","Year 20","Year 21","Year 22","Year 23","Year 24","Year 25","Year 26","Year 27","Year 28","Year 29","Year 30"]
["normrandom_lfp","Random Draws for Labor Force Participation","Random Numbers","double(8,6)",null,null,0,0.5,"Normally Distributed Random Numbers for Labor Force Participation","Y"]
["normrandom_prod","Random Draws for Productivity","Random Numbers","double(8,6)",null,null,0,0.5,"Normally Distributed Random Numbers for Productivity","Y"]
["normrandom_infl","Random Draws for Inflation","Random Numbers","double(8,6)",null,null,0,0.5,"Normally Distributed Random Numbers for Inflation","Y"]
["normrandom_oil","Random Draws for Oil Prices","Random Numbers","double(8,6)",null,null,0,0.5,"Normally Distributed Random Numbers for Oil Prices","Y"]
["normrandom_int","Random Draws for Interest Rates","Random Numbers","double(8,6)",null,null,0,0.5,"Normally Distributed Random Numbers for Metal Prices","Y"]
["normrandomBirths","Random Draws for Births","Random Numbers","double(8,6)",null,null,0,0.5,"Normally Distributed Random Numbers for Births","Y"]
["normrandomDeathRates","Random Draws for Death Rates","Random Numbers","double(8,6)",null,null,0,0.5,"Normally Distributed Random Numbers for Death Rates","Y"]
["unirandom_inctaxcuttop2","Random Draws for Extending Bush Tax Cuts for Top 2 Brackets","Random Numbers","double(8,6)",0,1,null,null,"Uniformly Distributed Number used for Decision Probability","Y"]
["unirandom_inctaxcutalloth","Random Draws for Extending Other Bush Tax Cuts and AMT Patch","Random Numbers","double(8,6)",0,1,null,null,"Uniformly Distributed Number used for Decision Probability","Y"]
["unirandom_estatetaxcut","Random Draws for Extending Lower Estate Taxes","Random Numbers","double(8,6)",0,1,null,null,"Uniformly Distributed Number used for Decision Probability","Y"]
["unirandom_docfix","Random Draws for Extending Medicare Doc Fix","Random Numbers","double(8,6)",0,1,null,null,"Uniformly Distributed Number used for Decision Probability","Y"]
["LiveBirths","Live Births","Macroeconomic","double(14,0)",null,null,null,null,null,"N",4400000,"LiveBirths[y-1]+(normrandomBirths[y]*200000)","LiveBirths[y-1]+(normrandomBirths[y]*200000)","LiveBirths[y-1]+(normrandomBirths[y]*200000)","LiveBirths[y-1]+(normrandomBirths[y]*200000)","LiveBirths[y-1]+(normrandomBirths[y]*200000)","LiveBirths[y-1]+(normrandomBirths[y]*200000)","LiveBirths[y-1]+(normrandomBirths[y]*200000)","LiveBirths[y-1]+(normrandomBirths[y]*200000)","LiveBirths[y-1]+(normrandomBirths[y]*200000)","LiveBirths[y-1]+(normrandomBirths[y]*200000)","LiveBirths[y-1]+(normrandomBirths[y]*200000)","LiveBirths[y-1]+(normrandomBirths[y]*200000)","LiveBirths[y-1]+(normrandomBirths[y]*200000)","LiveBirths[y-1]+(normrandomBirths[y]*200000)","LiveBirths[y-1]+(normrandomBirths[y]*200000)","LiveBirths[y-1]+(normrandomBirths[y]*200000)","LiveBirths[y-1]+(normrandomBirths[y]*200000)","LiveBirths[y-1]+(normrandomBirths[y]*200000)","LiveBirths[y-1]+(normrandomBirths[y]*200000)","LiveBirths[y-1]+(normrandomBirths[y]*200000)","LiveBirths[y-1]+(normrandomBirths[y]*200000)","LiveBirths[y-1]+(normrandomBirths[y]*200000)","LiveBirths[y-1]+(normrandomBirths[y]*200000)","LiveBirths[y-1]+(normrandomBirths[y]*200000)","LiveBirths[y-1]+(normrandomBirths[y]*200000)","LiveBirths[y-1]+(normrandomBirths[y]*200000)","LiveBirths[y-1]+(normrandomBirths[y]*200000)","LiveBirths[y-1]+(normrandomBirths[y]*200000)","LiveBirths[y-1]+(normrandomBirths[y]*200000)","LiveBirths[y-1]+(normrandomBirths[y]*200000)"]
["DeathRateAge0to1","Death Rate Age 0 to 1","Macroeconomic","double(10,8)",null,null,null,null,null,"N","0.005992","0.005792 + (0.000767 * normrandomDeathRates[y])","0.005600 + (0.001044 * normrandomDeathRates[y])","0.005414 + (0.000948 * normrandomDeathRates[y])","0.005234 + (0.001068 * normrandomDeathRates[y])","0.005060 + (0.001097 * normrandomDeathRates[y])","0.004892 + (0.001090 * normrandomDeathRates[y])","0.004729 + (0.001006 * normrandomDeathRates[y])","0.004572 + (0.001281 * normrandomDeathRates[y])","0.004420 + (0.001192 * normrandomDeathRates[y])","0.004273 + (0.001351 * normrandomDeathRates[y])","0.004131 + (0.001419 * normrandomDeathRates[y])","0.003993 + (0.001520 * normrandomDeathRates[y])","0.003861 + (0.001703 * normrandomDeathRates[y])","0.003732 + (0.001540 * normrandomDeathRates[y])","0.003608 + (0.001465 * normrandomDeathRates[y])","0.003488 + (0.001473 * normrandomDeathRates[y])","0.003372 + (0.001441 * normrandomDeathRates[y])","0.003260 + (0.001430 * normrandomDeathRates[y])","0.003152 + (0.001486 * normrandomDeathRates[y])","0.003047 + (0.001549 * normrandomDeathRates[y])","0.002946 + (0.001577 * normrandomDeathRates[y])","0.002848 + (0.001527 * normrandomDeathRates[y])","0.002753 + (0.001534 * normrandomDeathRates[y])","0.002661 + (0.001557 * normrandomDeathRates[y])","0.002573 + (0.001516 * normrandomDeathRates[y])","0.002487 + (0.001315 * normrandomDeathRates[y])","0.002405 + (0.001361 * normrandomDeathRates[y])","0.002325 + (0.001265 * normrandomDeathRates[y])","0.002248 + (0.001343 * normrandomDeathRates[y])","0.002173 + (0.001157 * normrandomDeathRates[y])"]
["DeathRateAge1to2","Death Rate Age 1 to 2","Macroeconomic","double(10,8)",null,null,null,null,null,"N","0.000407","0.000393 + (0.000035 * normrandomDeathRates[y])","0.000378 + (0.000047 * normrandomDeathRates[y])","0.000365 + (0.000043 * normrandomDeathRates[y])","0.000352 + (0.000048 * normrandomDeathRates[y])","0.000338 + (0.000050 * normrandomDeathRates[y])","0.000327 + (0.000049 * normrandomDeathRates[y])","0.000314 + (0.000045 * normrandomDeathRates[y])","0.000302 + (0.000057 * normrandomDeathRates[y])","0.000292 + (0.000053 * normrandomDeathRates[y])","0.000281 + (0.000060 * normrandomDeathRates[y])","0.000271 + (0.000063 * normrandomDeathRates[y])","0.000261 + (0.000067 * normrandomDeathRates[y])","0.000251 + (0.000075 * normrandomDeathRates[y])","0.000243 + (0.000067 * normrandomDeathRates[y])","0.000233 + (0.000064 * normrandomDeathRates[y])","0.000225 + (0.000064 * normrandomDeathRates[y])","0.000217 + (0.000063 * normrandomDeathRates[y])","0.000209 + (0.000062 * normrandomDeathRates[y])","0.000202 + (0.000065 * normrandomDeathRates[y])","0.000194 + (0.000067 * normrandomDeathRates[y])","0.000187 + (0.000068 * normrandomDeathRates[y])","0.000181 + (0.000066 * normrandomDeathRates[y])","0.000174 + (0.000066 * normrandomDeathRates[y])","0.000168 + (0.000067 * normrandomDeathRates[y])","0.000161 + (0.000065 * normrandomDeathRates[y])","0.000156 + (0.000056 * normrandomDeathRates[y])","0.000150 + (0.000058 * normrandomDeathRates[y])","0.000145 + (0.000053 * normrandomDeathRates[y])","0.000140 + (0.000056 * normrandomDeathRates[y])","0.000135 + (0.000048 * normrandomDeathRates[y])"]
["DeathRateAge2to3","Death Rate Age 2 to 3","Macroeconomic","double(10,8)",null,null,null,null,null,"N","0.000248","0.000239 + (0.000035 * normrandomDeathRates[y])","0.000230 + (0.000047 * normrandomDeathRates[y])","0.000222 + (0.000043 * normrandomDeathRates[y])","0.000214 + (0.000048 * normrandomDeathRates[y])","0.000206 + (0.000050 * normrandomDeathRates[y])","0.000199 + (0.000049 * normrandomDeathRates[y])","0.000191 + (0.000045 * normrandomDeathRates[y])","0.000184 + (0.000057 * normrandomDeathRates[y])","0.000178 + (0.000053 * normrandomDeathRates[y])","0.000171 + (0.000060 * normrandomDeathRates[y])","0.000165 + (0.000063 * normrandomDeathRates[y])","0.000159 + (0.000067 * normrandomDeathRates[y])","0.000153 + (0.000075 * normrandomDeathRates[y])","0.000148 + (0.000067 * normrandomDeathRates[y])","0.000142 + (0.000064 * normrandomDeathRates[y])","0.000137 + (0.000064 * normrandomDeathRates[y])","0.000132 + (0.000063 * normrandomDeathRates[y])","0.000127 + (0.000062 * normrandomDeathRates[y])","0.000123 + (0.000065 * normrandomDeathRates[y])","0.000118 + (0.000067 * normrandomDeathRates[y])","0.000114 + (0.000068 * normrandomDeathRates[y])","0.000110 + (0.000066 * normrandomDeathRates[y])","0.000106 + (0.000066 * normrandomDeathRates[y])","0.000102 + (0.000067 * normrandomDeathRates[y])","0.000098 + (0.000065 * normrandomDeathRates[y])","0.000095 + (0.000056 * normrandomDeathRates[y])","0.000091 + (0.000058 * normrandomDeathRates[y])","0.000088 + (0.000053 * normrandomDeathRates[y])","0.000085 + (0.000056 * normrandomDeathRates[y])","0.000082 + (0.000048 * normrandomDeathRates[y])"]
["DeathRateAge3to4","Death Rate Age 3 to 4","Macroeconomic","double(10,8)",null,null,null,null,null,"N","0.000186","0.000179 + (0.000035 * normrandomDeathRates[y])","0.000173 + (0.000047 * normrandomDeathRates[y])","0.000167 + (0.000043 * normrandomDeathRates[y])","0.000161 + (0.000048 * normrandomDeathRates[y])","0.000155 + (0.000050 * normrandomDeathRates[y])","0.000149 + (0.000049 * normrandomDeathRates[y])","0.000143 + (0.000045 * normrandomDeathRates[y])","0.000138 + (0.000057 * normrandomDeathRates[y])","0.000134 + (0.000053 * normrandomDeathRates[y])","0.000128 + (0.000060 * normrandomDeathRates[y])","0.000124 + (0.000063 * normrandomDeathRates[y])","0.000119 + (0.000067 * normrandomDeathRates[y])","0.000115 + (0.000075 * normrandomDeathRates[y])","0.000111 + (0.000067 * normrandomDeathRates[y])","0.000107 + (0.000064 * normrandomDeathRates[y])","0.000103 + (0.000064 * normrandomDeathRates[y])","0.000099 + (0.000063 * normrandomDeathRates[y])","0.000095 + (0.000062 * normrandomDeathRates[y])","0.000092 + (0.000065 * normrandomDeathRates[y])","0.000089 + (0.000067 * normrandomDeathRates[y])","0.000086 + (0.000068 * normrandomDeathRates[y])","0.000083 + (0.000066 * normrandomDeathRates[y])","0.000080 + (0.000066 * normrandomDeathRates[y])","0.000077 + (0.000067 * normrandomDeathRates[y])","0.000074 + (0.000065 * normrandomDeathRates[y])","0.000071 + (0.000056 * normrandomDeathRates[y])","0.000068 + (0.000058 * normrandomDeathRates[y])","0.000066 + (0.000053 * normrandomDeathRates[y])","0.000064 + (0.000056 * normrandomDeathRates[y])","0.000062 + (0.000048 * normrandomDeathRates[y])"]
["DeathRateAge4to5","Death Rate Age 4 to 5","Macroeconomic","double(10,8)",null,null,null,null,null,"N","0.000151","0.000145 + (0.000035 * normrandomDeathRates[y])","0.000140 + (0.000047 * normrandomDeathRates[y])","0.000135 + (0.000043 * normrandomDeathRates[y])","0.000130 + (0.000048 * normrandomDeathRates[y])","0.000125 + (0.000050 * normrandomDeathRates[y])","0.000121 + (0.000049 * normrandomDeathRates[y])","0.000116 + (0.000045 * normrandomDeathRates[y])","0.000112 + (0.000057 * normrandomDeathRates[y])","0.000108 + (0.000053 * normrandomDeathRates[y])","0.000104 + (0.000060 * normrandomDeathRates[y])","0.000100 + (0.000063 * normrandomDeathRates[y])","0.000097 + (0.000067 * normrandomDeathRates[y])","0.000093 + (0.000075 * normrandomDeathRates[y])","0.000090 + (0.000067 * normrandomDeathRates[y])","0.000086 + (0.000064 * normrandomDeathRates[y])","0.000083 + (0.000064 * normrandomDeathRates[y])","0.000080 + (0.000063 * normrandomDeathRates[y])","0.000077 + (0.000062 * normrandomDeathRates[y])","0.000075 + (0.000065 * normrandomDeathRates[y])","0.000072 + (0.000067 * normrandomDeathRates[y])","0.000069 + (0.000068 * normrandomDeathRates[y])","0.000067 + (0.000066 * normrandomDeathRates[y])","0.000064 + (0.000066 * normrandomDeathRates[y])","0.000062 + (0.000067 * normrandomDeathRates[y])","0.000060 + (0.000065 * normrandomDeathRates[y])","0.000058 + (0.000056 * normrandomDeathRates[y])","0.000055 + (0.000058 * normrandomDeathRates[y])","0.000053 + (0.000053 * normrandomDeathRates[y])","0.000052 + (0.000056 * normrandomDeathRates[y])","0.000050 + (0.000048 * normrandomDeathRates[y])"]
["DeathRateAge5to6","Death Rate Age 5 to 6","Macroeconomic","double(10,8)",null,null,null,null,null,"N","0.000125","0.000121 + (0.000015 * normrandomDeathRates[y])","0.000118 + (0.000021 * normrandomDeathRates[y])","0.000114 + (0.000019 * normrandomDeathRates[y])","0.000111 + (0.000021 * normrandomDeathRates[y])","0.000107 + (0.000022 * normrandomDeathRates[y])","0.000103 + (0.000022 * normrandomDeathRates[y])","0.000100 + (0.000020 * normrandomDeathRates[y])","0.000097 + (0.000025 * normrandomDeathRates[y])","0.000094 + (0.000024 * normrandomDeathRates[y])","0.000091 + (0.000027 * normrandomDeathRates[y])","0.000088 + (0.000028 * normrandomDeathRates[y])","0.000085 + (0.000030 * normrandomDeathRates[y])","0.000083 + (0.000034 * normrandomDeathRates[y])","0.000079 + (0.000031 * normrandomDeathRates[y])","0.000077 + (0.000029 * normrandomDeathRates[y])","0.000074 + (0.000030 * normrandomDeathRates[y])","0.000072 + (0.000029 * normrandomDeathRates[y])","0.000070 + (0.000028 * normrandomDeathRates[y])","0.000067 + (0.000030 * normrandomDeathRates[y])","0.000065 + (0.000031 * normrandomDeathRates[y])","0.000063 + (0.000032 * normrandomDeathRates[y])","0.000061 + (0.000030 * normrandomDeathRates[y])","0.000060 + (0.000031 * normrandomDeathRates[y])","0.000057 + (0.000031 * normrandomDeathRates[y])","0.000055 + (0.000030 * normrandomDeathRates[y])","0.000053 + (0.000026 * normrandomDeathRates[y])","0.000052 + (0.000028 * normrandomDeathRates[y])","0.000050 + (0.000025 * normrandomDeathRates[y])","0.000048 + (0.000027 * normrandomDeathRates[y])","0.000047 + (0.000023 * normrandomDeathRates[y])"]
["DeathRateAge6to7","Death Rate Age 6 to 7","Macroeconomic","double(10,8)",null,null,null,null,null,"N","0.000125","0.000121 + (0.000015 * normrandomDeathRates[y])","0.000118 + (0.000021 * normrandomDeathRates[y])","0.000114 + (0.000019 * normrandomDeathRates[y])","0.000111 + (0.000021 * normrandomDeathRates[y])","0.000107 + (0.000022 * normrandomDeathRates[y])","0.000103 + (0.000022 * normrandomDeathRates[y])","0.000100 + (0.000020 * normrandomDeathRates[y])","0.000097 + (0.000025 * normrandomDeathRates[y])","0.000094 + (0.000024 * normrandomDeathRates[y])","0.000091 + (0.000027 * normrandomDeathRates[y])","0.000088 + (0.000028 * normrandomDeathRates[y])","0.000085 + (0.000030 * normrandomDeathRates[y])","0.000083 + (0.000034 * normrandomDeathRates[y])","0.000079 + (0.000031 * normrandomDeathRates[y])","0.000077 + (0.000029 * normrandomDeathRates[y])","0.000074 + (0.000030 * normrandomDeathRates[y])","0.000072 + (0.000029 * normrandomDeathRates[y])","0.000070 + (0.000028 * normrandomDeathRates[y])","0.000067 + (0.000030 * normrandomDeathRates[y])","0.000065 + (0.000031 * normrandomDeathRates[y])","0.000063 + (0.000032 * normrandomDeathRates[y])","0.000061 + (0.000030 * normrandomDeathRates[y])","0.000060 + (0.000031 * normrandomDeathRates[y])","0.000057 + (0.000031 * normrandomDeathRates[y])","0.000055 + (0.000030 * normrandomDeathRates[y])","0.000053 + (0.000026 * normrandomDeathRates[y])","0.000052 + (0.000028 * normrandomDeathRates[y])","0.000050 + (0.000025 * normrandomDeathRates[y])","0.000048 + (0.000027 * normrandomDeathRates[y])","0.000047 + (0.000023 * normrandomDeathRates[y])"]
["DeathRateAge7to8","Death Rate Age 7 to 8","Macroeconomic","double(10,8)",null,null,null,null,null,"N","0.000116","0.000113 + (0.000015 * normrandomDeathRates[y])","0.000110 + (0.000021 * normrandomDeathRates[y])","0.000106 + (0.000019 * normrandomDeathRates[y])","0.000103 + (0.000021 * normrandomDeathRates[y])","0.000099 + (0.000022 * normrandomDeathRates[y])","0.000096 + (0.000022 * normrandomDeathRates[y])","0.000093 + (0.000020 * normrandomDeathRates[y])","0.000090 + (0.000025 * normrandomDeathRates[y])","0.000087 + (0.000024 * normrandomDeathRates[y])","0.000084 + (0.000027 * normrandomDeathRates[y])","0.000081 + (0.000028 * normrandomDeathRates[y])","0.000079 + (0.000030 * normrandomDeathRates[y])","0.000077 + (0.000034 * normrandomDeathRates[y])","0.000074 + (0.000031 * normrandomDeathRates[y])","0.000072 + (0.000029 * normrandomDeathRates[y])","0.000069 + (0.000030 * normrandomDeathRates[y])","0.000067 + (0.000029 * normrandomDeathRates[y])","0.000065 + (0.000028 * normrandomDeathRates[y])","0.000062 + (0.000030 * normrandomDeathRates[y])","0.000060 + (0.000031 * normrandomDeathRates[y])","0.000058 + (0.000032 * normrandomDeathRates[y])","0.000056 + (0.000030 * normrandomDeathRates[y])","0.000055 + (0.000031 * normrandomDeathRates[y])","0.000053 + (0.000031 * normrandomDeathRates[y])","0.000051 + (0.000030 * normrandomDeathRates[y])","0.000049 + (0.000026 * normrandomDeathRates[y])","0.000049 + (0.000028 * normrandomDeathRates[y])","0.000047 + (0.000025 * normrandomDeathRates[y])","0.000045 + (0.000027 * normrandomDeathRates[y])","0.000044 + (0.000023 * normrandomDeathRates[y])"]
["DeathRateAge8to9","Death Rate Age 8 to 9","Macroeconomic","double(10,8)",null,null,null,null,null,"N","0.000116","0.000113 + (0.000015 * normrandomDeathRates[y])","0.000110 + (0.000021 * normrandomDeathRates[y])","0.000106 + (0.000019 * normrandomDeathRates[y])","0.000103 + (0.000021 * normrandomDeathRates[y])","0.000099 + (0.000022 * normrandomDeathRates[y])","0.000096 + (0.000022 * normrandomDeathRates[y])","0.000093 + (0.000020 * normrandomDeathRates[y])","0.000090 + (0.000025 * normrandomDeathRates[y])","0.000087 + (0.000024 * normrandomDeathRates[y])","0.000084 + (0.000027 * normrandomDeathRates[y])","0.000081 + (0.000028 * normrandomDeathRates[y])","0.000079 + (0.000030 * normrandomDeathRates[y])","0.000077 + (0.000034 * normrandomDeathRates[y])","0.000074 + (0.000031 * normrandomDeathRates[y])","0.000072 + (0.000029 * normrandomDeathRates[y])","0.000069 + (0.000030 * normrandomDeathRates[y])","0.000067 + (0.000029 * normrandomDeathRates[y])","0.000065 + (0.000028 * normrandomDeathRates[y])","0.000062 + (0.000030 * normrandomDeathRates[y])","0.000060 + (0.000031 * normrandomDeathRates[y])","0.000058 + (0.000032 * normrandomDeathRates[y])","0.000056 + (0.000030 * normrandomDeathRates[y])","0.000055 + (0.000031 * normrandomDeathRates[y])","0.000053 + (0.000031 * normrandomDeathRates[y])","0.000051 + (0.000030 * normrandomDeathRates[y])","0.000049 + (0.000026 * normrandomDeathRates[y])","0.000049 + (0.000028 * normrandomDeathRates[y])","0.000047 + (0.000025 * normrandomDeathRates[y])","0.000045 + (0.000027 * normrandomDeathRates[y])","0.000044 + (0.000023 * normrandomDeathRates[y])"]
["DeathRateAge9to10","Death Rate Age 9 to 10","Macroeconomic","double(10,8)",null,null,null,null,null,"N","0.000116","0.000113 + (0.000015 * normrandomDeathRates[y])","0.000110 + (0.000021 * normrandomDeathRates[y])","0.000106 + (0.000019 * normrandomDeathRates[y])","0.000103 + (0.000021 * normrandomDeathRates[y])","0.000099 + (0.000022 * normrandomDeathRates[y])","0.000096 + (0.000022 * normrandomDeathRates[y])","0.000093 + (0.000020 * normrandomDeathRates[y])","0.000090 + (0.000025 * normrandomDeathRates[y])","0.000087 + (0.000024 * normrandomDeathRates[y])","0.000084 + (0.000027 * normrandomDeathRates[y])","0.000081 + (0.000028 * normrandomDeathRates[y])","0.000079 + (0.000030 * normrandomDeathRates[y])","0.000077 + (0.000034 * normrandomDeathRates[y])","0.000074 + (0.000031 * normrandomDeathRates[y])","0.000072 + (0.000029 * normrandomDeathRates[y])","0.000069 + (0.000030 * normrandomDeathRates[y])","0.000067 + (0.000029 * normrandomDeathRates[y])","0.000065 + (0.000028 * normrandomDeathRates[y])","0.000062 + (0.000030 * normrandomDeathRates[y])","0.000060 + (0.000031 * normrandomDeathRates[y])","0.000058 + (0.000032 * normrandomDeathRates[y])","0.000056 + (0.000030 * normrandomDeathRates[y])","0.000055 + (0.000031 * normrandomDeathRates[y])","0.000053 + (0.000031 * normrandomDeathRates[y])","0.000051 + (0.000030 * normrandomDeathRates[y])","0.000049 + (0.000026 * normrandomDeathRates[y])","0.000049 + (0.000028 * normrandomDeathRates[y])","0.000047 + (0.000025 * normrandomDeathRates[y])","0.000045 + (0.000027 * normrandomDeathRates[y])","0.000044 + (0.000023 * normrandomDeathRates[y])"]
["DeathRateAge10to11","Death Rate Age 10 to 11","Macroeconomic","double(10,8)",null,null,null,null,null,"N","0.000127","0.000124 + (0.000016 * normrandomDeathRates[y])","0.000121 + (0.000021 * normrandomDeathRates[y])","0.000117 + (0.000019 * normrandomDeathRates[y])","0.000114 + (0.000022 * normrandomDeathRates[y])","0.000111 + (0.000023 * normrandomDeathRates[y])","0.000108 + (0.000023 * normrandomDeathRates[y])","0.000105 + (0.000021 * normrandomDeathRates[y])","0.000103 + (0.000027 * normrandomDeathRates[y])","0.000100 + (0.000026 * normrandomDeathRates[y])","0.000097 + (0.000029 * normrandomDeathRates[y])","0.000094 + (0.000031 * normrandomDeathRates[y])","0.000092 + (0.000033 * normrandomDeathRates[y])","0.000089 + (0.000037 * normrandomDeathRates[y])","0.000087 + (0.000034 * normrandomDeathRates[y])","0.000084 + (0.000033 * normrandomDeathRates[y])","0.000083 + (0.000033 * normrandomDeathRates[y])","0.000080 + (0.000033 * normrandomDeathRates[y])","0.000078 + (0.000032 * normrandomDeathRates[y])","0.000076 + (0.000033 * normrandomDeathRates[y])","0.000074 + (0.000035 * normrandomDeathRates[y])","0.000072 + (0.000036 * normrandomDeathRates[y])","0.000070 + (0.000035 * normrandomDeathRates[y])","0.000068 + (0.000035 * normrandomDeathRates[y])","0.000067 + (0.000036 * normrandomDeathRates[y])","0.000065 + (0.000035 * normrandomDeathRates[y])","0.000063 + (0.000031 * normrandomDeathRates[y])","0.000062 + (0.000033 * normrandomDeathRates[y])","0.000060 + (0.000031 * normrandomDeathRates[y])","0.000058 + (0.000032 * normrandomDeathRates[y])","0.000057 + (0.000028 * normrandomDeathRates[y])"]
["DeathRateAge11to12","Death Rate Age 11 to 12","Macroeconomic","double(10,8)",null,null,null,null,null,"N","0.000118","0.000115 + (0.000016 * normrandomDeathRates[y])","0.000112 + (0.000021 * normrandomDeathRates[y])","0.000109 + (0.000019 * normrandomDeathRates[y])","0.000106 + (0.000022 * normrandomDeathRates[y])","0.000103 + (0.000023 * normrandomDeathRates[y])","0.000100 + (0.000023 * normrandomDeathRates[y])","0.000098 + (0.000021 * normrandomDeathRates[y])","0.000096 + (0.000027 * normrandomDeathRates[y])","0.000092 + (0.000026 * normrandomDeathRates[y])","0.000090 + (0.000029 * normrandomDeathRates[y])","0.000088 + (0.000031 * normrandomDeathRates[y])","0.000085 + (0.000033 * normrandomDeathRates[y])","0.000083 + (0.000037 * normrandomDeathRates[y])","0.000081 + (0.000034 * normrandomDeathRates[y])","0.000078 + (0.000033 * normrandomDeathRates[y])","0.000077 + (0.000033 * normrandomDeathRates[y])","0.000074 + (0.000033 * normrandomDeathRates[y])","0.000073 + (0.000032 * normrandomDeathRates[y])","0.000070 + (0.000033 * normrandomDeathRates[y])","0.000069 + (0.000035 * normrandomDeathRates[y])","0.000067 + (0.000036 * normrandomDeathRates[y])","0.000065 + (0.000035 * normrandomDeathRates[y])","0.000063 + (0.000035 * normrandomDeathRates[y])","0.000062 + (0.000036 * normrandomDeathRates[y])","0.000060 + (0.000035 * normrandomDeathRates[y])","0.000059 + (0.000031 * normrandomDeathRates[y])","0.000057 + (0.000033 * normrandomDeathRates[y])","0.000056 + (0.000031 * normrandomDeathRates[y])","0.000054 + (0.000032 * normrandomDeathRates[y])","0.000052 + (0.000028 * normrandomDeathRates[y])"]
["DeathRateAge12to13","Death Rate Age 12 to 13","Macroeconomic","double(10,8)",null,null,null,null,null,"N","0.000127","0.000124 + (0.000016 * normrandomDeathRates[y])","0.000121 + (0.000021 * normrandomDeathRates[y])","0.000117 + (0.000019 * normrandomDeathRates[y])","0.000114 + (0.000022 * normrandomDeathRates[y])","0.000111 + (0.000023 * normrandomDeathRates[y])","0.000108 + (0.000023 * normrandomDeathRates[y])","0.000105 + (0.000021 * normrandomDeathRates[y])","0.000103 + (0.000027 * normrandomDeathRates[y])","0.000100 + (0.000026 * normrandomDeathRates[y])","0.000097 + (0.000029 * normrandomDeathRates[y])","0.000094 + (0.000031 * normrandomDeathRates[y])","0.000092 + (0.000033 * normrandomDeathRates[y])","0.000089 + (0.000037 * normrandomDeathRates[y])","0.000087 + (0.000034 * normrandomDeathRates[y])","0.000084 + (0.000033 * normrandomDeathRates[y])","0.000083 + (0.000033 * normrandomDeathRates[y])","0.000080 + (0.000033 * normrandomDeathRates[y])","0.000078 + (0.000032 * normrandomDeathRates[y])","0.000076 + (0.000033 * normrandomDeathRates[y])","0.000074 + (0.000035 * normrandomDeathRates[y])","0.000072 + (0.000036 * normrandomDeathRates[y])","0.000070 + (0.000035 * normrandomDeathRates[y])","0.000068 + (0.000035 * normrandomDeathRates[y])","0.000067 + (0.000036 * normrandomDeathRates[y])","0.000065 + (0.000035 * normrandomDeathRates[y])","0.000063 + (0.000031 * normrandomDeathRates[y])","0.000062 + (0.000033 * normrandomDeathRates[y])","0.000060 + (0.000031 * normrandomDeathRates[y])","0.000058 + (0.000032 * normrandomDeathRates[y])","0.000057 + (0.000028 * normrandomDeathRates[y])"]
["DeathRateAge13to14","Death Rate Age 13 to 14","Macroeconomic","double(10,8)",null,null,null,null,null,"N","0.000173","0.000168 + (0.000016 * normrandomDeathRates[y])","0.000164 + (0.000021 * normrandomDeathRates[y])","0.000159 + (0.000019 * normrandomDeathRates[y])","0.000155 + (0.000022 * normrandomDeathRates[y])","0.000151 + (0.000023 * normrandomDeathRates[y])","0.000147 + (0.000023 * normrandomDeathRates[y])","0.000143 + (0.000021 * normrandomDeathRates[y])","0.000140 + (0.000027 * normrandomDeathRates[y])","0.000135 + (0.000026 * normrandomDeathRates[y])","0.000132 + (0.000029 * normrandomDeathRates[y])","0.000128 + (0.000031 * normrandomDeathRates[y])","0.000125 + (0.000033 * normrandomDeathRates[y])","0.000121 + (0.000037 * normrandomDeathRates[y])","0.000118 + (0.000034 * normrandomDeathRates[y])","0.000114 + (0.000033 * normrandomDeathRates[y])","0.000112 + (0.000033 * normrandomDeathRates[y])","0.000109 + (0.000033 * normrandomDeathRates[y])","0.000106 + (0.000032 * normrandomDeathRates[y])","0.000103 + (0.000033 * normrandomDeathRates[y])","0.000101 + (0.000035 * normrandomDeathRates[y])","0.000097 + (0.000036 * normrandomDeathRates[y])","0.000095 + (0.000035 * normrandomDeathRates[y])","0.000093 + (0.000035 * normrandomDeathRates[y])","0.000090 + (0.000036 * normrandomDeathRates[y])","0.000088 + (0.000035 * normrandomDeathRates[y])","0.000086 + (0.000031 * normrandomDeathRates[y])","0.000084 + (0.000033 * normrandomDeathRates[y])","0.000081 + (0.000031 * normrandomDeathRates[y])","0.000079 + (0.000032 * normrandomDeathRates[y])","0.000077 + (0.000028 * normrandomDeathRates[y])"]
["DeathRateAge14to15","Death Rate Age 14 to 15","Macroeconomic","double(10,8)",null,null,null,null,null,"N","0.000209","0.000204 + (0.000016 * normrandomDeathRates[y])","0.000198 + (0.000021 * normrandomDeathRates[y])","0.000193 + (0.000019 * normrandomDeathRates[y])","0.000187 + (0.000022 * normrandomDeathRates[y])","0.000183 + (0.000023 * normrandomDeathRates[y])","0.000177 + (0.000023 * normrandomDeathRates[y])","0.000173 + (0.000021 * normrandomDeathRates[y])","0.000169 + (0.000027 * normrandomDeathRates[y])","0.000163 + (0.000026 * normrandomDeathRates[y])","0.000159 + (0.000029 * normrandomDeathRates[y])","0.000155 + (0.000031 * normrandomDeathRates[y])","0.000151 + (0.000033 * normrandomDeathRates[y])","0.000147 + (0.000037 * normrandomDeathRates[y])","0.000143 + (0.000034 * normrandomDeathRates[y])","0.000139 + (0.000033 * normrandomDeathRates[y])","0.000136 + (0.000033 * normrandomDeathRates[y])","0.000132 + (0.000033 * normrandomDeathRates[y])","0.000129 + (0.000032 * normrandomDeathRates[y])","0.000125 + (0.000033 * normrandomDeathRates[y])","0.000122 + (0.000035 * normrandomDeathRates[y])","0.000118 + (0.000036 * normrandomDeathRates[y])","0.000115 + (0.000035 * normrandomDeathRates[y])","0.000112 + (0.000035 * normrandomDeathRates[y])","0.000109 + (0.000036 * normrandomDeathRates[y])","0.000107 + (0.000035 * normrandomDeathRates[y])","0.000104 + (0.000031 * normrandomDeathRates[y])","0.000101 + (0.000033 * normrandomDeathRates[y])","0.000098 + (0.000031 * normrandomDeathRates[y])","0.000096 + (0.000032 * normrandomDeathRates[y])","0.000093 + (0.000028 * normrandomDeathRates[y])"]
["DeathRateAge15to16","Death Rate Age 15 to 16","Macroeconomic","double(10,8)",null,null,null,null,null,"N","0.000300","0.000295 + (0.000034 * normrandomDeathRates[y])","0.000291 + (0.000047 * normrandomDeathRates[y])","0.000287 + (0.000044 * normrandomDeathRates[y])","0.000282 + (0.000050 * normrandomDeathRates[y])","0.000278 + (0.000052 * normrandomDeathRates[y])","0.000274 + (0.000053 * normrandomDeathRates[y])","0.000270 + (0.000049 * normrandomDeathRates[y])","0.000266 + (0.000063 * normrandomDeathRates[y])","0.000262 + (0.000060 * normrandomDeathRates[y])","0.000258 + (0.000068 * normrandomDeathRates[y])","0.000254 + (0.000073 * normrandomDeathRates[y])","0.000250 + (0.000078 * normrandomDeathRates[y])","0.000246 + (0.000092 * normrandomDeathRates[y])","0.000243 + (0.000085 * normrandomDeathRates[y])","0.000239 + (0.000082 * normrandomDeathRates[y])","0.000236 + (0.000084 * normrandomDeathRates[y])","0.000232 + (0.000083 * normrandomDeathRates[y])","0.000228 + (0.000083 * normrandomDeathRates[y])","0.000225 + (0.000087 * normrandomDeathRates[y])","0.000222 + (0.000092 * normrandomDeathRates[y])","0.000218 + (0.000094 * normrandomDeathRates[y])","0.000215 + (0.000094 * normrandomDeathRates[y])","0.000212 + (0.000097 * normrandomDeathRates[y])","0.000209 + (0.000099 * normrandomDeathRates[y])","0.000205 + (0.000097 * normrandomDeathRates[y])","0.000202 + (0.000088 * normrandomDeathRates[y])","0.000199 + (0.000094 * normrandomDeathRates[y])","0.000196 + (0.000090 * normrandomDeathRates[y])","0.000194 + (0.000095 * normrandomDeathRates[y])","0.000191 + (0.000086 * normrandomDeathRates[y])"]
["DeathRateAge16to17","Death Rate Age 16 to 17","Macroeconomic","double(10,8)",null,null,null,null,null,"N","0.000431","0.000425 + (0.000034 * normrandomDeathRates[y])","0.000418 + (0.000047 * normrandomDeathRates[y])","0.000412 + (0.000044 * normrandomDeathRates[y])","0.000406 + (0.000050 * normrandomDeathRates[y])","0.000400 + (0.000052 * normrandomDeathRates[y])","0.000394 + (0.000053 * normrandomDeathRates[y])","0.000388 + (0.000049 * normrandomDeathRates[y])","0.000382 + (0.000063 * normrandomDeathRates[y])","0.000376 + (0.000060 * normrandomDeathRates[y])","0.000370 + (0.000068 * normrandomDeathRates[y])","0.000365 + (0.000073 * normrandomDeathRates[y])","0.000359 + (0.000078 * normrandomDeathRates[y])","0.000354 + (0.000092 * normrandomDeathRates[y])","0.000349 + (0.000085 * normrandomDeathRates[y])","0.000344 + (0.000082 * normrandomDeathRates[y])","0.000339 + (0.000084 * normrandomDeathRates[y])","0.000334 + (0.000083 * normrandomDeathRates[y])","0.000328 + (0.000083 * normrandomDeathRates[y])","0.000323 + (0.000087 * normrandomDeathRates[y])","0.000319 + (0.000092 * normrandomDeathRates[y])","0.000314 + (0.000094 * normrandomDeathRates[y])","0.000309 + (0.000094 * normrandomDeathRates[y])","0.000305 + (0.000097 * normrandomDeathRates[y])","0.000300 + (0.000099 * normrandomDeathRates[y])","0.000295 + (0.000097 * normrandomDeathRates[y])","0.000291 + (0.000088 * normrandomDeathRates[y])","0.000287 + (0.000094 * normrandomDeathRates[y])","0.000282 + (0.000090 * normrandomDeathRates[y])","0.000278 + (0.000095 * normrandomDeathRates[y])","0.000274 + (0.000086 * normrandomDeathRates[y])"]
["DeathRateAge17to18","Death Rate Age 17 to 18","Macroeconomic","double(10,8)",null,null,null,null,null,"N","0.000563","0.000554 + (0.000034 * normrandomDeathRates[y])","0.000545 + (0.000047 * normrandomDeathRates[y])","0.000538 + (0.000044 * normrandomDeathRates[y])","0.000529 + (0.000050 * normrandomDeathRates[y])","0.000521 + (0.000052 * normrandomDeathRates[y])","0.000514 + (0.000053 * normrandomDeathRates[y])","0.000506 + (0.000049 * normrandomDeathRates[y])","0.000498 + (0.000063 * normrandomDeathRates[y])","0.000491 + (0.000060 * normrandomDeathRates[y])","0.000483 + (0.000068 * normrandomDeathRates[y])","0.000476 + (0.000073 * normrandomDeathRates[y])","0.000469 + (0.000078 * normrandomDeathRates[y])","0.000462 + (0.000092 * normrandomDeathRates[y])","0.000455 + (0.000085 * normrandomDeathRates[y])","0.000449 + (0.000082 * normrandomDeathRates[y])","0.000442 + (0.000084 * normrandomDeathRates[y])","0.000435 + (0.000083 * normrandomDeathRates[y])","0.000428 + (0.000083 * normrandomDeathRates[y])","0.000422 + (0.000087 * normrandomDeathRates[y])","0.000416 + (0.000092 * normrandomDeathRates[y])","0.000409 + (0.000094 * normrandomDeathRates[y])","0.000404 + (0.000094 * normrandomDeathRates[y])","0.000398 + (0.000097 * normrandomDeathRates[y])","0.000391 + (0.000099 * normrandomDeathRates[y])","0.000385 + (0.000097 * normrandomDeathRates[y])","0.000380 + (0.000088 * normrandomDeathRates[y])","0.000374 + (0.000094 * normrandomDeathRates[y])","0.000368 + (0.000090 * normrandomDeathRates[y])","0.000363 + (0.000095 * normrandomDeathRates[y])","0.000358 + (0.000086 * normrandomDeathRates[y])"]
["DeathRateAge18to19","Death Rate Age 18 to 19","Macroeconomic","double(10,8)",null,null,null,null,null,"N","0.000778","0.000766 + (0.000034 * normrandomDeathRates[y])","0.000754 + (0.000047 * normrandomDeathRates[y])","0.000744 + (0.000044 * normrandomDeathRates[y])","0.000732 + (0.000050 * normrandomDeathRates[y])","0.000721 + (0.000052 * normrandomDeathRates[y])","0.000711 + (0.000053 * normrandomDeathRates[y])","0.000700 + (0.000049 * normrandomDeathRates[y])","0.000689 + (0.000063 * normrandomDeathRates[y])","0.000679 + (0.000060 * normrandomDeathRates[y])","0.000668 + (0.000068 * normrandomDeathRates[y])","0.000659 + (0.000073 * normrandomDeathRates[y])","0.000648 + (0.000078 * normrandomDeathRates[y])","0.000639 + (0.000092 * normrandomDeathRates[y])","0.000630 + (0.000085 * normrandomDeathRates[y])","0.000621 + (0.000082 * normrandomDeathRates[y])","0.000611 + (0.000084 * normrandomDeathRates[y])","0.000602 + (0.000083 * normrandomDeathRates[y])","0.000593 + (0.000083 * normrandomDeathRates[y])","0.000583 + (0.000087 * normrandomDeathRates[y])","0.000575 + (0.000092 * normrandomDeathRates[y])","0.000566 + (0.000094 * normrandomDeathRates[y])","0.000558 + (0.000094 * normrandomDeathRates[y])","0.000550 + (0.000097 * normrandomDeathRates[y])","0.000541 + (0.000099 * normrandomDeathRates[y])","0.000533 + (0.000097 * normrandomDeathRates[y])","0.000525 + (0.000088 * normrandomDeathRates[y])","0.000517 + (0.000094 * normrandomDeathRates[y])","0.000509 + (0.000090 * normrandomDeathRates[y])","0.000503 + (0.000095 * normrandomDeathRates[y])","0.000495 + (0.000086 * normrandomDeathRates[y])"]
["DeathRateAge19to20","Death Rate Age 19 to 20","Macroeconomic","double(10,8)",null,null,null,null,null,"N","0.000863","0.000849 + (0.000034 * normrandomDeathRates[y])","0.000836 + (0.000047 * normrandomDeathRates[y])","0.000824 + (0.000044 * normrandomDeathRates[y])","0.000811 + (0.000050 * normrandomDeathRates[y])","0.000799 + (0.000052 * normrandomDeathRates[y])","0.000788 + (0.000053 * normrandomDeathRates[y])","0.000776 + (0.000049 * normrandomDeathRates[y])","0.000764 + (0.000063 * normrandomDeathRates[y])","0.000752 + (0.000060 * normrandomDeathRates[y])","0.000741 + (0.000068 * normrandomDeathRates[y])","0.000730 + (0.000073 * normrandomDeathRates[y])","0.000719 + (0.000078 * normrandomDeathRates[y])","0.000708 + (0.000092 * normrandomDeathRates[y])","0.000698 + (0.000085 * normrandomDeathRates[y])","0.000688 + (0.000082 * normrandomDeathRates[y])","0.000678 + (0.000084 * normrandomDeathRates[y])","0.000667 + (0.000083 * normrandomDeathRates[y])","0.000657 + (0.000083 * normrandomDeathRates[y])","0.000647 + (0.000087 * normrandomDeathRates[y])","0.000638 + (0.000092 * normrandomDeathRates[y])","0.000628 + (0.000094 * normrandomDeathRates[y])","0.000619 + (0.000094 * normrandomDeathRates[y])","0.000610 + (0.000097 * normrandomDeathRates[y])","0.000600 + (0.000099 * normrandomDeathRates[y])","0.000591 + (0.000097 * normrandomDeathRates[y])","0.000582 + (0.000088 * normrandomDeathRates[y])","0.000573 + (0.000094 * normrandomDeathRates[y])","0.000564 + (0.000090 * normrandomDeathRates[y])","0.000557 + (0.000095 * normrandomDeathRates[y])","0.000548 + (0.000086 * normrandomDeathRates[y])"]
["DeathRateAge20to21","Death Rate Age 20 to 21","Macroeconomic","double(10,8)",null,null,null,null,null,"N","0.000846","0.000832 + (0.000057 * normrandomDeathRates[y])","0.000820 + (0.000079 * normrandomDeathRates[y])","0.000807 + (0.000072 * normrandomDeathRates[y])","0.000794 + (0.000082 * normrandomDeathRates[y])","0.000781 + (0.000086 * normrandomDeathRates[y])","0.000770 + (0.000087 * normrandomDeathRates[y])","0.000757 + (0.000082 * normrandomDeathRates[y])","0.000745 + (0.000105 * normrandomDeathRates[y])","0.000733 + (0.000099 * normrandomDeathRates[y])","0.000722 + (0.000112 * normrandomDeathRates[y])","0.000710 + (0.000121 * normrandomDeathRates[y])","0.000699 + (0.000130 * normrandomDeathRates[y])","0.000688 + (0.000150 * normrandomDeathRates[y])","0.000677 + (0.000140 * normrandomDeathRates[y])","0.000667 + (0.000135 * normrandomDeathRates[y])","0.000657 + (0.000138 * normrandomDeathRates[y])","0.000646 + (0.000137 * normrandomDeathRates[y])","0.000636 + (0.000137 * normrandomDeathRates[y])","0.000626 + (0.000143 * normrandomDeathRates[y])","0.000615 + (0.000151 * normrandomDeathRates[y])","0.000606 + (0.000155 * normrandomDeathRates[y])","0.000596 + (0.000154 * normrandomDeathRates[y])","0.000587 + (0.000158 * normrandomDeathRates[y])","0.000578 + (0.000162 * normrandomDeathRates[y])","0.000569 + (0.000159 * normrandomDeathRates[y])","0.000560 + (0.000144 * normrandomDeathRates[y])","0.000551 + (0.000154 * normrandomDeathRates[y])","0.000543 + (0.000146 * normrandomDeathRates[y])","0.000534 + (0.000155 * normrandomDeathRates[y])","0.000525 + (0.000140 * normrandomDeathRates[y])"]
["DeathRateAge21to22","Death Rate Age 21 to 22","Macroeconomic","double(10,8)",null,null,null,null,null,"N","0.000939","0.000924 + (0.000057 * normrandomDeathRates[y])","0.000910 + (0.000079 * normrandomDeathRates[y])","0.000896 + (0.000072 * normrandomDeathRates[y])","0.000881 + (0.000082 * normrandomDeathRates[y])","0.000867 + (0.000086 * normrandomDeathRates[y])","0.000854 + (0.000087 * normrandomDeathRates[y])","0.000840 + (0.000082 * normrandomDeathRates[y])","0.000827 + (0.000105 * normrandomDeathRates[y])","0.000814 + (0.000099 * normrandomDeathRates[y])","0.000802 + (0.000112 * normrandomDeathRates[y])","0.000788 + (0.000121 * normrandomDeathRates[y])","0.000776 + (0.000130 * normrandomDeathRates[y])","0.000764 + (0.000150 * normrandomDeathRates[y])","0.000752 + (0.000140 * normrandomDeathRates[y])","0.000740 + (0.000135 * normrandomDeathRates[y])","0.000729 + (0.000138 * normrandomDeathRates[y])","0.000717 + (0.000137 * normrandomDeathRates[y])","0.000705 + (0.000137 * normrandomDeathRates[y])","0.000694 + (0.000143 * normrandomDeathRates[y])","0.000683 + (0.000151 * normrandomDeathRates[y])","0.000673 + (0.000155 * normrandomDeathRates[y])","0.000662 + (0.000154 * normrandomDeathRates[y])","0.000652 + (0.000158 * normrandomDeathRates[y])","0.000642 + (0.000162 * normrandomDeathRates[y])","0.000632 + (0.000159 * normrandomDeathRates[y])","0.000621 + (0.000144 * normrandomDeathRates[y])","0.000611 + (0.000154 * normrandomDeathRates[y])","0.000602 + (0.000146 * normrandomDeathRates[y])","0.000593 + (0.000155 * normrandomDeathRates[y])","0.000583 + (0.000140 * normrandomDeathRates[y])"]
["DeathRateAge22to23","Death Rate Age 22 to 23","Macroeconomic","double(10,8)",null,null,null,null,null,"N","0.000967","0.000951 + (0.000057 * normrandomDeathRates[y])","0.000937 + (0.000079 * normrandomDeathRates[y])","0.000922 + (0.000072 * normrandomDeathRates[y])","0.000908 + (0.000082 * normrandomDeathRates[y])","0.000893 + (0.000086 * normrandomDeathRates[y])","0.000880 + (0.000087 * normrandomDeathRates[y])","0.000865 + (0.000082 * normrandomDeathRates[y])","0.000851 + (0.000105 * normrandomDeathRates[y])","0.000838 + (0.000099 * normrandomDeathRates[y])","0.000825 + (0.000112 * normrandomDeathRates[y])","0.000812 + (0.000121 * normrandomDeathRates[y])","0.000799 + (0.000130 * normrandomDeathRates[y])","0.000787 + (0.000150 * normrandomDeathRates[y])","0.000774 + (0.000140 * normrandomDeathRates[y])","0.000762 + (0.000135 * normrandomDeathRates[y])","0.000750 + (0.000138 * normrandomDeathRates[y])","0.000738 + (0.000137 * normrandomDeathRates[y])","0.000726 + (0.000137 * normrandomDeathRates[y])","0.000715 + (0.000143 * normrandomDeathRates[y])","0.000703 + (0.000151 * normrandomDeathRates[y])","0.000693 + (0.000155 * normrandomDeathRates[y])","0.000682 + (0.000154 * normrandomDeathRates[y])","0.000671 + (0.000158 * normrandomDeathRates[y])","0.000661 + (0.000162 * normrandomDeathRates[y])","0.000650 + (0.000159 * normrandomDeathRates[y])","0.000640 + (0.000144 * normrandomDeathRates[y])","0.000629 + (0.000154 * normrandomDeathRates[y])","0.000620 + (0.000146 * normrandomDeathRates[y])","0.000611 + (0.000155 * normrandomDeathRates[y])","0.000600 + (0.000140 * normrandomDeathRates[y])"]
["DeathRateAge23to24","Death Rate Age 23 to 24","Macroeconomic","double(10,8)",null,null,null,null,null,"N","0.000930","0.000915 + (0.000057 * normrandomDeathRates[y])","0.000901 + (0.000079 * normrandomDeathRates[y])","0.000887 + (0.000072 * normrandomDeathRates[y])","0.000873 + (0.000082 * normrandomDeathRates[y])","0.000859 + (0.000086 * normrandomDeathRates[y])","0.000846 + (0.000087 * normrandomDeathRates[y])","0.000832 + (0.000082 * normrandomDeathRates[y])","0.000819 + (0.000105 * normrandomDeathRates[y])","0.000806 + (0.000099 * normrandomDeathRates[y])","0.000794 + (0.000112 * normrandomDeathRates[y])","0.000781 + (0.000121 * normrandomDeathRates[y])","0.000769 + (0.000130 * normrandomDeathRates[y])","0.000757 + (0.000150 * normrandomDeathRates[y])","0.000744 + (0.000140 * normrandomDeathRates[y])","0.000732 + (0.000135 * normrandomDeathRates[y])","0.000721 + (0.000138 * normrandomDeathRates[y])","0.000709 + (0.000137 * normrandomDeathRates[y])","0.000698 + (0.000137 * normrandomDeathRates[y])","0.000687 + (0.000143 * normrandomDeathRates[y])","0.000676 + (0.000151 * normrandomDeathRates[y])","0.000666 + (0.000155 * normrandomDeathRates[y])","0.000655 + (0.000154 * normrandomDeathRates[y])","0.000645 + (0.000158 * normrandomDeathRates[y])","0.000635 + (0.000162 * normrandomDeathRates[y])","0.000625 + (0.000159 * normrandomDeathRates[y])","0.000615 + (0.000144 * normrandomDeathRates[y])","0.000605 + (0.000154 * normrandomDeathRates[y])","0.000596 + (0.000146 * normrandomDeathRates[y])","0.000587 + (0.000155 * normrandomDeathRates[y])","0.000577 + (0.000140 * normrandomDeathRates[y])"]
["DeathRateAge24to25","Death Rate Age 24 to 25","Macroeconomic","double(10,8)",null,null,null,null,null,"N","0.000958","0.000942 + (0.000057 * normrandomDeathRates[y])","0.000928 + (0.000079 * normrandomDeathRates[y])","0.000913 + (0.000072 * normrandomDeathRates[y])","0.000899 + (0.000082 * normrandomDeathRates[y])","0.000884 + (0.000086 * normrandomDeathRates[y])","0.000871 + (0.000087 * normrandomDeathRates[y])","0.000857 + (0.000082 * normrandomDeathRates[y])","0.000843 + (0.000105 * normrandomDeathRates[y])","0.000830 + (0.000099 * normrandomDeathRates[y])","0.000817 + (0.000112 * normrandomDeathRates[y])","0.000804 + (0.000121 * normrandomDeathRates[y])","0.000792 + (0.000130 * normrandomDeathRates[y])","0.000779 + (0.000150 * normrandomDeathRates[y])","0.000767 + (0.000140 * normrandomDeathRates[y])","0.000754 + (0.000135 * normrandomDeathRates[y])","0.000743 + (0.000138 * normrandomDeathRates[y])","0.000731 + (0.000137 * normrandomDeathRates[y])","0.000719 + (0.000137 * normrandomDeathRates[y])","0.000708 + (0.000143 * normrandomDeathRates[y])","0.000697 + (0.000151 * normrandomDeathRates[y])","0.000686 + (0.000155 * normrandomDeathRates[y])","0.000675 + (0.000154 * normrandomDeathRates[y])","0.000665 + (0.000158 * normrandomDeathRates[y])","0.000654 + (0.000162 * normrandomDeathRates[y])","0.000644 + (0.000159 * normrandomDeathRates[y])","0.000634 + (0.000144 * normrandomDeathRates[y])","0.000623 + (0.000154 * normrandomDeathRates[y])","0.000614 + (0.000146 * normrandomDeathRates[y])","0.000605 + (0.000155 * normrandomDeathRates[y])","0.000594 + (0.000140 * normrandomDeathRates[y])"]
["DeathRateAge25to26","Death Rate Age 25 to 26","Macroeconomic","double(10,8)",null,null,null,null,null,"N","0.000912","0.000896 + (0.000062 * normrandomDeathRates[y])","0.000881 + (0.000085 * normrandomDeathRates[y])","0.000866 + (0.000078 * normrandomDeathRates[y])","0.000852 + (0.000089 * normrandomDeathRates[y])","0.000837 + (0.000093 * normrandomDeathRates[y])","0.000824 + (0.000094 * normrandomDeathRates[y])","0.000809 + (0.000088 * normrandomDeathRates[y])","0.000796 + (0.000113 * normrandomDeathRates[y])","0.000782 + (0.000107 * normrandomDeathRates[y])","0.000770 + (0.000121 * normrandomDeathRates[y])","0.000756 + (0.000130 * normrandomDeathRates[y])","0.000743 + (0.000139 * normrandomDeathRates[y])","0.000731 + (0.000161 * normrandomDeathRates[y])","0.000719 + (0.000150 * normrandomDeathRates[y])","0.000707 + (0.000145 * normrandomDeathRates[y])","0.000695 + (0.000148 * normrandomDeathRates[y])","0.000684 + (0.000146 * normrandomDeathRates[y])","0.000672 + (0.000146 * normrandomDeathRates[y])","0.000660 + (0.000153 * normrandomDeathRates[y])","0.000650 + (0.000161 * normrandomDeathRates[y])","0.000638 + (0.000165 * normrandomDeathRates[y])","0.000627 + (0.000164 * normrandomDeathRates[y])","0.000617 + (0.000168 * normrandomDeathRates[y])","0.000607 + (0.000172 * normrandomDeathRates[y])","0.000597 + (0.000169 * normrandomDeathRates[y])","0.000587 + (0.000152 * normrandomDeathRates[y])","0.000577 + (0.000162 * normrandomDeathRates[y])","0.000567 + (0.000154 * normrandomDeathRates[y])","0.000558 + (0.000163 * normrandomDeathRates[y])","0.000548 + (0.000147 * normrandomDeathRates[y])"]
["DeathRateAge26to27","Death Rate Age 26 to 27","Macroeconomic","double(10,8)",null,null,null,null,null,"N","0.000921","0.000905 + (0.000062 * normrandomDeathRates[y])","0.000890 + (0.000085 * normrandomDeathRates[y])","0.000875 + (0.000078 * normrandomDeathRates[y])","0.000860 + (0.000089 * normrandomDeathRates[y])","0.000846 + (0.000093 * normrandomDeathRates[y])","0.000832 + (0.000094 * normrandomDeathRates[y])","0.000817 + (0.000088 * normrandomDeathRates[y])","0.000804 + (0.000113 * normrandomDeathRates[y])","0.000790 + (0.000107 * normrandomDeathRates[y])","0.000777 + (0.000121 * normrandomDeathRates[y])","0.000764 + (0.000130 * normrandomDeathRates[y])","0.000751 + (0.000139 * normrandomDeathRates[y])","0.000738 + (0.000161 * normrandomDeathRates[y])","0.000727 + (0.000150 * normrandomDeathRates[y])","0.000714 + (0.000145 * normrandomDeathRates[y])","0.000702 + (0.000148 * normrandomDeathRates[y])","0.000690 + (0.000146 * normrandomDeathRates[y])","0.000679 + (0.000146 * normrandomDeathRates[y])","0.000667 + (0.000153 * normrandomDeathRates[y])","0.000656 + (0.000161 * normrandomDeathRates[y])","0.000645 + (0.000165 * normrandomDeathRates[y])","0.000634 + (0.000164 * normrandomDeathRates[y])","0.000623 + (0.000168 * normrandomDeathRates[y])","0.000613 + (0.000172 * normrandomDeathRates[y])","0.000603 + (0.000169 * normrandomDeathRates[y])","0.000593 + (0.000152 * normrandomDeathRates[y])","0.000583 + (0.000162 * normrandomDeathRates[y])","0.000572 + (0.000154 * normrandomDeathRates[y])","0.000563 + (0.000163 * normrandomDeathRates[y])","0.000554 + (0.000147 * normrandomDeathRates[y])"]
["DeathRateAge27to28","Death Rate Age 27 to 28","Macroeconomic","double(10,8)",null,null,null,null,null,"N","0.000939","0.000923 + (0.000062 * normrandomDeathRates[y])","0.000907 + (0.000085 * normrandomDeathRates[y])","0.000893 + (0.000078 * normrandomDeathRates[y])","0.000878 + (0.000089 * normrandomDeathRates[y])","0.000863 + (0.000093 * normrandomDeathRates[y])","0.000849 + (0.000094 * normrandomDeathRates[y])","0.000834 + (0.000088 * normrandomDeathRates[y])","0.000820 + (0.000113 * normrandomDeathRates[y])","0.000806 + (0.000107 * normrandomDeathRates[y])","0.000793 + (0.000121 * normrandomDeathRates[y])","0.000779 + (0.000130 * normrandomDeathRates[y])","0.000766 + (0.000139 * normrandomDeathRates[y])","0.000753 + (0.000161 * normrandomDeathRates[y])","0.000741 + (0.000150 * normrandomDeathRates[y])","0.000728 + (0.000145 * normrandomDeathRates[y])","0.000716 + (0.000148 * normrandomDeathRates[y])","0.000704 + (0.000146 * normrandomDeathRates[y])","0.000692 + (0.000146 * normrandomDeathRates[y])","0.000680 + (0.000153 * normrandomDeathRates[y])","0.000669 + (0.000161 * normrandomDeathRates[y])","0.000657 + (0.000165 * normrandomDeathRates[y])","0.000646 + (0.000164 * normrandomDeathRates[y])","0.000636 + (0.000168 * normrandomDeathRates[y])","0.000626 + (0.000172 * normrandomDeathRates[y])","0.000615 + (0.000169 * normrandomDeathRates[y])","0.000605 + (0.000152 * normrandomDeathRates[y])","0.000595 + (0.000162 * normrandomDeathRates[y])","0.000584 + (0.000154 * normrandomDeathRates[y])","0.000575 + (0.000163 * normrandomDeathRates[y])","0.000565 + (0.000147 * normrandomDeathRates[y])"]
["DeathRateAge28to29","Death Rate Age 28 to 29","Macroeconomic","double(10,8)",null,null,null,null,null,"N","0.000958","0.000941 + (0.000062 * normrandomDeathRates[y])","0.000925 + (0.000085 * normrandomDeathRates[y])","0.000910 + (0.000078 * normrandomDeathRates[y])","0.000895 + (0.000089 * normrandomDeathRates[y])","0.000880 + (0.000093 * normrandomDeathRates[y])","0.000865 + (0.000094 * normrandomDeathRates[y])","0.000850 + (0.000088 * normrandomDeathRates[y])","0.000836 + (0.000113 * normrandomDeathRates[y])","0.000822 + (0.000107 * normrandomDeathRates[y])","0.000808 + (0.000121 * normrandomDeathRates[y])","0.000794 + (0.000130 * normrandomDeathRates[y])","0.000781 + (0.000139 * normrandomDeathRates[y])","0.000768 + (0.000161 * normrandomDeathRates[y])","0.000756 + (0.000150 * normrandomDeathRates[y])","0.000742 + (0.000145 * normrandomDeathRates[y])","0.000730 + (0.000148 * normrandomDeathRates[y])","0.000718 + (0.000146 * normrandomDeathRates[y])","0.000706 + (0.000146 * normrandomDeathRates[y])","0.000694 + (0.000153 * normrandomDeathRates[y])","0.000683 + (0.000161 * normrandomDeathRates[y])","0.000670 + (0.000165 * normrandomDeathRates[y])","0.000659 + (0.000164 * normrandomDeathRates[y])","0.000648 + (0.000168 * normrandomDeathRates[y])","0.000638 + (0.000172 * normrandomDeathRates[y])","0.000627 + (0.000169 * normrandomDeathRates[y])","0.000616 + (0.000152 * normrandomDeathRates[y])","0.000606 + (0.000162 * normrandomDeathRates[y])","0.000595 + (0.000154 * normrandomDeathRates[y])","0.000586 + (0.000163 * normrandomDeathRates[y])","0.000576 + (0.000147 * normrandomDeathRates[y])"]
["DeathRateAge29to30","Death Rate Age 29 to 30","Macroeconomic","double(10,8)",null,null,null,null,null,"N","0.000985","0.000969 + (0.000062 * normrandomDeathRates[y])","0.000952 + (0.000085 * normrandomDeathRates[y])","0.000936 + (0.000078 * normrandomDeathRates[y])","0.000921 + (0.000089 * normrandomDeathRates[y])","0.000905 + (0.000093 * normrandomDeathRates[y])","0.000890 + (0.000094 * normrandomDeathRates[y])","0.000875 + (0.000088 * normrandomDeathRates[y])","0.000860 + (0.000113 * normrandomDeathRates[y])","0.000845 + (0.000107 * normrandomDeathRates[y])","0.000832 + (0.000121 * normrandomDeathRates[y])","0.000817 + (0.000130 * normrandomDeathRates[y])","0.000804 + (0.000139 * normrandomDeathRates[y])","0.000790 + (0.000161 * normrandomDeathRates[y])","0.000777 + (0.000150 * normrandomDeathRates[y])","0.000764 + (0.000145 * normrandomDeathRates[y])","0.000751 + (0.000148 * normrandomDeathRates[y])","0.000739 + (0.000146 * normrandomDeathRates[y])","0.000726 + (0.000146 * normrandomDeathRates[y])","0.000714 + (0.000153 * normrandomDeathRates[y])","0.000702 + (0.000161 * normrandomDeathRates[y])","0.000690 + (0.000165 * normrandomDeathRates[y])","0.000678 + (0.000164 * normrandomDeathRates[y])","0.000667 + (0.000168 * normrandomDeathRates[y])","0.000656 + (0.000172 * normrandomDeathRates[y])","0.000645 + (0.000169 * normrandomDeathRates[y])","0.000634 + (0.000152 * normrandomDeathRates[y])","0.000624 + (0.000162 * normrandomDeathRates[y])","0.000612 + (0.000154 * normrandomDeathRates[y])","0.000603 + (0.000163 * normrandomDeathRates[y])","0.000592 + (0.000147 * normrandomDeathRates[y])"]
["DeathRateAge30to31","Death Rate Age 30 to 31","Macroeconomic","double(10,8)",null,null,null,null,null,"N","0.000990","0.000974 + (0.000069 * normrandomDeathRates[y])","0.000957 + (0.000095 * normrandomDeathRates[y])","0.000940 + (0.000086 * normrandomDeathRates[y])","0.000925 + (0.000099 * normrandomDeathRates[y])","0.000909 + (0.000104 * normrandomDeathRates[y])","0.000894 + (0.000104 * normrandomDeathRates[y])","0.000878 + (0.000097 * normrandomDeathRates[y])","0.000863 + (0.000125 * normrandomDeathRates[y])","0.000849 + (0.000119 * normrandomDeathRates[y])","0.000835 + (0.000134 * normrandomDeathRates[y])","0.000820 + (0.000144 * normrandomDeathRates[y])","0.000807 + (0.000155 * normrandomDeathRates[y])","0.000793 + (0.000179 * normrandomDeathRates[y])","0.000779 + (0.000166 * normrandomDeathRates[y])","0.000766 + (0.000160 * normrandomDeathRates[y])","0.000754 + (0.000164 * normrandomDeathRates[y])","0.000740 + (0.000162 * normrandomDeathRates[y])","0.000728 + (0.000162 * normrandomDeathRates[y])","0.000716 + (0.000169 * normrandomDeathRates[y])","0.000703 + (0.000178 * normrandomDeathRates[y])","0.000692 + (0.000183 * normrandomDeathRates[y])","0.000679 + (0.000181 * normrandomDeathRates[y])","0.000668 + (0.000186 * normrandomDeathRates[y])","0.000656 + (0.000191 * normrandomDeathRates[y])","0.000646 + (0.000187 * normrandomDeathRates[y])","0.000635 + (0.000169 * normrandomDeathRates[y])","0.000624 + (0.000179 * normrandomDeathRates[y])","0.000614 + (0.000171 * normrandomDeathRates[y])","0.000603 + (0.000181 * normrandomDeathRates[y])","0.000593 + (0.000163 * normrandomDeathRates[y])"]
["DeathRateAge31to32","Death Rate Age 31 to 32","Macroeconomic","double(10,8)",null,null,null,null,null,"N","0.000990","0.000974 + (0.000069 * normrandomDeathRates[y])","0.000957 + (0.000095 * normrandomDeathRates[y])","0.000940 + (0.000086 * normrandomDeathRates[y])","0.000925 + (0.000099 * normrandomDeathRates[y])","0.000909 + (0.000104 * normrandomDeathRates[y])","0.000894 + (0.000104 * normrandomDeathRates[y])","0.000878 + (0.000097 * normrandomDeathRates[y])","0.000863 + (0.000125 * normrandomDeathRates[y])","0.000849 + (0.000119 * normrandomDeathRates[y])","0.000835 + (0.000134 * normrandomDeathRates[y])","0.000820 + (0.000144 * normrandomDeathRates[y])","0.000807 + (0.000155 * normrandomDeathRates[y])","0.000793 + (0.000179 * normrandomDeathRates[y])","0.000779 + (0.000166 * normrandomDeathRates[y])","0.000766 + (0.000160 * normrandomDeathRates[y])","0.000754 + (0.000164 * normrandomDeathRates[y])","0.000740 + (0.000162 * normrandomDeathRates[y])","0.000728 + (0.000162 * normrandomDeathRates[y])","0.000716 + (0.000169 * normrandomDeathRates[y])","0.000703 + (0.000178 * normrandomDeathRates[y])","0.000692 + (0.000183 * normrandomDeathRates[y])","0.000679 + (0.000181 * normrandomDeathRates[y])","0.000668 + (0.000186 * normrandomDeathRates[y])","0.000656 + (0.000191 * normrandomDeathRates[y])","0.000646 + (0.000187 * normrandomDeathRates[y])","0.000635 + (0.000169 * normrandomDeathRates[y])","0.000624 + (0.000179 * normrandomDeathRates[y])","0.000614 + (0.000171 * normrandomDeathRates[y])","0.000603 + (0.000181 * normrandomDeathRates[y])","0.000593 + (0.000163 * normrandomDeathRates[y])"]
["DeathRateAge32to33","Death Rate Age 32 to 33","Macroeconomic","double(10,8)",null,null,null,null,null,"N","0.001017","0.001001 + (0.000069 * normrandomDeathRates[y])","0.000983 + (0.000095 * normrandomDeathRates[y])","0.000966 + (0.000086 * normrandomDeathRates[y])","0.000951 + (0.000099 * normrandomDeathRates[y])","0.000934 + (0.000104 * normrandomDeathRates[y])","0.000918 + (0.000104 * normrandomDeathRates[y])","0.000903 + (0.000097 * normrandomDeathRates[y])","0.000887 + (0.000125 * normrandomDeathRates[y])","0.000872 + (0.000119 * normrandomDeathRates[y])","0.000858 + (0.000134 * normrandomDeathRates[y])","0.000843 + (0.000144 * normrandomDeathRates[y])","0.000829 + (0.000155 * normrandomDeathRates[y])","0.000815 + (0.000179 * normrandomDeathRates[y])","0.000801 + (0.000166 * normrandomDeathRates[y])","0.000787 + (0.000160 * normrandomDeathRates[y])","0.000774 + (0.000164 * normrandomDeathRates[y])","0.000761 + (0.000162 * normrandomDeathRates[y])","0.000748 + (0.000162 * normrandomDeathRates[y])","0.000735 + (0.000169 * normrandomDeathRates[y])","0.000723 + (0.000178 * normrandomDeathRates[y])","0.000711 + (0.000183 * normrandomDeathRates[y])","0.000698 + (0.000181 * normrandomDeathRates[y])","0.000686 + (0.000186 * normrandomDeathRates[y])","0.000675 + (0.000191 * normrandomDeathRates[y])","0.000664 + (0.000187 * normrandomDeathRates[y])","0.000652 + (0.000169 * normrandomDeathRates[y])","0.000641 + (0.000179 * normrandomDeathRates[y])","0.000630 + (0.000171 * normrandomDeathRates[y])","0.000620 + (0.000181 * normrandomDeathRates[y])","0.000609 + (0.000163 * normrandomDeathRates[y])"]
["DeathRateAge33to34","Death Rate Age 33 to 34","Macroeconomic","double(10,8)",null,null,null,null,null,"N","0.001054","0.001036 + (0.000069 * normrandomDeathRates[y])","0.001018 + (0.000095 * normrandomDeathRates[y])","0.001001 + (0.000086 * normrandomDeathRates[y])","0.000985 + (0.000099 * normrandomDeathRates[y])","0.000967 + (0.000104 * normrandomDeathRates[y])","0.000951 + (0.000104 * normrandomDeathRates[y])","0.000935 + (0.000097 * normrandomDeathRates[y])","0.000919 + (0.000125 * normrandomDeathRates[y])","0.000903 + (0.000119 * normrandomDeathRates[y])","0.000888 + (0.000134 * normrandomDeathRates[y])","0.000873 + (0.000144 * normrandomDeathRates[y])","0.000859 + (0.000155 * normrandomDeathRates[y])","0.000844 + (0.000179 * normrandomDeathRates[y])","0.000829 + (0.000166 * normrandomDeathRates[y])","0.000815 + (0.000160 * normrandomDeathRates[y])","0.000802 + (0.000164 * normrandomDeathRates[y])","0.000788 + (0.000162 * normrandomDeathRates[y])","0.000775 + (0.000162 * normrandomDeathRates[y])","0.000762 + (0.000169 * normrandomDeathRates[y])","0.000748 + (0.000178 * normrandomDeathRates[y])","0.000736 + (0.000183 * normrandomDeathRates[y])","0.000723 + (0.000181 * normrandomDeathRates[y])","0.000711 + (0.000186 * normrandomDeathRates[y])","0.000699 + (0.000191 * normrandomDeathRates[y])","0.000687 + (0.000187 * normrandomDeathRates[y])","0.000675 + (0.000169 * normrandomDeathRates[y])","0.000664 + (0.000179 * normrandomDeathRates[y])","0.000653 + (0.000171 * normrandomDeathRates[y])","0.000642 + (0.000181 * normrandomDeathRates[y])","0.000631 + (0.000163 * normrandomDeathRates[y])"]
["DeathRateAge34to35","Death Rate Age 34 to 35","Macroeconomic","double(10,8)",null,null,null,null,null,"N","0.001144","0.001126 + (0.000069 * normrandomDeathRates[y])","0.001106 + (0.000095 * normrandomDeathRates[y])","0.001087 + (0.000086 * normrandomDeathRates[y])","0.001069 + (0.000099 * normrandomDeathRates[y])","0.001051 + (0.000104 * normrandomDeathRates[y])","0.001033 + (0.000104 * normrandomDeathRates[y])","0.001015 + (0.000097 * normrandomDeathRates[y])","0.000998 + (0.000125 * normrandomDeathRates[y])","0.000981 + (0.000119 * normrandomDeathRates[y])","0.000965 + (0.000134 * normrandomDeathRates[y])","0.000948 + (0.000144 * normrandomDeathRates[y])","0.000933 + (0.000155 * normrandomDeathRates[y])","0.000916 + (0.000179 * normrandomDeathRates[y])","0.000901 + (0.000166 * normrandomDeathRates[y])","0.000886 + (0.000160 * normrandomDeathRates[y])","0.000871 + (0.000164 * normrandomDeathRates[y])","0.000856 + (0.000162 * normrandomDeathRates[y])","0.000841 + (0.000162 * normrandomDeathRates[y])","0.000827 + (0.000169 * normrandomDeathRates[y])","0.000813 + (0.000178 * normrandomDeathRates[y])","0.000800 + (0.000183 * normrandomDeathRates[y])","0.000785 + (0.000181 * normrandomDeathRates[y])","0.000772 + (0.000186 * normrandomDeathRates[y])","0.000759 + (0.000191 * normrandomDeathRates[y])","0.000747 + (0.000187 * normrandomDeathRates[y])","0.000734 + (0.000169 * normrandomDeathRates[y])","0.000721 + (0.000179 * normrandomDeathRates[y])","0.000709 + (0.000171 * normrandomDeathRates[y])","0.000697 + (0.000181 * normrandomDeathRates[y])","0.000685 + (0.000163 * normrandomDeathRates[y])"]
["DeathRateAge35to36","Death Rate Age 35 to 36","Macroeconomic","double(10,8)",null,null,null,null,null,"N","0.001209","0.001189 + (0.000090 * normrandomDeathRates[y])","0.001168 + (0.000123 * normrandomDeathRates[y])","0.001149 + (0.000114 * normrandomDeathRates[y])","0.001129 + (0.000129 * normrandomDeathRates[y])","0.001110 + (0.000136 * normrandomDeathRates[y])","0.001091 + (0.000137 * normrandomDeathRates[y])","0.001073 + (0.000128 * normrandomDeathRates[y])","0.001055 + (0.000164 * normrandomDeathRates[y])","0.001037 + (0.000156 * normrandomDeathRates[y])","0.001020 + (0.000175 * normrandomDeathRates[y])","0.001002 + (0.000189 * normrandomDeathRates[y])","0.000985 + (0.000203 * normrandomDeathRates[y])","0.000968 + (0.000235 * normrandomDeathRates[y])","0.000952 + (0.000218 * normrandomDeathRates[y])","0.000936 + (0.000210 * normrandomDeathRates[y])","0.000921 + (0.000214 * normrandomDeathRates[y])","0.000905 + (0.000212 * normrandomDeathRates[y])","0.000890 + (0.000212 * normrandomDeathRates[y])","0.000875 + (0.000222 * normrandomDeathRates[y])","0.000860 + (0.000234 * normrandomDeathRates[y])","0.000845 + (0.000239 * normrandomDeathRates[y])","0.000831 + (0.000238 * normrandomDeathRates[y])","0.000817 + (0.000245 * normrandomDeathRates[y])","0.000803 + (0.000250 * normrandomDeathRates[y])","0.000790 + (0.000246 * normrandomDeathRates[y])","0.000776 + (0.000222 * normrandomDeathRates[y])","0.000763 + (0.000236 * normrandomDeathRates[y])","0.000750 + (0.000224 * normrandomDeathRates[y])","0.000738 + (0.000237 * normrandomDeathRates[y])","0.000725 + (0.000214 * normrandomDeathRates[y])"]
["DeathRateAge36to37","Death Rate Age 36 to 37","Macroeconomic","double(10,8)",null,null,null,null,null,"N","0.001263","0.001242 + (0.000090 * normrandomDeathRates[y])","0.001221 + (0.000123 * normrandomDeathRates[y])","0.001201 + (0.000114 * normrandomDeathRates[y])","0.001180 + (0.000129 * normrandomDeathRates[y])","0.001160 + (0.000136 * normrandomDeathRates[y])","0.001140 + (0.000137 * normrandomDeathRates[y])","0.001121 + (0.000128 * normrandomDeathRates[y])","0.001103 + (0.000164 * normrandomDeathRates[y])","0.001084 + (0.000156 * normrandomDeathRates[y])","0.001066 + (0.000175 * normrandomDeathRates[y])","0.001047 + (0.000189 * normrandomDeathRates[y])","0.001030 + (0.000203 * normrandomDeathRates[y])","0.001012 + (0.000235 * normrandomDeathRates[y])","0.000995 + (0.000218 * normrandomDeathRates[y])","0.000979 + (0.000210 * normrandomDeathRates[y])","0.000962 + (0.000214 * normrandomDeathRates[y])","0.000945 + (0.000212 * normrandomDeathRates[y])","0.000930 + (0.000212 * normrandomDeathRates[y])","0.000914 + (0.000222 * normrandomDeathRates[y])","0.000898 + (0.000234 * normrandomDeathRates[y])","0.000884 + (0.000239 * normrandomDeathRates[y])","0.000869 + (0.000238 * normrandomDeathRates[y])","0.000854 + (0.000245 * normrandomDeathRates[y])","0.000839 + (0.000250 * normrandomDeathRates[y])","0.000825 + (0.000246 * normrandomDeathRates[y])","0.000811 + (0.000222 * normrandomDeathRates[y])","0.000798 + (0.000236 * normrandomDeathRates[y])","0.000784 + (0.000224 * normrandomDeathRates[y])","0.000771 + (0.000237 * normrandomDeathRates[y])","0.000758 + (0.000214 * normrandomDeathRates[y])"]
["DeathRateAge37to38","Death Rate Age 37 to 38","Macroeconomic","double(10,8)",null,null,null,null,null,"N","0.001345","0.001323 + (0.000090 * normrandomDeathRates[y])","0.001300 + (0.000123 * normrandomDeathRates[y])","0.001278 + (0.000114 * normrandomDeathRates[y])","0.001257 + (0.000129 * normrandomDeathRates[y])","0.001235 + (0.000136 * normrandomDeathRates[y])","0.001214 + (0.000137 * normrandomDeathRates[y])","0.001194 + (0.000128 * normrandomDeathRates[y])","0.001174 + (0.000164 * normrandomDeathRates[y])","0.001154 + (0.000156 * normrandomDeathRates[y])","0.001135 + (0.000175 * normrandomDeathRates[y])","0.001115 + (0.000189 * normrandomDeathRates[y])","0.001096 + (0.000203 * normrandomDeathRates[y])","0.001078 + (0.000235 * normrandomDeathRates[y])","0.001060 + (0.000218 * normrandomDeathRates[y])","0.001042 + (0.000210 * normrandomDeathRates[y])","0.001024 + (0.000214 * normrandomDeathRates[y])","0.001007 + (0.000212 * normrandomDeathRates[y])","0.000990 + (0.000212 * normrandomDeathRates[y])","0.000973 + (0.000222 * normrandomDeathRates[y])","0.000956 + (0.000234 * normrandomDeathRates[y])","0.000941 + (0.000239 * normrandomDeathRates[y])","0.000925 + (0.000238 * normrandomDeathRates[y])","0.000909 + (0.000245 * normrandomDeathRates[y])","0.000894 + (0.000250 * normrandomDeathRates[y])","0.000879 + (0.000246 * normrandomDeathRates[y])","0.000864 + (0.000222 * normrandomDeathRates[y])","0.000849 + (0.000236 * normrandomDeathRates[y])","0.000834 + (0.000224 * normrandomDeathRates[y])","0.000821 + (0.000237 * normrandomDeathRates[y])","0.000807 + (0.000214 * normrandomDeathRates[y])"]
["DeathRateAge38to39","Death Rate Age 38 to 39","Macroeconomic","double(10,8)",null,null,null,null,null,"N","0.001463","0.001439 + (0.000090 * normrandomDeathRates[y])","0.001414 + (0.000123 * normrandomDeathRates[y])","0.001391 + (0.000114 * normrandomDeathRates[y])","0.001367 + (0.000129 * normrandomDeathRates[y])","0.001343 + (0.000136 * normrandomDeathRates[y])","0.001321 + (0.000137 * normrandomDeathRates[y])","0.001298 + (0.000128 * normrandomDeathRates[y])","0.001277 + (0.000164 * normrandomDeathRates[y])","0.001256 + (0.000156 * normrandomDeathRates[y])","0.001234 + (0.000175 * normrandomDeathRates[y])","0.001213 + (0.000189 * normrandomDeathRates[y])","0.001193 + (0.000203 * normrandomDeathRates[y])","0.001172 + (0.000235 * normrandomDeathRates[y])","0.001153 + (0.000218 * normrandomDeathRates[y])","0.001134 + (0.000210 * normrandomDeathRates[y])","0.001114 + (0.000214 * normrandomDeathRates[y])","0.001095 + (0.000212 * normrandomDeathRates[y])","0.001077 + (0.000212 * normrandomDeathRates[y])","0.001059 + (0.000222 * normrandomDeathRates[y])","0.001041 + (0.000234 * normrandomDeathRates[y])","0.001023 + (0.000239 * normrandomDeathRates[y])","0.001006 + (0.000238 * normrandomDeathRates[y])","0.000989 + (0.000245 * normrandomDeathRates[y])","0.000972 + (0.000250 * normrandomDeathRates[y])","0.000956 + (0.000246 * normrandomDeathRates[y])","0.000940 + (0.000222 * normrandomDeathRates[y])","0.000924 + (0.000236 * normrandomDeathRates[y])","0.000908 + (0.000224 * normrandomDeathRates[y])","0.000893 + (0.000237 * normrandomDeathRates[y])","0.000878 + (0.000214 * normrandomDeathRates[y])"]
["DeathRateAge39to40","Death Rate Age 39 to 40","Macroeconomic","double(10,8)",null,null,null,null,null,"N","0.001554","0.001528 + (0.000090 * normrandomDeathRates[y])","0.001502 + (0.000123 * normrandomDeathRates[y])","0.001477 + (0.000114 * normrandomDeathRates[y])","0.001452 + (0.000129 * normrandomDeathRates[y])","0.001427 + (0.000136 * normrandomDeathRates[y])","0.001403 + (0.000137 * normrandomDeathRates[y])","0.001379 + (0.000128 * normrandomDeathRates[y])","0.001356 + (0.000164 * normrandomDeathRates[y])","0.001334 + (0.000156 * normrandomDeathRates[y])","0.001311 + (0.000175 * normrandomDeathRates[y])","0.001288 + (0.000189 * normrandomDeathRates[y])","0.001267 + (0.000203 * normrandomDeathRates[y])","0.001245 + (0.000235 * normrandomDeathRates[y])","0.001225 + (0.000218 * normrandomDeathRates[y])","0.001204 + (0.000210 * normrandomDeathRates[y])","0.001184 + (0.000214 * normrandomDeathRates[y])","0.001163 + (0.000212 * normrandomDeathRates[y])","0.001144 + (0.000212 * normrandomDeathRates[y])","0.001124 + (0.000222 * normrandomDeathRates[y])","0.001105 + (0.000234 * normrandomDeathRates[y])","0.001087 + (0.000239 * normrandomDeathRates[y])","0.001069 + (0.000238 * normrandomDeathRates[y])","0.001051 + (0.000245 * normrandomDeathRates[y])","0.001032 + (0.000250 * normrandomDeathRates[y])","0.001015 + (0.000246 * normrandomDeathRates[y])","0.000998 + (0.000222 * normrandomDeathRates[y])","0.000981 + (0.000236 * normrandomDeathRates[y])","0.000964 + (0.000224 * normrandomDeathRates[y])","0.000948 + (0.000237 * normrandomDeathRates[y])","0.000932 + (0.000214 * normrandomDeathRates[y])"]
["DeathRateAge40to41","Death Rate Age 40 to 41","Macroeconomic","double(10,8)",null,null,null,null,null,"N","0.001725","0.001697 + (0.000129 * normrandomDeathRates[y])","0.001671 + (0.000176 * normrandomDeathRates[y])","0.001644 + (0.000162 * normrandomDeathRates[y])","0.001618 + (0.000184 * normrandomDeathRates[y])","0.001592 + (0.000194 * normrandomDeathRates[y])","0.001567 + (0.000195 * normrandomDeathRates[y])","0.001542 + (0.000184 * normrandomDeathRates[y])","0.001517 + (0.000235 * normrandomDeathRates[y])","0.001492 + (0.000222 * normrandomDeathRates[y])","0.001469 + (0.000251 * normrandomDeathRates[y])","0.001446 + (0.000271 * normrandomDeathRates[y])","0.001422 + (0.000291 * normrandomDeathRates[y])","0.001400 + (0.000338 * normrandomDeathRates[y])","0.001378 + (0.000313 * normrandomDeathRates[y])","0.001355 + (0.000303 * normrandomDeathRates[y])","0.001334 + (0.000310 * normrandomDeathRates[y])","0.001312 + (0.000306 * normrandomDeathRates[y])","0.001292 + (0.000306 * normrandomDeathRates[y])","0.001271 + (0.000320 * normrandomDeathRates[y])","0.001251 + (0.000338 * normrandomDeathRates[y])","0.001231 + (0.000346 * normrandomDeathRates[y])","0.001211 + (0.000344 * normrandomDeathRates[y])","0.001192 + (0.000354 * normrandomDeathRates[y])","0.001173 + (0.000363 * normrandomDeathRates[y])","0.001154 + (0.000356 * normrandomDeathRates[y])","0.001136 + (0.000322 * normrandomDeathRates[y])","0.001117 + (0.000343 * normrandomDeathRates[y])","0.001100 + (0.000326 * normrandomDeathRates[y])","0.001082 + (0.000346 * normrandomDeathRates[y])","0.001066 + (0.000313 * normrandomDeathRates[y])"]
["DeathRateAge41to42","Death Rate Age 41 to 42","Macroeconomic","double(10,8)",null,null,null,null,null,"N","0.001862","0.001832 + (0.000129 * normrandomDeathRates[y])","0.001803 + (0.000176 * normrandomDeathRates[y])","0.001774 + (0.000162 * normrandomDeathRates[y])","0.001746 + (0.000184 * normrandomDeathRates[y])","0.001718 + (0.000194 * normrandomDeathRates[y])","0.001691 + (0.000195 * normrandomDeathRates[y])","0.001664 + (0.000184 * normrandomDeathRates[y])","0.001637 + (0.000235 * normrandomDeathRates[y])","0.001611 + (0.000222 * normrandomDeathRates[y])","0.001586 + (0.000251 * normrandomDeathRates[y])","0.001560 + (0.000271 * normrandomDeathRates[y])","0.001535 + (0.000291 * normrandomDeathRates[y])","0.001511 + (0.000338 * normrandomDeathRates[y])","0.001487 + (0.000313 * normrandomDeathRates[y])","0.001463 + (0.000303 * normrandomDeathRates[y])","0.001440 + (0.000310 * normrandomDeathRates[y])","0.001417 + (0.000306 * normrandomDeathRates[y])","0.001394 + (0.000306 * normrandomDeathRates[y])","0.001372 + (0.000320 * normrandomDeathRates[y])","0.001350 + (0.000338 * normrandomDeathRates[y])","0.001329 + (0.000346 * normrandomDeathRates[y])","0.001307 + (0.000344 * normrandomDeathRates[y])","0.001287 + (0.000354 * normrandomDeathRates[y])","0.001266 + (0.000363 * normrandomDeathRates[y])","0.001246 + (0.000356 * normrandomDeathRates[y])","0.001226 + (0.000322 * normrandomDeathRates[y])","0.001206 + (0.000343 * normrandomDeathRates[y])","0.001187 + (0.000326 * normrandomDeathRates[y])","0.001168 + (0.000346 * normrandomDeathRates[y])","0.001150 + (0.000313 * normrandomDeathRates[y])"]
["DeathRateAge42to43","Death Rate Age 42 to 43","Macroeconomic","double(10,8)",null,null,null,null,null,"N","0.001990","0.001958 + (0.000129 * normrandomDeathRates[y])","0.001927 + (0.000176 * normrandomDeathRates[y])","0.001896 + (0.000162 * normrandomDeathRates[y])","0.001866 + (0.000184 * normrandomDeathRates[y])","0.001836 + (0.000194 * normrandomDeathRates[y])","0.001807 + (0.000195 * normrandomDeathRates[y])","0.001778 + (0.000184 * normrandomDeathRates[y])","0.001749 + (0.000235 * normrandomDeathRates[y])","0.001721 + (0.000222 * normrandomDeathRates[y])","0.001694 + (0.000251 * normrandomDeathRates[y])","0.001667 + (0.000271 * normrandomDeathRates[y])","0.001640 + (0.000291 * normrandomDeathRates[y])","0.001614 + (0.000338 * normrandomDeathRates[y])","0.001589 + (0.000313 * normrandomDeathRates[y])","0.001563 + (0.000303 * normrandomDeathRates[y])","0.001539 + (0.000310 * normrandomDeathRates[y])","0.001514 + (0.000306 * normrandomDeathRates[y])","0.001490 + (0.000306 * normrandomDeathRates[y])","0.001467 + (0.000320 * normrandomDeathRates[y])","0.001442 + (0.000338 * normrandomDeathRates[y])","0.001420 + (0.000346 * normrandomDeathRates[y])","0.001397 + (0.000344 * normrandomDeathRates[y])","0.001375 + (0.000354 * normrandomDeathRates[y])","0.001353 + (0.000363 * normrandomDeathRates[y])","0.001331 + (0.000356 * normrandomDeathRates[y])","0.001310 + (0.000322 * normrandomDeathRates[y])","0.001289 + (0.000343 * normrandomDeathRates[y])","0.001269 + (0.000326 * normrandomDeathRates[y])","0.001248 + (0.000346 * normrandomDeathRates[y])","0.001229 + (0.000313 * normrandomDeathRates[y])"]
["DeathRateAge43to44","Death Rate Age 43 to 44","Macroeconomic","double(10,8)",null,null,null,null,null,"N","0.002245","0.002209 + (0.000129 * normrandomDeathRates[y])","0.002175 + (0.000176 * normrandomDeathRates[y])","0.002140 + (0.000162 * normrandomDeathRates[y])","0.002106 + (0.000184 * normrandomDeathRates[y])","0.002072 + (0.000194 * normrandomDeathRates[y])","0.002039 + (0.000195 * normrandomDeathRates[y])","0.002007 + (0.000184 * normrandomDeathRates[y])","0.001974 + (0.000235 * normrandomDeathRates[y])","0.001943 + (0.000222 * normrandomDeathRates[y])","0.001912 + (0.000251 * normrandomDeathRates[y])","0.001881 + (0.000271 * normrandomDeathRates[y])","0.001851 + (0.000291 * normrandomDeathRates[y])","0.001822 + (0.000338 * normrandomDeathRates[y])","0.001793 + (0.000313 * normrandomDeathRates[y])","0.001764 + (0.000303 * normrandomDeathRates[y])","0.001737 + (0.000310 * normrandomDeathRates[y])","0.001708 + (0.000306 * normrandomDeathRates[y])","0.001681 + (0.000306 * normrandomDeathRates[y])","0.001655 + (0.000320 * normrandomDeathRates[y])","0.001628 + (0.000338 * normrandomDeathRates[y])","0.001603 + (0.000346 * normrandomDeathRates[y])","0.001576 + (0.000344 * normrandomDeathRates[y])","0.001551 + (0.000354 * normrandomDeathRates[y])","0.001526 + (0.000363 * normrandomDeathRates[y])","0.001502 + (0.000356 * normrandomDeathRates[y])","0.001478 + (0.000322 * normrandomDeathRates[y])","0.001454 + (0.000343 * normrandomDeathRates[y])","0.001432 + (0.000326 * normrandomDeathRates[y])","0.001409 + (0.000346 * normrandomDeathRates[y])","0.001387 + (0.000313 * normrandomDeathRates[y])"]
["DeathRateAge44to45","Death Rate Age 44 to 45","Macroeconomic","double(10,8)",null,null,null,null,null,"N","0.002483","0.002443 + (0.000129 * normrandomDeathRates[y])","0.002404 + (0.000176 * normrandomDeathRates[y])","0.002366 + (0.000162 * normrandomDeathRates[y])","0.002329 + (0.000184 * normrandomDeathRates[y])","0.002291 + (0.000194 * normrandomDeathRates[y])","0.002255 + (0.000195 * normrandomDeathRates[y])","0.002219 + (0.000184 * normrandomDeathRates[y])","0.002183 + (0.000235 * normrandomDeathRates[y])","0.002148 + (0.000222 * normrandomDeathRates[y])","0.002114 + (0.000251 * normrandomDeathRates[y])","0.002080 + (0.000271 * normrandomDeathRates[y])","0.002047 + (0.000291 * normrandomDeathRates[y])","0.002014 + (0.000338 * normrandomDeathRates[y])","0.001983 + (0.000313 * normrandomDeathRates[y])","0.001950 + (0.000303 * normrandomDeathRates[y])","0.001920 + (0.000310 * normrandomDeathRates[y])","0.001889 + (0.000306 * normrandomDeathRates[y])","0.001859 + (0.000306 * normrandomDeathRates[y])","0.001830 + (0.000320 * normrandomDeathRates[y])","0.001800 + (0.000338 * normrandomDeathRates[y])","0.001772 + (0.000346 * normrandomDeathRates[y])","0.001743 + (0.000344 * normrandomDeathRates[y])","0.001715 + (0.000354 * normrandomDeathRates[y])","0.001688 + (0.000363 * normrandomDeathRates[y])","0.001661 + (0.000356 * normrandomDeathRates[y])","0.001635 + (0.000322 * normrandomDeathRates[y])","0.001608 + (0.000343 * normrandomDeathRates[y])","0.001583 + (0.000326 * normrandomDeathRates[y])","0.001558 + (0.000346 * normrandomDeathRates[y])","0.001533 + (0.000313 * normrandomDeathRates[y])"]
["DeathRateAge45to46","Death Rate Age 45 to 46","Macroeconomic","double(10,8)",null,null,null,null,null,"N","0.002706","0.002665 + (0.000191 * normrandomDeathRates[y])","0.002623 + (0.000262 * normrandomDeathRates[y])","0.002584 + (0.000242 * normrandomDeathRates[y])","0.002544 + (0.000275 * normrandomDeathRates[y])","0.002505 + (0.000289 * normrandomDeathRates[y])","0.002467 + (0.000292 * normrandomDeathRates[y])","0.002429 + (0.000274 * normrandomDeathRates[y])","0.002392 + (0.000352 * normrandomDeathRates[y])","0.002356 + (0.000333 * normrandomDeathRates[y])","0.002320 + (0.000376 * normrandomDeathRates[y])","0.002284 + (0.000406 * normrandomDeathRates[y])","0.002249 + (0.000436 * normrandomDeathRates[y])","0.002215 + (0.000507 * normrandomDeathRates[y])","0.002181 + (0.000471 * normrandomDeathRates[y])","0.002147 + (0.000455 * normrandomDeathRates[y])","0.002114 + (0.000466 * normrandomDeathRates[y])","0.002082 + (0.000461 * normrandomDeathRates[y])","0.002050 + (0.000460 * normrandomDeathRates[y])","0.002019 + (0.000482 * normrandomDeathRates[y])","0.001989 + (0.000509 * normrandomDeathRates[y])","0.001958 + (0.000522 * normrandomDeathRates[y])","0.001928 + (0.000520 * normrandomDeathRates[y])","0.001898 + (0.000535 * normrandomDeathRates[y])","0.001869 + (0.000548 * normrandomDeathRates[y])","0.001841 + (0.000538 * normrandomDeathRates[y])","0.001813 + (0.000488 * normrandomDeathRates[y])","0.001785 + (0.000520 * normrandomDeathRates[y])","0.001758 + (0.000496 * normrandomDeathRates[y])","0.001731 + (0.000525 * normrandomDeathRates[y])","0.001704 + (0.000476 * normrandomDeathRates[y])"]
["DeathRateAge46to47","Death Rate Age 46 to 47","Macroeconomic","double(10,8)",null,null,null,null,null,"N","0.002946","0.002901 + (0.000191 * normrandomDeathRates[y])","0.002856 + (0.000262 * normrandomDeathRates[y])","0.002813 + (0.000242 * normrandomDeathRates[y])","0.002770 + (0.000275 * normrandomDeathRates[y])","0.002728 + (0.000289 * normrandomDeathRates[y])","0.002686 + (0.000292 * normrandomDeathRates[y])","0.002645 + (0.000274 * normrandomDeathRates[y])","0.002604 + (0.000352 * normrandomDeathRates[y])","0.002565 + (0.000333 * normrandomDeathRates[y])","0.002525 + (0.000376 * normrandomDeathRates[y])","0.002487 + (0.000406 * normrandomDeathRates[y])","0.002449 + (0.000436 * normrandomDeathRates[y])","0.002411 + (0.000507 * normrandomDeathRates[y])","0.002375 + (0.000471 * normrandomDeathRates[y])","0.002338 + (0.000455 * normrandomDeathRates[y])","0.002302 + (0.000466 * normrandomDeathRates[y])","0.002267 + (0.000461 * normrandomDeathRates[y])","0.002232 + (0.000460 * normrandomDeathRates[y])","0.002198 + (0.000482 * normrandomDeathRates[y])","0.002165 + (0.000509 * normrandomDeathRates[y])","0.002132 + (0.000522 * normrandomDeathRates[y])","0.002099 + (0.000520 * normrandomDeathRates[y])","0.002067 + (0.000535 * normrandomDeathRates[y])","0.002035 + (0.000548 * normrandomDeathRates[y])","0.002004 + (0.000538 * normrandomDeathRates[y])","0.001974 + (0.000488 * normrandomDeathRates[y])","0.001943 + (0.000520 * normrandomDeathRates[y])","0.001914 + (0.000496 * normrandomDeathRates[y])","0.001885 + (0.000525 * normrandomDeathRates[y])","0.001855 + (0.000476 * normrandomDeathRates[y])"]
["DeathRateAge47to48","Death Rate Age 47 to 48","Macroeconomic","double(10,8)",null,null,null,null,null,"N","0.003168","0.003120 + (0.000191 * normrandomDeathRates[y])","0.003071 + (0.000262 * normrandomDeathRates[y])","0.003025 + (0.000242 * normrandomDeathRates[y])","0.002978 + (0.000275 * normrandomDeathRates[y])","0.002933 + (0.000289 * normrandomDeathRates[y])","0.002888 + (0.000292 * normrandomDeathRates[y])","0.002844 + (0.000274 * normrandomDeathRates[y])","0.002800 + (0.000352 * normrandomDeathRates[y])","0.002758 + (0.000333 * normrandomDeathRates[y])","0.002715 + (0.000376 * normrandomDeathRates[y])","0.002674 + (0.000406 * normrandomDeathRates[y])","0.002633 + (0.000436 * normrandomDeathRates[y])","0.002593 + (0.000507 * normrandomDeathRates[y])","0.002553 + (0.000471 * normrandomDeathRates[y])","0.002514 + (0.000455 * normrandomDeathRates[y])","0.002475 + (0.000466 * normrandomDeathRates[y])","0.002438 + (0.000461 * normrandomDeathRates[y])","0.002400 + (0.000460 * normrandomDeathRates[y])","0.002363 + (0.000482 * normrandomDeathRates[y])","0.002328 + (0.000509 * normrandomDeathRates[y])","0.002292 + (0.000522 * normrandomDeathRates[y])","0.002257 + (0.000520 * normrandomDeathRates[y])","0.002222 + (0.000535 * normrandomDeathRates[y])","0.002188 + (0.000548 * normrandomDeathRates[y])","0.002155 + (0.000538 * normrandomDeathRates[y])","0.002122 + (0.000488 * normrandomDeathRates[y])","0.002090 + (0.000520 * normrandomDeathRates[y])","0.002058 + (0.000496 * normrandomDeathRates[y])","0.002026 + (0.000525 * normrandomDeathRates[y])","0.001995 + (0.000476 * normrandomDeathRates[y])"]
["DeathRateAge48to49","Death Rate Age 48 to 49","Macroeconomic","double(10,8)",null,null,null,null,null,"N","0.003473","0.003420 + (0.000191 * normrandomDeathRates[y])","0.003367 + (0.000262 * normrandomDeathRates[y])","0.003316 + (0.000242 * normrandomDeathRates[y])","0.003265 + (0.000275 * normrandomDeathRates[y])","0.003215 + (0.000289 * normrandomDeathRates[y])","0.003166 + (0.000292 * normrandomDeathRates[y])","0.003117 + (0.000274 * normrandomDeathRates[y])","0.003070 + (0.000352 * normrandomDeathRates[y])","0.003023 + (0.000333 * normrandomDeathRates[y])","0.002977 + (0.000376 * normrandomDeathRates[y])","0.002931 + (0.000406 * normrandomDeathRates[y])","0.002887 + (0.000436 * normrandomDeathRates[y])","0.002842 + (0.000507 * normrandomDeathRates[y])","0.002799 + (0.000471 * normrandomDeathRates[y])","0.002756 + (0.000455 * normrandomDeathRates[y])","0.002713 + (0.000466 * normrandomDeathRates[y])","0.002672 + (0.000461 * normrandomDeathRates[y])","0.002631 + (0.000460 * normrandomDeathRates[y])","0.002591 + (0.000482 * normrandomDeathRates[y])","0.002552 + (0.000509 * normrandomDeathRates[y])","0.002513 + (0.000522 * normrandomDeathRates[y])","0.002474 + (0.000520 * normrandomDeathRates[y])","0.002436 + (0.000535 * normrandomDeathRates[y])","0.002399 + (0.000548 * normrandomDeathRates[y])","0.002362 + (0.000538 * normrandomDeathRates[y])","0.002326 + (0.000488 * normrandomDeathRates[y])","0.002291 + (0.000520 * normrandomDeathRates[y])","0.002256 + (0.000496 * normrandomDeathRates[y])","0.002221 + (0.000525 * normrandomDeathRates[y])","0.002187 + (0.000476 * normrandomDeathRates[y])"]
["DeathRateAge49to50","Death Rate Age 49 to 50","Macroeconomic","double(10,8)",null,null,null,null,null,"N","0.003731","0.003674 + (0.000191 * normrandomDeathRates[y])","0.003617 + (0.000262 * normrandomDeathRates[y])","0.003563 + (0.000242 * normrandomDeathRates[y])","0.003508 + (0.000275 * normrandomDeathRates[y])","0.003454 + (0.000289 * normrandomDeathRates[y])","0.003402 + (0.000292 * normrandomDeathRates[y])","0.003350 + (0.000274 * normrandomDeathRates[y])","0.003298 + (0.000352 * normrandomDeathRates[y])","0.003248 + (0.000333 * normrandomDeathRates[y])","0.003198 + (0.000376 * normrandomDeathRates[y])","0.003149 + (0.000406 * normrandomDeathRates[y])","0.003102 + (0.000436 * normrandomDeathRates[y])","0.003054 + (0.000507 * normrandomDeathRates[y])","0.003007 + (0.000471 * normrandomDeathRates[y])","0.002961 + (0.000455 * normrandomDeathRates[y])","0.002915 + (0.000466 * normrandomDeathRates[y])","0.002871 + (0.000461 * normrandomDeathRates[y])","0.002827 + (0.000460 * normrandomDeathRates[y])","0.002784 + (0.000482 * normrandomDeathRates[y])","0.002742 + (0.000509 * normrandomDeathRates[y])","0.002700 + (0.000522 * normrandomDeathRates[y])","0.002658 + (0.000520 * normrandomDeathRates[y])","0.002617 + (0.000535 * normrandomDeathRates[y])","0.002578 + (0.000548 * normrandomDeathRates[y])","0.002538 + (0.000538 * normrandomDeathRates[y])","0.002500 + (0.000488 * normrandomDeathRates[y])","0.002461 + (0.000520 * normrandomDeathRates[y])","0.002424 + (0.000496 * normrandomDeathRates[y])","0.002387 + (0.000525 * normrandomDeathRates[y])","0.002349 + (0.000476 * normrandomDeathRates[y])"]
["DeathRateAge50to51","Death Rate Age 50 to 51","Macroeconomic","double(10,8)",null,null,null,null,null,"N","0.004174","0.004111 + (0.000284 * normrandomDeathRates[y])","0.004050 + (0.000389 * normrandomDeathRates[y])","0.003989 + (0.000358 * normrandomDeathRates[y])","0.003929 + (0.000408 * normrandomDeathRates[y])","0.003870 + (0.000429 * normrandomDeathRates[y])","0.003812 + (0.000434 * normrandomDeathRates[y])","0.003755 + (0.000407 * normrandomDeathRates[y])","0.003699 + (0.000522 * normrandomDeathRates[y])","0.003643 + (0.000495 * normrandomDeathRates[y])","0.003589 + (0.000558 * normrandomDeathRates[y])","0.003535 + (0.000604 * normrandomDeathRates[y])","0.003482 + (0.000648 * normrandomDeathRates[y])","0.003430 + (0.000754 * normrandomDeathRates[y])","0.003378 + (0.000701 * normrandomDeathRates[y])","0.003327 + (0.000678 * normrandomDeathRates[y])","0.003278 + (0.000694 * normrandomDeathRates[y])","0.003228 + (0.000686 * normrandomDeathRates[y])","0.003180 + (0.000686 * normrandomDeathRates[y])","0.003133 + (0.000718 * normrandomDeathRates[y])","0.003085 + (0.000758 * normrandomDeathRates[y])","0.003040 + (0.000778 * normrandomDeathRates[y])","0.002994 + (0.000774 * normrandomDeathRates[y])","0.002949 + (0.000797 * normrandomDeathRates[y])","0.002904 + (0.000818 * normrandomDeathRates[y])","0.002861 + (0.000803 * normrandomDeathRates[y])","0.002818 + (0.000727 * normrandomDeathRates[y])","0.002776 + (0.000776 * normrandomDeathRates[y])","0.002735 + (0.000740 * normrandomDeathRates[y])","0.002693 + (0.000784 * normrandomDeathRates[y])","0.002653 + (0.000711 * normrandomDeathRates[y])"]
["DeathRateAge51to52","Death Rate Age 51 to 52","Macroeconomic","double(10,8)",null,null,null,null,null,"N","0.004558","0.004489 + (0.000284 * normrandomDeathRates[y])","0.004422 + (0.000389 * normrandomDeathRates[y])","0.004356 + (0.000358 * normrandomDeathRates[y])","0.004291 + (0.000408 * normrandomDeathRates[y])","0.004226 + (0.000429 * normrandomDeathRates[y])","0.004163 + (0.000434 * normrandomDeathRates[y])","0.004101 + (0.000407 * normrandomDeathRates[y])","0.004039 + (0.000522 * normrandomDeathRates[y])","0.003978 + (0.000495 * normrandomDeathRates[y])","0.003919 + (0.000558 * normrandomDeathRates[y])","0.003860 + (0.000604 * normrandomDeathRates[y])","0.003803 + (0.000648 * normrandomDeathRates[y])","0.003745 + (0.000754 * normrandomDeathRates[y])","0.003689 + (0.000701 * normrandomDeathRates[y])","0.003633 + (0.000678 * normrandomDeathRates[y])","0.003580 + (0.000694 * normrandomDeathRates[y])","0.003525 + (0.000686 * normrandomDeathRates[y])","0.003472 + (0.000686 * normrandomDeathRates[y])","0.003421 + (0.000718 * normrandomDeathRates[y])","0.003369 + (0.000758 * normrandomDeathRates[y])","0.003319 + (0.000778 * normrandomDeathRates[y])","0.003269 + (0.000774 * normrandomDeathRates[y])","0.003220 + (0.000797 * normrandomDeathRates[y])","0.003171 + (0.000818 * normrandomDeathRates[y])","0.003124 + (0.000803 * normrandomDeathRates[y])","0.003077 + (0.000727 * normrandomDeathRates[y])","0.003031 + (0.000776 * normrandomDeathRates[y])","0.002986 + (0.000740 * normrandomDeathRates[y])","0.002941 + (0.000784 * normrandomDeathRates[y])","0.002897 + (0.000711 * normrandomDeathRates[y])"]
["DeathRateAge52to53","Death Rate Age 52 to 53","Macroeconomic","double(10,8)",null,null,null,null,null,"N","0.004764","0.004692 + (0.000284 * normrandomDeathRates[y])","0.004622 + (0.000389 * normrandomDeathRates[y])","0.004552 + (0.000358 * normrandomDeathRates[y])","0.004484 + (0.000408 * normrandomDeathRates[y])","0.004417 + (0.000429 * normrandomDeathRates[y])","0.004351 + (0.000434 * normrandomDeathRates[y])","0.004286 + (0.000407 * normrandomDeathRates[y])","0.004221 + (0.000522 * normrandomDeathRates[y])","0.004158 + (0.000495 * normrandomDeathRates[y])","0.004096 + (0.000558 * normrandomDeathRates[y])","0.004034 + (0.000604 * normrandomDeathRates[y])","0.003974 + (0.000648 * normrandomDeathRates[y])","0.003914 + (0.000754 * normrandomDeathRates[y])","0.003855 + (0.000701 * normrandomDeathRates[y])","0.003797 + (0.000678 * normrandomDeathRates[y])","0.003741 + (0.000694 * normrandomDeathRates[y])","0.003684 + (0.000686 * normrandomDeathRates[y])","0.003629 + (0.000686 * normrandomDeathRates[y])","0.003575 + (0.000718 * normrandomDeathRates[y])","0.003521 + (0.000758 * normrandomDeathRates[y])","0.003469 + (0.000778 * normrandomDeathRates[y])","0.003417 + (0.000774 * normrandomDeathRates[y])","0.003366 + (0.000797 * normrandomDeathRates[y])","0.003315 + (0.000818 * normrandomDeathRates[y])","0.003266 + (0.000803 * normrandomDeathRates[y])","0.003216 + (0.000727 * normrandomDeathRates[y])","0.003168 + (0.000776 * normrandomDeathRates[y])","0.003121 + (0.000740 * normrandomDeathRates[y])","0.003074 + (0.000784 * normrandomDeathRates[y])","0.003028 + (0.000711 * normrandomDeathRates[y])"]
["DeathRateAge53to54","Death Rate Age 53 to 54","Macroeconomic","double(10,8)",null,null,null,null,null,"N","0.005222","0.005144 + (0.000284 * normrandomDeathRates[y])","0.005067 + (0.000389 * normrandomDeathRates[y])","0.004991 + (0.000358 * normrandomDeathRates[y])","0.004916 + (0.000408 * normrandomDeathRates[y])","0.004842 + (0.000429 * normrandomDeathRates[y])","0.004770 + (0.000434 * normrandomDeathRates[y])","0.004698 + (0.000407 * normrandomDeathRates[y])","0.004627 + (0.000522 * normrandomDeathRates[y])","0.004558 + (0.000495 * normrandomDeathRates[y])","0.004491 + (0.000558 * normrandomDeathRates[y])","0.004423 + (0.000604 * normrandomDeathRates[y])","0.004357 + (0.000648 * normrandomDeathRates[y])","0.004291 + (0.000754 * normrandomDeathRates[y])","0.004226 + (0.000701 * normrandomDeathRates[y])","0.004163 + (0.000678 * normrandomDeathRates[y])","0.004101 + (0.000694 * normrandomDeathRates[y])","0.004039 + (0.000686 * normrandomDeathRates[y])","0.003979 + (0.000686 * normrandomDeathRates[y])","0.003919 + (0.000718 * normrandomDeathRates[y])","0.003860 + (0.000758 * normrandomDeathRates[y])","0.003803 + (0.000778 * normrandomDeathRates[y])","0.003746 + (0.000774 * normrandomDeathRates[y])","0.003690 + (0.000797 * normrandomDeathRates[y])","0.003634 + (0.000818 * normrandomDeathRates[y])","0.003580 + (0.000803 * normrandomDeathRates[y])","0.003526 + (0.000727 * normrandomDeathRates[y])","0.003473 + (0.000776 * normrandomDeathRates[y])","0.003421 + (0.000740 * normrandomDeathRates[y])","0.003370 + (0.000784 * normrandomDeathRates[y])","0.003319 + (0.000711 * normrandomDeathRates[y])"]
["DeathRateAge54to55","Death Rate Age 54 to 55","Macroeconomic","double(10,8)",null,null,null,null,null,"N","0.005512","0.005429 + (0.000284 * normrandomDeathRates[y])","0.005349 + (0.000389 * normrandomDeathRates[y])","0.005268 + (0.000358 * normrandomDeathRates[y])","0.005189 + (0.000408 * normrandomDeathRates[y])","0.005111 + (0.000429 * normrandomDeathRates[y])","0.005035 + (0.000434 * normrandomDeathRates[y])","0.004960 + (0.000407 * normrandomDeathRates[y])","0.004884 + (0.000522 * normrandomDeathRates[y])","0.004812 + (0.000495 * normrandomDeathRates[y])","0.004740 + (0.000558 * normrandomDeathRates[y])","0.004668 + (0.000604 * normrandomDeathRates[y])","0.004599 + (0.000648 * normrandomDeathRates[y])","0.004530 + (0.000754 * normrandomDeathRates[y])","0.004461 + (0.000701 * normrandomDeathRates[y])","0.004394 + (0.000678 * normrandomDeathRates[y])","0.004329 + (0.000694 * normrandomDeathRates[y])","0.004263 + (0.000686 * normrandomDeathRates[y])","0.004200 + (0.000686 * normrandomDeathRates[y])","0.004137 + (0.000718 * normrandomDeathRates[y])","0.004075 + (0.000758 * normrandomDeathRates[y])","0.004014 + (0.000778 * normrandomDeathRates[y])","0.003954 + (0.000774 * normrandomDeathRates[y])","0.003895 + (0.000797 * normrandomDeathRates[y])","0.003836 + (0.000818 * normrandomDeathRates[y])","0.003779 + (0.000803 * normrandomDeathRates[y])","0.003722 + (0.000727 * normrandomDeathRates[y])","0.003666 + (0.000776 * normrandomDeathRates[y])","0.003612 + (0.000740 * normrandomDeathRates[y])","0.003557 + (0.000784 * normrandomDeathRates[y])","0.003504 + (0.000711 * normrandomDeathRates[y])"]
["DeathRateAge55to56","Death Rate Age 55 to 56","Macroeconomic","double(10,8)",null,null,null,null,null,"N","0.006069","0.005986 + (0.000365 * normrandomDeathRates[y])","0.005905 + (0.000501 * normrandomDeathRates[y])","0.005825 + (0.000462 * normrandomDeathRates[y])","0.005746 + (0.000527 * normrandomDeathRates[y])","0.005668 + (0.000555 * normrandomDeathRates[y])","0.005591 + (0.000562 * normrandomDeathRates[y])","0.005516 + (0.000528 * normrandomDeathRates[y])","0.005441 + (0.000677 * normrandomDeathRates[y])","0.005367 + (0.000643 * normrandomDeathRates[y])","0.005293 + (0.000725 * normrandomDeathRates[y])","0.005222 + (0.000786 * normrandomDeathRates[y])","0.005151 + (0.000844 * normrandomDeathRates[y])","0.005081 + (0.000984 * normrandomDeathRates[y])","0.005012 + (0.000918 * normrandomDeathRates[y])","0.004944 + (0.000888 * normrandomDeathRates[y])","0.004877 + (0.000910 * normrandomDeathRates[y])","0.004810 + (0.000901 * normrandomDeathRates[y])","0.004745 + (0.000901 * normrandomDeathRates[y])","0.004681 + (0.000945 * normrandomDeathRates[y])","0.004617 + (0.000997 * normrandomDeathRates[y])","0.004554 + (0.001025 * normrandomDeathRates[y])","0.004493 + (0.001022 * normrandomDeathRates[y])","0.004432 + (0.001055 * normrandomDeathRates[y])","0.004372 + (0.001083 * normrandomDeathRates[y])","0.004312 + (0.001064 * normrandomDeathRates[y])","0.004254 + (0.000967 * normrandomDeathRates[y])","0.004196 + (0.001035 * normrandomDeathRates[y])","0.004139 + (0.000988 * normrandomDeathRates[y])","0.004083 + (0.001047 * normrandomDeathRates[y])","0.004027 + (0.000954 * normrandomDeathRates[y])"]
["DeathRateAge56to57","Death Rate Age 56 to 57","Macroeconomic","double(10,8)",null,null,null,null,null,"N","0.006390","0.006303 + (0.000365 * normrandomDeathRates[y])","0.006218 + (0.000501 * normrandomDeathRates[y])","0.006133 + (0.000462 * normrandomDeathRates[y])","0.006050 + (0.000527 * normrandomDeathRates[y])","0.005968 + (0.000555 * normrandomDeathRates[y])","0.005887 + (0.000562 * normrandomDeathRates[y])","0.005807 + (0.000528 * normrandomDeathRates[y])","0.005728 + (0.000677 * normrandomDeathRates[y])","0.005650 + (0.000643 * normrandomDeathRates[y])","0.005573 + (0.000725 * normrandomDeathRates[y])","0.005498 + (0.000786 * normrandomDeathRates[y])","0.005423 + (0.000844 * normrandomDeathRates[y])","0.005350 + (0.000984 * normrandomDeathRates[y])","0.005277 + (0.000918 * normrandomDeathRates[y])","0.005206 + (0.000888 * normrandomDeathRates[y])","0.005135 + (0.000910 * normrandomDeathRates[y])","0.005065 + (0.000901 * normrandomDeathRates[y])","0.004996 + (0.000901 * normrandomDeathRates[y])","0.004928 + (0.000945 * normrandomDeathRates[y])","0.004861 + (0.000997 * normrandomDeathRates[y])","0.004795 + (0.001025 * normrandomDeathRates[y])","0.004730 + (0.001022 * normrandomDeathRates[y])","0.004666 + (0.001055 * normrandomDeathRates[y])","0.004603 + (0.001083 * normrandomDeathRates[y])","0.004540 + (0.001064 * normrandomDeathRates[y])","0.004479 + (0.000967 * normrandomDeathRates[y])","0.004417 + (0.001035 * normrandomDeathRates[y])","0.004358 + (0.000988 * normrandomDeathRates[y])","0.004299 + (0.001047 * normrandomDeathRates[y])","0.004240 + (0.000954 * normrandomDeathRates[y])"]
["DeathRateAge57to58","Death Rate Age 57 to 58","Macroeconomic","double(10,8)",null,null,null,null,null,"N","0.006806","0.006713 + (0.000365 * normrandomDeathRates[y])","0.006622 + (0.000501 * normrandomDeathRates[y])","0.006532 + (0.000462 * normrandomDeathRates[y])","0.006443 + (0.000527 * normrandomDeathRates[y])","0.006356 + (0.000555 * normrandomDeathRates[y])","0.006270 + (0.000562 * normrandomDeathRates[y])","0.006185 + (0.000528 * normrandomDeathRates[y])","0.006101 + (0.000677 * normrandomDeathRates[y])","0.006018 + (0.000643 * normrandomDeathRates[y])","0.005935 + (0.000725 * normrandomDeathRates[y])","0.005855 + (0.000786 * normrandomDeathRates[y])","0.005775 + (0.000844 * normrandomDeathRates[y])","0.005697 + (0.000984 * normrandomDeathRates[y])","0.005620 + (0.000918 * normrandomDeathRates[y])","0.005544 + (0.000888 * normrandomDeathRates[y])","0.005469 + (0.000910 * normrandomDeathRates[y])","0.005394 + (0.000901 * normrandomDeathRates[y])","0.005320 + (0.000901 * normrandomDeathRates[y])","0.005248 + (0.000945 * normrandomDeathRates[y])","0.005177 + (0.000997 * normrandomDeathRates[y])","0.005107 + (0.001025 * normrandomDeathRates[y])","0.005038 + (0.001022 * normrandomDeathRates[y])","0.004969 + (0.001055 * normrandomDeathRates[y])","0.004902 + (0.001083 * normrandomDeathRates[y])","0.004835 + (0.001064 * normrandomDeathRates[y])","0.004770 + (0.000967 * normrandomDeathRates[y])","0.004704 + (0.001035 * normrandomDeathRates[y])","0.004641 + (0.000988 * normrandomDeathRates[y])","0.004578 + (0.001047 * normrandomDeathRates[y])","0.004516 + (0.000954 * normrandomDeathRates[y])"]
["DeathRateAge58to59","Death Rate Age 58 to 59","Macroeconomic","double(10,8)",null,null,null,null,null,"N","0.007334","0.007234 + (0.000365 * normrandomDeathRates[y])","0.007136 + (0.000501 * normrandomDeathRates[y])","0.007039 + (0.000462 * normrandomDeathRates[y])","0.006943 + (0.000527 * normrandomDeathRates[y])","0.006849 + (0.000555 * normrandomDeathRates[y])","0.006757 + (0.000562 * normrandomDeathRates[y])","0.006665 + (0.000528 * normrandomDeathRates[y])","0.006574 + (0.000677 * normrandomDeathRates[y])","0.006485 + (0.000643 * normrandomDeathRates[y])","0.006397 + (0.000725 * normrandomDeathRates[y])","0.006310 + (0.000786 * normrandomDeathRates[y])","0.006224 + (0.000844 * normrandomDeathRates[y])","0.006140 + (0.000984 * normrandomDeathRates[y])","0.006057 + (0.000918 * normrandomDeathRates[y])","0.005975 + (0.000888 * normrandomDeathRates[y])","0.005894 + (0.000910 * normrandomDeathRates[y])","0.005813 + (0.000901 * normrandomDeathRates[y])","0.005734 + (0.000901 * normrandomDeathRates[y])","0.005656 + (0.000945 * normrandomDeathRates[y])","0.005579 + (0.000997 * normrandomDeathRates[y])","0.005504 + (0.001025 * normrandomDeathRates[y])","0.005429 + (0.001022 * normrandomDeathRates[y])","0.005355 + (0.001055 * normrandomDeathRates[y])","0.005283 + (0.001083 * normrandomDeathRates[y])","0.005211 + (0.001064 * normrandomDeathRates[y])","0.005140 + (0.000967 * normrandomDeathRates[y])","0.005070 + (0.001035 * normrandomDeathRates[y])","0.005002 + (0.000988 * normrandomDeathRates[y])","0.004934 + (0.001047 * normrandomDeathRates[y])","0.004866 + (0.000954 * normrandomDeathRates[y])"]
["DeathRateAge59to60","Death Rate Age 59 to 60","Macroeconomic","double(10,8)",null,null,null,null,null,"N","0.007816","0.007709 + (0.000365 * normrandomDeathRates[y])","0.007604 + (0.000501 * normrandomDeathRates[y])","0.007501 + (0.000462 * normrandomDeathRates[y])","0.007399 + (0.000527 * normrandomDeathRates[y])","0.007299 + (0.000555 * normrandomDeathRates[y])","0.007200 + (0.000562 * normrandomDeathRates[y])","0.007102 + (0.000528 * normrandomDeathRates[y])","0.007006 + (0.000677 * normrandomDeathRates[y])","0.006911 + (0.000643 * normrandomDeathRates[y])","0.006816 + (0.000725 * normrandomDeathRates[y])","0.006724 + (0.000786 * normrandomDeathRates[y])","0.006632 + (0.000844 * normrandomDeathRates[y])","0.006543 + (0.000984 * normrandomDeathRates[y])","0.006454 + (0.000918 * normrandomDeathRates[y])","0.006367 + (0.000888 * normrandomDeathRates[y])","0.006280 + (0.000910 * normrandomDeathRates[y])","0.006194 + (0.000901 * normrandomDeathRates[y])","0.006110 + (0.000901 * normrandomDeathRates[y])","0.006027 + (0.000945 * normrandomDeathRates[y])","0.005945 + (0.000997 * normrandomDeathRates[y])","0.005865 + (0.001025 * normrandomDeathRates[y])","0.005785 + (0.001022 * normrandomDeathRates[y])","0.005707 + (0.001055 * normrandomDeathRates[y])","0.005630 + (0.001083 * normrandomDeathRates[y])","0.005553 + (0.001064 * normrandomDeathRates[y])","0.005478 + (0.000967 * normrandomDeathRates[y])","0.005403 + (0.001035 * normrandomDeathRates[y])","0.005330 + (0.000988 * normrandomDeathRates[y])","0.005257 + (0.001047 * normrandomDeathRates[y])","0.005186 + (0.000954 * normrandomDeathRates[y])"]
["DeathRateAge60to61","Death Rate Age 60 to 61","Macroeconomic","double(10,8)",null,null,null,null,null,"N","0.009204","0.009089 + (0.000514 * normrandomDeathRates[y])","0.008976 + (0.000706 * normrandomDeathRates[y])","0.008863 + (0.000652 * normrandomDeathRates[y])","0.008753 + (0.000743 * normrandomDeathRates[y])","0.008644 + (0.000784 * normrandomDeathRates[y])","0.008536 + (0.000795 * normrandomDeathRates[y])","0.008430 + (0.000747 * normrandomDeathRates[y])","0.008325 + (0.000959 * normrandomDeathRates[y])","0.008221 + (0.000912 * normrandomDeathRates[y])","0.008119 + (0.001028 * normrandomDeathRates[y])","0.008018 + (0.001116 * normrandomDeathRates[y])","0.007917 + (0.001199 * normrandomDeathRates[y])","0.007819 + (0.001402 * normrandomDeathRates[y])","0.007721 + (0.001309 * normrandomDeathRates[y])","0.007625 + (0.001268 * normrandomDeathRates[y])","0.007530 + (0.001301 * normrandomDeathRates[y])","0.007436 + (0.001288 * normrandomDeathRates[y])","0.007343 + (0.001290 * normrandomDeathRates[y])","0.007252 + (0.001353 * normrandomDeathRates[y])","0.007161 + (0.001429 * normrandomDeathRates[y])","0.007072 + (0.001469 * normrandomDeathRates[y])","0.006984 + (0.001468 * normrandomDeathRates[y])","0.006897 + (0.001517 * normrandomDeathRates[y])","0.006810 + (0.001558 * normrandomDeathRates[y])","0.006726 + (0.001532 * normrandomDeathRates[y])","0.006642 + (0.001396 * normrandomDeathRates[y])","0.006559 + (0.001496 * normrandomDeathRates[y])","0.006478 + (0.001432 * normrandomDeathRates[y])","0.006397 + (0.001517 * normrandomDeathRates[y])","0.006317 + (0.001386 * normrandomDeathRates[y])"]
["DeathRateAge61to62","Death Rate Age 61 to 62","Macroeconomic","double(10,8)",null,null,null,null,null,"N","0.009048","0.008936 + (0.000514 * normrandomDeathRates[y])","0.008824 + (0.000706 * normrandomDeathRates[y])","0.008713 + (0.000652 * normrandomDeathRates[y])","0.008605 + (0.000743 * normrandomDeathRates[y])","0.008498 + (0.000784 * normrandomDeathRates[y])","0.008392 + (0.000795 * normrandomDeathRates[y])","0.008287 + (0.000747 * normrandomDeathRates[y])","0.008184 + (0.000959 * normrandomDeathRates[y])","0.008082 + (0.000912 * normrandomDeathRates[y])","0.007981 + (0.001028 * normrandomDeathRates[y])","0.007882 + (0.001116 * normrandomDeathRates[y])","0.007783 + (0.001199 * normrandomDeathRates[y])","0.007686 + (0.001402 * normrandomDeathRates[y])","0.007590 + (0.001309 * normrandomDeathRates[y])","0.007496 + (0.001268 * normrandomDeathRates[y])","0.007402 + (0.001301 * normrandomDeathRates[y])","0.007310 + (0.001288 * normrandomDeathRates[y])","0.007218 + (0.001290 * normrandomDeathRates[y])","0.007129 + (0.001353 * normrandomDeathRates[y])","0.007040 + (0.001429 * normrandomDeathRates[y])","0.006952 + (0.001469 * normrandomDeathRates[y])","0.006866 + (0.001468 * normrandomDeathRates[y])","0.006780 + (0.001517 * normrandomDeathRates[y])","0.006695 + (0.001558 * normrandomDeathRates[y])","0.006612 + (0.001532 * normrandomDeathRates[y])","0.006529 + (0.001396 * normrandomDeathRates[y])","0.006448 + (0.001496 * normrandomDeathRates[y])","0.006368 + (0.001432 * normrandomDeathRates[y])","0.006288 + (0.001517 * normrandomDeathRates[y])","0.006210 + (0.001386 * normrandomDeathRates[y])"]
["DeathRateAge62to63","Death Rate Age 62 to 63","Macroeconomic","double(10,8)",null,null,null,null,null,"N","0.010373","0.010244 + (0.000514 * normrandomDeathRates[y])","0.010116 + (0.000706 * normrandomDeathRates[y])","0.009989 + (0.000652 * normrandomDeathRates[y])","0.009865 + (0.000743 * normrandomDeathRates[y])","0.009742 + (0.000784 * normrandomDeathRates[y])","0.009620 + (0.000795 * normrandomDeathRates[y])","0.009500 + (0.000747 * normrandomDeathRates[y])","0.009382 + (0.000959 * normrandomDeathRates[y])","0.009265 + (0.000912 * normrandomDeathRates[y])","0.009150 + (0.001028 * normrandomDeathRates[y])","0.009036 + (0.001116 * normrandomDeathRates[y])","0.008923 + (0.001199 * normrandomDeathRates[y])","0.008811 + (0.001402 * normrandomDeathRates[y])","0.008701 + (0.001309 * normrandomDeathRates[y])","0.008593 + (0.001268 * normrandomDeathRates[y])","0.008486 + (0.001301 * normrandomDeathRates[y])","0.008381 + (0.001288 * normrandomDeathRates[y])","0.008275 + (0.001290 * normrandomDeathRates[y])","0.008173 + (0.001353 * normrandomDeathRates[y])","0.008071 + (0.001429 * normrandomDeathRates[y])","0.007970 + (0.001469 * normrandomDeathRates[y])","0.007871 + (0.001468 * normrandomDeathRates[y])","0.007773 + (0.001517 * normrandomDeathRates[y])","0.007675 + (0.001558 * normrandomDeathRates[y])","0.007580 + (0.001532 * normrandomDeathRates[y])","0.007485 + (0.001396 * normrandomDeathRates[y])","0.007392 + (0.001496 * normrandomDeathRates[y])","0.007300 + (0.001432 * normrandomDeathRates[y])","0.007209 + (0.001517 * normrandomDeathRates[y])","0.007119 + (0.001386 * normrandomDeathRates[y])"]
["DeathRateAge63to64","Death Rate Age 63 to 64","Macroeconomic","double(10,8)",null,null,null,null,null,"N","0.011405","0.011263 + (0.000514 * normrandomDeathRates[y])","0.011123 + (0.000706 * normrandomDeathRates[y])","0.010983 + (0.000652 * normrandomDeathRates[y])","0.010847 + (0.000743 * normrandomDeathRates[y])","0.010712 + (0.000784 * normrandomDeathRates[y])","0.010578 + (0.000795 * normrandomDeathRates[y])","0.010446 + (0.000747 * normrandomDeathRates[y])","0.010316 + (0.000959 * normrandomDeathRates[y])","0.010187 + (0.000912 * normrandomDeathRates[y])","0.010060 + (0.001028 * normrandomDeathRates[y])","0.009935 + (0.001116 * normrandomDeathRates[y])","0.009811 + (0.001199 * normrandomDeathRates[y])","0.009688 + (0.001402 * normrandomDeathRates[y])","0.009567 + (0.001309 * normrandomDeathRates[y])","0.009448 + (0.001268 * normrandomDeathRates[y])","0.009330 + (0.001301 * normrandomDeathRates[y])","0.009215 + (0.001288 * normrandomDeathRates[y])","0.009099 + (0.001290 * normrandomDeathRates[y])","0.008986 + (0.001353 * normrandomDeathRates[y])","0.008874 + (0.001429 * normrandomDeathRates[y])","0.008764 + (0.001469 * normrandomDeathRates[y])","0.008654 + (0.001468 * normrandomDeathRates[y])","0.008546 + (0.001517 * normrandomDeathRates[y])","0.008439 + (0.001558 * normrandomDeathRates[y])","0.008334 + (0.001532 * normrandomDeathRates[y])","0.008230 + (0.001396 * normrandomDeathRates[y])","0.008128 + (0.001496 * normrandomDeathRates[y])","0.008027 + (0.001432 * normrandomDeathRates[y])","0.007926 + (0.001517 * normrandomDeathRates[y])","0.007828 + (0.001386 * normrandomDeathRates[y])"]
["DeathRateAge64to65","Death Rate Age 64 to 65","Macroeconomic","double(10,8)",null,null,null,null,null,"N","0.012691","0.012533 + (0.000514 * normrandomDeathRates[y])","0.012376 + (0.000706 * normrandomDeathRates[y])","0.012221 + (0.000652 * normrandomDeathRates[y])","0.012070 + (0.000743 * normrandomDeathRates[y])","0.011919 + (0.000784 * normrandomDeathRates[y])","0.011770 + (0.000795 * normrandomDeathRates[y])","0.011623 + (0.000747 * normrandomDeathRates[y])","0.011479 + (0.000959 * normrandomDeathRates[y])","0.011335 + (0.000912 * normrandomDeathRates[y])","0.011195 + (0.001028 * normrandomDeathRates[y])","0.011055 + (0.001116 * normrandomDeathRates[y])","0.010917 + (0.001199 * normrandomDeathRates[y])","0.010781 + (0.001402 * normrandomDeathRates[y])","0.010646 + (0.001309 * normrandomDeathRates[y])","0.010513 + (0.001268 * normrandomDeathRates[y])","0.010382 + (0.001301 * normrandomDeathRates[y])","0.010253 + (0.001288 * normrandomDeathRates[y])","0.010125 + (0.001290 * normrandomDeathRates[y])","0.009999 + (0.001353 * normrandomDeathRates[y])","0.009874 + (0.001429 * normrandomDeathRates[y])","0.009751 + (0.001469 * normrandomDeathRates[y])","0.009630 + (0.001468 * normrandomDeathRates[y])","0.009510 + (0.001517 * normrandomDeathRates[y])","0.009390 + (0.001558 * normrandomDeathRates[y])","0.009274 + (0.001532 * normrandomDeathRates[y])","0.009158 + (0.001396 * normrandomDeathRates[y])","0.009044 + (0.001496 * normrandomDeathRates[y])","0.008932 + (0.001432 * normrandomDeathRates[y])","0.008820 + (0.001517 * normrandomDeathRates[y])","0.008710 + (0.001386 * normrandomDeathRates[y])"]
["DeathRateAge65to66","Death Rate Age 65 to 66","Macroeconomic","double(10,8)",null,null,null,null,null,"N","0.013495","0.013331 + (0.000752 * normrandomDeathRates[y])","0.013168 + (0.001033 * normrandomDeathRates[y])","0.013007 + (0.000954 * normrandomDeathRates[y])","0.012849 + (0.001088 * normrandomDeathRates[y])","0.012693 + (0.001148 * normrandomDeathRates[y])","0.012538 + (0.001164 * normrandomDeathRates[y])","0.012385 + (0.001096 * normrandomDeathRates[y])","0.012235 + (0.001406 * normrandomDeathRates[y])","0.012085 + (0.001336 * normrandomDeathRates[y])","0.011938 + (0.001507 * normrandomDeathRates[y])","0.011793 + (0.001637 * normrandomDeathRates[y])","0.011649 + (0.001758 * normrandomDeathRates[y])","0.011507 + (0.002058 * normrandomDeathRates[y])","0.011367 + (0.001922 * normrandomDeathRates[y])","0.011229 + (0.001862 * normrandomDeathRates[y])","0.011092 + (0.001911 * normrandomDeathRates[y])","0.010956 + (0.001892 * normrandomDeathRates[y])","0.010823 + (0.001895 * normrandomDeathRates[y])","0.010691 + (0.001988 * normrandomDeathRates[y])","0.010561 + (0.002101 * normrandomDeathRates[y])","0.010432 + (0.002160 * normrandomDeathRates[y])","0.010305 + (0.002159 * normrandomDeathRates[y])","0.010180 + (0.002233 * normrandomDeathRates[y])","0.010055 + (0.002293 * normrandomDeathRates[y])","0.009933 + (0.002255 * normrandomDeathRates[y])","0.009812 + (0.002056 * normrandomDeathRates[y])","0.009693 + (0.002205 * normrandomDeathRates[y])","0.009574 + (0.002110 * normrandomDeathRates[y])","0.009458 + (0.002236 * normrandomDeathRates[y])","0.009343 + (0.002044 * normrandomDeathRates[y])"]
["DeathRateAge66to67","Death Rate Age 66 to 67","Macroeconomic","double(10,8)",null,null,null,null,null,"N","0.014433","0.014257 + (0.000752 * normrandomDeathRates[y])","0.014084 + (0.001033 * normrandomDeathRates[y])","0.013912 + (0.000954 * normrandomDeathRates[y])","0.013743 + (0.001088 * normrandomDeathRates[y])","0.013575 + (0.001148 * normrandomDeathRates[y])","0.013410 + (0.001164 * normrandomDeathRates[y])","0.013246 + (0.001096 * normrandomDeathRates[y])","0.013085 + (0.001406 * normrandomDeathRates[y])","0.012925 + (0.001336 * normrandomDeathRates[y])","0.012768 + (0.001507 * normrandomDeathRates[y])","0.012613 + (0.001637 * normrandomDeathRates[y])","0.012459 + (0.001758 * normrandomDeathRates[y])","0.012307 + (0.002058 * normrandomDeathRates[y])","0.012158 + (0.001922 * normrandomDeathRates[y])","0.012009 + (0.001862 * normrandomDeathRates[y])","0.011863 + (0.001911 * normrandomDeathRates[y])","0.011718 + (0.001892 * normrandomDeathRates[y])","0.011575 + (0.001895 * normrandomDeathRates[y])","0.011434 + (0.001988 * normrandomDeathRates[y])","0.011296 + (0.002101 * normrandomDeathRates[y])","0.011157 + (0.002160 * normrandomDeathRates[y])","0.011021 + (0.002159 * normrandomDeathRates[y])","0.010888 + (0.002233 * normrandomDeathRates[y])","0.010754 + (0.002293 * normrandomDeathRates[y])","0.010624 + (0.002255 * normrandomDeathRates[y])","0.010494 + (0.002056 * normrandomDeathRates[y])","0.010367 + (0.002205 * normrandomDeathRates[y])","0.010240 + (0.002110 * normrandomDeathRates[y])","0.010115 + (0.002236 * normrandomDeathRates[y])","0.009992 + (0.002044 * normrandomDeathRates[y])"]
["DeathRateAge67to68","Death Rate Age 67 to 68","Macroeconomic","double(10,8)",null,null,null,null,null,"N","0.015596","0.015406 + (0.000752 * normrandomDeathRates[y])","0.015218 + (0.001033 * normrandomDeathRates[y])","0.015033 + (0.000954 * normrandomDeathRates[y])","0.014850 + (0.001088 * normrandomDeathRates[y])","0.014669 + (0.001148 * normrandomDeathRates[y])","0.014490 + (0.001164 * normrandomDeathRates[y])","0.014313 + (0.001096 * normrandomDeathRates[y])","0.014140 + (0.001406 * normrandomDeathRates[y])","0.013967 + (0.001336 * normrandomDeathRates[y])","0.013797 + (0.001507 * normrandomDeathRates[y])","0.013629 + (0.001637 * normrandomDeathRates[y])","0.013463 + (0.001758 * normrandomDeathRates[y])","0.013299 + (0.002058 * normrandomDeathRates[y])","0.013137 + (0.001922 * normrandomDeathRates[y])","0.012977 + (0.001862 * normrandomDeathRates[y])","0.012819 + (0.001911 * normrandomDeathRates[y])","0.012662 + (0.001892 * normrandomDeathRates[y])","0.012508 + (0.001895 * normrandomDeathRates[y])","0.012356 + (0.001988 * normrandomDeathRates[y])","0.012206 + (0.002101 * normrandomDeathRates[y])","0.012056 + (0.002160 * normrandomDeathRates[y])","0.011909 + (0.002159 * normrandomDeathRates[y])","0.011765 + (0.002233 * normrandomDeathRates[y])","0.011621 + (0.002293 * normrandomDeathRates[y])","0.011480 + (0.002255 * normrandomDeathRates[y])","0.011339 + (0.002056 * normrandomDeathRates[y])","0.011202 + (0.002205 * normrandomDeathRates[y])","0.011065 + (0.002110 * normrandomDeathRates[y])","0.010930 + (0.002236 * normrandomDeathRates[y])","0.010797 + (0.002044 * normrandomDeathRates[y])"]
["DeathRateAge68to69","Death Rate Age 68 to 69","Macroeconomic","double(10,8)",null,null,null,null,null,"N","0.016768","0.016564 + (0.000752 * normrandomDeathRates[y])","0.016362 + (0.001033 * normrandomDeathRates[y])","0.016163 + (0.000954 * normrandomDeathRates[y])","0.015966 + (0.001088 * normrandomDeathRates[y])","0.015772 + (0.001148 * normrandomDeathRates[y])","0.015580 + (0.001164 * normrandomDeathRates[y])","0.015390 + (0.001096 * normrandomDeathRates[y])","0.015203 + (0.001406 * normrandomDeathRates[y])","0.015017 + (0.001336 * normrandomDeathRates[y])","0.014834 + (0.001507 * normrandomDeathRates[y])","0.014654 + (0.001637 * normrandomDeathRates[y])","0.014475 + (0.001758 * normrandomDeathRates[y])","0.014299 + (0.002058 * normrandomDeathRates[y])","0.014125 + (0.001922 * normrandomDeathRates[y])","0.013953 + (0.001862 * normrandomDeathRates[y])","0.013783 + (0.001911 * normrandomDeathRates[y])","0.013614 + (0.001892 * normrandomDeathRates[y])","0.013448 + (0.001895 * normrandomDeathRates[y])","0.013285 + (0.001988 * normrandomDeathRates[y])","0.013123 + (0.002101 * normrandomDeathRates[y])","0.012963 + (0.002160 * normrandomDeathRates[y])","0.012805 + (0.002159 * normrandomDeathRates[y])","0.012650 + (0.002233 * normrandomDeathRates[y])","0.012495 + (0.002293 * normrandomDeathRates[y])","0.012343 + (0.002255 * normrandomDeathRates[y])","0.012192 + (0.002056 * normrandomDeathRates[y])","0.012044 + (0.002205 * normrandomDeathRates[y])","0.011897 + (0.002110 * normrandomDeathRates[y])","0.011752 + (0.002236 * normrandomDeathRates[y])","0.011609 + (0.002044 * normrandomDeathRates[y])"]
["DeathRateAge69to70","Death Rate Age 69 to 70","Macroeconomic","double(10,8)",null,null,null,null,null,"N","0.018654","0.018427 + (0.000752 * normrandomDeathRates[y])","0.018203 + (0.001033 * normrandomDeathRates[y])","0.017981 + (0.000954 * normrandomDeathRates[y])","0.017762 + (0.001088 * normrandomDeathRates[y])","0.017546 + (0.001148 * normrandomDeathRates[y])","0.017332 + (0.001164 * normrandomDeathRates[y])","0.017121 + (0.001096 * normrandomDeathRates[y])","0.016913 + (0.001406 * normrandomDeathRates[y])","0.016706 + (0.001336 * normrandomDeathRates[y])","0.016503 + (0.001507 * normrandomDeathRates[y])","0.016302 + (0.001637 * normrandomDeathRates[y])","0.016103 + (0.001758 * normrandomDeathRates[y])","0.015907 + (0.002058 * normrandomDeathRates[y])","0.015713 + (0.001922 * normrandomDeathRates[y])","0.015522 + (0.001862 * normrandomDeathRates[y])","0.015333 + (0.001911 * normrandomDeathRates[y])","0.015145 + (0.001892 * normrandomDeathRates[y])","0.014961 + (0.001895 * normrandomDeathRates[y])","0.014779 + (0.001988 * normrandomDeathRates[y])","0.014599 + (0.002101 * normrandomDeathRates[y])","0.014421 + (0.002160 * normrandomDeathRates[y])","0.014245 + (0.002159 * normrandomDeathRates[y])","0.014072 + (0.002233 * normrandomDeathRates[y])","0.013900 + (0.002293 * normrandomDeathRates[y])","0.013731 + (0.002255 * normrandomDeathRates[y])","0.013563 + (0.002056 * normrandomDeathRates[y])","0.013399 + (0.002205 * normrandomDeathRates[y])","0.013235 + (0.002110 * normrandomDeathRates[y])","0.013074 + (0.002236 * normrandomDeathRates[y])","0.012915 + (0.002044 * normrandomDeathRates[y])"]
["DeathRateAge70to71","Death Rate Age 70 to 71","Macroeconomic","double(10,8)",null,null,null,null,null,"N","0.019696","0.019457 + (0.001128 * normrandomDeathRates[y])","0.019221 + (0.001550 * normrandomDeathRates[y])","0.018987 + (0.001431 * normrandomDeathRates[y])","0.018757 + (0.001632 * normrandomDeathRates[y])","0.018530 + (0.001722 * normrandomDeathRates[y])","0.018304 + (0.001746 * normrandomDeathRates[y])","0.018082 + (0.001643 * normrandomDeathRates[y])","0.017862 + (0.002109 * normrandomDeathRates[y])","0.017646 + (0.002005 * normrandomDeathRates[y])","0.017431 + (0.002260 * normrandomDeathRates[y])","0.017219 + (0.002455 * normrandomDeathRates[y])","0.017010 + (0.002637 * normrandomDeathRates[y])","0.016804 + (0.003087 * normrandomDeathRates[y])","0.016599 + (0.002884 * normrandomDeathRates[y])","0.016398 + (0.002794 * normrandomDeathRates[y])","0.016199 + (0.002867 * normrandomDeathRates[y])","0.016002 + (0.002839 * normrandomDeathRates[y])","0.015808 + (0.002843 * normrandomDeathRates[y])","0.015616 + (0.002984 * normrandomDeathRates[y])","0.015426 + (0.003153 * normrandomDeathRates[y])","0.015238 + (0.003241 * normrandomDeathRates[y])","0.015053 + (0.003240 * normrandomDeathRates[y])","0.014871 + (0.003352 * normrandomDeathRates[y])","0.014690 + (0.003441 * normrandomDeathRates[y])","0.014512 + (0.003385 * normrandomDeathRates[y])","0.014335 + (0.003086 * normrandomDeathRates[y])","0.014161 + (0.003311 * normrandomDeathRates[y])","0.013989 + (0.003168 * normrandomDeathRates[y])","0.013819 + (0.003357 * normrandomDeathRates[y])","0.013652 + (0.003069 * normrandomDeathRates[y])"]
["DeathRateAge71to72","Death Rate Age 71 to 72","Macroeconomic","double(10,8)",null,null,null,null,null,"N","0.021550","0.021288 + (0.001128 * normrandomDeathRates[y])","0.021030 + (0.001550 * normrandomDeathRates[y])","0.020774 + (0.001431 * normrandomDeathRates[y])","0.020522 + (0.001632 * normrandomDeathRates[y])","0.020273 + (0.001722 * normrandomDeathRates[y])","0.020026 + (0.001746 * normrandomDeathRates[y])","0.019783 + (0.001643 * normrandomDeathRates[y])","0.019543 + (0.002109 * normrandomDeathRates[y])","0.019306 + (0.002005 * normrandomDeathRates[y])","0.019071 + (0.002260 * normrandomDeathRates[y])","0.018839 + (0.002455 * normrandomDeathRates[y])","0.018611 + (0.002637 * normrandomDeathRates[y])","0.018385 + (0.003087 * normrandomDeathRates[y])","0.018161 + (0.002884 * normrandomDeathRates[y])","0.017940 + (0.002794 * normrandomDeathRates[y])","0.017723 + (0.002867 * normrandomDeathRates[y])","0.017508 + (0.002839 * normrandomDeathRates[y])","0.017295 + (0.002843 * normrandomDeathRates[y])","0.017085 + (0.002984 * normrandomDeathRates[y])","0.016877 + (0.003153 * normrandomDeathRates[y])","0.016672 + (0.003241 * normrandomDeathRates[y])","0.016470 + (0.003240 * normrandomDeathRates[y])","0.016270 + (0.003352 * normrandomDeathRates[y])","0.016072 + (0.003441 * normrandomDeathRates[y])","0.015877 + (0.003385 * normrandomDeathRates[y])","0.015684 + (0.003086 * normrandomDeathRates[y])","0.015493 + (0.003311 * normrandomDeathRates[y])","0.015306 + (0.003168 * normrandomDeathRates[y])","0.015120 + (0.003357 * normrandomDeathRates[y])","0.014936 + (0.003069 * normrandomDeathRates[y])"]
["DeathRateAge72to73","Death Rate Age 72 to 73","Macroeconomic","double(10,8)",null,null,null,null,null,"N","0.023742","0.023454 + (0.001128 * normrandomDeathRates[y])","0.023170 + (0.001550 * normrandomDeathRates[y])","0.022888 + (0.001431 * normrandomDeathRates[y])","0.022610 + (0.001632 * normrandomDeathRates[y])","0.022336 + (0.001722 * normrandomDeathRates[y])","0.022064 + (0.001746 * normrandomDeathRates[y])","0.021796 + (0.001643 * normrandomDeathRates[y])","0.021531 + (0.002109 * normrandomDeathRates[y])","0.021270 + (0.002005 * normrandomDeathRates[y])","0.021011 + (0.002260 * normrandomDeathRates[y])","0.020757 + (0.002455 * normrandomDeathRates[y])","0.020505 + (0.002637 * normrandomDeathRates[y])","0.020256 + (0.003087 * normrandomDeathRates[y])","0.020009 + (0.002884 * normrandomDeathRates[y])","0.019766 + (0.002794 * normrandomDeathRates[y])","0.019526 + (0.002867 * normrandomDeathRates[y])","0.019289 + (0.002839 * normrandomDeathRates[y])","0.019055 + (0.002843 * normrandomDeathRates[y])","0.018823 + (0.002984 * normrandomDeathRates[y])","0.018594 + (0.003153 * normrandomDeathRates[y])","0.018368 + (0.003241 * normrandomDeathRates[y])","0.018146 + (0.003240 * normrandomDeathRates[y])","0.017926 + (0.003352 * normrandomDeathRates[y])","0.017708 + (0.003441 * normrandomDeathRates[y])","0.017493 + (0.003385 * normrandomDeathRates[y])","0.017280 + (0.003086 * normrandomDeathRates[y])","0.017070 + (0.003311 * normrandomDeathRates[y])","0.016863 + (0.003168 * normrandomDeathRates[y])","0.016658 + (0.003357 * normrandomDeathRates[y])","0.016456 + (0.003069 * normrandomDeathRates[y])"]
["DeathRateAge73to74","Death Rate Age 73 to 74","Macroeconomic","double(10,8)",null,null,null,null,null,"N","0.025790","0.025477 + (0.001128 * normrandomDeathRates[y])","0.025167 + (0.001550 * normrandomDeathRates[y])","0.024861 + (0.001431 * normrandomDeathRates[y])","0.024559 + (0.001632 * normrandomDeathRates[y])","0.024262 + (0.001722 * normrandomDeathRates[y])","0.023967 + (0.001746 * normrandomDeathRates[y])","0.023676 + (0.001643 * normrandomDeathRates[y])","0.023388 + (0.002109 * normrandomDeathRates[y])","0.023104 + (0.002005 * normrandomDeathRates[y])","0.022823 + (0.002260 * normrandomDeathRates[y])","0.022546 + (0.002455 * normrandomDeathRates[y])","0.022273 + (0.002637 * normrandomDeathRates[y])","0.022002 + (0.003087 * normrandomDeathRates[y])","0.021734 + (0.002884 * normrandomDeathRates[y])","0.021470 + (0.002794 * normrandomDeathRates[y])","0.021210 + (0.002867 * normrandomDeathRates[y])","0.020952 + (0.002839 * normrandomDeathRates[y])","0.020698 + (0.002843 * normrandomDeathRates[y])","0.020446 + (0.002984 * normrandomDeathRates[y])","0.020198 + (0.003153 * normrandomDeathRates[y])","0.019952 + (0.003241 * normrandomDeathRates[y])","0.019710 + (0.003240 * normrandomDeathRates[y])","0.019471 + (0.003352 * normrandomDeathRates[y])","0.019235 + (0.003441 * normrandomDeathRates[y])","0.019001 + (0.003385 * normrandomDeathRates[y])","0.018770 + (0.003086 * normrandomDeathRates[y])","0.018542 + (0.003311 * normrandomDeathRates[y])","0.018317 + (0.003168 * normrandomDeathRates[y])","0.018095 + (0.003357 * normrandomDeathRates[y])","0.017875 + (0.003069 * normrandomDeathRates[y])"]
["DeathRateAge74to75","Death Rate Age 74 to 75","Macroeconomic","double(10,8)",null,null,null,null,null,"N","0.027982","0.027643 + (0.001128 * normrandomDeathRates[y])","0.027307 + (0.001550 * normrandomDeathRates[y])","0.026975 + (0.001431 * normrandomDeathRates[y])","0.026648 + (0.001632 * normrandomDeathRates[y])","0.026325 + (0.001722 * normrandomDeathRates[y])","0.026004 + (0.001746 * normrandomDeathRates[y])","0.025689 + (0.001643 * normrandomDeathRates[y])","0.025376 + (0.002109 * normrandomDeathRates[y])","0.025069 + (0.002005 * normrandomDeathRates[y])","0.024764 + (0.002260 * normrandomDeathRates[y])","0.024463 + (0.002455 * normrandomDeathRates[y])","0.024166 + (0.002637 * normrandomDeathRates[y])","0.023873 + (0.003087 * normrandomDeathRates[y])","0.023582 + (0.002884 * normrandomDeathRates[y])","0.023296 + (0.002794 * normrandomDeathRates[y])","0.023013 + (0.002867 * normrandomDeathRates[y])","0.022734 + (0.002839 * normrandomDeathRates[y])","0.022458 + (0.002843 * normrandomDeathRates[y])","0.022185 + (0.002984 * normrandomDeathRates[y])","0.021915 + (0.003153 * normrandomDeathRates[y])","0.021649 + (0.003241 * normrandomDeathRates[y])","0.021386 + (0.003240 * normrandomDeathRates[y])","0.021127 + (0.003352 * normrandomDeathRates[y])","0.020870 + (0.003441 * normrandomDeathRates[y])","0.020617 + (0.003385 * normrandomDeathRates[y])","0.020366 + (0.003086 * normrandomDeathRates[y])","0.020118 + (0.003311 * normrandomDeathRates[y])","0.019875 + (0.003168 * normrandomDeathRates[y])","0.019633 + (0.003357 * normrandomDeathRates[y])","0.019395 + (0.003069 * normrandomDeathRates[y])"]
["DeathRateAge75to76","Death Rate Age 75 to 76","Macroeconomic","double(10,8)",null,null,null,null,null,"N","0.031345","0.030962 + (0.001784 * normrandomDeathRates[y])","0.030583 + (0.002451 * normrandomDeathRates[y])","0.030210 + (0.002262 * normrandomDeathRates[y])","0.029841 + (0.002580 * normrandomDeathRates[y])","0.029477 + (0.002723 * normrandomDeathRates[y])","0.029117 + (0.002760 * normrandomDeathRates[y])","0.028761 + (0.002597 * normrandomDeathRates[y])","0.028409 + (0.003333 * normrandomDeathRates[y])","0.028063 + (0.003169 * normrandomDeathRates[y])","0.027720 + (0.003572 * normrandomDeathRates[y])","0.027381 + (0.003879 * normrandomDeathRates[y])","0.027047 + (0.004167 * normrandomDeathRates[y])","0.026716 + (0.004877 * normrandomDeathRates[y])","0.026390 + (0.004555 * normrandomDeathRates[y])","0.026067 + (0.004413 * normrandomDeathRates[y])","0.025749 + (0.004529 * normrandomDeathRates[y])","0.025434 + (0.004485 * normrandomDeathRates[y])","0.025124 + (0.004490 * normrandomDeathRates[y])","0.024818 + (0.004712 * normrandomDeathRates[y])","0.024514 + (0.004979 * normrandomDeathRates[y])","0.024215 + (0.005118 * normrandomDeathRates[y])","0.023919 + (0.005116 * normrandomDeathRates[y])","0.023626 + (0.005292 * normrandomDeathRates[y])","0.023338 + (0.005434 * normrandomDeathRates[y])","0.023053 + (0.005344 * normrandomDeathRates[y])","0.022772 + (0.004871 * normrandomDeathRates[y])","0.022493 + (0.005225 * normrandomDeathRates[y])","0.022219 + (0.004999 * normrandomDeathRates[y])","0.021948 + (0.005298 * normrandomDeathRates[y])","0.021679 + (0.004842 * normrandomDeathRates[y])"]
["DeathRateAge76to77","Death Rate Age 76 to 77","Macroeconomic","double(10,8)",null,null,null,null,null,"N","0.033381","0.032974 + (0.001784 * normrandomDeathRates[y])","0.032570 + (0.002451 * normrandomDeathRates[y])","0.032173 + (0.002262 * normrandomDeathRates[y])","0.031780 + (0.002580 * normrandomDeathRates[y])","0.031392 + (0.002723 * normrandomDeathRates[y])","0.031009 + (0.002760 * normrandomDeathRates[y])","0.030630 + (0.002597 * normrandomDeathRates[y])","0.030255 + (0.003333 * normrandomDeathRates[y])","0.029886 + (0.003169 * normrandomDeathRates[y])","0.029521 + (0.003572 * normrandomDeathRates[y])","0.029160 + (0.003879 * normrandomDeathRates[y])","0.028804 + (0.004167 * normrandomDeathRates[y])","0.028452 + (0.004877 * normrandomDeathRates[y])","0.028104 + (0.004555 * normrandomDeathRates[y])","0.027761 + (0.004413 * normrandomDeathRates[y])","0.027422 + (0.004529 * normrandomDeathRates[y])","0.027087 + (0.004485 * normrandomDeathRates[y])","0.026756 + (0.004490 * normrandomDeathRates[y])","0.026430 + (0.004712 * normrandomDeathRates[y])","0.026107 + (0.004979 * normrandomDeathRates[y])","0.025788 + (0.005118 * normrandomDeathRates[y])","0.025473 + (0.005116 * normrandomDeathRates[y])","0.025162 + (0.005292 * normrandomDeathRates[y])","0.024855 + (0.005434 * normrandomDeathRates[y])","0.024551 + (0.005344 * normrandomDeathRates[y])","0.024252 + (0.004871 * normrandomDeathRates[y])","0.023955 + (0.005225 * normrandomDeathRates[y])","0.023662 + (0.004999 * normrandomDeathRates[y])","0.023374 + (0.005298 * normrandomDeathRates[y])","0.023088 + (0.004842 * normrandomDeathRates[y])"]
["DeathRateAge77to78","Death Rate Age 77 to 78","Macroeconomic","double(10,8)",null,null,null,null,null,"N","0.037105","0.036652 + (0.001784 * normrandomDeathRates[y])","0.036204 + (0.002451 * normrandomDeathRates[y])","0.035762 + (0.002262 * normrandomDeathRates[y])","0.035326 + (0.002580 * normrandomDeathRates[y])","0.034894 + (0.002723 * normrandomDeathRates[y])","0.034468 + (0.002760 * normrandomDeathRates[y])","0.034047 + (0.002597 * normrandomDeathRates[y])","0.033631 + (0.003333 * normrandomDeathRates[y])","0.033220 + (0.003169 * normrandomDeathRates[y])","0.032815 + (0.003572 * normrandomDeathRates[y])","0.032413 + (0.003879 * normrandomDeathRates[y])","0.032018 + (0.004167 * normrandomDeathRates[y])","0.031626 + (0.004877 * normrandomDeathRates[y])","0.031240 + (0.004555 * normrandomDeathRates[y])","0.030858 + (0.004413 * normrandomDeathRates[y])","0.030482 + (0.004529 * normrandomDeathRates[y])","0.030109 + (0.004485 * normrandomDeathRates[y])","0.029741 + (0.004490 * normrandomDeathRates[y])","0.029379 + (0.004712 * normrandomDeathRates[y])","0.029020 + (0.004979 * normrandomDeathRates[y])","0.028665 + (0.005118 * normrandomDeathRates[y])","0.028314 + (0.005116 * normrandomDeathRates[y])","0.027969 + (0.005292 * normrandomDeathRates[y])","0.027628 + (0.005434 * normrandomDeathRates[y])","0.027290 + (0.005344 * normrandomDeathRates[y])","0.026957 + (0.004871 * normrandomDeathRates[y])","0.026627 + (0.005225 * normrandomDeathRates[y])","0.026302 + (0.004999 * normrandomDeathRates[y])","0.025981 + (0.005298 * normrandomDeathRates[y])","0.025663 + (0.004842 * normrandomDeathRates[y])"]
["DeathRateAge78to79","Death Rate Age 78 to 79","Macroeconomic","double(10,8)",null,null,null,null,null,"N","0.040170","0.039679 + (0.001784 * normrandomDeathRates[y])","0.039194 + (0.002451 * normrandomDeathRates[y])","0.038716 + (0.002262 * normrandomDeathRates[y])","0.038243 + (0.002580 * normrandomDeathRates[y])","0.037776 + (0.002723 * normrandomDeathRates[y])","0.037315 + (0.002760 * normrandomDeathRates[y])","0.036859 + (0.002597 * normrandomDeathRates[y])","0.036408 + (0.003333 * normrandomDeathRates[y])","0.035964 + (0.003169 * normrandomDeathRates[y])","0.035525 + (0.003572 * normrandomDeathRates[y])","0.035090 + (0.003879 * normrandomDeathRates[y])","0.034662 + (0.004167 * normrandomDeathRates[y])","0.034238 + (0.004877 * normrandomDeathRates[y])","0.033820 + (0.004555 * normrandomDeathRates[y])","0.033407 + (0.004413 * normrandomDeathRates[y])","0.032999 + (0.004529 * normrandomDeathRates[y])","0.032596 + (0.004485 * normrandomDeathRates[y])","0.032198 + (0.004490 * normrandomDeathRates[y])","0.031805 + (0.004712 * normrandomDeathRates[y])","0.031417 + (0.004979 * normrandomDeathRates[y])","0.031033 + (0.005118 * normrandomDeathRates[y])","0.030653 + (0.005116 * normrandomDeathRates[y])","0.030279 + (0.005292 * normrandomDeathRates[y])","0.029910 + (0.005434 * normrandomDeathRates[y])","0.029544 + (0.005344 * normrandomDeathRates[y])","0.029184 + (0.004871 * normrandomDeathRates[y])","0.028826 + (0.005225 * normrandomDeathRates[y])","0.028475 + (0.004999 * normrandomDeathRates[y])","0.028127 + (0.005298 * normrandomDeathRates[y])","0.027783 + (0.004842 * normrandomDeathRates[y])"]
["DeathRateAge79to80","Death Rate Age 79 to 80","Macroeconomic","double(10,8)",null,null,null,null,null,"N","0.044709","0.044163 + (0.001784 * normrandomDeathRates[y])","0.043623 + (0.002451 * normrandomDeathRates[y])","0.043090 + (0.002262 * normrandomDeathRates[y])","0.042564 + (0.002580 * normrandomDeathRates[y])","0.042045 + (0.002723 * normrandomDeathRates[y])","0.041531 + (0.002760 * normrandomDeathRates[y])","0.041024 + (0.002597 * normrandomDeathRates[y])","0.040522 + (0.003333 * normrandomDeathRates[y])","0.040027 + (0.003169 * normrandomDeathRates[y])","0.039539 + (0.003572 * normrandomDeathRates[y])","0.039055 + (0.003879 * normrandomDeathRates[y])","0.038579 + (0.004167 * normrandomDeathRates[y])","0.038107 + (0.004877 * normrandomDeathRates[y])","0.037641 + (0.004555 * normrandomDeathRates[y])","0.037181 + (0.004413 * normrandomDeathRates[y])","0.036728 + (0.004529 * normrandomDeathRates[y])","0.036279 + (0.004485 * normrandomDeathRates[y])","0.035836 + (0.004490 * normrandomDeathRates[y])","0.035399 + (0.004712 * normrandomDeathRates[y])","0.034967 + (0.004979 * normrandomDeathRates[y])","0.034539 + (0.005118 * normrandomDeathRates[y])","0.034116 + (0.005116 * normrandomDeathRates[y])","0.033700 + (0.005292 * normrandomDeathRates[y])","0.033289 + (0.005434 * normrandomDeathRates[y])","0.032882 + (0.005344 * normrandomDeathRates[y])","0.032481 + (0.004871 * normrandomDeathRates[y])","0.032083 + (0.005225 * normrandomDeathRates[y])","0.031692 + (0.004999 * normrandomDeathRates[y])","0.031305 + (0.005298 * normrandomDeathRates[y])","0.030922 + (0.004842 * normrandomDeathRates[y])"]
["DeathRateAge80to81","Death Rate Age 80 to 81","Macroeconomic","double(10,8)",null,null,null,null,null,"N","0.049665","0.049136 + (0.002558 * normrandomDeathRates[y])","0.048612 + (0.003517 * normrandomDeathRates[y])","0.048094 + (0.003250 * normrandomDeathRates[y])","0.047581 + (0.003710 * normrandomDeathRates[y])","0.047074 + (0.003924 * normrandomDeathRates[y])","0.046573 + (0.003983 * normrandomDeathRates[y])","0.046076 + (0.003753 * normrandomDeathRates[y])","0.045585 + (0.004820 * normrandomDeathRates[y])","0.045099 + (0.004590 * normrandomDeathRates[y])","0.044618 + (0.005173 * normrandomDeathRates[y])","0.044143 + (0.005632 * normrandomDeathRates[y])","0.043672 + (0.006052 * normrandomDeathRates[y])","0.043207 + (0.007107 * normrandomDeathRates[y])","0.042746 + (0.006654 * normrandomDeathRates[y])","0.042290 + (0.006454 * normrandomDeathRates[y])","0.041840 + (0.006634 * normrandomDeathRates[y])","0.041393 + (0.006574 * normrandomDeathRates[y])","0.040953 + (0.006588 * normrandomDeathRates[y])","0.040516 + (0.006919 * normrandomDeathRates[y])","0.040084 + (0.007319 * normrandomDeathRates[y])","0.039656 + (0.007529 * normrandomDeathRates[y])","0.039234 + (0.007545 * normrandomDeathRates[y])","0.038816 + (0.007821 * normrandomDeathRates[y])","0.038402 + (0.008038 * normrandomDeathRates[y])","0.037993 + (0.007911 * normrandomDeathRates[y])","0.037587 + (0.007236 * normrandomDeathRates[y])","0.037187 + (0.007784 * normrandomDeathRates[y])","0.036790 + (0.007463 * normrandomDeathRates[y])","0.036398 + (0.007908 * normrandomDeathRates[y])","0.036010 + (0.007259 * normrandomDeathRates[y])"]
["DeathRateAge81to82","Death Rate Age 81 to 82","Macroeconomic","double(10,8)",null,null,null,null,null,"N","0.054590","0.054008 + (0.002558 * normrandomDeathRates[y])","0.053432 + (0.003517 * normrandomDeathRates[y])","0.052863 + (0.003250 * normrandomDeathRates[y])","0.052299 + (0.003710 * normrandomDeathRates[y])","0.051742 + (0.003924 * normrandomDeathRates[y])","0.051191 + (0.003983 * normrandomDeathRates[y])","0.050645 + (0.003753 * normrandomDeathRates[y])","0.050105 + (0.004820 * normrandomDeathRates[y])","0.049571 + (0.004590 * normrandomDeathRates[y])","0.049042 + (0.005173 * normrandomDeathRates[y])","0.048520 + (0.005632 * normrandomDeathRates[y])","0.048002 + (0.006052 * normrandomDeathRates[y])","0.047491 + (0.007107 * normrandomDeathRates[y])","0.046984 + (0.006654 * normrandomDeathRates[y])","0.046484 + (0.006454 * normrandomDeathRates[y])","0.045988 + (0.006634 * normrandomDeathRates[y])","0.045498 + (0.006574 * normrandomDeathRates[y])","0.045013 + (0.006588 * normrandomDeathRates[y])","0.044533 + (0.006919 * normrandomDeathRates[y])","0.044058 + (0.007319 * normrandomDeathRates[y])","0.043588 + (0.007529 * normrandomDeathRates[y])","0.043124 + (0.007545 * normrandomDeathRates[y])","0.042665 + (0.007821 * normrandomDeathRates[y])","0.042210 + (0.008038 * normrandomDeathRates[y])","0.041760 + (0.007911 * normrandomDeathRates[y])","0.041314 + (0.007236 * normrandomDeathRates[y])","0.040875 + (0.007784 * normrandomDeathRates[y])","0.040438 + (0.007463 * normrandomDeathRates[y])","0.040007 + (0.007908 * normrandomDeathRates[y])","0.039580 + (0.007259 * normrandomDeathRates[y])"]
["DeathRateAge82to83","Death Rate Age 82 to 83","Macroeconomic","double(10,8)",null,null,null,null,null,"N","0.060498","0.059852 + (0.002558 * normrandomDeathRates[y])","0.059215 + (0.003517 * normrandomDeathRates[y])","0.058584 + (0.003250 * normrandomDeathRates[y])","0.057959 + (0.003710 * normrandomDeathRates[y])","0.057341 + (0.003924 * normrandomDeathRates[y])","0.056730 + (0.003983 * normrandomDeathRates[y])","0.056125 + (0.003753 * normrandomDeathRates[y])","0.055527 + (0.004820 * normrandomDeathRates[y])","0.054935 + (0.004590 * normrandomDeathRates[y])","0.054350 + (0.005173 * normrandomDeathRates[y])","0.053770 + (0.005632 * normrandomDeathRates[y])","0.053197 + (0.006052 * normrandomDeathRates[y])","0.052630 + (0.007107 * normrandomDeathRates[y])","0.052069 + (0.006654 * normrandomDeathRates[y])","0.051514 + (0.006454 * normrandomDeathRates[y])","0.050965 + (0.006634 * normrandomDeathRates[y])","0.050421 + (0.006574 * normrandomDeathRates[y])","0.049885 + (0.006588 * normrandomDeathRates[y])","0.049353 + (0.006919 * normrandomDeathRates[y])","0.048826 + (0.007319 * normrandomDeathRates[y])","0.048305 + (0.007529 * normrandomDeathRates[y])","0.047791 + (0.007545 * normrandomDeathRates[y])","0.047282 + (0.007821 * normrandomDeathRates[y])","0.046777 + (0.008038 * normrandomDeathRates[y])","0.046279 + (0.007911 * normrandomDeathRates[y])","0.045785 + (0.007236 * normrandomDeathRates[y])","0.045298 + (0.007784 * normrandomDeathRates[y])","0.044814 + (0.007463 * normrandomDeathRates[y])","0.044337 + (0.007908 * normrandomDeathRates[y])","0.043864 + (0.007259 * normrandomDeathRates[y])"]
["DeathRateAge83to84","Death Rate Age 83 to 84","Macroeconomic","double(10,8)",null,null,null,null,null,"N","0.067369","0.066650 + (0.002558 * normrandomDeathRates[y])","0.065940 + (0.003517 * normrandomDeathRates[y])","0.065238 + (0.003250 * normrandomDeathRates[y])","0.064542 + (0.003710 * normrandomDeathRates[y])","0.063854 + (0.003924 * normrandomDeathRates[y])","0.063174 + (0.003983 * normrandomDeathRates[y])","0.062500 + (0.003753 * normrandomDeathRates[y])","0.061834 + (0.004820 * normrandomDeathRates[y])","0.061174 + (0.004590 * normrandomDeathRates[y])","0.060523 + (0.005173 * normrandomDeathRates[y])","0.059878 + (0.005632 * normrandomDeathRates[y])","0.059239 + (0.006052 * normrandomDeathRates[y])","0.058608 + (0.007107 * normrandomDeathRates[y])","0.057983 + (0.006654 * normrandomDeathRates[y])","0.057365 + (0.006454 * normrandomDeathRates[y])","0.056754 + (0.006634 * normrandomDeathRates[y])","0.056148 + (0.006574 * normrandomDeathRates[y])","0.055550 + (0.006588 * normrandomDeathRates[y])","0.054958 + (0.006919 * normrandomDeathRates[y])","0.054372 + (0.007319 * normrandomDeathRates[y])","0.053792 + (0.007529 * normrandomDeathRates[y])","0.053219 + (0.007545 * normrandomDeathRates[y])","0.052652 + (0.007821 * normrandomDeathRates[y])","0.052090 + (0.008038 * normrandomDeathRates[y])","0.051535 + (0.007911 * normrandomDeathRates[y])","0.050986 + (0.007236 * normrandomDeathRates[y])","0.050443 + (0.007784 * normrandomDeathRates[y])","0.049904 + (0.007463 * normrandomDeathRates[y])","0.049372 + (0.007908 * normrandomDeathRates[y])","0.048846 + (0.007259 * normrandomDeathRates[y])"]
["DeathRateAge84to85","Death Rate Age 84 to 85","Macroeconomic","double(10,8)",null,null,null,null,null,"N","0.074347","0.073554 + (0.002558 * normrandomDeathRates[y])","0.072771 + (0.003517 * normrandomDeathRates[y])","0.071995 + (0.003250 * normrandomDeathRates[y])","0.071228 + (0.003710 * normrandomDeathRates[y])","0.070468 + (0.003924 * normrandomDeathRates[y])","0.069717 + (0.003983 * normrandomDeathRates[y])","0.068974 + (0.003753 * normrandomDeathRates[y])","0.068239 + (0.004820 * normrandomDeathRates[y])","0.067511 + (0.004590 * normrandomDeathRates[y])","0.066792 + (0.005173 * normrandomDeathRates[y])","0.066080 + (0.005632 * normrandomDeathRates[y])","0.065375 + (0.006052 * normrandomDeathRates[y])","0.064679 + (0.007107 * normrandomDeathRates[y])","0.063989 + (0.006654 * normrandomDeathRates[y])","0.063307 + (0.006454 * normrandomDeathRates[y])","0.062633 + (0.006634 * normrandomDeathRates[y])","0.061964 + (0.006574 * normrandomDeathRates[y])","0.061304 + (0.006588 * normrandomDeathRates[y])","0.060651 + (0.006919 * normrandomDeathRates[y])","0.060004 + (0.007319 * normrandomDeathRates[y])","0.059364 + (0.007529 * normrandomDeathRates[y])","0.058732 + (0.007545 * normrandomDeathRates[y])","0.058106 + (0.007821 * normrandomDeathRates[y])","0.057486 + (0.008038 * normrandomDeathRates[y])","0.056873 + (0.007911 * normrandomDeathRates[y])","0.056267 + (0.007236 * normrandomDeathRates[y])","0.055668 + (0.007784 * normrandomDeathRates[y])","0.055073 + (0.007463 * normrandomDeathRates[y])","0.054486 + (0.007908 * normrandomDeathRates[y])","0.053905 + (0.007259 * normrandomDeathRates[y])"]
["DeathRateAge85to86","Death Rate Age 85 to 86","Macroeconomic","double(10,8)",null,null,null,null,null,"N","0.077845","0.077139 + (0.003487 * normrandomDeathRates[y])","0.076439 + (0.004799 * normrandomDeathRates[y])","0.075746 + (0.004440 * normrandomDeathRates[y])","0.075058 + (0.005072 * normrandomDeathRates[y])","0.074378 + (0.005375 * normrandomDeathRates[y])","0.073703 + (0.005464 * normrandomDeathRates[y])","0.073035 + (0.005156 * normrandomDeathRates[y])","0.072373 + (0.006626 * normrandomDeathRates[y])","0.071716 + (0.006320 * normrandomDeathRates[y])","0.071066 + (0.007119 * normrandomDeathRates[y])","0.070421 + (0.007773 * normrandomDeathRates[y])","0.069783 + (0.008354 * normrandomDeathRates[y])","0.069150 + (0.009845 * normrandomDeathRates[y])","0.068523 + (0.009238 * normrandomDeathRates[y])","0.067901 + (0.008973 * normrandomDeathRates[y])","0.067286 + (0.009238 * normrandomDeathRates[y])","0.066675 + (0.009162 * normrandomDeathRates[y])","0.066071 + (0.009187 * normrandomDeathRates[y])","0.065471 + (0.009657 * normrandomDeathRates[y])","0.064878 + (0.010227 * normrandomDeathRates[y])","0.064290 + (0.010529 * normrandomDeathRates[y])","0.063707 + (0.010576 * normrandomDeathRates[y])","0.063129 + (0.010988 * normrandomDeathRates[y])","0.062557 + (0.011304 * normrandomDeathRates[y])","0.061990 + (0.011133 * normrandomDeathRates[y])","0.061428 + (0.010218 * normrandomDeathRates[y])","0.060871 + (0.011024 * normrandomDeathRates[y])","0.060319 + (0.010591 * normrandomDeathRates[y])","0.059773 + (0.011224 * normrandomDeathRates[y])","0.059231 + (0.010345 * normrandomDeathRates[y])"]
["DeathRateAge86to87","Death Rate Age 86 to 87","Macroeconomic","double(10,8)",null,null,null,null,null,"N","0.087306","0.086514 + (0.003487 * normrandomDeathRates[y])","0.085729 + (0.004799 * normrandomDeathRates[y])","0.084952 + (0.004440 * normrandomDeathRates[y])","0.084180 + (0.005072 * normrandomDeathRates[y])","0.083417 + (0.005375 * normrandomDeathRates[y])","0.082660 + (0.005464 * normrandomDeathRates[y])","0.081911 + (0.005156 * normrandomDeathRates[y])","0.081168 + (0.006626 * normrandomDeathRates[y])","0.080432 + (0.006320 * normrandomDeathRates[y])","0.079702 + (0.007119 * normrandomDeathRates[y])","0.078979 + (0.007773 * normrandomDeathRates[y])","0.078263 + (0.008354 * normrandomDeathRates[y])","0.077554 + (0.009845 * normrandomDeathRates[y])","0.076850 + (0.009238 * normrandomDeathRates[y])","0.076153 + (0.008973 * normrandomDeathRates[y])","0.075463 + (0.009238 * normrandomDeathRates[y])","0.074778 + (0.009162 * normrandomDeathRates[y])","0.074100 + (0.009187 * normrandomDeathRates[y])","0.073428 + (0.009657 * normrandomDeathRates[y])","0.072763 + (0.010227 * normrandomDeathRates[y])","0.072103 + (0.010529 * normrandomDeathRates[y])","0.071450 + (0.010576 * normrandomDeathRates[y])","0.070801 + (0.010988 * normrandomDeathRates[y])","0.070159 + (0.011304 * normrandomDeathRates[y])","0.069523 + (0.011133 * normrandomDeathRates[y])","0.068893 + (0.010218 * normrandomDeathRates[y])","0.068269 + (0.011024 * normrandomDeathRates[y])","0.067650 + (0.010591 * normrandomDeathRates[y])","0.067037 + (0.011224 * normrandomDeathRates[y])","0.066429 + (0.010345 * normrandomDeathRates[y])"]
["DeathRateAge87to88","Death Rate Age 87 to 88","Macroeconomic","double(10,8)",null,null,null,null,null,"N","0.098052","0.097163 + (0.003487 * normrandomDeathRates[y])","0.096280 + (0.004799 * normrandomDeathRates[y])","0.095407 + (0.004440 * normrandomDeathRates[y])","0.094541 + (0.005072 * normrandomDeathRates[y])","0.093684 + (0.005375 * normrandomDeathRates[y])","0.092834 + (0.005464 * normrandomDeathRates[y])","0.091992 + (0.005156 * normrandomDeathRates[y])","0.091158 + (0.006626 * normrandomDeathRates[y])","0.090331 + (0.006320 * normrandomDeathRates[y])","0.089512 + (0.007119 * normrandomDeathRates[y])","0.088700 + (0.007773 * normrandomDeathRates[y])","0.087896 + (0.008354 * normrandomDeathRates[y])","0.087099 + (0.009845 * normrandomDeathRates[y])","0.086309 + (0.009238 * normrandomDeathRates[y])","0.085526 + (0.008973 * normrandomDeathRates[y])","0.084751 + (0.009238 * normrandomDeathRates[y])","0.083982 + (0.009162 * normrandomDeathRates[y])","0.083221 + (0.009187 * normrandomDeathRates[y])","0.082466 + (0.009657 * normrandomDeathRates[y])","0.081719 + (0.010227 * normrandomDeathRates[y])","0.080978 + (0.010529 * normrandomDeathRates[y])","0.080244 + (0.010576 * normrandomDeathRates[y])","0.079516 + (0.010988 * normrandomDeathRates[y])","0.078794 + (0.011304 * normrandomDeathRates[y])","0.078080 + (0.011133 * normrandomDeathRates[y])","0.077372 + (0.010218 * normrandomDeathRates[y])","0.076671 + (0.011024 * normrandomDeathRates[y])","0.075976 + (0.010591 * normrandomDeathRates[y])","0.075288 + (0.011224 * normrandomDeathRates[y])","0.074605 + (0.010345 * normrandomDeathRates[y])"]
["DeathRateAge88to89","Death Rate Age 88 to 89","Macroeconomic","double(10,8)",null,null,null,null,null,"N","0.105091","0.104138 + (0.003487 * normrandomDeathRates[y])","0.103193 + (0.004799 * normrandomDeathRates[y])","0.102257 + (0.004440 * normrandomDeathRates[y])","0.101329 + (0.005072 * normrandomDeathRates[y])","0.100410 + (0.005375 * normrandomDeathRates[y])","0.099499 + (0.005464 * normrandomDeathRates[y])","0.098597 + (0.005156 * normrandomDeathRates[y])","0.097703 + (0.006626 * normrandomDeathRates[y])","0.096816 + (0.006320 * normrandomDeathRates[y])","0.095939 + (0.007119 * normrandomDeathRates[y])","0.095068 + (0.007773 * normrandomDeathRates[y])","0.094206 + (0.008354 * normrandomDeathRates[y])","0.093352 + (0.009845 * normrandomDeathRates[y])","0.092505 + (0.009238 * normrandomDeathRates[y])","0.091666 + (0.008973 * normrandomDeathRates[y])","0.090836 + (0.009238 * normrandomDeathRates[y])","0.090011 + (0.009162 * normrandomDeathRates[y])","0.089196 + (0.009187 * normrandomDeathRates[y])","0.088386 + (0.009657 * normrandomDeathRates[y])","0.087586 + (0.010227 * normrandomDeathRates[y])","0.086791 + (0.010529 * normrandomDeathRates[y])","0.086005 + (0.010576 * normrandomDeathRates[y])","0.085224 + (0.010988 * normrandomDeathRates[y])","0.084452 + (0.011304 * normrandomDeathRates[y])","0.083686 + (0.011133 * normrandomDeathRates[y])","0.082927 + (0.010218 * normrandomDeathRates[y])","0.082176 + (0.011024 * normrandomDeathRates[y])","0.081431 + (0.010591 * normrandomDeathRates[y])","0.080694 + (0.011224 * normrandomDeathRates[y])","0.079962 + (0.010345 * normrandomDeathRates[y])"]
["DeathRateAge89to90","Death Rate Age 89 to 90","Macroeconomic","double(10,8)",null,null,null,null,null,"N","0.121936","0.120830 + (0.003487 * normrandomDeathRates[y])","0.119733 + (0.004799 * normrandomDeathRates[y])","0.118648 + (0.004440 * normrandomDeathRates[y])","0.117571 + (0.005072 * normrandomDeathRates[y])","0.116505 + (0.005375 * normrandomDeathRates[y])","0.115448 + (0.005464 * normrandomDeathRates[y])","0.114401 + (0.005156 * normrandomDeathRates[y])","0.113363 + (0.006626 * normrandomDeathRates[y])","0.112335 + (0.006320 * normrandomDeathRates[y])","0.111316 + (0.007119 * normrandomDeathRates[y])","0.110306 + (0.007773 * normrandomDeathRates[y])","0.109307 + (0.008354 * normrandomDeathRates[y])","0.108315 + (0.009845 * normrandomDeathRates[y])","0.107333 + (0.009238 * normrandomDeathRates[y])","0.106359 + (0.008973 * normrandomDeathRates[y])","0.105395 + (0.009238 * normrandomDeathRates[y])","0.104439 + (0.009162 * normrandomDeathRates[y])","0.103492 + (0.009187 * normrandomDeathRates[y])","0.102553 + (0.009657 * normrandomDeathRates[y])","0.101624 + (0.010227 * normrandomDeathRates[y])","0.100703 + (0.010529 * normrandomDeathRates[y])","0.099790 + (0.010576 * normrandomDeathRates[y])","0.098885 + (0.010988 * normrandomDeathRates[y])","0.097988 + (0.011304 * normrandomDeathRates[y])","0.097100 + (0.011133 * normrandomDeathRates[y])","0.096220 + (0.010218 * normrandomDeathRates[y])","0.095348 + (0.011024 * normrandomDeathRates[y])","0.094483 + (0.010591 * normrandomDeathRates[y])","0.093628 + (0.011224 * normrandomDeathRates[y])","0.092778 + (0.010345 * normrandomDeathRates[y])"]
["DeathRateAge90to91","Death Rate Age 90 to 91","Macroeconomic","double(10,8)",null,null,null,null,null,"N","0.121671","0.120764 + (0.004472 * normrandomDeathRates[y])","0.119864 + (0.006157 * normrandomDeathRates[y])","0.118971 + (0.005703 * normrandomDeathRates[y])","0.118084 + (0.006522 * normrandomDeathRates[y])","0.117204 + (0.006925 * normrandomDeathRates[y])","0.116332 + (0.007051 * normrandomDeathRates[y])","0.115465 + (0.006662 * normrandomDeathRates[y])","0.114605 + (0.008568 * normrandomDeathRates[y])","0.113752 + (0.008183 * normrandomDeathRates[y])","0.112905 + (0.009217 * normrandomDeathRates[y])","0.112065 + (0.010088 * normrandomDeathRates[y])","0.111231 + (0.010846 * normrandomDeathRates[y])","0.110403 + (0.012827 * normrandomDeathRates[y])","0.109581 + (0.012062 * normrandomDeathRates[y])","0.108766 + (0.011731 * normrandomDeathRates[y])","0.107957 + (0.012096 * normrandomDeathRates[y])","0.107154 + (0.012007 * normrandomDeathRates[y])","0.106357 + (0.012047 * normrandomDeathRates[y])","0.105566 + (0.012676 * normrandomDeathRates[y])","0.104781 + (0.013439 * normrandomDeathRates[y])","0.104003 + (0.013847 * normrandomDeathRates[y])","0.103230 + (0.013941 * normrandomDeathRates[y])","0.102462 + (0.014518 * normrandomDeathRates[y])","0.101700 + (0.014948 * normrandomDeathRates[y])","0.100945 + (0.014733 * normrandomDeathRates[y])","0.100195 + (0.013568 * normrandomDeathRates[y])","0.099451 + (0.014681 * normrandomDeathRates[y])","0.098712 + (0.014132 * normrandomDeathRates[y])","0.097979 + (0.014978 * normrandomDeathRates[y])","0.097250 + (0.013862 * normrandomDeathRates[y])"]
["DeathRateAge91to92","Death Rate Age 91 to 92","Macroeconomic","double(10,8)",null,null,null,null,null,"N","0.136139","0.135124 + (0.004472 * normrandomDeathRates[y])","0.134117 + (0.006157 * normrandomDeathRates[y])","0.133118 + (0.005703 * normrandomDeathRates[y])","0.132126 + (0.006522 * normrandomDeathRates[y])","0.131141 + (0.006925 * normrandomDeathRates[y])","0.130165 + (0.007051 * normrandomDeathRates[y])","0.129195 + (0.006662 * normrandomDeathRates[y])","0.128233 + (0.008568 * normrandomDeathRates[y])","0.127278 + (0.008183 * normrandomDeathRates[y])","0.126331 + (0.009217 * normrandomDeathRates[y])","0.125391 + (0.010088 * normrandomDeathRates[y])","0.124457 + (0.010846 * normrandomDeathRates[y])","0.123531 + (0.012827 * normrandomDeathRates[y])","0.122612 + (0.012062 * normrandomDeathRates[y])","0.121700 + (0.011731 * normrandomDeathRates[y])","0.120795 + (0.012096 * normrandomDeathRates[y])","0.119896 + (0.012007 * normrandomDeathRates[y])","0.119004 + (0.012047 * normrandomDeathRates[y])","0.118119 + (0.012676 * normrandomDeathRates[y])","0.117241 + (0.013439 * normrandomDeathRates[y])","0.116370 + (0.013847 * normrandomDeathRates[y])","0.115505 + (0.013941 * normrandomDeathRates[y])","0.114646 + (0.014518 * normrandomDeathRates[y])","0.113794 + (0.014948 * normrandomDeathRates[y])","0.112948 + (0.014733 * normrandomDeathRates[y])","0.112109 + (0.013568 * normrandomDeathRates[y])","0.111277 + (0.014681 * normrandomDeathRates[y])","0.110450 + (0.014132 * normrandomDeathRates[y])","0.109630 + (0.014978 * normrandomDeathRates[y])","0.108815 + (0.013862 * normrandomDeathRates[y])"]
["DeathRateAge92to93","Death Rate Age 92 to 93","Macroeconomic","double(10,8)",null,null,null,null,null,"N","0.151546","0.150416 + (0.004472 * normrandomDeathRates[y])","0.149295 + (0.006157 * normrandomDeathRates[y])","0.148183 + (0.005703 * normrandomDeathRates[y])","0.147078 + (0.006522 * normrandomDeathRates[y])","0.145983 + (0.006925 * normrandomDeathRates[y])","0.144896 + (0.007051 * normrandomDeathRates[y])","0.143816 + (0.006662 * normrandomDeathRates[y])","0.142745 + (0.008568 * normrandomDeathRates[y])","0.141682 + (0.008183 * normrandomDeathRates[y])","0.140627 + (0.009217 * normrandomDeathRates[y])","0.139581 + (0.010088 * normrandomDeathRates[y])","0.138542 + (0.010846 * normrandomDeathRates[y])","0.137511 + (0.012827 * normrandomDeathRates[y])","0.136488 + (0.012062 * normrandomDeathRates[y])","0.135473 + (0.011731 * normrandomDeathRates[y])","0.134465 + (0.012096 * normrandomDeathRates[y])","0.133465 + (0.012007 * normrandomDeathRates[y])","0.132472 + (0.012047 * normrandomDeathRates[y])","0.131487 + (0.012676 * normrandomDeathRates[y])","0.130509 + (0.013439 * normrandomDeathRates[y])","0.129539 + (0.013847 * normrandomDeathRates[y])","0.128576 + (0.013941 * normrandomDeathRates[y])","0.127621 + (0.014518 * normrandomDeathRates[y])","0.126672 + (0.014948 * normrandomDeathRates[y])","0.125731 + (0.014733 * normrandomDeathRates[y])","0.124797 + (0.013568 * normrandomDeathRates[y])","0.123870 + (0.014681 * normrandomDeathRates[y])","0.122950 + (0.014132 * normrandomDeathRates[y])","0.122036 + (0.014978 * normrandomDeathRates[y])","0.121129 + (0.013862 * normrandomDeathRates[y])"]
["DeathRateAge93to94","Death Rate Age 93 to 94","Macroeconomic","double(10,8)",null,null,null,null,null,"N","0.168043","0.166789 + (0.004472 * normrandomDeathRates[y])","0.165547 + (0.006157 * normrandomDeathRates[y])","0.164313 + (0.005703 * normrandomDeathRates[y])","0.163089 + (0.006522 * normrandomDeathRates[y])","0.161874 + (0.006925 * normrandomDeathRates[y])","0.160669 + (0.007051 * normrandomDeathRates[y])","0.159471 + (0.006662 * normrandomDeathRates[y])","0.158284 + (0.008568 * normrandomDeathRates[y])","0.157105 + (0.008183 * normrandomDeathRates[y])","0.155936 + (0.009217 * normrandomDeathRates[y])","0.154776 + (0.010088 * normrandomDeathRates[y])","0.153623 + (0.010846 * normrandomDeathRates[y])","0.152480 + (0.012827 * normrandomDeathRates[y])","0.151345 + (0.012062 * normrandomDeathRates[y])","0.150219 + (0.011731 * normrandomDeathRates[y])","0.149102 + (0.012096 * normrandomDeathRates[y])","0.147993 + (0.012007 * normrandomDeathRates[y])","0.146893 + (0.012047 * normrandomDeathRates[y])","0.145800 + (0.012676 * normrandomDeathRates[y])","0.144716 + (0.013439 * normrandomDeathRates[y])","0.143640 + (0.013847 * normrandomDeathRates[y])","0.142573 + (0.013941 * normrandomDeathRates[y])","0.141513 + (0.014518 * normrandomDeathRates[y])","0.140461 + (0.014948 * normrandomDeathRates[y])","0.139417 + (0.014733 * normrandomDeathRates[y])","0.138382 + (0.013568 * normrandomDeathRates[y])","0.137354 + (0.014681 * normrandomDeathRates[y])","0.136333 + (0.014132 * normrandomDeathRates[y])","0.135321 + (0.014978 * normrandomDeathRates[y])","0.134315 + (0.013862 * normrandomDeathRates[y])"]
["DeathRateAge94to95","Death Rate Age 94 to 95","Macroeconomic","double(10,8)",null,null,null,null,null,"N","0.186811","0.185418 + (0.004472 * normrandomDeathRates[y])","0.184036 + (0.006157 * normrandomDeathRates[y])","0.182665 + (0.005703 * normrandomDeathRates[y])","0.181304 + (0.006522 * normrandomDeathRates[y])","0.179953 + (0.006925 * normrandomDeathRates[y])","0.178613 + (0.007051 * normrandomDeathRates[y])","0.177282 + (0.006662 * normrandomDeathRates[y])","0.175962 + (0.008568 * normrandomDeathRates[y])","0.174652 + (0.008183 * normrandomDeathRates[y])","0.173352 + (0.009217 * normrandomDeathRates[y])","0.172062 + (0.010088 * normrandomDeathRates[y])","0.170781 + (0.010846 * normrandomDeathRates[y])","0.169510 + (0.012827 * normrandomDeathRates[y])","0.168249 + (0.012062 * normrandomDeathRates[y])","0.166997 + (0.011731 * normrandomDeathRates[y])","0.165755 + (0.012096 * normrandomDeathRates[y])","0.164522 + (0.012007 * normrandomDeathRates[y])","0.163299 + (0.012047 * normrandomDeathRates[y])","0.162084 + (0.012676 * normrandomDeathRates[y])","0.160879 + (0.013439 * normrandomDeathRates[y])","0.159683 + (0.013847 * normrandomDeathRates[y])","0.158496 + (0.013941 * normrandomDeathRates[y])","0.157318 + (0.014518 * normrandomDeathRates[y])","0.156148 + (0.014948 * normrandomDeathRates[y])","0.154989 + (0.014733 * normrandomDeathRates[y])","0.153837 + (0.013568 * normrandomDeathRates[y])","0.152694 + (0.014681 * normrandomDeathRates[y])","0.151560 + (0.014132 * normrandomDeathRates[y])","0.150434 + (0.014978 * normrandomDeathRates[y])","0.149316 + (0.013862 * normrandomDeathRates[y])"]
["DeathRateAge95to96","Death Rate Age 95 to 96","Macroeconomic","double(10,8)",null,null,null,null,null,"N","0.192990","0.191870 + (0.005294 * normrandomDeathRates[y])","0.190757 + (0.007297 * normrandomDeathRates[y])","0.189652 + (0.006765 * normrandomDeathRates[y])","0.188552 + (0.007744 * normrandomDeathRates[y])","0.187460 + (0.008236 * normrandomDeathRates[y])","0.186374 + (0.008397 * normrandomDeathRates[y])","0.185295 + (0.007945 * normrandomDeathRates[y])","0.184223 + (0.010225 * normrandomDeathRates[y])","0.183156 + (0.009780 * normrandomDeathRates[y])","0.182097 + (0.011013 * normrandomDeathRates[y])","0.181044 + (0.012083 * normrandomDeathRates[y])","0.179998 + (0.012994 * normrandomDeathRates[y])","0.178957 + (0.015420 * normrandomDeathRates[y])","0.177924 + (0.014530 * normrandomDeathRates[y])","0.176896 + (0.014149 * normrandomDeathRates[y])","0.175875 + (0.014612 * normrandomDeathRates[y])","0.174860 + (0.014515 * normrandomDeathRates[y])","0.173851 + (0.014573 * normrandomDeathRates[y])","0.172849 + (0.015346 * normrandomDeathRates[y])","0.171852 + (0.016288 * normrandomDeathRates[y])","0.170862 + (0.016795 * normrandomDeathRates[y])","0.169877 + (0.016948 * normrandomDeathRates[y])","0.168898 + (0.017689 * normrandomDeathRates[y])","0.167926 + (0.018230 * normrandomDeathRates[y])","0.166959 + (0.017978 * normrandomDeathRates[y])","0.165998 + (0.016611 * normrandomDeathRates[y])","0.165043 + (0.018024 * normrandomDeathRates[y])","0.164093 + (0.017384 * normrandomDeathRates[y])","0.163150 + (0.018427 * normrandomDeathRates[y])","0.162212 + (0.017121 * normrandomDeathRates[y])"]
["DeathRateAge96to97","Death Rate Age 96 to 97","Macroeconomic","double(10,8)",null,null,null,null,null,"N","0.211479","0.210251 + (0.005294 * normrandomDeathRates[y])","0.209032 + (0.007297 * normrandomDeathRates[y])","0.207820 + (0.006765 * normrandomDeathRates[y])","0.206615 + (0.007744 * normrandomDeathRates[y])","0.205419 + (0.008236 * normrandomDeathRates[y])","0.204228 + (0.008397 * normrandomDeathRates[y])","0.203046 + (0.007945 * normrandomDeathRates[y])","0.201871 + (0.010225 * normrandomDeathRates[y])","0.200703 + (0.009780 * normrandomDeathRates[y])","0.199542 + (0.011013 * normrandomDeathRates[y])","0.198388 + (0.012083 * normrandomDeathRates[y])","0.197242 + (0.012994 * normrandomDeathRates[y])","0.196101 + (0.015420 * normrandomDeathRates[y])","0.194969 + (0.014530 * normrandomDeathRates[y])","0.193842 + (0.014149 * normrandomDeathRates[y])","0.192724 + (0.014612 * normrandomDeathRates[y])","0.191612 + (0.014515 * normrandomDeathRates[y])","0.190506 + (0.014573 * normrandomDeathRates[y])","0.189408 + (0.015346 * normrandomDeathRates[y])","0.188316 + (0.016288 * normrandomDeathRates[y])","0.187230 + (0.016795 * normrandomDeathRates[y])","0.186151 + (0.016948 * normrandomDeathRates[y])","0.185079 + (0.017689 * normrandomDeathRates[y])","0.184013 + (0.018230 * normrandomDeathRates[y])","0.182954 + (0.017978 * normrandomDeathRates[y])","0.181901 + (0.016611 * normrandomDeathRates[y])","0.180855 + (0.018024 * normrandomDeathRates[y])","0.179814 + (0.017384 * normrandomDeathRates[y])","0.178780 + (0.018427 * normrandomDeathRates[y])","0.177752 + (0.017121 * normrandomDeathRates[y])"]
["DeathRateAge97to98","Death Rate Age 97 to 98","Macroeconomic","double(10,8)",null,null,null,null,null,"N","0.231107","0.229765 + (0.005294 * normrandomDeathRates[y])","0.228433 + (0.007297 * normrandomDeathRates[y])","0.227109 + (0.006765 * normrandomDeathRates[y])","0.225792 + (0.007744 * normrandomDeathRates[y])","0.224484 + (0.008236 * normrandomDeathRates[y])","0.223183 + (0.008397 * normrandomDeathRates[y])","0.221891 + (0.007945 * normrandomDeathRates[y])","0.220607 + (0.010225 * normrandomDeathRates[y])","0.219330 + (0.009780 * normrandomDeathRates[y])","0.218062 + (0.011013 * normrandomDeathRates[y])","0.216801 + (0.012083 * normrandomDeathRates[y])","0.215548 + (0.012994 * normrandomDeathRates[y])","0.214302 + (0.015420 * normrandomDeathRates[y])","0.213065 + (0.014530 * normrandomDeathRates[y])","0.211834 + (0.014149 * normrandomDeathRates[y])","0.210611 + (0.014612 * normrandomDeathRates[y])","0.209396 + (0.014515 * normrandomDeathRates[y])","0.208188 + (0.014573 * normrandomDeathRates[y])","0.206987 + (0.015346 * normrandomDeathRates[y])","0.205794 + (0.016288 * normrandomDeathRates[y])","0.204607 + (0.016795 * normrandomDeathRates[y])","0.203428 + (0.016948 * normrandomDeathRates[y])","0.202257 + (0.017689 * normrandomDeathRates[y])","0.201092 + (0.018230 * normrandomDeathRates[y])","0.199934 + (0.017978 * normrandomDeathRates[y])","0.198784 + (0.016611 * normrandomDeathRates[y])","0.197640 + (0.018024 * normrandomDeathRates[y])","0.196503 + (0.017384 * normrandomDeathRates[y])","0.195373 + (0.018427 * normrandomDeathRates[y])","0.194250 + (0.017121 * normrandomDeathRates[y])"]
["DeathRateAge98to99","Death Rate Age 98 to 99","Macroeconomic","double(10,8)",null,null,null,null,null,"N","0.251826","0.250364 + (0.005294 * normrandomDeathRates[y])","0.248912 + (0.007297 * normrandomDeathRates[y])","0.247469 + (0.006765 * normrandomDeathRates[y])","0.246034 + (0.007744 * normrandomDeathRates[y])","0.244609 + (0.008236 * normrandomDeathRates[y])","0.243192 + (0.008397 * normrandomDeathRates[y])","0.241784 + (0.007945 * normrandomDeathRates[y])","0.240385 + (0.010225 * normrandomDeathRates[y])","0.238993 + (0.009780 * normrandomDeathRates[y])","0.237612 + (0.011013 * normrandomDeathRates[y])","0.236237 + (0.012083 * normrandomDeathRates[y])","0.234872 + (0.012994 * normrandomDeathRates[y])","0.233514 + (0.015420 * normrandomDeathRates[y])","0.232166 + (0.014530 * normrandomDeathRates[y])","0.230824 + (0.014149 * normrandomDeathRates[y])","0.229493 + (0.014612 * normrandomDeathRates[y])","0.228168 + (0.014515 * normrandomDeathRates[y])","0.226852 + (0.014573 * normrandomDeathRates[y])","0.225544 + (0.015346 * normrandomDeathRates[y])","0.224243 + (0.016288 * normrandomDeathRates[y])","0.222951 + (0.016795 * normrandomDeathRates[y])","0.221665 + (0.016948 * normrandomDeathRates[y])","0.220389 + (0.017689 * normrandomDeathRates[y])","0.219120 + (0.018230 * normrandomDeathRates[y])","0.217859 + (0.017978 * normrandomDeathRates[y])","0.216605 + (0.016611 * normrandomDeathRates[y])","0.215359 + (0.018024 * normrandomDeathRates[y])","0.214119 + (0.017384 * normrandomDeathRates[y])","0.212888 + (0.018427 * normrandomDeathRates[y])","0.211665 + (0.017121 * normrandomDeathRates[y])"]
["DeathRateAge99to100","Death Rate Age 99 to 100","Macroeconomic","double(10,8)",null,null,null,null,null,"N","0.273563","0.271975 + (0.005294 * normrandomDeathRates[y])","0.270397 + (0.007297 * normrandomDeathRates[y])","0.268830 + (0.006765 * normrandomDeathRates[y])","0.267271 + (0.007744 * normrandomDeathRates[y])","0.265723 + (0.008236 * normrandomDeathRates[y])","0.264183 + (0.008397 * normrandomDeathRates[y])","0.262654 + (0.007945 * normrandomDeathRates[y])","0.261134 + (0.010225 * normrandomDeathRates[y])","0.259623 + (0.009780 * normrandomDeathRates[y])","0.258122 + (0.011013 * normrandomDeathRates[y])","0.256629 + (0.012083 * normrandomDeathRates[y])","0.255146 + (0.012994 * normrandomDeathRates[y])","0.253671 + (0.015420 * normrandomDeathRates[y])","0.252206 + (0.014530 * normrandomDeathRates[y])","0.250749 + (0.014149 * normrandomDeathRates[y])","0.249302 + (0.014612 * normrandomDeathRates[y])","0.247863 + (0.014515 * normrandomDeathRates[y])","0.246433 + (0.014573 * normrandomDeathRates[y])","0.245012 + (0.015346 * normrandomDeathRates[y])","0.243600 + (0.016288 * normrandomDeathRates[y])","0.242195 + (0.016795 * normrandomDeathRates[y])","0.240799 + (0.016948 * normrandomDeathRates[y])","0.239412 + (0.017689 * normrandomDeathRates[y])","0.238034 + (0.018230 * normrandomDeathRates[y])","0.236664 + (0.017978 * normrandomDeathRates[y])","0.235302 + (0.016611 * normrandomDeathRates[y])","0.233948 + (0.018024 * normrandomDeathRates[y])","0.232601 + (0.017384 * normrandomDeathRates[y])","0.231264 + (0.018427 * normrandomDeathRates[y])","0.229935 + (0.017121 * normrandomDeathRates[y])"]
["DeathRateAge100andOver","Death Rate Age 100 and Over","Macroeconomic","double(10,8)",null,null,null,null,null,"N","0.409695","0.408422 + (0.005569 * normrandomDeathRates[y])","0.407154 + (0.007681 * normrandomDeathRates[y])","0.405894 + (0.007127 * normrandomDeathRates[y])","0.404639 + (0.008165 * normrandomDeathRates[y])","0.403391 + (0.008698 * normrandomDeathRates[y])","0.402150 + (0.008877 * normrandomDeathRates[y])","0.400914 + (0.008409 * normrandomDeathRates[y])","0.399684 + (0.010829 * normrandomDeathRates[y])","0.398460 + (0.010369 * normrandomDeathRates[y])","0.397242 + (0.011675 * normrandomDeathRates[y])","0.396031 + (0.012836 * normrandomDeathRates[y])","0.394825 + (0.013807 * normrandomDeathRates[y])","0.393625 + (0.016432 * normrandomDeathRates[y])","0.392430 + (0.015512 * normrandomDeathRates[y])","0.391241 + (0.015121 * normrandomDeathRates[y])","0.390059 + (0.015635 * normrandomDeathRates[y])","0.388881 + (0.015542 * normrandomDeathRates[y])","0.387709 + (0.015613 * normrandomDeathRates[y])","0.386543 + (0.016454 * normrandomDeathRates[y])","0.385382 + (0.017480 * normrandomDeathRates[y])","0.384226 + (0.018037 * normrandomDeathRates[y])","0.383077 + (0.018237 * normrandomDeathRates[y])","0.381932 + (0.019072 * normrandomDeathRates[y])","0.380793 + (0.019671 * normrandomDeathRates[y])","0.379659 + (0.019411 * normrandomDeathRates[y])","0.378531 + (0.017984 * normrandomDeathRates[y])","0.377407 + (0.019565 * normrandomDeathRates[y])","0.376289 + (0.018902 * normrandomDeathRates[y])","0.375175 + (0.020039 * normrandomDeathRates[y])","0.374068 + (0.018683 * normrandomDeathRates[y])"]
["NetMigrationAge0to1","NetMigration Age 0 to 1","Macroeconomic","double(14,0)",null,null,null,null,"Fixed Amount Based on Historical Averages","N",12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000]
["NetMigrationAge1to2","NetMigration Age 1 to 2","Macroeconomic","double(14,0)",null,null,null,null,"Fixed Amount Based on Historical Averages","N",12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000]
["NetMigrationAge2to3","NetMigration Age 2 to 3","Macroeconomic","double(14,0)",null,null,null,null,"Fixed Amount Based on Historical Averages","N",12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000]
["NetMigrationAge3to4","NetMigration Age 3 to 4","Macroeconomic","double(14,0)",null,null,null,null,"Fixed Amount Based on Historical Averages","N",12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000]
["NetMigrationAge4to5","NetMigration Age 4 to 5","Macroeconomic","double(14,0)",null,null,null,null,"Fixed Amount Based on Historical Averages","N",12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000]
["NetMigrationAge5to6","NetMigration Age 5 to 6","Macroeconomic","double(14,0)",null,null,null,null,"Fixed Amount Based on Historical Averages","N",12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000]
["NetMigrationAge6to7","NetMigration Age 6 to 7","Macroeconomic","double(14,0)",null,null,null,null,"Fixed Amount Based on Historical Averages","N",12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000]
["NetMigrationAge7to8","NetMigration Age 7 to 8","Macroeconomic","double(14,0)",null,null,null,null,"Fixed Amount Based on Historical Averages","N",12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000]
["NetMigrationAge8to9","NetMigration Age 8 to 9","Macroeconomic","double(14,0)",null,null,null,null,"Fixed Amount Based on Historical Averages","N",12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000]
["NetMigrationAge9to10","NetMigration Age 9 to 10","Macroeconomic","double(14,0)",null,null,null,null,"Fixed Amount Based on Historical Averages","N",12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000]
["NetMigrationAge10to11","NetMigration Age 10 to 11","Macroeconomic","double(14,0)",null,null,null,null,"Fixed Amount Based on Historical Averages","N",12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000]
["NetMigrationAge11to12","NetMigration Age 11 to 12","Macroeconomic","double(14,0)",null,null,null,null,"Fixed Amount Based on Historical Averages","N",12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000]
["NetMigrationAge12to13","NetMigration Age 12 to 13","Macroeconomic","double(14,0)",null,null,null,null,"Fixed Amount Based on Historical Averages","N",12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000]
["NetMigrationAge13to14","NetMigration Age 13 to 14","Macroeconomic","double(14,0)",null,null,null,null,"Fixed Amount Based on Historical Averages","N",12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000]
["NetMigrationAge14to15","NetMigration Age 14 to 15","Macroeconomic","double(14,0)",null,null,null,null,"Fixed Amount Based on Historical Averages","N",12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000]
["NetMigrationAge15to16","NetMigration Age 15 to 16","Macroeconomic","double(14,0)",null,null,null,null,"Fixed Amount Based on Historical Averages","N",12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000]
["NetMigrationAge16to17","NetMigration Age 16 to 17","Macroeconomic","double(14,0)",null,null,null,null,"Fixed Amount Based on Historical Averages","N",12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000]
["NetMigrationAge17to18","NetMigration Age 17 to 18","Macroeconomic","double(14,0)",null,null,null,null,"Fixed Amount Based on Historical Averages","N",12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000]
["NetMigrationAge18to19","NetMigration Age 18 to 19","Macroeconomic","double(14,0)",null,null,null,null,"Fixed Amount Based on Historical Averages","N",12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000]
["NetMigrationAge19to20","NetMigration Age 19 to 20","Macroeconomic","double(14,0)",null,null,null,null,"Fixed Amount Based on Historical Averages","N",12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000]
["NetMigrationAge20to21","NetMigration Age 20 to 21","Macroeconomic","double(14,0)",null,null,null,null,"Fixed Amount Based on Historical Averages","N",12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000]
["NetMigrationAge21to22","NetMigration Age 21 to 22","Macroeconomic","double(14,0)",null,null,null,null,"Fixed Amount Based on Historical Averages","N",12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000]
["NetMigrationAge22to23","NetMigration Age 22 to 23","Macroeconomic","double(14,0)",null,null,null,null,"Fixed Amount Based on Historical Averages","N",12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000]
["NetMigrationAge23to24","NetMigration Age 23 to 24","Macroeconomic","double(14,0)",null,null,null,null,"Fixed Amount Based on Historical Averages","N",12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000]
["NetMigrationAge24to25","NetMigration Age 24 to 25","Macroeconomic","double(14,0)",null,null,null,null,"Fixed Amount Based on Historical Averages","N",12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000]
["NetMigrationAge25to26","NetMigration Age 25 to 26","Macroeconomic","double(14,0)",null,null,null,null,"Fixed Amount Based on Historical Averages","N",12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000]
["NetMigrationAge26to27","NetMigration Age 26 to 27","Macroeconomic","double(14,0)",null,null,null,null,"Fixed Amount Based on Historical Averages","N",12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000]
["NetMigrationAge27to28","NetMigration Age 27 to 28","Macroeconomic","double(14,0)",null,null,null,null,"Fixed Amount Based on Historical Averages","N",12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000]
["NetMigrationAge28to29","NetMigration Age 28 to 29","Macroeconomic","double(14,0)",null,null,null,null,"Fixed Amount Based on Historical Averages","N",12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000]
["NetMigrationAge29to30","NetMigration Age 29 to 30","Macroeconomic","double(14,0)",null,null,null,null,"Fixed Amount Based on Historical Averages","N",12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000]
["NetMigrationAge30to31","NetMigration Age 30 to 31","Macroeconomic","double(14,0)",null,null,null,null,"Fixed Amount Based on Historical Averages","N",12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000]
["NetMigrationAge31to32","NetMigration Age 31 to 32","Macroeconomic","double(14,0)",null,null,null,null,"Fixed Amount Based on Historical Averages","N",12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000]
["NetMigrationAge32to33","NetMigration Age 32 to 33","Macroeconomic","double(14,0)",null,null,null,null,"Fixed Amount Based on Historical Averages","N",12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000]
["NetMigrationAge33to34","NetMigration Age 33 to 34","Macroeconomic","double(14,0)",null,null,null,null,"Fixed Amount Based on Historical Averages","N",12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000]
["NetMigrationAge34to35","NetMigration Age 34 to 35","Macroeconomic","double(14,0)",null,null,null,null,"Fixed Amount Based on Historical Averages","N",12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000]
["NetMigrationAge35to36","NetMigration Age 35 to 36","Macroeconomic","double(14,0)",null,null,null,null,"Fixed Amount Based on Historical Averages","N",12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000]
["NetMigrationAge36to37","NetMigration Age 36 to 37","Macroeconomic","double(14,0)",null,null,null,null,"Fixed Amount Based on Historical Averages","N",12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000]
["NetMigrationAge37to38","NetMigration Age 37 to 38","Macroeconomic","double(14,0)",null,null,null,null,"Fixed Amount Based on Historical Averages","N",12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000]
["NetMigrationAge38to39","NetMigration Age 38 to 39","Macroeconomic","double(14,0)",null,null,null,null,"Fixed Amount Based on Historical Averages","N",12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000]
["NetMigrationAge39to40","NetMigration Age 39 to 40","Macroeconomic","double(14,0)",null,null,null,null,"Fixed Amount Based on Historical Averages","N",12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000]
["NetMigrationAge40to41","NetMigration Age 40 to 41","Macroeconomic","double(14,0)",null,null,null,null,"Fixed Amount Based on Historical Averages","N",12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000]
["NetMigrationAge41to42","NetMigration Age 41 to 42","Macroeconomic","double(14,0)",null,null,null,null,"Fixed Amount Based on Historical Averages","N",12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000]
["NetMigrationAge42to43","NetMigration Age 42 to 43","Macroeconomic","double(14,0)",null,null,null,null,"Fixed Amount Based on Historical Averages","N",12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000]
["NetMigrationAge43to44","NetMigration Age 43 to 44","Macroeconomic","double(14,0)",null,null,null,null,"Fixed Amount Based on Historical Averages","N",12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000]
["NetMigrationAge44to45","NetMigration Age 44 to 45","Macroeconomic","double(14,0)",null,null,null,null,"Fixed Amount Based on Historical Averages","N",12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000]
["NetMigrationAge45to46","NetMigration Age 45 to 46","Macroeconomic","double(14,0)",null,null,null,null,"Fixed Amount Based on Historical Averages","N",12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000]
["NetMigrationAge46to47","NetMigration Age 46 to 47","Macroeconomic","double(14,0)",null,null,null,null,"Fixed Amount Based on Historical Averages","N",12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000]
["NetMigrationAge47to48","NetMigration Age 47 to 48","Macroeconomic","double(14,0)",null,null,null,null,"Fixed Amount Based on Historical Averages","N",12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000]
["NetMigrationAge48to49","NetMigration Age 48 to 49","Macroeconomic","double(14,0)",null,null,null,null,"Fixed Amount Based on Historical Averages","N",12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000]
["NetMigrationAge49to50","NetMigration Age 49 to 50","Macroeconomic","double(14,0)",null,null,null,null,"Fixed Amount Based on Historical Averages","N",12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000]
["NetMigrationAge50to51","NetMigration Age 50 to 51","Macroeconomic","double(14,0)",null,null,null,null,"Fixed Amount Based on Historical Averages","N",12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000]
["NetMigrationAge51to52","NetMigration Age 51 to 52","Macroeconomic","double(14,0)",null,null,null,null,"Fixed Amount Based on Historical Averages","N",12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000]
["NetMigrationAge52to53","NetMigration Age 52 to 53","Macroeconomic","double(14,0)",null,null,null,null,"Fixed Amount Based on Historical Averages","N",12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000]
["NetMigrationAge53to54","NetMigration Age 53 to 54","Macroeconomic","double(14,0)",null,null,null,null,"Fixed Amount Based on Historical Averages","N",12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000]
["NetMigrationAge54to55","NetMigration Age 54 to 55","Macroeconomic","double(14,0)",null,null,null,null,"Fixed Amount Based on Historical Averages","N",12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000]
["NetMigrationAge55to56","NetMigration Age 55 to 56","Macroeconomic","double(14,0)",null,null,null,null,"Fixed Amount Based on Historical Averages","N",12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000]
["NetMigrationAge56to57","NetMigration Age 56 to 57","Macroeconomic","double(14,0)",null,null,null,null,"Fixed Amount Based on Historical Averages","N",12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000]
["NetMigrationAge57to58","NetMigration Age 57 to 58","Macroeconomic","double(14,0)",null,null,null,null,"Fixed Amount Based on Historical Averages","N",12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000]
["NetMigrationAge58to59","NetMigration Age 58 to 59","Macroeconomic","double(14,0)",null,null,null,null,"Fixed Amount Based on Historical Averages","N",12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000]
["NetMigrationAge59to60","NetMigration Age 59 to 60","Macroeconomic","double(14,0)",null,null,null,null,"Fixed Amount Based on Historical Averages","N",12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000]
["NetMigrationAge60to61","NetMigration Age 60 to 61","Macroeconomic","double(14,0)",null,null,null,null,"Fixed Amount Based on Historical Averages","N",12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000]
["NetMigrationAge61to62","NetMigration Age 61 to 62","Macroeconomic","double(14,0)",null,null,null,null,"Fixed Amount Based on Historical Averages","N",12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000]
["NetMigrationAge62to63","NetMigration Age 62 to 63","Macroeconomic","double(14,0)",null,null,null,null,"Fixed Amount Based on Historical Averages","N",12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000]
["NetMigrationAge63to64","NetMigration Age 63 to 64","Macroeconomic","double(14,0)",null,null,null,null,"Fixed Amount Based on Historical Averages","N",12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000]
["NetMigrationAge64to65","NetMigration Age 64 to 65","Macroeconomic","double(14,0)",null,null,null,null,"Fixed Amount Based on Historical Averages","N",12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000]
["NetMigrationAge65to66","NetMigration Age 65 to 66","Macroeconomic","double(14,0)",null,null,null,null,"Fixed Amount Based on Historical Averages","N",12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000]
["NetMigrationAge66to67","NetMigration Age 66 to 67","Macroeconomic","double(14,0)",null,null,null,null,"Fixed Amount Based on Historical Averages","N",12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000]
["NetMigrationAge67to68","NetMigration Age 67 to 68","Macroeconomic","double(14,0)",null,null,null,null,"Fixed Amount Based on Historical Averages","N",12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000]
["NetMigrationAge68to69","NetMigration Age 68 to 69","Macroeconomic","double(14,0)",null,null,null,null,"Fixed Amount Based on Historical Averages","N",12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000]
["NetMigrationAge69to70","NetMigration Age 69 to 70","Macroeconomic","double(14,0)",null,null,null,null,"Fixed Amount Based on Historical Averages","N",12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000]
["NetMigrationAge70to71","NetMigration Age 70 to 71","Macroeconomic","double(14,0)",null,null,null,null,"Fixed Amount Based on Historical Averages","N",12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000]
["NetMigrationAge71to72","NetMigration Age 71 to 72","Macroeconomic","double(14,0)",null,null,null,null,"Fixed Amount Based on Historical Averages","N",12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000]
["NetMigrationAge72to73","NetMigration Age 72 to 73","Macroeconomic","double(14,0)",null,null,null,null,"Fixed Amount Based on Historical Averages","N",12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000]
["NetMigrationAge73to74","NetMigration Age 73 to 74","Macroeconomic","double(14,0)",null,null,null,null,"Fixed Amount Based on Historical Averages","N",12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000]
["NetMigrationAge74to75","NetMigration Age 74 to 75","Macroeconomic","double(14,0)",null,null,null,null,"Fixed Amount Based on Historical Averages","N",12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000,12000]
["NetMigrationAge75to76","NetMigration Age 75 to 76","Macroeconomic","double(14,0)",null,null,null,null,"Fixed Amount Based on Historical Averages","N",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
["NetMigrationAge76to77","NetMigration Age 76 to 77","Macroeconomic","double(14,0)",null,null,null,null,"Fixed Amount Based on Historical Averages","N",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
["NetMigrationAge77to78","NetMigration Age 77 to 78","Macroeconomic","double(14,0)",null,null,null,null,"Fixed Amount Based on Historical Averages","N",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
["NetMigrationAge78to79","NetMigration Age 78 to 79","Macroeconomic","double(14,0)",null,null,null,null,"Fixed Amount Based on Historical Averages","N",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
["NetMigrationAge79to80","NetMigration Age 79 to 80","Macroeconomic","double(14,0)",null,null,null,null,"Fixed Amount Based on Historical Averages","N",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
["NetMigrationAge80to81","NetMigration Age 80 to 81","Macroeconomic","double(14,0)",null,null,null,null,"Fixed Amount Based on Historical Averages","N",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
["NetMigrationAge81to82","NetMigration Age 81 to 82","Macroeconomic","double(14,0)",null,null,null,null,"Fixed Amount Based on Historical Averages","N",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
["NetMigrationAge82to83","NetMigration Age 82 to 83","Macroeconomic","double(14,0)",null,null,null,null,"Fixed Amount Based on Historical Averages","N",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
["NetMigrationAge83to84","NetMigration Age 83 to 84","Macroeconomic","double(14,0)",null,null,null,null,"Fixed Amount Based on Historical Averages","N",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
["NetMigrationAge84to85","NetMigration Age 84 to 85","Macroeconomic","double(14,0)",null,null,null,null,"Fixed Amount Based on Historical Averages","N",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
["NetMigrationAge85to86","NetMigration Age 85 to 86","Macroeconomic","double(14,0)",null,null,null,null,"Fixed Amount Based on Historical Averages","N",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
["NetMigrationAge86to87","NetMigration Age 86 to 87","Macroeconomic","double(14,0)",null,null,null,null,"Fixed Amount Based on Historical Averages","N",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
["NetMigrationAge87to88","NetMigration Age 87 to 88","Macroeconomic","double(14,0)",null,null,null,null,"Fixed Amount Based on Historical Averages","N",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
["NetMigrationAge88to89","NetMigration Age 88 to 89","Macroeconomic","double(14,0)",null,null,null,null,"Fixed Amount Based on Historical Averages","N",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
["NetMigrationAge89to90","NetMigration Age 89 to 90","Macroeconomic","double(14,0)",null,null,null,null,"Fixed Amount Based on Historical Averages","N",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
["NetMigrationAge90to91","NetMigration Age 90 to 91","Macroeconomic","double(14,0)",null,null,null,null,"Fixed Amount Based on Historical Averages","N",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
["NetMigrationAge91to92","NetMigration Age 91 to 92","Macroeconomic","double(14,0)",null,null,null,null,"Fixed Amount Based on Historical Averages","N",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
["NetMigrationAge92to93","NetMigration Age 92 to 93","Macroeconomic","double(14,0)",null,null,null,null,"Fixed Amount Based on Historical Averages","N",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
["NetMigrationAge93to94","NetMigration Age 93 to 94","Macroeconomic","double(14,0)",null,null,null,null,"Fixed Amount Based on Historical Averages","N",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
["NetMigrationAge94to95","NetMigration Age 94 to 95","Macroeconomic","double(14,0)",null,null,null,null,"Fixed Amount Based on Historical Averages","N",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
["NetMigrationAge95to96","NetMigration Age 95 to 96","Macroeconomic","double(14,0)",null,null,null,null,"Fixed Amount Based on Historical Averages","N",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
["NetMigrationAge96to97","NetMigration Age 96 to 97","Macroeconomic","double(14,0)",null,null,null,null,"Fixed Amount Based on Historical Averages","N",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
["NetMigrationAge97to98","NetMigration Age 97 to 98","Macroeconomic","double(14,0)",null,null,null,null,"Fixed Amount Based on Historical Averages","N",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
["NetMigrationAge98to99","NetMigration Age 98 to 99","Macroeconomic","double(14,0)",null,null,null,null,"Fixed Amount Based on Historical Averages","N",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
["NetMigrationAge99to100","NetMigration Age 99 to 100","Macroeconomic","double(14,0)",null,null,null,null,"Fixed Amount Based on Historical Averages","N",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
["NetMigrationAge100andOver","NetMigration Age 100 and Over","Macroeconomic","double(14,0)",null,null,null,null,"Fixed Amount Based on Historical Averages","N",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
["PopAge0to1","Pop Age 0 to 1","Macroeconomic","double(14,0)",null,null,null,null,"Live Births minus Estimated Deaths plus Net Migration","N",4385531,"LiveBirths[y] * (1 - DeathRateAge0to1[y]) + NetMigrationAge0to1[y]",{"$f":"L216","v":"LiveBirths[y] * (1 - DeathRateAge0to1[y]) + NetMigrationAge0to1[y]"},{"$f":"M216","v":"LiveBirths[y] * (1 - DeathRateAge0to1[y]) + NetMigrationAge0to1[y]"},"LiveBirths[y] * (1 - DeathRateAge0to1[y]) + NetMigrationAge0to1[y]","LiveBirths[y] * (1 - DeathRateAge0to1[y]) + NetMigrationAge0to1[y]","LiveBirths[y] * (1 - DeathRateAge0to1[y]) + NetMigrationAge0to1[y]","LiveBirths[y] * (1 - DeathRateAge0to1[y]) + NetMigrationAge0to1[y]","LiveBirths[y] * (1 - DeathRateAge0to1[y]) + NetMigrationAge0to1[y]","LiveBirths[y] * (1 - DeathRateAge0to1[y]) + NetMigrationAge0to1[y]","LiveBirths[y] * (1 - DeathRateAge0to1[y]) + NetMigrationAge0to1[y]","LiveBirths[y] * (1 - DeathRateAge0to1[y]) + NetMigrationAge0to1[y]","LiveBirths[y] * (1 - DeathRateAge0to1[y]) + NetMigrationAge0to1[y]","LiveBirths[y] * (1 - DeathRateAge0to1[y]) + NetMigrationAge0to1[y]","LiveBirths[y] * (1 - DeathRateAge0to1[y]) + NetMigrationAge0to1[y]","LiveBirths[y] * (1 - DeathRateAge0to1[y]) + NetMigrationAge0to1[y]","LiveBirths[y] * (1 - DeathRateAge0to1[y]) + NetMigrationAge0to1[y]","LiveBirths[y] * (1 - DeathRateAge0to1[y]) + NetMigrationAge0to1[y]","LiveBirths[y] * (1 - DeathRateAge0to1[y]) + NetMigrationAge0to1[y]",{"$f":"AC216","v":"LiveBirths[y] * (1 - DeathRateAge0to1[y]) + NetMigrationAge0to1[y]"},"LiveBirths[y] * (1 - DeathRateAge0to1[y]) + NetMigrationAge0to1[y]","LiveBirths[y] * (1 - DeathRateAge0to1[y]) + NetMigrationAge0to1[y]","LiveBirths[y] * (1 - DeathRateAge0to1[y]) + NetMigrationAge0to1[y]","LiveBirths[y] * (1 - DeathRateAge0to1[y]) + NetMigrationAge0to1[y]","LiveBirths[y] * (1 - DeathRateAge0to1[y]) + NetMigrationAge0to1[y]","LiveBirths[y] * (1 - DeathRateAge0to1[y]) + NetMigrationAge0to1[y]","LiveBirths[y] * (1 - DeathRateAge0to1[y]) + NetMigrationAge0to1[y]","LiveBirths[y] * (1 - DeathRateAge0to1[y]) + NetMigrationAge0to1[y]","LiveBirths[y] * (1 - DeathRateAge0to1[y]) + NetMigrationAge0to1[y]","LiveBirths[y] * (1 - DeathRateAge0to1[y]) + NetMigrationAge0to1[y]","LiveBirths[y] * (1 - DeathRateAge0to1[y]) + NetMigrationAge0to1[y]"]
["PopAge1to2","Pop Age 1 to 2","Macroeconomic","double(14,0)",null,null,null,null,"Prior Year-Younger Age Cohort less Estimated Deaths plus Net Migration","N",3952644,{"$f":"A216&\"[y-1] * (1 -\"&A15&\"[y]) + \"&A116&\"[y]\"","v":"PopAge0to1[y-1] * (1 -DeathRateAge1to2[y]) + NetMigrationAge1to2[y]"},{"$f":"L217","v":"PopAge0to1[y-1] * (1 -DeathRateAge1to2[y]) + NetMigrationAge1to2[y]"},"PopAge0to1[y-1] * (1 -DeathRateAge1to2[y]) + NetMigrationAge1to2[y]","PopAge0to1[y-1] * (1 -DeathRateAge1to2[y]) + NetMigrationAge1to2[y]","PopAge0to1[y-1] * (1 -DeathRateAge1to2[y]) + NetMigrationAge1to2[y]","PopAge0to1[y-1] * (1 -DeathRateAge1to2[y]) + NetMigrationAge1to2[y]","PopAge0to1[y-1] * (1 -DeathRateAge1to2[y]) + NetMigrationAge1to2[y]","PopAge0to1[y-1] * (1 -DeathRateAge1to2[y]) + NetMigrationAge1to2[y]","PopAge0to1[y-1] * (1 -DeathRateAge1to2[y]) + NetMigrationAge1to2[y]","PopAge0to1[y-1] * (1 -DeathRateAge1to2[y]) + NetMigrationAge1to2[y]","PopAge0to1[y-1] * (1 -DeathRateAge1to2[y]) + NetMigrationAge1to2[y]","PopAge0to1[y-1] * (1 -DeathRateAge1to2[y]) + NetMigrationAge1to2[y]","PopAge0to1[y-1] * (1 -DeathRateAge1to2[y]) + NetMigrationAge1to2[y]","PopAge0to1[y-1] * (1 -DeathRateAge1to2[y]) + NetMigrationAge1to2[y]","PopAge0to1[y-1] * (1 -DeathRateAge1to2[y]) + NetMigrationAge1to2[y]","PopAge0to1[y-1] * (1 -DeathRateAge1to2[y]) + NetMigrationAge1to2[y]","PopAge0to1[y-1] * (1 -DeathRateAge1to2[y]) + NetMigrationAge1to2[y]","PopAge0to1[y-1] * (1 -DeathRateAge1to2[y]) + NetMigrationAge1to2[y]","PopAge0to1[y-1] * (1 -DeathRateAge1to2[y]) + NetMigrationAge1to2[y]","PopAge0to1[y-1] * (1 -DeathRateAge1to2[y]) + NetMigrationAge1to2[y]","PopAge0to1[y-1] * (1 -DeathRateAge1to2[y]) + NetMigrationAge1to2[y]","PopAge0to1[y-1] * (1 -DeathRateAge1to2[y]) + NetMigrationAge1to2[y]","PopAge0to1[y-1] * (1 -DeathRateAge1to2[y]) + NetMigrationAge1to2[y]","PopAge0to1[y-1] * (1 -DeathRateAge1to2[y]) + NetMigrationAge1to2[y]","PopAge0to1[y-1] * (1 -DeathRateAge1to2[y]) + NetMigrationAge1to2[y]","PopAge0to1[y-1] * (1 -DeathRateAge1to2[y]) + NetMigrationAge1to2[y]","PopAge0to1[y-1] * (1 -DeathRateAge1to2[y]) + NetMigrationAge1to2[y]","PopAge0to1[y-1] * (1 -DeathRateAge1to2[y]) + NetMigrationAge1to2[y]","PopAge0to1[y-1] * (1 -DeathRateAge1to2[y]) + NetMigrationAge1to2[y]","PopAge0to1[y-1] * (1 -DeathRateAge1to2[y]) + NetMigrationAge1to2[y]"]
["PopAge2to3","Pop Age 2 to 3","Macroeconomic","double(14,0)",null,null,null,null,"Prior Year-Younger Age Cohort less Estimated Deaths plus Net Migration","N",3986553,{"$f":"A217&\"[y-1] * (1 -\"&A16&\"[y]) + \"&A117&\"[y]\"","v":"PopAge1to2[y-1] * (1 -DeathRateAge2to3[y]) + NetMigrationAge2to3[y]"},"PopAge1to2[y-1] * (1 -DeathRateAge2to3[y]) + NetMigrationAge2to3[y]","PopAge1to2[y-1] * (1 -DeathRateAge2to3[y]) + NetMigrationAge2to3[y]","PopAge1to2[y-1] * (1 -DeathRateAge2to3[y]) + NetMigrationAge2to3[y]","PopAge1to2[y-1] * (1 -DeathRateAge2to3[y]) + NetMigrationAge2to3[y]","PopAge1to2[y-1] * (1 -DeathRateAge2to3[y]) + NetMigrationAge2to3[y]","PopAge1to2[y-1] * (1 -DeathRateAge2to3[y]) + NetMigrationAge2to3[y]","PopAge1to2[y-1] * (1 -DeathRateAge2to3[y]) + NetMigrationAge2to3[y]","PopAge1to2[y-1] * (1 -DeathRateAge2to3[y]) + NetMigrationAge2to3[y]","PopAge1to2[y-1] * (1 -DeathRateAge2to3[y]) + NetMigrationAge2to3[y]","PopAge1to2[y-1] * (1 -DeathRateAge2to3[y]) + NetMigrationAge2to3[y]","PopAge1to2[y-1] * (1 -DeathRateAge2to3[y]) + NetMigrationAge2to3[y]","PopAge1to2[y-1] * (1 -DeathRateAge2to3[y]) + NetMigrationAge2to3[y]","PopAge1to2[y-1] * (1 -DeathRateAge2to3[y]) + NetMigrationAge2to3[y]","PopAge1to2[y-1] * (1 -DeathRateAge2to3[y]) + NetMigrationAge2to3[y]","PopAge1to2[y-1] * (1 -DeathRateAge2to3[y]) + NetMigrationAge2to3[y]","PopAge1to2[y-1] * (1 -DeathRateAge2to3[y]) + NetMigrationAge2to3[y]","PopAge1to2[y-1] * (1 -DeathRateAge2to3[y]) + NetMigrationAge2to3[y]","PopAge1to2[y-1] * (1 -DeathRateAge2to3[y]) + NetMigrationAge2to3[y]","PopAge1to2[y-1] * (1 -DeathRateAge2to3[y]) + NetMigrationAge2to3[y]","PopAge1to2[y-1] * (1 -DeathRateAge2to3[y]) + NetMigrationAge2to3[y]","PopAge1to2[y-1] * (1 -DeathRateAge2to3[y]) + NetMigrationAge2to3[y]","PopAge1to2[y-1] * (1 -DeathRateAge2to3[y]) + NetMigrationAge2to3[y]","PopAge1to2[y-1] * (1 -DeathRateAge2to3[y]) + NetMigrationAge2to3[y]","PopAge1to2[y-1] * (1 -DeathRateAge2to3[y]) + NetMigrationAge2to3[y]","PopAge1to2[y-1] * (1 -DeathRateAge2to3[y]) + NetMigrationAge2to3[y]","PopAge1to2[y-1] * (1 -DeathRateAge2to3[y]) + NetMigrationAge2to3[y]","PopAge1to2[y-1] * (1 -DeathRateAge2to3[y]) + NetMigrationAge2to3[y]","PopAge1to2[y-1] * (1 -DeathRateAge2to3[y]) + NetMigrationAge2to3[y]","PopAge1to2[y-1] * (1 -DeathRateAge2to3[y]) + NetMigrationAge2to3[y]"]
["PopAge3to4","Pop Age 3 to 4","Macroeconomic","double(14,0)",null,null,null,null,"Prior Year-Younger Age Cohort less Estimated Deaths plus Net Migration","N",4105385,"PopAge2to3[y-1] * (1 -DeathRateAge3to4[y]) + NetMigrationAge3to4[y]","PopAge2to3[y-1] * (1 -DeathRateAge3to4[y]) + NetMigrationAge3to4[y]","PopAge2to3[y-1] * (1 -DeathRateAge3to4[y]) + NetMigrationAge3to4[y]","PopAge2to3[y-1] * (1 -DeathRateAge3to4[y]) + NetMigrationAge3to4[y]","PopAge2to3[y-1] * (1 -DeathRateAge3to4[y]) + NetMigrationAge3to4[y]","PopAge2to3[y-1] * (1 -DeathRateAge3to4[y]) + NetMigrationAge3to4[y]","PopAge2to3[y-1] * (1 -DeathRateAge3to4[y]) + NetMigrationAge3to4[y]","PopAge2to3[y-1] * (1 -DeathRateAge3to4[y]) + NetMigrationAge3to4[y]","PopAge2to3[y-1] * (1 -DeathRateAge3to4[y]) + NetMigrationAge3to4[y]","PopAge2to3[y-1] * (1 -DeathRateAge3to4[y]) + NetMigrationAge3to4[y]","PopAge2to3[y-1] * (1 -DeathRateAge3to4[y]) + NetMigrationAge3to4[y]","PopAge2to3[y-1] * (1 -DeathRateAge3to4[y]) + NetMigrationAge3to4[y]","PopAge2to3[y-1] * (1 -DeathRateAge3to4[y]) + NetMigrationAge3to4[y]","PopAge2to3[y-1] * (1 -DeathRateAge3to4[y]) + NetMigrationAge3to4[y]","PopAge2to3[y-1] * (1 -DeathRateAge3to4[y]) + NetMigrationAge3to4[y]","PopAge2to3[y-1] * (1 -DeathRateAge3to4[y]) + NetMigrationAge3to4[y]","PopAge2to3[y-1] * (1 -DeathRateAge3to4[y]) + NetMigrationAge3to4[y]","PopAge2to3[y-1] * (1 -DeathRateAge3to4[y]) + NetMigrationAge3to4[y]","PopAge2to3[y-1] * (1 -DeathRateAge3to4[y]) + NetMigrationAge3to4[y]","PopAge2to3[y-1] * (1 -DeathRateAge3to4[y]) + NetMigrationAge3to4[y]","PopAge2to3[y-1] * (1 -DeathRateAge3to4[y]) + NetMigrationAge3to4[y]","PopAge2to3[y-1] * (1 -DeathRateAge3to4[y]) + NetMigrationAge3to4[y]","PopAge2to3[y-1] * (1 -DeathRateAge3to4[y]) + NetMigrationAge3to4[y]","PopAge2to3[y-1] * (1 -DeathRateAge3to4[y]) + NetMigrationAge3to4[y]","PopAge2to3[y-1] * (1 -DeathRateAge3to4[y]) + NetMigrationAge3to4[y]","PopAge2to3[y-1] * (1 -DeathRateAge3to4[y]) + NetMigrationAge3to4[y]","PopAge2to3[y-1] * (1 -DeathRateAge3to4[y]) + NetMigrationAge3to4[y]","PopAge2to3[y-1] * (1 -DeathRateAge3to4[y]) + NetMigrationAge3to4[y]","PopAge2to3[y-1] * (1 -DeathRateAge3to4[y]) + NetMigrationAge3to4[y]","PopAge2to3[y-1] * (1 -DeathRateAge3to4[y]) + NetMigrationAge3to4[y]"]
["PopAge4to5","Pop Age 4 to 5","Macroeconomic","double(14,0)",null,null,null,null,"Prior Year-Younger Age Cohort less Estimated Deaths plus Net Migration","N",4127491,"PopAge3to4[y-1] * (1 -DeathRateAge4to5[y]) + NetMigrationAge4to5[y]","PopAge3to4[y-1] * (1 -DeathRateAge4to5[y]) + NetMigrationAge4to5[y]","PopAge3to4[y-1] * (1 -DeathRateAge4to5[y]) + NetMigrationAge4to5[y]","PopAge3to4[y-1] * (1 -DeathRateAge4to5[y]) + NetMigrationAge4to5[y]","PopAge3to4[y-1] * (1 -DeathRateAge4to5[y]) + NetMigrationAge4to5[y]","PopAge3to4[y-1] * (1 -DeathRateAge4to5[y]) + NetMigrationAge4to5[y]","PopAge3to4[y-1] * (1 -DeathRateAge4to5[y]) + NetMigrationAge4to5[y]","PopAge3to4[y-1] * (1 -DeathRateAge4to5[y]) + NetMigrationAge4to5[y]","PopAge3to4[y-1] * (1 -DeathRateAge4to5[y]) + NetMigrationAge4to5[y]","PopAge3to4[y-1] * (1 -DeathRateAge4to5[y]) + NetMigrationAge4to5[y]","PopAge3to4[y-1] * (1 -DeathRateAge4to5[y]) + NetMigrationAge4to5[y]","PopAge3to4[y-1] * (1 -DeathRateAge4to5[y]) + NetMigrationAge4to5[y]","PopAge3to4[y-1] * (1 -DeathRateAge4to5[y]) + NetMigrationAge4to5[y]","PopAge3to4[y-1] * (1 -DeathRateAge4to5[y]) + NetMigrationAge4to5[y]","PopAge3to4[y-1] * (1 -DeathRateAge4to5[y]) + NetMigrationAge4to5[y]","PopAge3to4[y-1] * (1 -DeathRateAge4to5[y]) + NetMigrationAge4to5[y]","PopAge3to4[y-1] * (1 -DeathRateAge4to5[y]) + NetMigrationAge4to5[y]","PopAge3to4[y-1] * (1 -DeathRateAge4to5[y]) + NetMigrationAge4to5[y]","PopAge3to4[y-1] * (1 -DeathRateAge4to5[y]) + NetMigrationAge4to5[y]","PopAge3to4[y-1] * (1 -DeathRateAge4to5[y]) + NetMigrationAge4to5[y]","PopAge3to4[y-1] * (1 -DeathRateAge4to5[y]) + NetMigrationAge4to5[y]","PopAge3to4[y-1] * (1 -DeathRateAge4to5[y]) + NetMigrationAge4to5[y]","PopAge3to4[y-1] * (1 -DeathRateAge4to5[y]) + NetMigrationAge4to5[y]","PopAge3to4[y-1] * (1 -DeathRateAge4to5[y]) + NetMigrationAge4to5[y]","PopAge3to4[y-1] * (1 -DeathRateAge4to5[y]) + NetMigrationAge4to5[y]","PopAge3to4[y-1] * (1 -DeathRateAge4to5[y]) + NetMigrationAge4to5[y]","PopAge3to4[y-1] * (1 -DeathRateAge4to5[y]) + NetMigrationAge4to5[y]","PopAge3to4[y-1] * (1 -DeathRateAge4to5[y]) + NetMigrationAge4to5[y]","PopAge3to4[y-1] * (1 -DeathRateAge4to5[y]) + NetMigrationAge4to5[y]","PopAge3to4[y-1] * (1 -DeathRateAge4to5[y]) + NetMigrationAge4to5[y]"]
["PopAge5to6","Pop Age 5 to 6","Macroeconomic","double(14,0)",null,null,null,null,"Prior Year-Younger Age Cohort less Estimated Deaths plus Net Migration","N",4072062,"PopAge4to5[y-1] * (1 -DeathRateAge5to6[y]) + NetMigrationAge5to6[y]","PopAge4to5[y-1] * (1 -DeathRateAge5to6[y]) + NetMigrationAge5to6[y]","PopAge4to5[y-1] * (1 -DeathRateAge5to6[y]) + NetMigrationAge5to6[y]","PopAge4to5[y-1] * (1 -DeathRateAge5to6[y]) + NetMigrationAge5to6[y]","PopAge4to5[y-1] * (1 -DeathRateAge5to6[y]) + NetMigrationAge5to6[y]","PopAge4to5[y-1] * (1 -DeathRateAge5to6[y]) + NetMigrationAge5to6[y]","PopAge4to5[y-1] * (1 -DeathRateAge5to6[y]) + NetMigrationAge5to6[y]","PopAge4to5[y-1] * (1 -DeathRateAge5to6[y]) + NetMigrationAge5to6[y]","PopAge4to5[y-1] * (1 -DeathRateAge5to6[y]) + NetMigrationAge5to6[y]","PopAge4to5[y-1] * (1 -DeathRateAge5to6[y]) + NetMigrationAge5to6[y]","PopAge4to5[y-1] * (1 -DeathRateAge5to6[y]) + NetMigrationAge5to6[y]","PopAge4to5[y-1] * (1 -DeathRateAge5to6[y]) + NetMigrationAge5to6[y]","PopAge4to5[y-1] * (1 -DeathRateAge5to6[y]) + NetMigrationAge5to6[y]","PopAge4to5[y-1] * (1 -DeathRateAge5to6[y]) + NetMigrationAge5to6[y]","PopAge4to5[y-1] * (1 -DeathRateAge5to6[y]) + NetMigrationAge5to6[y]","PopAge4to5[y-1] * (1 -DeathRateAge5to6[y]) + NetMigrationAge5to6[y]","PopAge4to5[y-1] * (1 -DeathRateAge5to6[y]) + NetMigrationAge5to6[y]","PopAge4to5[y-1] * (1 -DeathRateAge5to6[y]) + NetMigrationAge5to6[y]","PopAge4to5[y-1] * (1 -DeathRateAge5to6[y]) + NetMigrationAge5to6[y]","PopAge4to5[y-1] * (1 -DeathRateAge5to6[y]) + NetMigrationAge5to6[y]","PopAge4to5[y-1] * (1 -DeathRateAge5to6[y]) + NetMigrationAge5to6[y]","PopAge4to5[y-1] * (1 -DeathRateAge5to6[y]) + NetMigrationAge5to6[y]","PopAge4to5[y-1] * (1 -DeathRateAge5to6[y]) + NetMigrationAge5to6[y]","PopAge4to5[y-1] * (1 -DeathRateAge5to6[y]) + NetMigrationAge5to6[y]","PopAge4to5[y-1] * (1 -DeathRateAge5to6[y]) + NetMigrationAge5to6[y]","PopAge4to5[y-1] * (1 -DeathRateAge5to6[y]) + NetMigrationAge5to6[y]","PopAge4to5[y-1] * (1 -DeathRateAge5to6[y]) + NetMigrationAge5to6[y]","PopAge4to5[y-1] * (1 -DeathRateAge5to6[y]) + NetMigrationAge5to6[y]","PopAge4to5[y-1] * (1 -DeathRateAge5to6[y]) + NetMigrationAge5to6[y]","PopAge4to5[y-1] * (1 -DeathRateAge5to6[y]) + NetMigrationAge5to6[y]"]
["PopAge6to7","Pop Age 6 to 7","Macroeconomic","double(14,0)",null,null,null,null,"Prior Year-Younger Age Cohort less Estimated Deaths plus Net Migration","N",4065750,"PopAge5to6[y-1] * (1 -DeathRateAge6to7[y]) + NetMigrationAge6to7[y]","PopAge5to6[y-1] * (1 -DeathRateAge6to7[y]) + NetMigrationAge6to7[y]","PopAge5to6[y-1] * (1 -DeathRateAge6to7[y]) + NetMigrationAge6to7[y]","PopAge5to6[y-1] * (1 -DeathRateAge6to7[y]) + NetMigrationAge6to7[y]","PopAge5to6[y-1] * (1 -DeathRateAge6to7[y]) + NetMigrationAge6to7[y]","PopAge5to6[y-1] * (1 -DeathRateAge6to7[y]) + NetMigrationAge6to7[y]","PopAge5to6[y-1] * (1 -DeathRateAge6to7[y]) + NetMigrationAge6to7[y]","PopAge5to6[y-1] * (1 -DeathRateAge6to7[y]) + NetMigrationAge6to7[y]","PopAge5to6[y-1] * (1 -DeathRateAge6to7[y]) + NetMigrationAge6to7[y]","PopAge5to6[y-1] * (1 -DeathRateAge6to7[y]) + NetMigrationAge6to7[y]","PopAge5to6[y-1] * (1 -DeathRateAge6to7[y]) + NetMigrationAge6to7[y]","PopAge5to6[y-1] * (1 -DeathRateAge6to7[y]) + NetMigrationAge6to7[y]","PopAge5to6[y-1] * (1 -DeathRateAge6to7[y]) + NetMigrationAge6to7[y]","PopAge5to6[y-1] * (1 -DeathRateAge6to7[y]) + NetMigrationAge6to7[y]","PopAge5to6[y-1] * (1 -DeathRateAge6to7[y]) + NetMigrationAge6to7[y]","PopAge5to6[y-1] * (1 -DeathRateAge6to7[y]) + NetMigrationAge6to7[y]","PopAge5to6[y-1] * (1 -DeathRateAge6to7[y]) + NetMigrationAge6to7[y]","PopAge5to6[y-1] * (1 -DeathRateAge6to7[y]) + NetMigrationAge6to7[y]","PopAge5to6[y-1] * (1 -DeathRateAge6to7[y]) + NetMigrationAge6to7[y]","PopAge5to6[y-1] * (1 -DeathRateAge6to7[y]) + NetMigrationAge6to7[y]","PopAge5to6[y-1] * (1 -DeathRateAge6to7[y]) + NetMigrationAge6to7[y]","PopAge5to6[y-1] * (1 -DeathRateAge6to7[y]) + NetMigrationAge6to7[y]","PopAge5to6[y-1] * (1 -DeathRateAge6to7[y]) + NetMigrationAge6to7[y]","PopAge5to6[y-1] * (1 -DeathRateAge6to7[y]) + NetMigrationAge6to7[y]","PopAge5to6[y-1] * (1 -DeathRateAge6to7[y]) + NetMigrationAge6to7[y]","PopAge5to6[y-1] * (1 -DeathRateAge6to7[y]) + NetMigrationAge6to7[y]","PopAge5to6[y-1] * (1 -DeathRateAge6to7[y]) + NetMigrationAge6to7[y]","PopAge5to6[y-1] * (1 -DeathRateAge6to7[y]) + NetMigrationAge6to7[y]","PopAge5to6[y-1] * (1 -DeathRateAge6to7[y]) + NetMigrationAge6to7[y]","PopAge5to6[y-1] * (1 -DeathRateAge6to7[y]) + NetMigrationAge6to7[y]"]
["PopAge7to8","Pop Age 7 to 8","Macroeconomic","double(14,0)",null,null,null,null,"Prior Year-Younger Age Cohort less Estimated Deaths plus Net Migration","N",4075272,"PopAge6to7[y-1] * (1 -DeathRateAge7to8[y]) + NetMigrationAge7to8[y]","PopAge6to7[y-1] * (1 -DeathRateAge7to8[y]) + NetMigrationAge7to8[y]","PopAge6to7[y-1] * (1 -DeathRateAge7to8[y]) + NetMigrationAge7to8[y]","PopAge6to7[y-1] * (1 -DeathRateAge7to8[y]) + NetMigrationAge7to8[y]","PopAge6to7[y-1] * (1 -DeathRateAge7to8[y]) + NetMigrationAge7to8[y]","PopAge6to7[y-1] * (1 -DeathRateAge7to8[y]) + NetMigrationAge7to8[y]","PopAge6to7[y-1] * (1 -DeathRateAge7to8[y]) + NetMigrationAge7to8[y]","PopAge6to7[y-1] * (1 -DeathRateAge7to8[y]) + NetMigrationAge7to8[y]","PopAge6to7[y-1] * (1 -DeathRateAge7to8[y]) + NetMigrationAge7to8[y]","PopAge6to7[y-1] * (1 -DeathRateAge7to8[y]) + NetMigrationAge7to8[y]","PopAge6to7[y-1] * (1 -DeathRateAge7to8[y]) + NetMigrationAge7to8[y]","PopAge6to7[y-1] * (1 -DeathRateAge7to8[y]) + NetMigrationAge7to8[y]","PopAge6to7[y-1] * (1 -DeathRateAge7to8[y]) + NetMigrationAge7to8[y]","PopAge6to7[y-1] * (1 -DeathRateAge7to8[y]) + NetMigrationAge7to8[y]","PopAge6to7[y-1] * (1 -DeathRateAge7to8[y]) + NetMigrationAge7to8[y]","PopAge6to7[y-1] * (1 -DeathRateAge7to8[y]) + NetMigrationAge7to8[y]","PopAge6to7[y-1] * (1 -DeathRateAge7to8[y]) + NetMigrationAge7to8[y]","PopAge6to7[y-1] * (1 -DeathRateAge7to8[y]) + NetMigrationAge7to8[y]","PopAge6to7[y-1] * (1 -DeathRateAge7to8[y]) + NetMigrationAge7to8[y]","PopAge6to7[y-1] * (1 -DeathRateAge7to8[y]) + NetMigrationAge7to8[y]","PopAge6to7[y-1] * (1 -DeathRateAge7to8[y]) + NetMigrationAge7to8[y]","PopAge6to7[y-1] * (1 -DeathRateAge7to8[y]) + NetMigrationAge7to8[y]","PopAge6to7[y-1] * (1 -DeathRateAge7to8[y]) + NetMigrationAge7to8[y]","PopAge6to7[y-1] * (1 -DeathRateAge7to8[y]) + NetMigrationAge7to8[y]","PopAge6to7[y-1] * (1 -DeathRateAge7to8[y]) + NetMigrationAge7to8[y]","PopAge6to7[y-1] * (1 -DeathRateAge7to8[y]) + NetMigrationAge7to8[y]","PopAge6to7[y-1] * (1 -DeathRateAge7to8[y]) + NetMigrationAge7to8[y]","PopAge6to7[y-1] * (1 -DeathRateAge7to8[y]) + NetMigrationAge7to8[y]","PopAge6to7[y-1] * (1 -DeathRateAge7to8[y]) + NetMigrationAge7to8[y]","PopAge6to7[y-1] * (1 -DeathRateAge7to8[y]) + NetMigrationAge7to8[y]"]
["PopAge8to9","Pop Age 8 to 9","Macroeconomic","double(14,0)",null,null,null,null,"Prior Year-Younger Age Cohort less Estimated Deaths plus Net Migration","N",4039475,"PopAge7to8[y-1] * (1 -DeathRateAge8to9[y]) + NetMigrationAge8to9[y]","PopAge7to8[y-1] * (1 -DeathRateAge8to9[y]) + NetMigrationAge8to9[y]","PopAge7to8[y-1] * (1 -DeathRateAge8to9[y]) + NetMigrationAge8to9[y]","PopAge7to8[y-1] * (1 -DeathRateAge8to9[y]) + NetMigrationAge8to9[y]","PopAge7to8[y-1] * (1 -DeathRateAge8to9[y]) + NetMigrationAge8to9[y]","PopAge7to8[y-1] * (1 -DeathRateAge8to9[y]) + NetMigrationAge8to9[y]","PopAge7to8[y-1] * (1 -DeathRateAge8to9[y]) + NetMigrationAge8to9[y]","PopAge7to8[y-1] * (1 -DeathRateAge8to9[y]) + NetMigrationAge8to9[y]","PopAge7to8[y-1] * (1 -DeathRateAge8to9[y]) + NetMigrationAge8to9[y]","PopAge7to8[y-1] * (1 -DeathRateAge8to9[y]) + NetMigrationAge8to9[y]","PopAge7to8[y-1] * (1 -DeathRateAge8to9[y]) + NetMigrationAge8to9[y]","PopAge7to8[y-1] * (1 -DeathRateAge8to9[y]) + NetMigrationAge8to9[y]","PopAge7to8[y-1] * (1 -DeathRateAge8to9[y]) + NetMigrationAge8to9[y]","PopAge7to8[y-1] * (1 -DeathRateAge8to9[y]) + NetMigrationAge8to9[y]","PopAge7to8[y-1] * (1 -DeathRateAge8to9[y]) + NetMigrationAge8to9[y]","PopAge7to8[y-1] * (1 -DeathRateAge8to9[y]) + NetMigrationAge8to9[y]","PopAge7to8[y-1] * (1 -DeathRateAge8to9[y]) + NetMigrationAge8to9[y]","PopAge7to8[y-1] * (1 -DeathRateAge8to9[y]) + NetMigrationAge8to9[y]","PopAge7to8[y-1] * (1 -DeathRateAge8to9[y]) + NetMigrationAge8to9[y]","PopAge7to8[y-1] * (1 -DeathRateAge8to9[y]) + NetMigrationAge8to9[y]","PopAge7to8[y-1] * (1 -DeathRateAge8to9[y]) + NetMigrationAge8to9[y]","PopAge7to8[y-1] * (1 -DeathRateAge8to9[y]) + NetMigrationAge8to9[y]","PopAge7to8[y-1] * (1 -DeathRateAge8to9[y]) + NetMigrationAge8to9[y]","PopAge7to8[y-1] * (1 -DeathRateAge8to9[y]) + NetMigrationAge8to9[y]","PopAge7to8[y-1] * (1 -DeathRateAge8to9[y]) + NetMigrationAge8to9[y]","PopAge7to8[y-1] * (1 -DeathRateAge8to9[y]) + NetMigrationAge8to9[y]","PopAge7to8[y-1] * (1 -DeathRateAge8to9[y]) + NetMigrationAge8to9[y]","PopAge7to8[y-1] * (1 -DeathRateAge8to9[y]) + NetMigrationAge8to9[y]","PopAge7to8[y-1] * (1 -DeathRateAge8to9[y]) + NetMigrationAge8to9[y]","PopAge7to8[y-1] * (1 -DeathRateAge8to9[y]) + NetMigrationAge8to9[y]"]
["PopAge9to10","Pop Age 9 to 10","Macroeconomic","double(14,0)",null,null,null,null,"Prior Year-Younger Age Cohort less Estimated Deaths plus Net Migration","N",4055380,"PopAge8to9[y-1] * (1 -DeathRateAge9to10[y]) + NetMigrationAge9to10[y]","PopAge8to9[y-1] * (1 -DeathRateAge9to10[y]) + NetMigrationAge9to10[y]","PopAge8to9[y-1] * (1 -DeathRateAge9to10[y]) + NetMigrationAge9to10[y]","PopAge8to9[y-1] * (1 -DeathRateAge9to10[y]) + NetMigrationAge9to10[y]","PopAge8to9[y-1] * (1 -DeathRateAge9to10[y]) + NetMigrationAge9to10[y]","PopAge8to9[y-1] * (1 -DeathRateAge9to10[y]) + NetMigrationAge9to10[y]","PopAge8to9[y-1] * (1 -DeathRateAge9to10[y]) + NetMigrationAge9to10[y]","PopAge8to9[y-1] * (1 -DeathRateAge9to10[y]) + NetMigrationAge9to10[y]","PopAge8to9[y-1] * (1 -DeathRateAge9to10[y]) + NetMigrationAge9to10[y]","PopAge8to9[y-1] * (1 -DeathRateAge9to10[y]) + NetMigrationAge9to10[y]","PopAge8to9[y-1] * (1 -DeathRateAge9to10[y]) + NetMigrationAge9to10[y]","PopAge8to9[y-1] * (1 -DeathRateAge9to10[y]) + NetMigrationAge9to10[y]","PopAge8to9[y-1] * (1 -DeathRateAge9to10[y]) + NetMigrationAge9to10[y]","PopAge8to9[y-1] * (1 -DeathRateAge9to10[y]) + NetMigrationAge9to10[y]","PopAge8to9[y-1] * (1 -DeathRateAge9to10[y]) + NetMigrationAge9to10[y]","PopAge8to9[y-1] * (1 -DeathRateAge9to10[y]) + NetMigrationAge9to10[y]","PopAge8to9[y-1] * (1 -DeathRateAge9to10[y]) + NetMigrationAge9to10[y]","PopAge8to9[y-1] * (1 -DeathRateAge9to10[y]) + NetMigrationAge9to10[y]","PopAge8to9[y-1] * (1 -DeathRateAge9to10[y]) + NetMigrationAge9to10[y]","PopAge8to9[y-1] * (1 -DeathRateAge9to10[y]) + NetMigrationAge9to10[y]","PopAge8to9[y-1] * (1 -DeathRateAge9to10[y]) + NetMigrationAge9to10[y]","PopAge8to9[y-1] * (1 -DeathRateAge9to10[y]) + NetMigrationAge9to10[y]","PopAge8to9[y-1] * (1 -DeathRateAge9to10[y]) + NetMigrationAge9to10[y]","PopAge8to9[y-1] * (1 -DeathRateAge9to10[y]) + NetMigrationAge9to10[y]","PopAge8to9[y-1] * (1 -DeathRateAge9to10[y]) + NetMigrationAge9to10[y]","PopAge8to9[y-1] * (1 -DeathRateAge9to10[y]) + NetMigrationAge9to10[y]","PopAge8to9[y-1] * (1 -DeathRateAge9to10[y]) + NetMigrationAge9to10[y]","PopAge8to9[y-1] * (1 -DeathRateAge9to10[y]) + NetMigrationAge9to10[y]","PopAge8to9[y-1] * (1 -DeathRateAge9to10[y]) + NetMigrationAge9to10[y]","PopAge8to9[y-1] * (1 -DeathRateAge9to10[y]) + NetMigrationAge9to10[y]"]
["PopAge10to11","Pop Age 10 to 11","Macroeconomic","double(14,0)",null,null,null,null,"Prior Year-Younger Age Cohort less Estimated Deaths plus Net Migration","N",4157234,"PopAge9to10[y-1] * (1 -DeathRateAge10to11[y]) + NetMigrationAge10to11[y]","PopAge9to10[y-1] * (1 -DeathRateAge10to11[y]) + NetMigrationAge10to11[y]","PopAge9to10[y-1] * (1 -DeathRateAge10to11[y]) + NetMigrationAge10to11[y]","PopAge9to10[y-1] * (1 -DeathRateAge10to11[y]) + NetMigrationAge10to11[y]","PopAge9to10[y-1] * (1 -DeathRateAge10to11[y]) + NetMigrationAge10to11[y]","PopAge9to10[y-1] * (1 -DeathRateAge10to11[y]) + NetMigrationAge10to11[y]","PopAge9to10[y-1] * (1 -DeathRateAge10to11[y]) + NetMigrationAge10to11[y]","PopAge9to10[y-1] * (1 -DeathRateAge10to11[y]) + NetMigrationAge10to11[y]","PopAge9to10[y-1] * (1 -DeathRateAge10to11[y]) + NetMigrationAge10to11[y]","PopAge9to10[y-1] * (1 -DeathRateAge10to11[y]) + NetMigrationAge10to11[y]","PopAge9to10[y-1] * (1 -DeathRateAge10to11[y]) + NetMigrationAge10to11[y]","PopAge9to10[y-1] * (1 -DeathRateAge10to11[y]) + NetMigrationAge10to11[y]","PopAge9to10[y-1] * (1 -DeathRateAge10to11[y]) + NetMigrationAge10to11[y]","PopAge9to10[y-1] * (1 -DeathRateAge10to11[y]) + NetMigrationAge10to11[y]","PopAge9to10[y-1] * (1 -DeathRateAge10to11[y]) + NetMigrationAge10to11[y]","PopAge9to10[y-1] * (1 -DeathRateAge10to11[y]) + NetMigrationAge10to11[y]","PopAge9to10[y-1] * (1 -DeathRateAge10to11[y]) + NetMigrationAge10to11[y]","PopAge9to10[y-1] * (1 -DeathRateAge10to11[y]) + NetMigrationAge10to11[y]","PopAge9to10[y-1] * (1 -DeathRateAge10to11[y]) + NetMigrationAge10to11[y]","PopAge9to10[y-1] * (1 -DeathRateAge10to11[y]) + NetMigrationAge10to11[y]","PopAge9to10[y-1] * (1 -DeathRateAge10to11[y]) + NetMigrationAge10to11[y]","PopAge9to10[y-1] * (1 -DeathRateAge10to11[y]) + NetMigrationAge10to11[y]","PopAge9to10[y-1] * (1 -DeathRateAge10to11[y]) + NetMigrationAge10to11[y]","PopAge9to10[y-1] * (1 -DeathRateAge10to11[y]) + NetMigrationAge10to11[y]","PopAge9to10[y-1] * (1 -DeathRateAge10to11[y]) + NetMigrationAge10to11[y]","PopAge9to10[y-1] * (1 -DeathRateAge10to11[y]) + NetMigrationAge10to11[y]","PopAge9to10[y-1] * (1 -DeathRateAge10to11[y]) + NetMigrationAge10to11[y]","PopAge9to10[y-1] * (1 -DeathRateAge10to11[y]) + NetMigrationAge10to11[y]","PopAge9to10[y-1] * (1 -DeathRateAge10to11[y]) + NetMigrationAge10to11[y]","PopAge9to10[y-1] * (1 -DeathRateAge10to11[y]) + NetMigrationAge10to11[y]"]
["PopAge11to12","Pop Age 11 to 12","Macroeconomic","double(14,0)",null,null,null,null,"Prior Year-Younger Age Cohort less Estimated Deaths plus Net Migration","N",4181419,"PopAge10to11[y-1] * (1 -DeathRateAge11to12[y]) + NetMigrationAge11to12[y]","PopAge10to11[y-1] * (1 -DeathRateAge11to12[y]) + NetMigrationAge11to12[y]","PopAge10to11[y-1] * (1 -DeathRateAge11to12[y]) + NetMigrationAge11to12[y]","PopAge10to11[y-1] * (1 -DeathRateAge11to12[y]) + NetMigrationAge11to12[y]","PopAge10to11[y-1] * (1 -DeathRateAge11to12[y]) + NetMigrationAge11to12[y]","PopAge10to11[y-1] * (1 -DeathRateAge11to12[y]) + NetMigrationAge11to12[y]","PopAge10to11[y-1] * (1 -DeathRateAge11to12[y]) + NetMigrationAge11to12[y]","PopAge10to11[y-1] * (1 -DeathRateAge11to12[y]) + NetMigrationAge11to12[y]","PopAge10to11[y-1] * (1 -DeathRateAge11to12[y]) + NetMigrationAge11to12[y]","PopAge10to11[y-1] * (1 -DeathRateAge11to12[y]) + NetMigrationAge11to12[y]","PopAge10to11[y-1] * (1 -DeathRateAge11to12[y]) + NetMigrationAge11to12[y]","PopAge10to11[y-1] * (1 -DeathRateAge11to12[y]) + NetMigrationAge11to12[y]","PopAge10to11[y-1] * (1 -DeathRateAge11to12[y]) + NetMigrationAge11to12[y]","PopAge10to11[y-1] * (1 -DeathRateAge11to12[y]) + NetMigrationAge11to12[y]","PopAge10to11[y-1] * (1 -DeathRateAge11to12[y]) + NetMigrationAge11to12[y]","PopAge10to11[y-1] * (1 -DeathRateAge11to12[y]) + NetMigrationAge11to12[y]","PopAge10to11[y-1] * (1 -DeathRateAge11to12[y]) + NetMigrationAge11to12[y]","PopAge10to11[y-1] * (1 -DeathRateAge11to12[y]) + NetMigrationAge11to12[y]","PopAge10to11[y-1] * (1 -DeathRateAge11to12[y]) + NetMigrationAge11to12[y]","PopAge10to11[y-1] * (1 -DeathRateAge11to12[y]) + NetMigrationAge11to12[y]","PopAge10to11[y-1] * (1 -DeathRateAge11to12[y]) + NetMigrationAge11to12[y]","PopAge10to11[y-1] * (1 -DeathRateAge11to12[y]) + NetMigrationAge11to12[y]","PopAge10to11[y-1] * (1 -DeathRateAge11to12[y]) + NetMigrationAge11to12[y]","PopAge10to11[y-1] * (1 -DeathRateAge11to12[y]) + NetMigrationAge11to12[y]","PopAge10to11[y-1] * (1 -DeathRateAge11to12[y]) + NetMigrationAge11to12[y]","PopAge10to11[y-1] * (1 -DeathRateAge11to12[y]) + NetMigrationAge11to12[y]","PopAge10to11[y-1] * (1 -DeathRateAge11to12[y]) + NetMigrationAge11to12[y]","PopAge10to11[y-1] * (1 -DeathRateAge11to12[y]) + NetMigrationAge11to12[y]","PopAge10to11[y-1] * (1 -DeathRateAge11to12[y]) + NetMigrationAge11to12[y]","PopAge10to11[y-1] * (1 -DeathRateAge11to12[y]) + NetMigrationAge11to12[y]"]
["PopAge12to13","Pop Age 12 to 13","Macroeconomic","double(14,0)",null,null,null,null,"Prior Year-Younger Age Cohort less Estimated Deaths plus Net Migration","N",4123300,"PopAge11to12[y-1] * (1 -DeathRateAge12to13[y]) + NetMigrationAge12to13[y]","PopAge11to12[y-1] * (1 -DeathRateAge12to13[y]) + NetMigrationAge12to13[y]","PopAge11to12[y-1] * (1 -DeathRateAge12to13[y]) + NetMigrationAge12to13[y]","PopAge11to12[y-1] * (1 -DeathRateAge12to13[y]) + NetMigrationAge12to13[y]","PopAge11to12[y-1] * (1 -DeathRateAge12to13[y]) + NetMigrationAge12to13[y]","PopAge11to12[y-1] * (1 -DeathRateAge12to13[y]) + NetMigrationAge12to13[y]","PopAge11to12[y-1] * (1 -DeathRateAge12to13[y]) + NetMigrationAge12to13[y]","PopAge11to12[y-1] * (1 -DeathRateAge12to13[y]) + NetMigrationAge12to13[y]","PopAge11to12[y-1] * (1 -DeathRateAge12to13[y]) + NetMigrationAge12to13[y]","PopAge11to12[y-1] * (1 -DeathRateAge12to13[y]) + NetMigrationAge12to13[y]","PopAge11to12[y-1] * (1 -DeathRateAge12to13[y]) + NetMigrationAge12to13[y]","PopAge11to12[y-1] * (1 -DeathRateAge12to13[y]) + NetMigrationAge12to13[y]","PopAge11to12[y-1] * (1 -DeathRateAge12to13[y]) + NetMigrationAge12to13[y]","PopAge11to12[y-1] * (1 -DeathRateAge12to13[y]) + NetMigrationAge12to13[y]","PopAge11to12[y-1] * (1 -DeathRateAge12to13[y]) + NetMigrationAge12to13[y]","PopAge11to12[y-1] * (1 -DeathRateAge12to13[y]) + NetMigrationAge12to13[y]","PopAge11to12[y-1] * (1 -DeathRateAge12to13[y]) + NetMigrationAge12to13[y]","PopAge11to12[y-1] * (1 -DeathRateAge12to13[y]) + NetMigrationAge12to13[y]","PopAge11to12[y-1] * (1 -DeathRateAge12to13[y]) + NetMigrationAge12to13[y]","PopAge11to12[y-1] * (1 -DeathRateAge12to13[y]) + NetMigrationAge12to13[y]","PopAge11to12[y-1] * (1 -DeathRateAge12to13[y]) + NetMigrationAge12to13[y]","PopAge11to12[y-1] * (1 -DeathRateAge12to13[y]) + NetMigrationAge12to13[y]","PopAge11to12[y-1] * (1 -DeathRateAge12to13[y]) + NetMigrationAge12to13[y]","PopAge11to12[y-1] * (1 -DeathRateAge12to13[y]) + NetMigrationAge12to13[y]","PopAge11to12[y-1] * (1 -DeathRateAge12to13[y]) + NetMigrationAge12to13[y]","PopAge11to12[y-1] * (1 -DeathRateAge12to13[y]) + NetMigrationAge12to13[y]","PopAge11to12[y-1] * (1 -DeathRateAge12to13[y]) + NetMigrationAge12to13[y]","PopAge11to12[y-1] * (1 -DeathRateAge12to13[y]) + NetMigrationAge12to13[y]","PopAge11to12[y-1] * (1 -DeathRateAge12to13[y]) + NetMigrationAge12to13[y]","PopAge11to12[y-1] * (1 -DeathRateAge12to13[y]) + NetMigrationAge12to13[y]"]
["PopAge13to14","Pop Age 13 to 14","Macroeconomic","double(14,0)",null,null,null,null,"Prior Year-Younger Age Cohort less Estimated Deaths plus Net Migration","N",4115129,"PopAge12to13[y-1] * (1 -DeathRateAge13to14[y]) + NetMigrationAge13to14[y]","PopAge12to13[y-1] * (1 -DeathRateAge13to14[y]) + NetMigrationAge13to14[y]","PopAge12to13[y-1] * (1 -DeathRateAge13to14[y]) + NetMigrationAge13to14[y]","PopAge12to13[y-1] * (1 -DeathRateAge13to14[y]) + NetMigrationAge13to14[y]","PopAge12to13[y-1] * (1 -DeathRateAge13to14[y]) + NetMigrationAge13to14[y]","PopAge12to13[y-1] * (1 -DeathRateAge13to14[y]) + NetMigrationAge13to14[y]","PopAge12to13[y-1] * (1 -DeathRateAge13to14[y]) + NetMigrationAge13to14[y]","PopAge12to13[y-1] * (1 -DeathRateAge13to14[y]) + NetMigrationAge13to14[y]","PopAge12to13[y-1] * (1 -DeathRateAge13to14[y]) + NetMigrationAge13to14[y]","PopAge12to13[y-1] * (1 -DeathRateAge13to14[y]) + NetMigrationAge13to14[y]","PopAge12to13[y-1] * (1 -DeathRateAge13to14[y]) + NetMigrationAge13to14[y]","PopAge12to13[y-1] * (1 -DeathRateAge13to14[y]) + NetMigrationAge13to14[y]","PopAge12to13[y-1] * (1 -DeathRateAge13to14[y]) + NetMigrationAge13to14[y]","PopAge12to13[y-1] * (1 -DeathRateAge13to14[y]) + NetMigrationAge13to14[y]","PopAge12to13[y-1] * (1 -DeathRateAge13to14[y]) + NetMigrationAge13to14[y]","PopAge12to13[y-1] * (1 -DeathRateAge13to14[y]) + NetMigrationAge13to14[y]","PopAge12to13[y-1] * (1 -DeathRateAge13to14[y]) + NetMigrationAge13to14[y]","PopAge12to13[y-1] * (1 -DeathRateAge13to14[y]) + NetMigrationAge13to14[y]","PopAge12to13[y-1] * (1 -DeathRateAge13to14[y]) + NetMigrationAge13to14[y]","PopAge12to13[y-1] * (1 -DeathRateAge13to14[y]) + NetMigrationAge13to14[y]","PopAge12to13[y-1] * (1 -DeathRateAge13to14[y]) + NetMigrationAge13to14[y]","PopAge12to13[y-1] * (1 -DeathRateAge13to14[y]) + NetMigrationAge13to14[y]","PopAge12to13[y-1] * (1 -DeathRateAge13to14[y]) + NetMigrationAge13to14[y]","PopAge12to13[y-1] * (1 -DeathRateAge13to14[y]) + NetMigrationAge13to14[y]","PopAge12to13[y-1] * (1 -DeathRateAge13to14[y]) + NetMigrationAge13to14[y]","PopAge12to13[y-1] * (1 -DeathRateAge13to14[y]) + NetMigrationAge13to14[y]","PopAge12to13[y-1] * (1 -DeathRateAge13to14[y]) + NetMigrationAge13to14[y]","PopAge12to13[y-1] * (1 -DeathRateAge13to14[y]) + NetMigrationAge13to14[y]","PopAge12to13[y-1] * (1 -DeathRateAge13to14[y]) + NetMigrationAge13to14[y]","PopAge12to13[y-1] * (1 -DeathRateAge13to14[y]) + NetMigrationAge13to14[y]"]
["PopAge14to15","Pop Age 14 to 15","Macroeconomic","double(14,0)",null,null,null,null,"Prior Year-Younger Age Cohort less Estimated Deaths plus Net Migration","N",4126898,"PopAge13to14[y-1] * (1 -DeathRateAge14to15[y]) + NetMigrationAge14to15[y]","PopAge13to14[y-1] * (1 -DeathRateAge14to15[y]) + NetMigrationAge14to15[y]","PopAge13to14[y-1] * (1 -DeathRateAge14to15[y]) + NetMigrationAge14to15[y]","PopAge13to14[y-1] * (1 -DeathRateAge14to15[y]) + NetMigrationAge14to15[y]","PopAge13to14[y-1] * (1 -DeathRateAge14to15[y]) + NetMigrationAge14to15[y]","PopAge13to14[y-1] * (1 -DeathRateAge14to15[y]) + NetMigrationAge14to15[y]","PopAge13to14[y-1] * (1 -DeathRateAge14to15[y]) + NetMigrationAge14to15[y]","PopAge13to14[y-1] * (1 -DeathRateAge14to15[y]) + NetMigrationAge14to15[y]","PopAge13to14[y-1] * (1 -DeathRateAge14to15[y]) + NetMigrationAge14to15[y]","PopAge13to14[y-1] * (1 -DeathRateAge14to15[y]) + NetMigrationAge14to15[y]","PopAge13to14[y-1] * (1 -DeathRateAge14to15[y]) + NetMigrationAge14to15[y]","PopAge13to14[y-1] * (1 -DeathRateAge14to15[y]) + NetMigrationAge14to15[y]","PopAge13to14[y-1] * (1 -DeathRateAge14to15[y]) + NetMigrationAge14to15[y]","PopAge13to14[y-1] * (1 -DeathRateAge14to15[y]) + NetMigrationAge14to15[y]","PopAge13to14[y-1] * (1 -DeathRateAge14to15[y]) + NetMigrationAge14to15[y]","PopAge13to14[y-1] * (1 -DeathRateAge14to15[y]) + NetMigrationAge14to15[y]","PopAge13to14[y-1] * (1 -DeathRateAge14to15[y]) + NetMigrationAge14to15[y]","PopAge13to14[y-1] * (1 -DeathRateAge14to15[y]) + NetMigrationAge14to15[y]","PopAge13to14[y-1] * (1 -DeathRateAge14to15[y]) + NetMigrationAge14to15[y]","PopAge13to14[y-1] * (1 -DeathRateAge14to15[y]) + NetMigrationAge14to15[y]","PopAge13to14[y-1] * (1 -DeathRateAge14to15[y]) + NetMigrationAge14to15[y]","PopAge13to14[y-1] * (1 -DeathRateAge14to15[y]) + NetMigrationAge14to15[y]","PopAge13to14[y-1] * (1 -DeathRateAge14to15[y]) + NetMigrationAge14to15[y]","PopAge13to14[y-1] * (1 -DeathRateAge14to15[y]) + NetMigrationAge14to15[y]","PopAge13to14[y-1] * (1 -DeathRateAge14to15[y]) + NetMigrationAge14to15[y]","PopAge13to14[y-1] * (1 -DeathRateAge14to15[y]) + NetMigrationAge14to15[y]","PopAge13to14[y-1] * (1 -DeathRateAge14to15[y]) + NetMigrationAge14to15[y]","PopAge13to14[y-1] * (1 -DeathRateAge14to15[y]) + NetMigrationAge14to15[y]","PopAge13to14[y-1] * (1 -DeathRateAge14to15[y]) + NetMigrationAge14to15[y]","PopAge13to14[y-1] * (1 -DeathRateAge14to15[y]) + NetMigrationAge14to15[y]"]
["PopAge15to16","Pop Age 15 to 16","Macroeconomic","double(14,0)",null,null,null,null,"Prior Year-Younger Age Cohort less Estimated Deaths plus Net Migration","N",4172730,"PopAge14to15[y-1] * (1 -DeathRateAge15to16[y]) + NetMigrationAge15to16[y]","PopAge14to15[y-1] * (1 -DeathRateAge15to16[y]) + NetMigrationAge15to16[y]","PopAge14to15[y-1] * (1 -DeathRateAge15to16[y]) + NetMigrationAge15to16[y]","PopAge14to15[y-1] * (1 -DeathRateAge15to16[y]) + NetMigrationAge15to16[y]","PopAge14to15[y-1] * (1 -DeathRateAge15to16[y]) + NetMigrationAge15to16[y]","PopAge14to15[y-1] * (1 -DeathRateAge15to16[y]) + NetMigrationAge15to16[y]","PopAge14to15[y-1] * (1 -DeathRateAge15to16[y]) + NetMigrationAge15to16[y]","PopAge14to15[y-1] * (1 -DeathRateAge15to16[y]) + NetMigrationAge15to16[y]","PopAge14to15[y-1] * (1 -DeathRateAge15to16[y]) + NetMigrationAge15to16[y]","PopAge14to15[y-1] * (1 -DeathRateAge15to16[y]) + NetMigrationAge15to16[y]","PopAge14to15[y-1] * (1 -DeathRateAge15to16[y]) + NetMigrationAge15to16[y]","PopAge14to15[y-1] * (1 -DeathRateAge15to16[y]) + NetMigrationAge15to16[y]","PopAge14to15[y-1] * (1 -DeathRateAge15to16[y]) + NetMigrationAge15to16[y]","PopAge14to15[y-1] * (1 -DeathRateAge15to16[y]) + NetMigrationAge15to16[y]","PopAge14to15[y-1] * (1 -DeathRateAge15to16[y]) + NetMigrationAge15to16[y]","PopAge14to15[y-1] * (1 -DeathRateAge15to16[y]) + NetMigrationAge15to16[y]","PopAge14to15[y-1] * (1 -DeathRateAge15to16[y]) + NetMigrationAge15to16[y]","PopAge14to15[y-1] * (1 -DeathRateAge15to16[y]) + NetMigrationAge15to16[y]","PopAge14to15[y-1] * (1 -DeathRateAge15to16[y]) + NetMigrationAge15to16[y]","PopAge14to15[y-1] * (1 -DeathRateAge15to16[y]) + NetMigrationAge15to16[y]","PopAge14to15[y-1] * (1 -DeathRateAge15to16[y]) + NetMigrationAge15to16[y]","PopAge14to15[y-1] * (1 -DeathRateAge15to16[y]) + NetMigrationAge15to16[y]","PopAge14to15[y-1] * (1 -DeathRateAge15to16[y]) + NetMigrationAge15to16[y]","PopAge14to15[y-1] * (1 -DeathRateAge15to16[y]) + NetMigrationAge15to16[y]","PopAge14to15[y-1] * (1 -DeathRateAge15to16[y]) + NetMigrationAge15to16[y]","PopAge14to15[y-1] * (1 -DeathRateAge15to16[y]) + NetMigrationAge15to16[y]","PopAge14to15[y-1] * (1 -DeathRateAge15to16[y]) + NetMigrationAge15to16[y]","PopAge14to15[y-1] * (1 -DeathRateAge15to16[y]) + NetMigrationAge15to16[y]","PopAge14to15[y-1] * (1 -DeathRateAge15to16[y]) + NetMigrationAge15to16[y]","PopAge14to15[y-1] * (1 -DeathRateAge15to16[y]) + NetMigrationAge15to16[y]"]
["PopAge16to17","Pop Age 16 to 17","Macroeconomic","double(14,0)",null,null,null,null,"Prior Year-Younger Age Cohort less Estimated Deaths plus Net Migration","N",4249519,"PopAge15to16[y-1] * (1 -DeathRateAge16to17[y]) + NetMigrationAge16to17[y]","PopAge15to16[y-1] * (1 -DeathRateAge16to17[y]) + NetMigrationAge16to17[y]","PopAge15to16[y-1] * (1 -DeathRateAge16to17[y]) + NetMigrationAge16to17[y]","PopAge15to16[y-1] * (1 -DeathRateAge16to17[y]) + NetMigrationAge16to17[y]","PopAge15to16[y-1] * (1 -DeathRateAge16to17[y]) + NetMigrationAge16to17[y]","PopAge15to16[y-1] * (1 -DeathRateAge16to17[y]) + NetMigrationAge16to17[y]","PopAge15to16[y-1] * (1 -DeathRateAge16to17[y]) + NetMigrationAge16to17[y]","PopAge15to16[y-1] * (1 -DeathRateAge16to17[y]) + NetMigrationAge16to17[y]","PopAge15to16[y-1] * (1 -DeathRateAge16to17[y]) + NetMigrationAge16to17[y]","PopAge15to16[y-1] * (1 -DeathRateAge16to17[y]) + NetMigrationAge16to17[y]","PopAge15to16[y-1] * (1 -DeathRateAge16to17[y]) + NetMigrationAge16to17[y]","PopAge15to16[y-1] * (1 -DeathRateAge16to17[y]) + NetMigrationAge16to17[y]","PopAge15to16[y-1] * (1 -DeathRateAge16to17[y]) + NetMigrationAge16to17[y]","PopAge15to16[y-1] * (1 -DeathRateAge16to17[y]) + NetMigrationAge16to17[y]","PopAge15to16[y-1] * (1 -DeathRateAge16to17[y]) + NetMigrationAge16to17[y]","PopAge15to16[y-1] * (1 -DeathRateAge16to17[y]) + NetMigrationAge16to17[y]",{"$f":"AA232","v":"PopAge15to16[y-1] * (1 -DeathRateAge16to17[y]) + NetMigrationAge16to17[y]"},"PopAge15to16[y-1] * (1 -DeathRateAge16to17[y]) + NetMigrationAge16to17[y]","PopAge15to16[y-1] * (1 -DeathRateAge16to17[y]) + NetMigrationAge16to17[y]","PopAge15to16[y-1] * (1 -DeathRateAge16to17[y]) + NetMigrationAge16to17[y]","PopAge15to16[y-1] * (1 -DeathRateAge16to17[y]) + NetMigrationAge16to17[y]","PopAge15to16[y-1] * (1 -DeathRateAge16to17[y]) + NetMigrationAge16to17[y]","PopAge15to16[y-1] * (1 -DeathRateAge16to17[y]) + NetMigrationAge16to17[y]","PopAge15to16[y-1] * (1 -DeathRateAge16to17[y]) + NetMigrationAge16to17[y]","PopAge15to16[y-1] * (1 -DeathRateAge16to17[y]) + NetMigrationAge16to17[y]","PopAge15to16[y-1] * (1 -DeathRateAge16to17[y]) + NetMigrationAge16to17[y]","PopAge15to16[y-1] * (1 -DeathRateAge16to17[y]) + NetMigrationAge16to17[y]","PopAge15to16[y-1] * (1 -DeathRateAge16to17[y]) + NetMigrationAge16to17[y]","PopAge15to16[y-1] * (1 -DeathRateAge16to17[y]) + NetMigrationAge16to17[y]","PopAge15to16[y-1] * (1 -DeathRateAge16to17[y]) + NetMigrationAge16to17[y]"]
["PopAge17to18","Pop Age 17 to 18","Macroeconomic","double(14,0)",null,null,null,null,"Prior Year-Younger Age Cohort less Estimated Deaths plus Net Migration","N",4322792,"PopAge16to17[y-1] * (1 -DeathRateAge17to18[y]) + NetMigrationAge17to18[y]",{"$f":"L233","v":"PopAge16to17[y-1] * (1 -DeathRateAge17to18[y]) + NetMigrationAge17to18[y]"},"PopAge16to17[y-1] * (1 -DeathRateAge17to18[y]) + NetMigrationAge17to18[y]","PopAge16to17[y-1] * (1 -DeathRateAge17to18[y]) + NetMigrationAge17to18[y]","PopAge16to17[y-1] * (1 -DeathRateAge17to18[y]) + NetMigrationAge17to18[y]","PopAge16to17[y-1] * (1 -DeathRateAge17to18[y]) + NetMigrationAge17to18[y]","PopAge16to17[y-1] * (1 -DeathRateAge17to18[y]) + NetMigrationAge17to18[y]","PopAge16to17[y-1] * (1 -DeathRateAge17to18[y]) + NetMigrationAge17to18[y]","PopAge16to17[y-1] * (1 -DeathRateAge17to18[y]) + NetMigrationAge17to18[y]","PopAge16to17[y-1] * (1 -DeathRateAge17to18[y]) + NetMigrationAge17to18[y]","PopAge16to17[y-1] * (1 -DeathRateAge17to18[y]) + NetMigrationAge17to18[y]","PopAge16to17[y-1] * (1 -DeathRateAge17to18[y]) + NetMigrationAge17to18[y]","PopAge16to17[y-1] * (1 -DeathRateAge17to18[y]) + NetMigrationAge17to18[y]","PopAge16to17[y-1] * (1 -DeathRateAge17to18[y]) + NetMigrationAge17to18[y]","PopAge16to17[y-1] * (1 -DeathRateAge17to18[y]) + NetMigrationAge17to18[y]","PopAge16to17[y-1] * (1 -DeathRateAge17to18[y]) + NetMigrationAge17to18[y]","PopAge16to17[y-1] * (1 -DeathRateAge17to18[y]) + NetMigrationAge17to18[y]","PopAge16to17[y-1] * (1 -DeathRateAge17to18[y]) + NetMigrationAge17to18[y]","PopAge16to17[y-1] * (1 -DeathRateAge17to18[y]) + NetMigrationAge17to18[y]","PopAge16to17[y-1] * (1 -DeathRateAge17to18[y]) + NetMigrationAge17to18[y]","PopAge16to17[y-1] * (1 -DeathRateAge17to18[y]) + NetMigrationAge17to18[y]","PopAge16to17[y-1] * (1 -DeathRateAge17to18[y]) + NetMigrationAge17to18[y]","PopAge16to17[y-1] * (1 -DeathRateAge17to18[y]) + NetMigrationAge17to18[y]","PopAge16to17[y-1] * (1 -DeathRateAge17to18[y]) + NetMigrationAge17to18[y]","PopAge16to17[y-1] * (1 -DeathRateAge17to18[y]) + NetMigrationAge17to18[y]","PopAge16to17[y-1] * (1 -DeathRateAge17to18[y]) + NetMigrationAge17to18[y]","PopAge16to17[y-1] * (1 -DeathRateAge17to18[y]) + NetMigrationAge17to18[y]","PopAge16to17[y-1] * (1 -DeathRateAge17to18[y]) + NetMigrationAge17to18[y]","PopAge16to17[y-1] * (1 -DeathRateAge17to18[y]) + NetMigrationAge17to18[y]","PopAge16to17[y-1] * (1 -DeathRateAge17to18[y]) + NetMigrationAge17to18[y]"]
["PopAge18to19","Pop Age 18 to 19","Macroeconomic","double(14,0)",null,null,null,null,"Prior Year-Younger Age Cohort less Estimated Deaths plus Net Migration","N",4401898,"PopAge17to18[y-1] * (1 -DeathRateAge18to19[y]) + NetMigrationAge18to19[y]","PopAge17to18[y-1] * (1 -DeathRateAge18to19[y]) + NetMigrationAge18to19[y]","PopAge17to18[y-1] * (1 -DeathRateAge18to19[y]) + NetMigrationAge18to19[y]","PopAge17to18[y-1] * (1 -DeathRateAge18to19[y]) + NetMigrationAge18to19[y]","PopAge17to18[y-1] * (1 -DeathRateAge18to19[y]) + NetMigrationAge18to19[y]","PopAge17to18[y-1] * (1 -DeathRateAge18to19[y]) + NetMigrationAge18to19[y]","PopAge17to18[y-1] * (1 -DeathRateAge18to19[y]) + NetMigrationAge18to19[y]","PopAge17to18[y-1] * (1 -DeathRateAge18to19[y]) + NetMigrationAge18to19[y]","PopAge17to18[y-1] * (1 -DeathRateAge18to19[y]) + NetMigrationAge18to19[y]","PopAge17to18[y-1] * (1 -DeathRateAge18to19[y]) + NetMigrationAge18to19[y]","PopAge17to18[y-1] * (1 -DeathRateAge18to19[y]) + NetMigrationAge18to19[y]","PopAge17to18[y-1] * (1 -DeathRateAge18to19[y]) + NetMigrationAge18to19[y]","PopAge17to18[y-1] * (1 -DeathRateAge18to19[y]) + NetMigrationAge18to19[y]","PopAge17to18[y-1] * (1 -DeathRateAge18to19[y]) + NetMigrationAge18to19[y]","PopAge17to18[y-1] * (1 -DeathRateAge18to19[y]) + NetMigrationAge18to19[y]","PopAge17to18[y-1] * (1 -DeathRateAge18to19[y]) + NetMigrationAge18to19[y]","PopAge17to18[y-1] * (1 -DeathRateAge18to19[y]) + NetMigrationAge18to19[y]","PopAge17to18[y-1] * (1 -DeathRateAge18to19[y]) + NetMigrationAge18to19[y]","PopAge17to18[y-1] * (1 -DeathRateAge18to19[y]) + NetMigrationAge18to19[y]","PopAge17to18[y-1] * (1 -DeathRateAge18to19[y]) + NetMigrationAge18to19[y]","PopAge17to18[y-1] * (1 -DeathRateAge18to19[y]) + NetMigrationAge18to19[y]","PopAge17to18[y-1] * (1 -DeathRateAge18to19[y]) + NetMigrationAge18to19[y]","PopAge17to18[y-1] * (1 -DeathRateAge18to19[y]) + NetMigrationAge18to19[y]","PopAge17to18[y-1] * (1 -DeathRateAge18to19[y]) + NetMigrationAge18to19[y]","PopAge17to18[y-1] * (1 -DeathRateAge18to19[y]) + NetMigrationAge18to19[y]","PopAge17to18[y-1] * (1 -DeathRateAge18to19[y]) + NetMigrationAge18to19[y]","PopAge17to18[y-1] * (1 -DeathRateAge18to19[y]) + NetMigrationAge18to19[y]","PopAge17to18[y-1] * (1 -DeathRateAge18to19[y]) + NetMigrationAge18to19[y]","PopAge17to18[y-1] * (1 -DeathRateAge18to19[y]) + NetMigrationAge18to19[y]","PopAge17to18[y-1] * (1 -DeathRateAge18to19[y]) + NetMigrationAge18to19[y]"]
["PopAge19to20","Pop Age 19 to 20","Macroeconomic","double(14,0)",null,null,null,null,"Prior Year-Younger Age Cohort less Estimated Deaths plus Net Migration","N",4507391,"PopAge18to19[y-1] * (1 -DeathRateAge19to20[y]) + NetMigrationAge19to20[y]","PopAge18to19[y-1] * (1 -DeathRateAge19to20[y]) + NetMigrationAge19to20[y]","PopAge18to19[y-1] * (1 -DeathRateAge19to20[y]) + NetMigrationAge19to20[y]","PopAge18to19[y-1] * (1 -DeathRateAge19to20[y]) + NetMigrationAge19to20[y]","PopAge18to19[y-1] * (1 -DeathRateAge19to20[y]) + NetMigrationAge19to20[y]","PopAge18to19[y-1] * (1 -DeathRateAge19to20[y]) + NetMigrationAge19to20[y]","PopAge18to19[y-1] * (1 -DeathRateAge19to20[y]) + NetMigrationAge19to20[y]","PopAge18to19[y-1] * (1 -DeathRateAge19to20[y]) + NetMigrationAge19to20[y]","PopAge18to19[y-1] * (1 -DeathRateAge19to20[y]) + NetMigrationAge19to20[y]","PopAge18to19[y-1] * (1 -DeathRateAge19to20[y]) + NetMigrationAge19to20[y]","PopAge18to19[y-1] * (1 -DeathRateAge19to20[y]) + NetMigrationAge19to20[y]","PopAge18to19[y-1] * (1 -DeathRateAge19to20[y]) + NetMigrationAge19to20[y]","PopAge18to19[y-1] * (1 -DeathRateAge19to20[y]) + NetMigrationAge19to20[y]","PopAge18to19[y-1] * (1 -DeathRateAge19to20[y]) + NetMigrationAge19to20[y]","PopAge18to19[y-1] * (1 -DeathRateAge19to20[y]) + NetMigrationAge19to20[y]","PopAge18to19[y-1] * (1 -DeathRateAge19to20[y]) + NetMigrationAge19to20[y]","PopAge18to19[y-1] * (1 -DeathRateAge19to20[y]) + NetMigrationAge19to20[y]","PopAge18to19[y-1] * (1 -DeathRateAge19to20[y]) + NetMigrationAge19to20[y]","PopAge18to19[y-1] * (1 -DeathRateAge19to20[y]) + NetMigrationAge19to20[y]","PopAge18to19[y-1] * (1 -DeathRateAge19to20[y]) + NetMigrationAge19to20[y]","PopAge18to19[y-1] * (1 -DeathRateAge19to20[y]) + NetMigrationAge19to20[y]","PopAge18to19[y-1] * (1 -DeathRateAge19to20[y]) + NetMigrationAge19to20[y]","PopAge18to19[y-1] * (1 -DeathRateAge19to20[y]) + NetMigrationAge19to20[y]","PopAge18to19[y-1] * (1 -DeathRateAge19to20[y]) + NetMigrationAge19to20[y]","PopAge18to19[y-1] * (1 -DeathRateAge19to20[y]) + NetMigrationAge19to20[y]","PopAge18to19[y-1] * (1 -DeathRateAge19to20[y]) + NetMigrationAge19to20[y]","PopAge18to19[y-1] * (1 -DeathRateAge19to20[y]) + NetMigrationAge19to20[y]","PopAge18to19[y-1] * (1 -DeathRateAge19to20[y]) + NetMigrationAge19to20[y]","PopAge18to19[y-1] * (1 -DeathRateAge19to20[y]) + NetMigrationAge19to20[y]","PopAge18to19[y-1] * (1 -DeathRateAge19to20[y]) + NetMigrationAge19to20[y]"]
["PopAge20to21","Pop Age 20 to 21","Macroeconomic","double(14,0)",null,null,null,null,"Prior Year-Younger Age Cohort less Estimated Deaths plus Net Migration","N",4591717,"PopAge19to20[y-1] * (1 -DeathRateAge20to21[y]) + NetMigrationAge20to21[y]","PopAge19to20[y-1] * (1 -DeathRateAge20to21[y]) + NetMigrationAge20to21[y]","PopAge19to20[y-1] * (1 -DeathRateAge20to21[y]) + NetMigrationAge20to21[y]","PopAge19to20[y-1] * (1 -DeathRateAge20to21[y]) + NetMigrationAge20to21[y]","PopAge19to20[y-1] * (1 -DeathRateAge20to21[y]) + NetMigrationAge20to21[y]","PopAge19to20[y-1] * (1 -DeathRateAge20to21[y]) + NetMigrationAge20to21[y]","PopAge19to20[y-1] * (1 -DeathRateAge20to21[y]) + NetMigrationAge20to21[y]","PopAge19to20[y-1] * (1 -DeathRateAge20to21[y]) + NetMigrationAge20to21[y]","PopAge19to20[y-1] * (1 -DeathRateAge20to21[y]) + NetMigrationAge20to21[y]","PopAge19to20[y-1] * (1 -DeathRateAge20to21[y]) + NetMigrationAge20to21[y]","PopAge19to20[y-1] * (1 -DeathRateAge20to21[y]) + NetMigrationAge20to21[y]","PopAge19to20[y-1] * (1 -DeathRateAge20to21[y]) + NetMigrationAge20to21[y]","PopAge19to20[y-1] * (1 -DeathRateAge20to21[y]) + NetMigrationAge20to21[y]","PopAge19to20[y-1] * (1 -DeathRateAge20to21[y]) + NetMigrationAge20to21[y]","PopAge19to20[y-1] * (1 -DeathRateAge20to21[y]) + NetMigrationAge20to21[y]","PopAge19to20[y-1] * (1 -DeathRateAge20to21[y]) + NetMigrationAge20to21[y]","PopAge19to20[y-1] * (1 -DeathRateAge20to21[y]) + NetMigrationAge20to21[y]","PopAge19to20[y-1] * (1 -DeathRateAge20to21[y]) + NetMigrationAge20to21[y]","PopAge19to20[y-1] * (1 -DeathRateAge20to21[y]) + NetMigrationAge20to21[y]","PopAge19to20[y-1] * (1 -DeathRateAge20to21[y]) + NetMigrationAge20to21[y]","PopAge19to20[y-1] * (1 -DeathRateAge20to21[y]) + NetMigrationAge20to21[y]","PopAge19to20[y-1] * (1 -DeathRateAge20to21[y]) + NetMigrationAge20to21[y]","PopAge19to20[y-1] * (1 -DeathRateAge20to21[y]) + NetMigrationAge20to21[y]","PopAge19to20[y-1] * (1 -DeathRateAge20to21[y]) + NetMigrationAge20to21[y]","PopAge19to20[y-1] * (1 -DeathRateAge20to21[y]) + NetMigrationAge20to21[y]","PopAge19to20[y-1] * (1 -DeathRateAge20to21[y]) + NetMigrationAge20to21[y]","PopAge19to20[y-1] * (1 -DeathRateAge20to21[y]) + NetMigrationAge20to21[y]","PopAge19to20[y-1] * (1 -DeathRateAge20to21[y]) + NetMigrationAge20to21[y]","PopAge19to20[y-1] * (1 -DeathRateAge20to21[y]) + NetMigrationAge20to21[y]","PopAge19to20[y-1] * (1 -DeathRateAge20to21[y]) + NetMigrationAge20to21[y]"]
["PopAge21to22","Pop Age 21 to 22","Macroeconomic","double(14,0)",null,null,null,null,"Prior Year-Younger Age Cohort less Estimated Deaths plus Net Migration","N",4525653,"PopAge20to21[y-1] * (1 -DeathRateAge21to22[y]) + NetMigrationAge21to22[y]","PopAge20to21[y-1] * (1 -DeathRateAge21to22[y]) + NetMigrationAge21to22[y]","PopAge20to21[y-1] * (1 -DeathRateAge21to22[y]) + NetMigrationAge21to22[y]","PopAge20to21[y-1] * (1 -DeathRateAge21to22[y]) + NetMigrationAge21to22[y]","PopAge20to21[y-1] * (1 -DeathRateAge21to22[y]) + NetMigrationAge21to22[y]","PopAge20to21[y-1] * (1 -DeathRateAge21to22[y]) + NetMigrationAge21to22[y]","PopAge20to21[y-1] * (1 -DeathRateAge21to22[y]) + NetMigrationAge21to22[y]","PopAge20to21[y-1] * (1 -DeathRateAge21to22[y]) + NetMigrationAge21to22[y]","PopAge20to21[y-1] * (1 -DeathRateAge21to22[y]) + NetMigrationAge21to22[y]","PopAge20to21[y-1] * (1 -DeathRateAge21to22[y]) + NetMigrationAge21to22[y]","PopAge20to21[y-1] * (1 -DeathRateAge21to22[y]) + NetMigrationAge21to22[y]","PopAge20to21[y-1] * (1 -DeathRateAge21to22[y]) + NetMigrationAge21to22[y]","PopAge20to21[y-1] * (1 -DeathRateAge21to22[y]) + NetMigrationAge21to22[y]","PopAge20to21[y-1] * (1 -DeathRateAge21to22[y]) + NetMigrationAge21to22[y]","PopAge20to21[y-1] * (1 -DeathRateAge21to22[y]) + NetMigrationAge21to22[y]","PopAge20to21[y-1] * (1 -DeathRateAge21to22[y]) + NetMigrationAge21to22[y]","PopAge20to21[y-1] * (1 -DeathRateAge21to22[y]) + NetMigrationAge21to22[y]","PopAge20to21[y-1] * (1 -DeathRateAge21to22[y]) + NetMigrationAge21to22[y]","PopAge20to21[y-1] * (1 -DeathRateAge21to22[y]) + NetMigrationAge21to22[y]","PopAge20to21[y-1] * (1 -DeathRateAge21to22[y]) + NetMigrationAge21to22[y]","PopAge20to21[y-1] * (1 -DeathRateAge21to22[y]) + NetMigrationAge21to22[y]","PopAge20to21[y-1] * (1 -DeathRateAge21to22[y]) + NetMigrationAge21to22[y]","PopAge20to21[y-1] * (1 -DeathRateAge21to22[y]) + NetMigrationAge21to22[y]","PopAge20to21[y-1] * (1 -DeathRateAge21to22[y]) + NetMigrationAge21to22[y]","PopAge20to21[y-1] * (1 -DeathRateAge21to22[y]) + NetMigrationAge21to22[y]","PopAge20to21[y-1] * (1 -DeathRateAge21to22[y]) + NetMigrationAge21to22[y]","PopAge20to21[y-1] * (1 -DeathRateAge21to22[y]) + NetMigrationAge21to22[y]","PopAge20to21[y-1] * (1 -DeathRateAge21to22[y]) + NetMigrationAge21to22[y]","PopAge20to21[y-1] * (1 -DeathRateAge21to22[y]) + NetMigrationAge21to22[y]","PopAge20to21[y-1] * (1 -DeathRateAge21to22[y]) + NetMigrationAge21to22[y]"]
["PopAge22to23","Pop Age 22 to 23","Macroeconomic","double(14,0)",null,null,null,null,"Prior Year-Younger Age Cohort less Estimated Deaths plus Net Migration","N",4360923,"PopAge21to22[y-1] * (1 -DeathRateAge22to23[y]) + NetMigrationAge22to23[y]","PopAge21to22[y-1] * (1 -DeathRateAge22to23[y]) + NetMigrationAge22to23[y]","PopAge21to22[y-1] * (1 -DeathRateAge22to23[y]) + NetMigrationAge22to23[y]","PopAge21to22[y-1] * (1 -DeathRateAge22to23[y]) + NetMigrationAge22to23[y]","PopAge21to22[y-1] * (1 -DeathRateAge22to23[y]) + NetMigrationAge22to23[y]","PopAge21to22[y-1] * (1 -DeathRateAge22to23[y]) + NetMigrationAge22to23[y]","PopAge21to22[y-1] * (1 -DeathRateAge22to23[y]) + NetMigrationAge22to23[y]","PopAge21to22[y-1] * (1 -DeathRateAge22to23[y]) + NetMigrationAge22to23[y]","PopAge21to22[y-1] * (1 -DeathRateAge22to23[y]) + NetMigrationAge22to23[y]","PopAge21to22[y-1] * (1 -DeathRateAge22to23[y]) + NetMigrationAge22to23[y]","PopAge21to22[y-1] * (1 -DeathRateAge22to23[y]) + NetMigrationAge22to23[y]","PopAge21to22[y-1] * (1 -DeathRateAge22to23[y]) + NetMigrationAge22to23[y]","PopAge21to22[y-1] * (1 -DeathRateAge22to23[y]) + NetMigrationAge22to23[y]","PopAge21to22[y-1] * (1 -DeathRateAge22to23[y]) + NetMigrationAge22to23[y]","PopAge21to22[y-1] * (1 -DeathRateAge22to23[y]) + NetMigrationAge22to23[y]","PopAge21to22[y-1] * (1 -DeathRateAge22to23[y]) + NetMigrationAge22to23[y]","PopAge21to22[y-1] * (1 -DeathRateAge22to23[y]) + NetMigrationAge22to23[y]","PopAge21to22[y-1] * (1 -DeathRateAge22to23[y]) + NetMigrationAge22to23[y]","PopAge21to22[y-1] * (1 -DeathRateAge22to23[y]) + NetMigrationAge22to23[y]","PopAge21to22[y-1] * (1 -DeathRateAge22to23[y]) + NetMigrationAge22to23[y]","PopAge21to22[y-1] * (1 -DeathRateAge22to23[y]) + NetMigrationAge22to23[y]","PopAge21to22[y-1] * (1 -DeathRateAge22to23[y]) + NetMigrationAge22to23[y]","PopAge21to22[y-1] * (1 -DeathRateAge22to23[y]) + NetMigrationAge22to23[y]","PopAge21to22[y-1] * (1 -DeathRateAge22to23[y]) + NetMigrationAge22to23[y]","PopAge21to22[y-1] * (1 -DeathRateAge22to23[y]) + NetMigrationAge22to23[y]","PopAge21to22[y-1] * (1 -DeathRateAge22to23[y]) + NetMigrationAge22to23[y]","PopAge21to22[y-1] * (1 -DeathRateAge22to23[y]) + NetMigrationAge22to23[y]","PopAge21to22[y-1] * (1 -DeathRateAge22to23[y]) + NetMigrationAge22to23[y]","PopAge21to22[y-1] * (1 -DeathRateAge22to23[y]) + NetMigrationAge22to23[y]","PopAge21to22[y-1] * (1 -DeathRateAge22to23[y]) + NetMigrationAge22to23[y]"]
["PopAge23to24","Pop Age 23 to 24","Macroeconomic","double(14,0)",null,null,null,null,"Prior Year-Younger Age Cohort less Estimated Deaths plus Net Migration","N",4271327,"PopAge22to23[y-1] * (1 -DeathRateAge23to24[y]) + NetMigrationAge23to24[y]","PopAge22to23[y-1] * (1 -DeathRateAge23to24[y]) + NetMigrationAge23to24[y]","PopAge22to23[y-1] * (1 -DeathRateAge23to24[y]) + NetMigrationAge23to24[y]","PopAge22to23[y-1] * (1 -DeathRateAge23to24[y]) + NetMigrationAge23to24[y]","PopAge22to23[y-1] * (1 -DeathRateAge23to24[y]) + NetMigrationAge23to24[y]","PopAge22to23[y-1] * (1 -DeathRateAge23to24[y]) + NetMigrationAge23to24[y]","PopAge22to23[y-1] * (1 -DeathRateAge23to24[y]) + NetMigrationAge23to24[y]","PopAge22to23[y-1] * (1 -DeathRateAge23to24[y]) + NetMigrationAge23to24[y]","PopAge22to23[y-1] * (1 -DeathRateAge23to24[y]) + NetMigrationAge23to24[y]","PopAge22to23[y-1] * (1 -DeathRateAge23to24[y]) + NetMigrationAge23to24[y]","PopAge22to23[y-1] * (1 -DeathRateAge23to24[y]) + NetMigrationAge23to24[y]","PopAge22to23[y-1] * (1 -DeathRateAge23to24[y]) + NetMigrationAge23to24[y]","PopAge22to23[y-1] * (1 -DeathRateAge23to24[y]) + NetMigrationAge23to24[y]","PopAge22to23[y-1] * (1 -DeathRateAge23to24[y]) + NetMigrationAge23to24[y]","PopAge22to23[y-1] * (1 -DeathRateAge23to24[y]) + NetMigrationAge23to24[y]","PopAge22to23[y-1] * (1 -DeathRateAge23to24[y]) + NetMigrationAge23to24[y]","PopAge22to23[y-1] * (1 -DeathRateAge23to24[y]) + NetMigrationAge23to24[y]","PopAge22to23[y-1] * (1 -DeathRateAge23to24[y]) + NetMigrationAge23to24[y]","PopAge22to23[y-1] * (1 -DeathRateAge23to24[y]) + NetMigrationAge23to24[y]","PopAge22to23[y-1] * (1 -DeathRateAge23to24[y]) + NetMigrationAge23to24[y]","PopAge22to23[y-1] * (1 -DeathRateAge23to24[y]) + NetMigrationAge23to24[y]","PopAge22to23[y-1] * (1 -DeathRateAge23to24[y]) + NetMigrationAge23to24[y]","PopAge22to23[y-1] * (1 -DeathRateAge23to24[y]) + NetMigrationAge23to24[y]","PopAge22to23[y-1] * (1 -DeathRateAge23to24[y]) + NetMigrationAge23to24[y]","PopAge22to23[y-1] * (1 -DeathRateAge23to24[y]) + NetMigrationAge23to24[y]","PopAge22to23[y-1] * (1 -DeathRateAge23to24[y]) + NetMigrationAge23to24[y]","PopAge22to23[y-1] * (1 -DeathRateAge23to24[y]) + NetMigrationAge23to24[y]","PopAge22to23[y-1] * (1 -DeathRateAge23to24[y]) + NetMigrationAge23to24[y]","PopAge22to23[y-1] * (1 -DeathRateAge23to24[y]) + NetMigrationAge23to24[y]","PopAge22to23[y-1] * (1 -DeathRateAge23to24[y]) + NetMigrationAge23to24[y]"]
["PopAge24to25","Pop Age 24 to 25","Macroeconomic","double(14,0)",null,null,null,null,"Prior Year-Younger Age Cohort less Estimated Deaths plus Net Migration","N",4205298,"PopAge23to24[y-1] * (1 -DeathRateAge24to25[y]) + NetMigrationAge24to25[y]","PopAge23to24[y-1] * (1 -DeathRateAge24to25[y]) + NetMigrationAge24to25[y]","PopAge23to24[y-1] * (1 -DeathRateAge24to25[y]) + NetMigrationAge24to25[y]","PopAge23to24[y-1] * (1 -DeathRateAge24to25[y]) + NetMigrationAge24to25[y]","PopAge23to24[y-1] * (1 -DeathRateAge24to25[y]) + NetMigrationAge24to25[y]","PopAge23to24[y-1] * (1 -DeathRateAge24to25[y]) + NetMigrationAge24to25[y]","PopAge23to24[y-1] * (1 -DeathRateAge24to25[y]) + NetMigrationAge24to25[y]","PopAge23to24[y-1] * (1 -DeathRateAge24to25[y]) + NetMigrationAge24to25[y]","PopAge23to24[y-1] * (1 -DeathRateAge24to25[y]) + NetMigrationAge24to25[y]","PopAge23to24[y-1] * (1 -DeathRateAge24to25[y]) + NetMigrationAge24to25[y]","PopAge23to24[y-1] * (1 -DeathRateAge24to25[y]) + NetMigrationAge24to25[y]","PopAge23to24[y-1] * (1 -DeathRateAge24to25[y]) + NetMigrationAge24to25[y]","PopAge23to24[y-1] * (1 -DeathRateAge24to25[y]) + NetMigrationAge24to25[y]","PopAge23to24[y-1] * (1 -DeathRateAge24to25[y]) + NetMigrationAge24to25[y]","PopAge23to24[y-1] * (1 -DeathRateAge24to25[y]) + NetMigrationAge24to25[y]","PopAge23to24[y-1] * (1 -DeathRateAge24to25[y]) + NetMigrationAge24to25[y]","PopAge23to24[y-1] * (1 -DeathRateAge24to25[y]) + NetMigrationAge24to25[y]","PopAge23to24[y-1] * (1 -DeathRateAge24to25[y]) + NetMigrationAge24to25[y]","PopAge23to24[y-1] * (1 -DeathRateAge24to25[y]) + NetMigrationAge24to25[y]","PopAge23to24[y-1] * (1 -DeathRateAge24to25[y]) + NetMigrationAge24to25[y]","PopAge23to24[y-1] * (1 -DeathRateAge24to25[y]) + NetMigrationAge24to25[y]","PopAge23to24[y-1] * (1 -DeathRateAge24to25[y]) + NetMigrationAge24to25[y]","PopAge23to24[y-1] * (1 -DeathRateAge24to25[y]) + NetMigrationAge24to25[y]","PopAge23to24[y-1] * (1 -DeathRateAge24to25[y]) + NetMigrationAge24to25[y]","PopAge23to24[y-1] * (1 -DeathRateAge24to25[y]) + NetMigrationAge24to25[y]","PopAge23to24[y-1] * (1 -DeathRateAge24to25[y]) + NetMigrationAge24to25[y]","PopAge23to24[y-1] * (1 -DeathRateAge24to25[y]) + NetMigrationAge24to25[y]","PopAge23to24[y-1] * (1 -DeathRateAge24to25[y]) + NetMigrationAge24to25[y]","PopAge23to24[y-1] * (1 -DeathRateAge24to25[y]) + NetMigrationAge24to25[y]","PopAge23to24[y-1] * (1 -DeathRateAge24to25[y]) + NetMigrationAge24to25[y]"]
["PopAge25to26","Pop Age 25 to 26","Macroeconomic","double(14,0)",null,null,null,null,"Prior Year-Younger Age Cohort less Estimated Deaths plus Net Migration","N",4255920,"PopAge24to25[y-1] * (1 -DeathRateAge25to26[y]) + NetMigrationAge25to26[y]","PopAge24to25[y-1] * (1 -DeathRateAge25to26[y]) + NetMigrationAge25to26[y]","PopAge24to25[y-1] * (1 -DeathRateAge25to26[y]) + NetMigrationAge25to26[y]","PopAge24to25[y-1] * (1 -DeathRateAge25to26[y]) + NetMigrationAge25to26[y]","PopAge24to25[y-1] * (1 -DeathRateAge25to26[y]) + NetMigrationAge25to26[y]","PopAge24to25[y-1] * (1 -DeathRateAge25to26[y]) + NetMigrationAge25to26[y]","PopAge24to25[y-1] * (1 -DeathRateAge25to26[y]) + NetMigrationAge25to26[y]","PopAge24to25[y-1] * (1 -DeathRateAge25to26[y]) + NetMigrationAge25to26[y]","PopAge24to25[y-1] * (1 -DeathRateAge25to26[y]) + NetMigrationAge25to26[y]","PopAge24to25[y-1] * (1 -DeathRateAge25to26[y]) + NetMigrationAge25to26[y]","PopAge24to25[y-1] * (1 -DeathRateAge25to26[y]) + NetMigrationAge25to26[y]","PopAge24to25[y-1] * (1 -DeathRateAge25to26[y]) + NetMigrationAge25to26[y]","PopAge24to25[y-1] * (1 -DeathRateAge25to26[y]) + NetMigrationAge25to26[y]","PopAge24to25[y-1] * (1 -DeathRateAge25to26[y]) + NetMigrationAge25to26[y]","PopAge24to25[y-1] * (1 -DeathRateAge25to26[y]) + NetMigrationAge25to26[y]","PopAge24to25[y-1] * (1 -DeathRateAge25to26[y]) + NetMigrationAge25to26[y]","PopAge24to25[y-1] * (1 -DeathRateAge25to26[y]) + NetMigrationAge25to26[y]","PopAge24to25[y-1] * (1 -DeathRateAge25to26[y]) + NetMigrationAge25to26[y]","PopAge24to25[y-1] * (1 -DeathRateAge25to26[y]) + NetMigrationAge25to26[y]","PopAge24to25[y-1] * (1 -DeathRateAge25to26[y]) + NetMigrationAge25to26[y]","PopAge24to25[y-1] * (1 -DeathRateAge25to26[y]) + NetMigrationAge25to26[y]","PopAge24to25[y-1] * (1 -DeathRateAge25to26[y]) + NetMigrationAge25to26[y]","PopAge24to25[y-1] * (1 -DeathRateAge25to26[y]) + NetMigrationAge25to26[y]","PopAge24to25[y-1] * (1 -DeathRateAge25to26[y]) + NetMigrationAge25to26[y]","PopAge24to25[y-1] * (1 -DeathRateAge25to26[y]) + NetMigrationAge25to26[y]","PopAge24to25[y-1] * (1 -DeathRateAge25to26[y]) + NetMigrationAge25to26[y]","PopAge24to25[y-1] * (1 -DeathRateAge25to26[y]) + NetMigrationAge25to26[y]","PopAge24to25[y-1] * (1 -DeathRateAge25to26[y]) + NetMigrationAge25to26[y]","PopAge24to25[y-1] * (1 -DeathRateAge25to26[y]) + NetMigrationAge25to26[y]","PopAge24to25[y-1] * (1 -DeathRateAge25to26[y]) + NetMigrationAge25to26[y]"]
["PopAge26to27","Pop Age 26 to 27","Macroeconomic","double(14,0)",null,null,null,null,"Prior Year-Younger Age Cohort less Estimated Deaths plus Net Migration","N",4268763,"PopAge25to26[y-1] * (1 -DeathRateAge26to27[y]) + NetMigrationAge26to27[y]","PopAge25to26[y-1] * (1 -DeathRateAge26to27[y]) + NetMigrationAge26to27[y]","PopAge25to26[y-1] * (1 -DeathRateAge26to27[y]) + NetMigrationAge26to27[y]","PopAge25to26[y-1] * (1 -DeathRateAge26to27[y]) + NetMigrationAge26to27[y]","PopAge25to26[y-1] * (1 -DeathRateAge26to27[y]) + NetMigrationAge26to27[y]","PopAge25to26[y-1] * (1 -DeathRateAge26to27[y]) + NetMigrationAge26to27[y]","PopAge25to26[y-1] * (1 -DeathRateAge26to27[y]) + NetMigrationAge26to27[y]","PopAge25to26[y-1] * (1 -DeathRateAge26to27[y]) + NetMigrationAge26to27[y]","PopAge25to26[y-1] * (1 -DeathRateAge26to27[y]) + NetMigrationAge26to27[y]","PopAge25to26[y-1] * (1 -DeathRateAge26to27[y]) + NetMigrationAge26to27[y]","PopAge25to26[y-1] * (1 -DeathRateAge26to27[y]) + NetMigrationAge26to27[y]","PopAge25to26[y-1] * (1 -DeathRateAge26to27[y]) + NetMigrationAge26to27[y]","PopAge25to26[y-1] * (1 -DeathRateAge26to27[y]) + NetMigrationAge26to27[y]","PopAge25to26[y-1] * (1 -DeathRateAge26to27[y]) + NetMigrationAge26to27[y]","PopAge25to26[y-1] * (1 -DeathRateAge26to27[y]) + NetMigrationAge26to27[y]","PopAge25to26[y-1] * (1 -DeathRateAge26to27[y]) + NetMigrationAge26to27[y]","PopAge25to26[y-1] * (1 -DeathRateAge26to27[y]) + NetMigrationAge26to27[y]","PopAge25to26[y-1] * (1 -DeathRateAge26to27[y]) + NetMigrationAge26to27[y]","PopAge25to26[y-1] * (1 -DeathRateAge26to27[y]) + NetMigrationAge26to27[y]","PopAge25to26[y-1] * (1 -DeathRateAge26to27[y]) + NetMigrationAge26to27[y]","PopAge25to26[y-1] * (1 -DeathRateAge26to27[y]) + NetMigrationAge26to27[y]","PopAge25to26[y-1] * (1 -DeathRateAge26to27[y]) + NetMigrationAge26to27[y]","PopAge25to26[y-1] * (1 -DeathRateAge26to27[y]) + NetMigrationAge26to27[y]","PopAge25to26[y-1] * (1 -DeathRateAge26to27[y]) + NetMigrationAge26to27[y]","PopAge25to26[y-1] * (1 -DeathRateAge26to27[y]) + NetMigrationAge26to27[y]","PopAge25to26[y-1] * (1 -DeathRateAge26to27[y]) + NetMigrationAge26to27[y]","PopAge25to26[y-1] * (1 -DeathRateAge26to27[y]) + NetMigrationAge26to27[y]","PopAge25to26[y-1] * (1 -DeathRateAge26to27[y]) + NetMigrationAge26to27[y]","PopAge25to26[y-1] * (1 -DeathRateAge26to27[y]) + NetMigrationAge26to27[y]","PopAge25to26[y-1] * (1 -DeathRateAge26to27[y]) + NetMigrationAge26to27[y]"]
["PopAge27to28","Pop Age 27 to 28","Macroeconomic","double(14,0)",null,null,null,null,"Prior Year-Younger Age Cohort less Estimated Deaths plus Net Migration","N",4158664,"PopAge26to27[y-1] * (1 -DeathRateAge27to28[y]) + NetMigrationAge27to28[y]","PopAge26to27[y-1] * (1 -DeathRateAge27to28[y]) + NetMigrationAge27to28[y]","PopAge26to27[y-1] * (1 -DeathRateAge27to28[y]) + NetMigrationAge27to28[y]","PopAge26to27[y-1] * (1 -DeathRateAge27to28[y]) + NetMigrationAge27to28[y]","PopAge26to27[y-1] * (1 -DeathRateAge27to28[y]) + NetMigrationAge27to28[y]","PopAge26to27[y-1] * (1 -DeathRateAge27to28[y]) + NetMigrationAge27to28[y]","PopAge26to27[y-1] * (1 -DeathRateAge27to28[y]) + NetMigrationAge27to28[y]","PopAge26to27[y-1] * (1 -DeathRateAge27to28[y]) + NetMigrationAge27to28[y]","PopAge26to27[y-1] * (1 -DeathRateAge27to28[y]) + NetMigrationAge27to28[y]","PopAge26to27[y-1] * (1 -DeathRateAge27to28[y]) + NetMigrationAge27to28[y]","PopAge26to27[y-1] * (1 -DeathRateAge27to28[y]) + NetMigrationAge27to28[y]","PopAge26to27[y-1] * (1 -DeathRateAge27to28[y]) + NetMigrationAge27to28[y]","PopAge26to27[y-1] * (1 -DeathRateAge27to28[y]) + NetMigrationAge27to28[y]","PopAge26to27[y-1] * (1 -DeathRateAge27to28[y]) + NetMigrationAge27to28[y]","PopAge26to27[y-1] * (1 -DeathRateAge27to28[y]) + NetMigrationAge27to28[y]","PopAge26to27[y-1] * (1 -DeathRateAge27to28[y]) + NetMigrationAge27to28[y]","PopAge26to27[y-1] * (1 -DeathRateAge27to28[y]) + NetMigrationAge27to28[y]","PopAge26to27[y-1] * (1 -DeathRateAge27to28[y]) + NetMigrationAge27to28[y]","PopAge26to27[y-1] * (1 -DeathRateAge27to28[y]) + NetMigrationAge27to28[y]","PopAge26to27[y-1] * (1 -DeathRateAge27to28[y]) + NetMigrationAge27to28[y]","PopAge26to27[y-1] * (1 -DeathRateAge27to28[y]) + NetMigrationAge27to28[y]","PopAge26to27[y-1] * (1 -DeathRateAge27to28[y]) + NetMigrationAge27to28[y]","PopAge26to27[y-1] * (1 -DeathRateAge27to28[y]) + NetMigrationAge27to28[y]","PopAge26to27[y-1] * (1 -DeathRateAge27to28[y]) + NetMigrationAge27to28[y]","PopAge26to27[y-1] * (1 -DeathRateAge27to28[y]) + NetMigrationAge27to28[y]","PopAge26to27[y-1] * (1 -DeathRateAge27to28[y]) + NetMigrationAge27to28[y]","PopAge26to27[y-1] * (1 -DeathRateAge27to28[y]) + NetMigrationAge27to28[y]","PopAge26to27[y-1] * (1 -DeathRateAge27to28[y]) + NetMigrationAge27to28[y]","PopAge26to27[y-1] * (1 -DeathRateAge27to28[y]) + NetMigrationAge27to28[y]","PopAge26to27[y-1] * (1 -DeathRateAge27to28[y]) + NetMigrationAge27to28[y]"]
["PopAge28to29","Pop Age 28 to 29","Macroeconomic","double(14,0)",null,null,null,null,"Prior Year-Younger Age Cohort less Estimated Deaths plus Net Migration","N",4255023,"PopAge27to28[y-1] * (1 -DeathRateAge28to29[y]) + NetMigrationAge28to29[y]","PopAge27to28[y-1] * (1 -DeathRateAge28to29[y]) + NetMigrationAge28to29[y]","PopAge27to28[y-1] * (1 -DeathRateAge28to29[y]) + NetMigrationAge28to29[y]","PopAge27to28[y-1] * (1 -DeathRateAge28to29[y]) + NetMigrationAge28to29[y]","PopAge27to28[y-1] * (1 -DeathRateAge28to29[y]) + NetMigrationAge28to29[y]","PopAge27to28[y-1] * (1 -DeathRateAge28to29[y]) + NetMigrationAge28to29[y]","PopAge27to28[y-1] * (1 -DeathRateAge28to29[y]) + NetMigrationAge28to29[y]","PopAge27to28[y-1] * (1 -DeathRateAge28to29[y]) + NetMigrationAge28to29[y]","PopAge27to28[y-1] * (1 -DeathRateAge28to29[y]) + NetMigrationAge28to29[y]","PopAge27to28[y-1] * (1 -DeathRateAge28to29[y]) + NetMigrationAge28to29[y]","PopAge27to28[y-1] * (1 -DeathRateAge28to29[y]) + NetMigrationAge28to29[y]","PopAge27to28[y-1] * (1 -DeathRateAge28to29[y]) + NetMigrationAge28to29[y]","PopAge27to28[y-1] * (1 -DeathRateAge28to29[y]) + NetMigrationAge28to29[y]","PopAge27to28[y-1] * (1 -DeathRateAge28to29[y]) + NetMigrationAge28to29[y]","PopAge27to28[y-1] * (1 -DeathRateAge28to29[y]) + NetMigrationAge28to29[y]","PopAge27to28[y-1] * (1 -DeathRateAge28to29[y]) + NetMigrationAge28to29[y]","PopAge27to28[y-1] * (1 -DeathRateAge28to29[y]) + NetMigrationAge28to29[y]","PopAge27to28[y-1] * (1 -DeathRateAge28to29[y]) + NetMigrationAge28to29[y]","PopAge27to28[y-1] * (1 -DeathRateAge28to29[y]) + NetMigrationAge28to29[y]","PopAge27to28[y-1] * (1 -DeathRateAge28to29[y]) + NetMigrationAge28to29[y]","PopAge27to28[y-1] * (1 -DeathRateAge28to29[y]) + NetMigrationAge28to29[y]","PopAge27to28[y-1] * (1 -DeathRateAge28to29[y]) + NetMigrationAge28to29[y]","PopAge27to28[y-1] * (1 -DeathRateAge28to29[y]) + NetMigrationAge28to29[y]","PopAge27to28[y-1] * (1 -DeathRateAge28to29[y]) + NetMigrationAge28to29[y]","PopAge27to28[y-1] * (1 -DeathRateAge28to29[y]) + NetMigrationAge28to29[y]","PopAge27to28[y-1] * (1 -DeathRateAge28to29[y]) + NetMigrationAge28to29[y]","PopAge27to28[y-1] * (1 -DeathRateAge28to29[y]) + NetMigrationAge28to29[y]","PopAge27to28[y-1] * (1 -DeathRateAge28to29[y]) + NetMigrationAge28to29[y]","PopAge27to28[y-1] * (1 -DeathRateAge28to29[y]) + NetMigrationAge28to29[y]","PopAge27to28[y-1] * (1 -DeathRateAge28to29[y]) + NetMigrationAge28to29[y]"]
["PopAge29to30","Pop Age 29 to 30","Macroeconomic","double(14,0)",null,null,null,null,"Prior Year-Younger Age Cohort less Estimated Deaths plus Net Migration","N",4221295,"PopAge28to29[y-1] * (1 -DeathRateAge29to30[y]) + NetMigrationAge29to30[y]","PopAge28to29[y-1] * (1 -DeathRateAge29to30[y]) + NetMigrationAge29to30[y]","PopAge28to29[y-1] * (1 -DeathRateAge29to30[y]) + NetMigrationAge29to30[y]","PopAge28to29[y-1] * (1 -DeathRateAge29to30[y]) + NetMigrationAge29to30[y]","PopAge28to29[y-1] * (1 -DeathRateAge29to30[y]) + NetMigrationAge29to30[y]","PopAge28to29[y-1] * (1 -DeathRateAge29to30[y]) + NetMigrationAge29to30[y]","PopAge28to29[y-1] * (1 -DeathRateAge29to30[y]) + NetMigrationAge29to30[y]","PopAge28to29[y-1] * (1 -DeathRateAge29to30[y]) + NetMigrationAge29to30[y]","PopAge28to29[y-1] * (1 -DeathRateAge29to30[y]) + NetMigrationAge29to30[y]","PopAge28to29[y-1] * (1 -DeathRateAge29to30[y]) + NetMigrationAge29to30[y]","PopAge28to29[y-1] * (1 -DeathRateAge29to30[y]) + NetMigrationAge29to30[y]","PopAge28to29[y-1] * (1 -DeathRateAge29to30[y]) + NetMigrationAge29to30[y]","PopAge28to29[y-1] * (1 -DeathRateAge29to30[y]) + NetMigrationAge29to30[y]","PopAge28to29[y-1] * (1 -DeathRateAge29to30[y]) + NetMigrationAge29to30[y]","PopAge28to29[y-1] * (1 -DeathRateAge29to30[y]) + NetMigrationAge29to30[y]","PopAge28to29[y-1] * (1 -DeathRateAge29to30[y]) + NetMigrationAge29to30[y]","PopAge28to29[y-1] * (1 -DeathRateAge29to30[y]) + NetMigrationAge29to30[y]","PopAge28to29[y-1] * (1 -DeathRateAge29to30[y]) + NetMigrationAge29to30[y]","PopAge28to29[y-1] * (1 -DeathRateAge29to30[y]) + NetMigrationAge29to30[y]","PopAge28to29[y-1] * (1 -DeathRateAge29to30[y]) + NetMigrationAge29to30[y]","PopAge28to29[y-1] * (1 -DeathRateAge29to30[y]) + NetMigrationAge29to30[y]","PopAge28to29[y-1] * (1 -DeathRateAge29to30[y]) + NetMigrationAge29to30[y]","PopAge28to29[y-1] * (1 -DeathRateAge29to30[y]) + NetMigrationAge29to30[y]","PopAge28to29[y-1] * (1 -DeathRateAge29to30[y]) + NetMigrationAge29to30[y]","PopAge28to29[y-1] * (1 -DeathRateAge29to30[y]) + NetMigrationAge29to30[y]","PopAge28to29[y-1] * (1 -DeathRateAge29to30[y]) + NetMigrationAge29to30[y]","PopAge28to29[y-1] * (1 -DeathRateAge29to30[y]) + NetMigrationAge29to30[y]","PopAge28to29[y-1] * (1 -DeathRateAge29to30[y]) + NetMigrationAge29to30[y]","PopAge28to29[y-1] * (1 -DeathRateAge29to30[y]) + NetMigrationAge29to30[y]","PopAge28to29[y-1] * (1 -DeathRateAge29to30[y]) + NetMigrationAge29to30[y]"]
["PopAge30to31","Pop Age 30 to 31","Macroeconomic","double(14,0)",null,null,null,null,"Prior Year-Younger Age Cohort less Estimated Deaths plus Net Migration","N",4228982,"PopAge29to30[y-1] * (1 -DeathRateAge30to31[y]) + NetMigrationAge30to31[y]","PopAge29to30[y-1] * (1 -DeathRateAge30to31[y]) + NetMigrationAge30to31[y]","PopAge29to30[y-1] * (1 -DeathRateAge30to31[y]) + NetMigrationAge30to31[y]","PopAge29to30[y-1] * (1 -DeathRateAge30to31[y]) + NetMigrationAge30to31[y]","PopAge29to30[y-1] * (1 -DeathRateAge30to31[y]) + NetMigrationAge30to31[y]","PopAge29to30[y-1] * (1 -DeathRateAge30to31[y]) + NetMigrationAge30to31[y]","PopAge29to30[y-1] * (1 -DeathRateAge30to31[y]) + NetMigrationAge30to31[y]","PopAge29to30[y-1] * (1 -DeathRateAge30to31[y]) + NetMigrationAge30to31[y]","PopAge29to30[y-1] * (1 -DeathRateAge30to31[y]) + NetMigrationAge30to31[y]","PopAge29to30[y-1] * (1 -DeathRateAge30to31[y]) + NetMigrationAge30to31[y]","PopAge29to30[y-1] * (1 -DeathRateAge30to31[y]) + NetMigrationAge30to31[y]","PopAge29to30[y-1] * (1 -DeathRateAge30to31[y]) + NetMigrationAge30to31[y]","PopAge29to30[y-1] * (1 -DeathRateAge30to31[y]) + NetMigrationAge30to31[y]","PopAge29to30[y-1] * (1 -DeathRateAge30to31[y]) + NetMigrationAge30to31[y]","PopAge29to30[y-1] * (1 -DeathRateAge30to31[y]) + NetMigrationAge30to31[y]","PopAge29to30[y-1] * (1 -DeathRateAge30to31[y]) + NetMigrationAge30to31[y]","PopAge29to30[y-1] * (1 -DeathRateAge30to31[y]) + NetMigrationAge30to31[y]","PopAge29to30[y-1] * (1 -DeathRateAge30to31[y]) + NetMigrationAge30to31[y]","PopAge29to30[y-1] * (1 -DeathRateAge30to31[y]) + NetMigrationAge30to31[y]","PopAge29to30[y-1] * (1 -DeathRateAge30to31[y]) + NetMigrationAge30to31[y]","PopAge29to30[y-1] * (1 -DeathRateAge30to31[y]) + NetMigrationAge30to31[y]","PopAge29to30[y-1] * (1 -DeathRateAge30to31[y]) + NetMigrationAge30to31[y]","PopAge29to30[y-1] * (1 -DeathRateAge30to31[y]) + NetMigrationAge30to31[y]","PopAge29to30[y-1] * (1 -DeathRateAge30to31[y]) + NetMigrationAge30to31[y]","PopAge29to30[y-1] * (1 -DeathRateAge30to31[y]) + NetMigrationAge30to31[y]","PopAge29to30[y-1] * (1 -DeathRateAge30to31[y]) + NetMigrationAge30to31[y]","PopAge29to30[y-1] * (1 -DeathRateAge30to31[y]) + NetMigrationAge30to31[y]","PopAge29to30[y-1] * (1 -DeathRateAge30to31[y]) + NetMigrationAge30to31[y]","PopAge29to30[y-1] * (1 -DeathRateAge30to31[y]) + NetMigrationAge30to31[y]","PopAge29to30[y-1] * (1 -DeathRateAge30to31[y]) + NetMigrationAge30to31[y]"]
["PopAge31to32","Pop Age 31 to 32","Macroeconomic","double(14,0)",null,null,null,null,"Prior Year-Younger Age Cohort less Estimated Deaths plus Net Migration","N",4291312,"PopAge30to31[y-1] * (1 -DeathRateAge31to32[y]) + NetMigrationAge31to32[y]","PopAge30to31[y-1] * (1 -DeathRateAge31to32[y]) + NetMigrationAge31to32[y]","PopAge30to31[y-1] * (1 -DeathRateAge31to32[y]) + NetMigrationAge31to32[y]","PopAge30to31[y-1] * (1 -DeathRateAge31to32[y]) + NetMigrationAge31to32[y]","PopAge30to31[y-1] * (1 -DeathRateAge31to32[y]) + NetMigrationAge31to32[y]","PopAge30to31[y-1] * (1 -DeathRateAge31to32[y]) + NetMigrationAge31to32[y]","PopAge30to31[y-1] * (1 -DeathRateAge31to32[y]) + NetMigrationAge31to32[y]","PopAge30to31[y-1] * (1 -DeathRateAge31to32[y]) + NetMigrationAge31to32[y]","PopAge30to31[y-1] * (1 -DeathRateAge31to32[y]) + NetMigrationAge31to32[y]","PopAge30to31[y-1] * (1 -DeathRateAge31to32[y]) + NetMigrationAge31to32[y]","PopAge30to31[y-1] * (1 -DeathRateAge31to32[y]) + NetMigrationAge31to32[y]","PopAge30to31[y-1] * (1 -DeathRateAge31to32[y]) + NetMigrationAge31to32[y]","PopAge30to31[y-1] * (1 -DeathRateAge31to32[y]) + NetMigrationAge31to32[y]","PopAge30to31[y-1] * (1 -DeathRateAge31to32[y]) + NetMigrationAge31to32[y]","PopAge30to31[y-1] * (1 -DeathRateAge31to32[y]) + NetMigrationAge31to32[y]","PopAge30to31[y-1] * (1 -DeathRateAge31to32[y]) + NetMigrationAge31to32[y]","PopAge30to31[y-1] * (1 -DeathRateAge31to32[y]) + NetMigrationAge31to32[y]","PopAge30to31[y-1] * (1 -DeathRateAge31to32[y]) + NetMigrationAge31to32[y]","PopAge30to31[y-1] * (1 -DeathRateAge31to32[y]) + NetMigrationAge31to32[y]","PopAge30to31[y-1] * (1 -DeathRateAge31to32[y]) + NetMigrationAge31to32[y]","PopAge30to31[y-1] * (1 -DeathRateAge31to32[y]) + NetMigrationAge31to32[y]","PopAge30to31[y-1] * (1 -DeathRateAge31to32[y]) + NetMigrationAge31to32[y]","PopAge30to31[y-1] * (1 -DeathRateAge31to32[y]) + NetMigrationAge31to32[y]","PopAge30to31[y-1] * (1 -DeathRateAge31to32[y]) + NetMigrationAge31to32[y]","PopAge30to31[y-1] * (1 -DeathRateAge31to32[y]) + NetMigrationAge31to32[y]","PopAge30to31[y-1] * (1 -DeathRateAge31to32[y]) + NetMigrationAge31to32[y]","PopAge30to31[y-1] * (1 -DeathRateAge31to32[y]) + NetMigrationAge31to32[y]","PopAge30to31[y-1] * (1 -DeathRateAge31to32[y]) + NetMigrationAge31to32[y]","PopAge30to31[y-1] * (1 -DeathRateAge31to32[y]) + NetMigrationAge31to32[y]","PopAge30to31[y-1] * (1 -DeathRateAge31to32[y]) + NetMigrationAge31to32[y]"]
["PopAge32to33","Pop Age 32 to 33","Macroeconomic","double(14,0)",null,null,null,null,"Prior Year-Younger Age Cohort less Estimated Deaths plus Net Migration","N",3975929,"PopAge31to32[y-1] * (1 -DeathRateAge32to33[y]) + NetMigrationAge32to33[y]","PopAge31to32[y-1] * (1 -DeathRateAge32to33[y]) + NetMigrationAge32to33[y]","PopAge31to32[y-1] * (1 -DeathRateAge32to33[y]) + NetMigrationAge32to33[y]","PopAge31to32[y-1] * (1 -DeathRateAge32to33[y]) + NetMigrationAge32to33[y]","PopAge31to32[y-1] * (1 -DeathRateAge32to33[y]) + NetMigrationAge32to33[y]","PopAge31to32[y-1] * (1 -DeathRateAge32to33[y]) + NetMigrationAge32to33[y]","PopAge31to32[y-1] * (1 -DeathRateAge32to33[y]) + NetMigrationAge32to33[y]","PopAge31to32[y-1] * (1 -DeathRateAge32to33[y]) + NetMigrationAge32to33[y]","PopAge31to32[y-1] * (1 -DeathRateAge32to33[y]) + NetMigrationAge32to33[y]","PopAge31to32[y-1] * (1 -DeathRateAge32to33[y]) + NetMigrationAge32to33[y]","PopAge31to32[y-1] * (1 -DeathRateAge32to33[y]) + NetMigrationAge32to33[y]","PopAge31to32[y-1] * (1 -DeathRateAge32to33[y]) + NetMigrationAge32to33[y]","PopAge31to32[y-1] * (1 -DeathRateAge32to33[y]) + NetMigrationAge32to33[y]","PopAge31to32[y-1] * (1 -DeathRateAge32to33[y]) + NetMigrationAge32to33[y]","PopAge31to32[y-1] * (1 -DeathRateAge32to33[y]) + NetMigrationAge32to33[y]","PopAge31to32[y-1] * (1 -DeathRateAge32to33[y]) + NetMigrationAge32to33[y]",{"$f":"AA248","v":"PopAge31to32[y-1] * (1 -DeathRateAge32to33[y]) + NetMigrationAge32to33[y]"},"PopAge31to32[y-1] * (1 -DeathRateAge32to33[y]) + NetMigrationAge32to33[y]","PopAge31to32[y-1] * (1 -DeathRateAge32to33[y]) + NetMigrationAge32to33[y]","PopAge31to32[y-1] * (1 -DeathRateAge32to33[y]) + NetMigrationAge32to33[y]","PopAge31to32[y-1] * (1 -DeathRateAge32to33[y]) + NetMigrationAge32to33[y]","PopAge31to32[y-1] * (1 -DeathRateAge32to33[y]) + NetMigrationAge32to33[y]","PopAge31to32[y-1] * (1 -DeathRateAge32to33[y]) + NetMigrationAge32to33[y]","PopAge31to32[y-1] * (1 -DeathRateAge32to33[y]) + NetMigrationAge32to33[y]","PopAge31to32[y-1] * (1 -DeathRateAge32to33[y]) + NetMigrationAge32to33[y]","PopAge31to32[y-1] * (1 -DeathRateAge32to33[y]) + NetMigrationAge32to33[y]","PopAge31to32[y-1] * (1 -DeathRateAge32to33[y]) + NetMigrationAge32to33[y]","PopAge31to32[y-1] * (1 -DeathRateAge32to33[y]) + NetMigrationAge32to33[y]","PopAge31to32[y-1] * (1 -DeathRateAge32to33[y]) + NetMigrationAge32to33[y]","PopAge31to32[y-1] * (1 -DeathRateAge32to33[y]) + NetMigrationAge32to33[y]"]
["PopAge33to34","Pop Age 33 to 34","Macroeconomic","double(14,0)",null,null,null,null,"Prior Year-Younger Age Cohort less Estimated Deaths plus Net Migration","N",3992322,"PopAge32to33[y-1] * (1 -DeathRateAge33to34[y]) + NetMigrationAge33to34[y]",{"$f":"L249","v":"PopAge32to33[y-1] * (1 -DeathRateAge33to34[y]) + NetMigrationAge33to34[y]"},"PopAge32to33[y-1] * (1 -DeathRateAge33to34[y]) + NetMigrationAge33to34[y]","PopAge32to33[y-1] * (1 -DeathRateAge33to34[y]) + NetMigrationAge33to34[y]","PopAge32to33[y-1] * (1 -DeathRateAge33to34[y]) + NetMigrationAge33to34[y]","PopAge32to33[y-1] * (1 -DeathRateAge33to34[y]) + NetMigrationAge33to34[y]","PopAge32to33[y-1] * (1 -DeathRateAge33to34[y]) + NetMigrationAge33to34[y]","PopAge32to33[y-1] * (1 -DeathRateAge33to34[y]) + NetMigrationAge33to34[y]","PopAge32to33[y-1] * (1 -DeathRateAge33to34[y]) + NetMigrationAge33to34[y]","PopAge32to33[y-1] * (1 -DeathRateAge33to34[y]) + NetMigrationAge33to34[y]","PopAge32to33[y-1] * (1 -DeathRateAge33to34[y]) + NetMigrationAge33to34[y]","PopAge32to33[y-1] * (1 -DeathRateAge33to34[y]) + NetMigrationAge33to34[y]","PopAge32to33[y-1] * (1 -DeathRateAge33to34[y]) + NetMigrationAge33to34[y]","PopAge32to33[y-1] * (1 -DeathRateAge33to34[y]) + NetMigrationAge33to34[y]","PopAge32to33[y-1] * (1 -DeathRateAge33to34[y]) + NetMigrationAge33to34[y]","PopAge32to33[y-1] * (1 -DeathRateAge33to34[y]) + NetMigrationAge33to34[y]","PopAge32to33[y-1] * (1 -DeathRateAge33to34[y]) + NetMigrationAge33to34[y]","PopAge32to33[y-1] * (1 -DeathRateAge33to34[y]) + NetMigrationAge33to34[y]","PopAge32to33[y-1] * (1 -DeathRateAge33to34[y]) + NetMigrationAge33to34[y]","PopAge32to33[y-1] * (1 -DeathRateAge33to34[y]) + NetMigrationAge33to34[y]","PopAge32to33[y-1] * (1 -DeathRateAge33to34[y]) + NetMigrationAge33to34[y]","PopAge32to33[y-1] * (1 -DeathRateAge33to34[y]) + NetMigrationAge33to34[y]","PopAge32to33[y-1] * (1 -DeathRateAge33to34[y]) + NetMigrationAge33to34[y]","PopAge32to33[y-1] * (1 -DeathRateAge33to34[y]) + NetMigrationAge33to34[y]","PopAge32to33[y-1] * (1 -DeathRateAge33to34[y]) + NetMigrationAge33to34[y]","PopAge32to33[y-1] * (1 -DeathRateAge33to34[y]) + NetMigrationAge33to34[y]","PopAge32to33[y-1] * (1 -DeathRateAge33to34[y]) + NetMigrationAge33to34[y]","PopAge32to33[y-1] * (1 -DeathRateAge33to34[y]) + NetMigrationAge33to34[y]","PopAge32to33[y-1] * (1 -DeathRateAge33to34[y]) + NetMigrationAge33to34[y]","PopAge32to33[y-1] * (1 -DeathRateAge33to34[y]) + NetMigrationAge33to34[y]"]
["PopAge34to35","Pop Age 34 to 35","Macroeconomic","double(14,0)",null,null,null,null,"Prior Year-Younger Age Cohort less Estimated Deaths plus Net Migration","N",3885502,"PopAge33to34[y-1] * (1 -DeathRateAge34to35[y]) + NetMigrationAge34to35[y]","PopAge33to34[y-1] * (1 -DeathRateAge34to35[y]) + NetMigrationAge34to35[y]","PopAge33to34[y-1] * (1 -DeathRateAge34to35[y]) + NetMigrationAge34to35[y]","PopAge33to34[y-1] * (1 -DeathRateAge34to35[y]) + NetMigrationAge34to35[y]","PopAge33to34[y-1] * (1 -DeathRateAge34to35[y]) + NetMigrationAge34to35[y]","PopAge33to34[y-1] * (1 -DeathRateAge34to35[y]) + NetMigrationAge34to35[y]","PopAge33to34[y-1] * (1 -DeathRateAge34to35[y]) + NetMigrationAge34to35[y]","PopAge33to34[y-1] * (1 -DeathRateAge34to35[y]) + NetMigrationAge34to35[y]","PopAge33to34[y-1] * (1 -DeathRateAge34to35[y]) + NetMigrationAge34to35[y]","PopAge33to34[y-1] * (1 -DeathRateAge34to35[y]) + NetMigrationAge34to35[y]","PopAge33to34[y-1] * (1 -DeathRateAge34to35[y]) + NetMigrationAge34to35[y]","PopAge33to34[y-1] * (1 -DeathRateAge34to35[y]) + NetMigrationAge34to35[y]","PopAge33to34[y-1] * (1 -DeathRateAge34to35[y]) + NetMigrationAge34to35[y]","PopAge33to34[y-1] * (1 -DeathRateAge34to35[y]) + NetMigrationAge34to35[y]","PopAge33to34[y-1] * (1 -DeathRateAge34to35[y]) + NetMigrationAge34to35[y]","PopAge33to34[y-1] * (1 -DeathRateAge34to35[y]) + NetMigrationAge34to35[y]","PopAge33to34[y-1] * (1 -DeathRateAge34to35[y]) + NetMigrationAge34to35[y]","PopAge33to34[y-1] * (1 -DeathRateAge34to35[y]) + NetMigrationAge34to35[y]","PopAge33to34[y-1] * (1 -DeathRateAge34to35[y]) + NetMigrationAge34to35[y]","PopAge33to34[y-1] * (1 -DeathRateAge34to35[y]) + NetMigrationAge34to35[y]","PopAge33to34[y-1] * (1 -DeathRateAge34to35[y]) + NetMigrationAge34to35[y]","PopAge33to34[y-1] * (1 -DeathRateAge34to35[y]) + NetMigrationAge34to35[y]","PopAge33to34[y-1] * (1 -DeathRateAge34to35[y]) + NetMigrationAge34to35[y]","PopAge33to34[y-1] * (1 -DeathRateAge34to35[y]) + NetMigrationAge34to35[y]","PopAge33to34[y-1] * (1 -DeathRateAge34to35[y]) + NetMigrationAge34to35[y]","PopAge33to34[y-1] * (1 -DeathRateAge34to35[y]) + NetMigrationAge34to35[y]","PopAge33to34[y-1] * (1 -DeathRateAge34to35[y]) + NetMigrationAge34to35[y]","PopAge33to34[y-1] * (1 -DeathRateAge34to35[y]) + NetMigrationAge34to35[y]","PopAge33to34[y-1] * (1 -DeathRateAge34to35[y]) + NetMigrationAge34to35[y]","PopAge33to34[y-1] * (1 -DeathRateAge34to35[y]) + NetMigrationAge34to35[y]"]
["PopAge35to36","Pop Age 35 to 36","Macroeconomic","double(14,0)",null,null,null,null,"Prior Year-Younger Age Cohort less Estimated Deaths plus Net Migration","N",3844331,"PopAge34to35[y-1] * (1 -DeathRateAge35to36[y]) + NetMigrationAge35to36[y]","PopAge34to35[y-1] * (1 -DeathRateAge35to36[y]) + NetMigrationAge35to36[y]","PopAge34to35[y-1] * (1 -DeathRateAge35to36[y]) + NetMigrationAge35to36[y]","PopAge34to35[y-1] * (1 -DeathRateAge35to36[y]) + NetMigrationAge35to36[y]","PopAge34to35[y-1] * (1 -DeathRateAge35to36[y]) + NetMigrationAge35to36[y]","PopAge34to35[y-1] * (1 -DeathRateAge35to36[y]) + NetMigrationAge35to36[y]","PopAge34to35[y-1] * (1 -DeathRateAge35to36[y]) + NetMigrationAge35to36[y]","PopAge34to35[y-1] * (1 -DeathRateAge35to36[y]) + NetMigrationAge35to36[y]","PopAge34to35[y-1] * (1 -DeathRateAge35to36[y]) + NetMigrationAge35to36[y]","PopAge34to35[y-1] * (1 -DeathRateAge35to36[y]) + NetMigrationAge35to36[y]","PopAge34to35[y-1] * (1 -DeathRateAge35to36[y]) + NetMigrationAge35to36[y]","PopAge34to35[y-1] * (1 -DeathRateAge35to36[y]) + NetMigrationAge35to36[y]","PopAge34to35[y-1] * (1 -DeathRateAge35to36[y]) + NetMigrationAge35to36[y]","PopAge34to35[y-1] * (1 -DeathRateAge35to36[y]) + NetMigrationAge35to36[y]","PopAge34to35[y-1] * (1 -DeathRateAge35to36[y]) + NetMigrationAge35to36[y]","PopAge34to35[y-1] * (1 -DeathRateAge35to36[y]) + NetMigrationAge35to36[y]","PopAge34to35[y-1] * (1 -DeathRateAge35to36[y]) + NetMigrationAge35to36[y]","PopAge34to35[y-1] * (1 -DeathRateAge35to36[y]) + NetMigrationAge35to36[y]","PopAge34to35[y-1] * (1 -DeathRateAge35to36[y]) + NetMigrationAge35to36[y]","PopAge34to35[y-1] * (1 -DeathRateAge35to36[y]) + NetMigrationAge35to36[y]","PopAge34to35[y-1] * (1 -DeathRateAge35to36[y]) + NetMigrationAge35to36[y]","PopAge34to35[y-1] * (1 -DeathRateAge35to36[y]) + NetMigrationAge35to36[y]","PopAge34to35[y-1] * (1 -DeathRateAge35to36[y]) + NetMigrationAge35to36[y]","PopAge34to35[y-1] * (1 -DeathRateAge35to36[y]) + NetMigrationAge35to36[y]","PopAge34to35[y-1] * (1 -DeathRateAge35to36[y]) + NetMigrationAge35to36[y]","PopAge34to35[y-1] * (1 -DeathRateAge35to36[y]) + NetMigrationAge35to36[y]","PopAge34to35[y-1] * (1 -DeathRateAge35to36[y]) + NetMigrationAge35to36[y]","PopAge34to35[y-1] * (1 -DeathRateAge35to36[y]) + NetMigrationAge35to36[y]","PopAge34to35[y-1] * (1 -DeathRateAge35to36[y]) + NetMigrationAge35to36[y]","PopAge34to35[y-1] * (1 -DeathRateAge35to36[y]) + NetMigrationAge35to36[y]"]
["PopAge36to37","Pop Age 36 to 37","Macroeconomic","double(14,0)",null,null,null,null,"Prior Year-Younger Age Cohort less Estimated Deaths plus Net Migration","N",3961112,"PopAge35to36[y-1] * (1 -DeathRateAge36to37[y]) + NetMigrationAge36to37[y]","PopAge35to36[y-1] * (1 -DeathRateAge36to37[y]) + NetMigrationAge36to37[y]","PopAge35to36[y-1] * (1 -DeathRateAge36to37[y]) + NetMigrationAge36to37[y]","PopAge35to36[y-1] * (1 -DeathRateAge36to37[y]) + NetMigrationAge36to37[y]","PopAge35to36[y-1] * (1 -DeathRateAge36to37[y]) + NetMigrationAge36to37[y]","PopAge35to36[y-1] * (1 -DeathRateAge36to37[y]) + NetMigrationAge36to37[y]","PopAge35to36[y-1] * (1 -DeathRateAge36to37[y]) + NetMigrationAge36to37[y]","PopAge35to36[y-1] * (1 -DeathRateAge36to37[y]) + NetMigrationAge36to37[y]","PopAge35to36[y-1] * (1 -DeathRateAge36to37[y]) + NetMigrationAge36to37[y]","PopAge35to36[y-1] * (1 -DeathRateAge36to37[y]) + NetMigrationAge36to37[y]","PopAge35to36[y-1] * (1 -DeathRateAge36to37[y]) + NetMigrationAge36to37[y]","PopAge35to36[y-1] * (1 -DeathRateAge36to37[y]) + NetMigrationAge36to37[y]","PopAge35to36[y-1] * (1 -DeathRateAge36to37[y]) + NetMigrationAge36to37[y]","PopAge35to36[y-1] * (1 -DeathRateAge36to37[y]) + NetMigrationAge36to37[y]","PopAge35to36[y-1] * (1 -DeathRateAge36to37[y]) + NetMigrationAge36to37[y]","PopAge35to36[y-1] * (1 -DeathRateAge36to37[y]) + NetMigrationAge36to37[y]","PopAge35to36[y-1] * (1 -DeathRateAge36to37[y]) + NetMigrationAge36to37[y]","PopAge35to36[y-1] * (1 -DeathRateAge36to37[y]) + NetMigrationAge36to37[y]","PopAge35to36[y-1] * (1 -DeathRateAge36to37[y]) + NetMigrationAge36to37[y]","PopAge35to36[y-1] * (1 -DeathRateAge36to37[y]) + NetMigrationAge36to37[y]","PopAge35to36[y-1] * (1 -DeathRateAge36to37[y]) + NetMigrationAge36to37[y]","PopAge35to36[y-1] * (1 -DeathRateAge36to37[y]) + NetMigrationAge36to37[y]","PopAge35to36[y-1] * (1 -DeathRateAge36to37[y]) + NetMigrationAge36to37[y]","PopAge35to36[y-1] * (1 -DeathRateAge36to37[y]) + NetMigrationAge36to37[y]","PopAge35to36[y-1] * (1 -DeathRateAge36to37[y]) + NetMigrationAge36to37[y]","PopAge35to36[y-1] * (1 -DeathRateAge36to37[y]) + NetMigrationAge36to37[y]","PopAge35to36[y-1] * (1 -DeathRateAge36to37[y]) + NetMigrationAge36to37[y]","PopAge35to36[y-1] * (1 -DeathRateAge36to37[y]) + NetMigrationAge36to37[y]","PopAge35to36[y-1] * (1 -DeathRateAge36to37[y]) + NetMigrationAge36to37[y]","PopAge35to36[y-1] * (1 -DeathRateAge36to37[y]) + NetMigrationAge36to37[y]"]
["PopAge37to38","Pop Age 37 to 38","Macroeconomic","double(14,0)",null,null,null,null,"Prior Year-Younger Age Cohort less Estimated Deaths plus Net Migration","N",3806632,"PopAge36to37[y-1] * (1 -DeathRateAge37to38[y]) + NetMigrationAge37to38[y]","PopAge36to37[y-1] * (1 -DeathRateAge37to38[y]) + NetMigrationAge37to38[y]","PopAge36to37[y-1] * (1 -DeathRateAge37to38[y]) + NetMigrationAge37to38[y]","PopAge36to37[y-1] * (1 -DeathRateAge37to38[y]) + NetMigrationAge37to38[y]","PopAge36to37[y-1] * (1 -DeathRateAge37to38[y]) + NetMigrationAge37to38[y]","PopAge36to37[y-1] * (1 -DeathRateAge37to38[y]) + NetMigrationAge37to38[y]","PopAge36to37[y-1] * (1 -DeathRateAge37to38[y]) + NetMigrationAge37to38[y]","PopAge36to37[y-1] * (1 -DeathRateAge37to38[y]) + NetMigrationAge37to38[y]","PopAge36to37[y-1] * (1 -DeathRateAge37to38[y]) + NetMigrationAge37to38[y]","PopAge36to37[y-1] * (1 -DeathRateAge37to38[y]) + NetMigrationAge37to38[y]","PopAge36to37[y-1] * (1 -DeathRateAge37to38[y]) + NetMigrationAge37to38[y]","PopAge36to37[y-1] * (1 -DeathRateAge37to38[y]) + NetMigrationAge37to38[y]","PopAge36to37[y-1] * (1 -DeathRateAge37to38[y]) + NetMigrationAge37to38[y]","PopAge36to37[y-1] * (1 -DeathRateAge37to38[y]) + NetMigrationAge37to38[y]","PopAge36to37[y-1] * (1 -DeathRateAge37to38[y]) + NetMigrationAge37to38[y]","PopAge36to37[y-1] * (1 -DeathRateAge37to38[y]) + NetMigrationAge37to38[y]","PopAge36to37[y-1] * (1 -DeathRateAge37to38[y]) + NetMigrationAge37to38[y]","PopAge36to37[y-1] * (1 -DeathRateAge37to38[y]) + NetMigrationAge37to38[y]","PopAge36to37[y-1] * (1 -DeathRateAge37to38[y]) + NetMigrationAge37to38[y]","PopAge36to37[y-1] * (1 -DeathRateAge37to38[y]) + NetMigrationAge37to38[y]","PopAge36to37[y-1] * (1 -DeathRateAge37to38[y]) + NetMigrationAge37to38[y]","PopAge36to37[y-1] * (1 -DeathRateAge37to38[y]) + NetMigrationAge37to38[y]","PopAge36to37[y-1] * (1 -DeathRateAge37to38[y]) + NetMigrationAge37to38[y]","PopAge36to37[y-1] * (1 -DeathRateAge37to38[y]) + NetMigrationAge37to38[y]","PopAge36to37[y-1] * (1 -DeathRateAge37to38[y]) + NetMigrationAge37to38[y]","PopAge36to37[y-1] * (1 -DeathRateAge37to38[y]) + NetMigrationAge37to38[y]","PopAge36to37[y-1] * (1 -DeathRateAge37to38[y]) + NetMigrationAge37to38[y]","PopAge36to37[y-1] * (1 -DeathRateAge37to38[y]) + NetMigrationAge37to38[y]","PopAge36to37[y-1] * (1 -DeathRateAge37to38[y]) + NetMigrationAge37to38[y]","PopAge36to37[y-1] * (1 -DeathRateAge37to38[y]) + NetMigrationAge37to38[y]"]
["PopAge38to39","Pop Age 38 to 39","Macroeconomic","double(14,0)",null,null,null,null,"Prior Year-Younger Age Cohort less Estimated Deaths plus Net Migration","N",3938473,"PopAge37to38[y-1] * (1 -DeathRateAge38to39[y]) + NetMigrationAge38to39[y]","PopAge37to38[y-1] * (1 -DeathRateAge38to39[y]) + NetMigrationAge38to39[y]","PopAge37to38[y-1] * (1 -DeathRateAge38to39[y]) + NetMigrationAge38to39[y]","PopAge37to38[y-1] * (1 -DeathRateAge38to39[y]) + NetMigrationAge38to39[y]","PopAge37to38[y-1] * (1 -DeathRateAge38to39[y]) + NetMigrationAge38to39[y]","PopAge37to38[y-1] * (1 -DeathRateAge38to39[y]) + NetMigrationAge38to39[y]","PopAge37to38[y-1] * (1 -DeathRateAge38to39[y]) + NetMigrationAge38to39[y]","PopAge37to38[y-1] * (1 -DeathRateAge38to39[y]) + NetMigrationAge38to39[y]","PopAge37to38[y-1] * (1 -DeathRateAge38to39[y]) + NetMigrationAge38to39[y]","PopAge37to38[y-1] * (1 -DeathRateAge38to39[y]) + NetMigrationAge38to39[y]","PopAge37to38[y-1] * (1 -DeathRateAge38to39[y]) + NetMigrationAge38to39[y]","PopAge37to38[y-1] * (1 -DeathRateAge38to39[y]) + NetMigrationAge38to39[y]","PopAge37to38[y-1] * (1 -DeathRateAge38to39[y]) + NetMigrationAge38to39[y]","PopAge37to38[y-1] * (1 -DeathRateAge38to39[y]) + NetMigrationAge38to39[y]","PopAge37to38[y-1] * (1 -DeathRateAge38to39[y]) + NetMigrationAge38to39[y]","PopAge37to38[y-1] * (1 -DeathRateAge38to39[y]) + NetMigrationAge38to39[y]","PopAge37to38[y-1] * (1 -DeathRateAge38to39[y]) + NetMigrationAge38to39[y]","PopAge37to38[y-1] * (1 -DeathRateAge38to39[y]) + NetMigrationAge38to39[y]","PopAge37to38[y-1] * (1 -DeathRateAge38to39[y]) + NetMigrationAge38to39[y]","PopAge37to38[y-1] * (1 -DeathRateAge38to39[y]) + NetMigrationAge38to39[y]","PopAge37to38[y-1] * (1 -DeathRateAge38to39[y]) + NetMigrationAge38to39[y]","PopAge37to38[y-1] * (1 -DeathRateAge38to39[y]) + NetMigrationAge38to39[y]","PopAge37to38[y-1] * (1 -DeathRateAge38to39[y]) + NetMigrationAge38to39[y]","PopAge37to38[y-1] * (1 -DeathRateAge38to39[y]) + NetMigrationAge38to39[y]","PopAge37to38[y-1] * (1 -DeathRateAge38to39[y]) + NetMigrationAge38to39[y]","PopAge37to38[y-1] * (1 -DeathRateAge38to39[y]) + NetMigrationAge38to39[y]","PopAge37to38[y-1] * (1 -DeathRateAge38to39[y]) + NetMigrationAge38to39[y]","PopAge37to38[y-1] * (1 -DeathRateAge38to39[y]) + NetMigrationAge38to39[y]","PopAge37to38[y-1] * (1 -DeathRateAge38to39[y]) + NetMigrationAge38to39[y]","PopAge37to38[y-1] * (1 -DeathRateAge38to39[y]) + NetMigrationAge38to39[y]"]
["PopAge39to40","Pop Age 39 to 40","Macroeconomic","double(14,0)",null,null,null,null,"Prior Year-Younger Age Cohort less Estimated Deaths plus Net Migration","N",4125261,"PopAge38to39[y-1] * (1 -DeathRateAge39to40[y]) + NetMigrationAge39to40[y]","PopAge38to39[y-1] * (1 -DeathRateAge39to40[y]) + NetMigrationAge39to40[y]","PopAge38to39[y-1] * (1 -DeathRateAge39to40[y]) + NetMigrationAge39to40[y]","PopAge38to39[y-1] * (1 -DeathRateAge39to40[y]) + NetMigrationAge39to40[y]","PopAge38to39[y-1] * (1 -DeathRateAge39to40[y]) + NetMigrationAge39to40[y]","PopAge38to39[y-1] * (1 -DeathRateAge39to40[y]) + NetMigrationAge39to40[y]","PopAge38to39[y-1] * (1 -DeathRateAge39to40[y]) + NetMigrationAge39to40[y]","PopAge38to39[y-1] * (1 -DeathRateAge39to40[y]) + NetMigrationAge39to40[y]","PopAge38to39[y-1] * (1 -DeathRateAge39to40[y]) + NetMigrationAge39to40[y]","PopAge38to39[y-1] * (1 -DeathRateAge39to40[y]) + NetMigrationAge39to40[y]","PopAge38to39[y-1] * (1 -DeathRateAge39to40[y]) + NetMigrationAge39to40[y]","PopAge38to39[y-1] * (1 -DeathRateAge39to40[y]) + NetMigrationAge39to40[y]","PopAge38to39[y-1] * (1 -DeathRateAge39to40[y]) + NetMigrationAge39to40[y]","PopAge38to39[y-1] * (1 -DeathRateAge39to40[y]) + NetMigrationAge39to40[y]","PopAge38to39[y-1] * (1 -DeathRateAge39to40[y]) + NetMigrationAge39to40[y]","PopAge38to39[y-1] * (1 -DeathRateAge39to40[y]) + NetMigrationAge39to40[y]","PopAge38to39[y-1] * (1 -DeathRateAge39to40[y]) + NetMigrationAge39to40[y]","PopAge38to39[y-1] * (1 -DeathRateAge39to40[y]) + NetMigrationAge39to40[y]","PopAge38to39[y-1] * (1 -DeathRateAge39to40[y]) + NetMigrationAge39to40[y]","PopAge38to39[y-1] * (1 -DeathRateAge39to40[y]) + NetMigrationAge39to40[y]","PopAge38to39[y-1] * (1 -DeathRateAge39to40[y]) + NetMigrationAge39to40[y]","PopAge38to39[y-1] * (1 -DeathRateAge39to40[y]) + NetMigrationAge39to40[y]","PopAge38to39[y-1] * (1 -DeathRateAge39to40[y]) + NetMigrationAge39to40[y]","PopAge38to39[y-1] * (1 -DeathRateAge39to40[y]) + NetMigrationAge39to40[y]","PopAge38to39[y-1] * (1 -DeathRateAge39to40[y]) + NetMigrationAge39to40[y]","PopAge38to39[y-1] * (1 -DeathRateAge39to40[y]) + NetMigrationAge39to40[y]","PopAge38to39[y-1] * (1 -DeathRateAge39to40[y]) + NetMigrationAge39to40[y]","PopAge38to39[y-1] * (1 -DeathRateAge39to40[y]) + NetMigrationAge39to40[y]","PopAge38to39[y-1] * (1 -DeathRateAge39to40[y]) + NetMigrationAge39to40[y]","PopAge38to39[y-1] * (1 -DeathRateAge39to40[y]) + NetMigrationAge39to40[y]"]
["PopAge40to41","Pop Age 40 to 41","Macroeconomic","double(14,0)",null,null,null,null,"Prior Year-Younger Age Cohort less Estimated Deaths plus Net Migration","N",4367377,"PopAge39to40[y-1] * (1 -DeathRateAge40to41[y]) + NetMigrationAge40to41[y]","PopAge39to40[y-1] * (1 -DeathRateAge40to41[y]) + NetMigrationAge40to41[y]","PopAge39to40[y-1] * (1 -DeathRateAge40to41[y]) + NetMigrationAge40to41[y]","PopAge39to40[y-1] * (1 -DeathRateAge40to41[y]) + NetMigrationAge40to41[y]","PopAge39to40[y-1] * (1 -DeathRateAge40to41[y]) + NetMigrationAge40to41[y]","PopAge39to40[y-1] * (1 -DeathRateAge40to41[y]) + NetMigrationAge40to41[y]","PopAge39to40[y-1] * (1 -DeathRateAge40to41[y]) + NetMigrationAge40to41[y]","PopAge39to40[y-1] * (1 -DeathRateAge40to41[y]) + NetMigrationAge40to41[y]","PopAge39to40[y-1] * (1 -DeathRateAge40to41[y]) + NetMigrationAge40to41[y]","PopAge39to40[y-1] * (1 -DeathRateAge40to41[y]) + NetMigrationAge40to41[y]","PopAge39to40[y-1] * (1 -DeathRateAge40to41[y]) + NetMigrationAge40to41[y]","PopAge39to40[y-1] * (1 -DeathRateAge40to41[y]) + NetMigrationAge40to41[y]","PopAge39to40[y-1] * (1 -DeathRateAge40to41[y]) + NetMigrationAge40to41[y]","PopAge39to40[y-1] * (1 -DeathRateAge40to41[y]) + NetMigrationAge40to41[y]","PopAge39to40[y-1] * (1 -DeathRateAge40to41[y]) + NetMigrationAge40to41[y]","PopAge39to40[y-1] * (1 -DeathRateAge40to41[y]) + NetMigrationAge40to41[y]","PopAge39to40[y-1] * (1 -DeathRateAge40to41[y]) + NetMigrationAge40to41[y]","PopAge39to40[y-1] * (1 -DeathRateAge40to41[y]) + NetMigrationAge40to41[y]","PopAge39to40[y-1] * (1 -DeathRateAge40to41[y]) + NetMigrationAge40to41[y]","PopAge39to40[y-1] * (1 -DeathRateAge40to41[y]) + NetMigrationAge40to41[y]","PopAge39to40[y-1] * (1 -DeathRateAge40to41[y]) + NetMigrationAge40to41[y]","PopAge39to40[y-1] * (1 -DeathRateAge40to41[y]) + NetMigrationAge40to41[y]","PopAge39to40[y-1] * (1 -DeathRateAge40to41[y]) + NetMigrationAge40to41[y]","PopAge39to40[y-1] * (1 -DeathRateAge40to41[y]) + NetMigrationAge40to41[y]","PopAge39to40[y-1] * (1 -DeathRateAge40to41[y]) + NetMigrationAge40to41[y]","PopAge39to40[y-1] * (1 -DeathRateAge40to41[y]) + NetMigrationAge40to41[y]","PopAge39to40[y-1] * (1 -DeathRateAge40to41[y]) + NetMigrationAge40to41[y]","PopAge39to40[y-1] * (1 -DeathRateAge40to41[y]) + NetMigrationAge40to41[y]","PopAge39to40[y-1] * (1 -DeathRateAge40to41[y]) + NetMigrationAge40to41[y]","PopAge39to40[y-1] * (1 -DeathRateAge40to41[y]) + NetMigrationAge40to41[y]"]
["PopAge41to42","Pop Age 41 to 42","Macroeconomic","double(14,0)",null,null,null,null,"Prior Year-Younger Age Cohort less Estimated Deaths plus Net Migration","N",4385212,"PopAge40to41[y-1] * (1 -DeathRateAge41to42[y]) + NetMigrationAge41to42[y]","PopAge40to41[y-1] * (1 -DeathRateAge41to42[y]) + NetMigrationAge41to42[y]","PopAge40to41[y-1] * (1 -DeathRateAge41to42[y]) + NetMigrationAge41to42[y]","PopAge40to41[y-1] * (1 -DeathRateAge41to42[y]) + NetMigrationAge41to42[y]","PopAge40to41[y-1] * (1 -DeathRateAge41to42[y]) + NetMigrationAge41to42[y]","PopAge40to41[y-1] * (1 -DeathRateAge41to42[y]) + NetMigrationAge41to42[y]","PopAge40to41[y-1] * (1 -DeathRateAge41to42[y]) + NetMigrationAge41to42[y]","PopAge40to41[y-1] * (1 -DeathRateAge41to42[y]) + NetMigrationAge41to42[y]","PopAge40to41[y-1] * (1 -DeathRateAge41to42[y]) + NetMigrationAge41to42[y]","PopAge40to41[y-1] * (1 -DeathRateAge41to42[y]) + NetMigrationAge41to42[y]","PopAge40to41[y-1] * (1 -DeathRateAge41to42[y]) + NetMigrationAge41to42[y]","PopAge40to41[y-1] * (1 -DeathRateAge41to42[y]) + NetMigrationAge41to42[y]","PopAge40to41[y-1] * (1 -DeathRateAge41to42[y]) + NetMigrationAge41to42[y]","PopAge40to41[y-1] * (1 -DeathRateAge41to42[y]) + NetMigrationAge41to42[y]","PopAge40to41[y-1] * (1 -DeathRateAge41to42[y]) + NetMigrationAge41to42[y]","PopAge40to41[y-1] * (1 -DeathRateAge41to42[y]) + NetMigrationAge41to42[y]","PopAge40to41[y-1] * (1 -DeathRateAge41to42[y]) + NetMigrationAge41to42[y]","PopAge40to41[y-1] * (1 -DeathRateAge41to42[y]) + NetMigrationAge41to42[y]","PopAge40to41[y-1] * (1 -DeathRateAge41to42[y]) + NetMigrationAge41to42[y]","PopAge40to41[y-1] * (1 -DeathRateAge41to42[y]) + NetMigrationAge41to42[y]","PopAge40to41[y-1] * (1 -DeathRateAge41to42[y]) + NetMigrationAge41to42[y]","PopAge40to41[y-1] * (1 -DeathRateAge41to42[y]) + NetMigrationAge41to42[y]","PopAge40to41[y-1] * (1 -DeathRateAge41to42[y]) + NetMigrationAge41to42[y]","PopAge40to41[y-1] * (1 -DeathRateAge41to42[y]) + NetMigrationAge41to42[y]","PopAge40to41[y-1] * (1 -DeathRateAge41to42[y]) + NetMigrationAge41to42[y]","PopAge40to41[y-1] * (1 -DeathRateAge41to42[y]) + NetMigrationAge41to42[y]","PopAge40to41[y-1] * (1 -DeathRateAge41to42[y]) + NetMigrationAge41to42[y]","PopAge40to41[y-1] * (1 -DeathRateAge41to42[y]) + NetMigrationAge41to42[y]","PopAge40to41[y-1] * (1 -DeathRateAge41to42[y]) + NetMigrationAge41to42[y]","PopAge40to41[y-1] * (1 -DeathRateAge41to42[y]) + NetMigrationAge41to42[y]"]
["PopAge42to43","Pop Age 42 to 43","Macroeconomic","double(14,0)",null,null,null,null,"Prior Year-Younger Age Cohort less Estimated Deaths plus Net Migration","N",4116749,"PopAge41to42[y-1] * (1 -DeathRateAge42to43[y]) + NetMigrationAge42to43[y]","PopAge41to42[y-1] * (1 -DeathRateAge42to43[y]) + NetMigrationAge42to43[y]","PopAge41to42[y-1] * (1 -DeathRateAge42to43[y]) + NetMigrationAge42to43[y]","PopAge41to42[y-1] * (1 -DeathRateAge42to43[y]) + NetMigrationAge42to43[y]","PopAge41to42[y-1] * (1 -DeathRateAge42to43[y]) + NetMigrationAge42to43[y]","PopAge41to42[y-1] * (1 -DeathRateAge42to43[y]) + NetMigrationAge42to43[y]","PopAge41to42[y-1] * (1 -DeathRateAge42to43[y]) + NetMigrationAge42to43[y]","PopAge41to42[y-1] * (1 -DeathRateAge42to43[y]) + NetMigrationAge42to43[y]","PopAge41to42[y-1] * (1 -DeathRateAge42to43[y]) + NetMigrationAge42to43[y]","PopAge41to42[y-1] * (1 -DeathRateAge42to43[y]) + NetMigrationAge42to43[y]","PopAge41to42[y-1] * (1 -DeathRateAge42to43[y]) + NetMigrationAge42to43[y]","PopAge41to42[y-1] * (1 -DeathRateAge42to43[y]) + NetMigrationAge42to43[y]","PopAge41to42[y-1] * (1 -DeathRateAge42to43[y]) + NetMigrationAge42to43[y]","PopAge41to42[y-1] * (1 -DeathRateAge42to43[y]) + NetMigrationAge42to43[y]","PopAge41to42[y-1] * (1 -DeathRateAge42to43[y]) + NetMigrationAge42to43[y]","PopAge41to42[y-1] * (1 -DeathRateAge42to43[y]) + NetMigrationAge42to43[y]","PopAge41to42[y-1] * (1 -DeathRateAge42to43[y]) + NetMigrationAge42to43[y]","PopAge41to42[y-1] * (1 -DeathRateAge42to43[y]) + NetMigrationAge42to43[y]","PopAge41to42[y-1] * (1 -DeathRateAge42to43[y]) + NetMigrationAge42to43[y]","PopAge41to42[y-1] * (1 -DeathRateAge42to43[y]) + NetMigrationAge42to43[y]","PopAge41to42[y-1] * (1 -DeathRateAge42to43[y]) + NetMigrationAge42to43[y]","PopAge41to42[y-1] * (1 -DeathRateAge42to43[y]) + NetMigrationAge42to43[y]","PopAge41to42[y-1] * (1 -DeathRateAge42to43[y]) + NetMigrationAge42to43[y]","PopAge41to42[y-1] * (1 -DeathRateAge42to43[y]) + NetMigrationAge42to43[y]","PopAge41to42[y-1] * (1 -DeathRateAge42to43[y]) + NetMigrationAge42to43[y]","PopAge41to42[y-1] * (1 -DeathRateAge42to43[y]) + NetMigrationAge42to43[y]","PopAge41to42[y-1] * (1 -DeathRateAge42to43[y]) + NetMigrationAge42to43[y]","PopAge41to42[y-1] * (1 -DeathRateAge42to43[y]) + NetMigrationAge42to43[y]","PopAge41to42[y-1] * (1 -DeathRateAge42to43[y]) + NetMigrationAge42to43[y]","PopAge41to42[y-1] * (1 -DeathRateAge42to43[y]) + NetMigrationAge42to43[y]"]
["PopAge43to44","Pop Age 43 to 44","Macroeconomic","double(14,0)",null,null,null,null,"Prior Year-Younger Age Cohort less Estimated Deaths plus Net Migration","N",4077263,"PopAge42to43[y-1] * (1 -DeathRateAge43to44[y]) + NetMigrationAge43to44[y]","PopAge42to43[y-1] * (1 -DeathRateAge43to44[y]) + NetMigrationAge43to44[y]","PopAge42to43[y-1] * (1 -DeathRateAge43to44[y]) + NetMigrationAge43to44[y]","PopAge42to43[y-1] * (1 -DeathRateAge43to44[y]) + NetMigrationAge43to44[y]","PopAge42to43[y-1] * (1 -DeathRateAge43to44[y]) + NetMigrationAge43to44[y]","PopAge42to43[y-1] * (1 -DeathRateAge43to44[y]) + NetMigrationAge43to44[y]","PopAge42to43[y-1] * (1 -DeathRateAge43to44[y]) + NetMigrationAge43to44[y]","PopAge42to43[y-1] * (1 -DeathRateAge43to44[y]) + NetMigrationAge43to44[y]","PopAge42to43[y-1] * (1 -DeathRateAge43to44[y]) + NetMigrationAge43to44[y]","PopAge42to43[y-1] * (1 -DeathRateAge43to44[y]) + NetMigrationAge43to44[y]","PopAge42to43[y-1] * (1 -DeathRateAge43to44[y]) + NetMigrationAge43to44[y]","PopAge42to43[y-1] * (1 -DeathRateAge43to44[y]) + NetMigrationAge43to44[y]","PopAge42to43[y-1] * (1 -DeathRateAge43to44[y]) + NetMigrationAge43to44[y]","PopAge42to43[y-1] * (1 -DeathRateAge43to44[y]) + NetMigrationAge43to44[y]","PopAge42to43[y-1] * (1 -DeathRateAge43to44[y]) + NetMigrationAge43to44[y]","PopAge42to43[y-1] * (1 -DeathRateAge43to44[y]) + NetMigrationAge43to44[y]","PopAge42to43[y-1] * (1 -DeathRateAge43to44[y]) + NetMigrationAge43to44[y]","PopAge42to43[y-1] * (1 -DeathRateAge43to44[y]) + NetMigrationAge43to44[y]","PopAge42to43[y-1] * (1 -DeathRateAge43to44[y]) + NetMigrationAge43to44[y]","PopAge42to43[y-1] * (1 -DeathRateAge43to44[y]) + NetMigrationAge43to44[y]","PopAge42to43[y-1] * (1 -DeathRateAge43to44[y]) + NetMigrationAge43to44[y]","PopAge42to43[y-1] * (1 -DeathRateAge43to44[y]) + NetMigrationAge43to44[y]","PopAge42to43[y-1] * (1 -DeathRateAge43to44[y]) + NetMigrationAge43to44[y]","PopAge42to43[y-1] * (1 -DeathRateAge43to44[y]) + NetMigrationAge43to44[y]","PopAge42to43[y-1] * (1 -DeathRateAge43to44[y]) + NetMigrationAge43to44[y]","PopAge42to43[y-1] * (1 -DeathRateAge43to44[y]) + NetMigrationAge43to44[y]","PopAge42to43[y-1] * (1 -DeathRateAge43to44[y]) + NetMigrationAge43to44[y]","PopAge42to43[y-1] * (1 -DeathRateAge43to44[y]) + NetMigrationAge43to44[y]","PopAge42to43[y-1] * (1 -DeathRateAge43to44[y]) + NetMigrationAge43to44[y]","PopAge42to43[y-1] * (1 -DeathRateAge43to44[y]) + NetMigrationAge43to44[y]"]
["PopAge44to45","Pop Age 44 to 45","Macroeconomic","double(14,0)",null,null,null,null,"Prior Year-Younger Age Cohort less Estimated Deaths plus Net Migration","N",4105461,"PopAge43to44[y-1] * (1 -DeathRateAge44to45[y]) + NetMigrationAge44to45[y]","PopAge43to44[y-1] * (1 -DeathRateAge44to45[y]) + NetMigrationAge44to45[y]","PopAge43to44[y-1] * (1 -DeathRateAge44to45[y]) + NetMigrationAge44to45[y]","PopAge43to44[y-1] * (1 -DeathRateAge44to45[y]) + NetMigrationAge44to45[y]","PopAge43to44[y-1] * (1 -DeathRateAge44to45[y]) + NetMigrationAge44to45[y]","PopAge43to44[y-1] * (1 -DeathRateAge44to45[y]) + NetMigrationAge44to45[y]","PopAge43to44[y-1] * (1 -DeathRateAge44to45[y]) + NetMigrationAge44to45[y]","PopAge43to44[y-1] * (1 -DeathRateAge44to45[y]) + NetMigrationAge44to45[y]","PopAge43to44[y-1] * (1 -DeathRateAge44to45[y]) + NetMigrationAge44to45[y]","PopAge43to44[y-1] * (1 -DeathRateAge44to45[y]) + NetMigrationAge44to45[y]","PopAge43to44[y-1] * (1 -DeathRateAge44to45[y]) + NetMigrationAge44to45[y]","PopAge43to44[y-1] * (1 -DeathRateAge44to45[y]) + NetMigrationAge44to45[y]","PopAge43to44[y-1] * (1 -DeathRateAge44to45[y]) + NetMigrationAge44to45[y]","PopAge43to44[y-1] * (1 -DeathRateAge44to45[y]) + NetMigrationAge44to45[y]","PopAge43to44[y-1] * (1 -DeathRateAge44to45[y]) + NetMigrationAge44to45[y]","PopAge43to44[y-1] * (1 -DeathRateAge44to45[y]) + NetMigrationAge44to45[y]","PopAge43to44[y-1] * (1 -DeathRateAge44to45[y]) + NetMigrationAge44to45[y]","PopAge43to44[y-1] * (1 -DeathRateAge44to45[y]) + NetMigrationAge44to45[y]","PopAge43to44[y-1] * (1 -DeathRateAge44to45[y]) + NetMigrationAge44to45[y]","PopAge43to44[y-1] * (1 -DeathRateAge44to45[y]) + NetMigrationAge44to45[y]","PopAge43to44[y-1] * (1 -DeathRateAge44to45[y]) + NetMigrationAge44to45[y]","PopAge43to44[y-1] * (1 -DeathRateAge44to45[y]) + NetMigrationAge44to45[y]","PopAge43to44[y-1] * (1 -DeathRateAge44to45[y]) + NetMigrationAge44to45[y]","PopAge43to44[y-1] * (1 -DeathRateAge44to45[y]) + NetMigrationAge44to45[y]","PopAge43to44[y-1] * (1 -DeathRateAge44to45[y]) + NetMigrationAge44to45[y]","PopAge43to44[y-1] * (1 -DeathRateAge44to45[y]) + NetMigrationAge44to45[y]","PopAge43to44[y-1] * (1 -DeathRateAge44to45[y]) + NetMigrationAge44to45[y]","PopAge43to44[y-1] * (1 -DeathRateAge44to45[y]) + NetMigrationAge44to45[y]","PopAge43to44[y-1] * (1 -DeathRateAge44to45[y]) + NetMigrationAge44to45[y]","PopAge43to44[y-1] * (1 -DeathRateAge44to45[y]) + NetMigrationAge44to45[y]"]
["PopAge45to46","Pop Age 45 to 46","Macroeconomic","double(14,0)",null,null,null,null,"Prior Year-Younger Age Cohort less Estimated Deaths plus Net Migration","N",4210784,"PopAge44to45[y-1] * (1 -DeathRateAge45to46[y]) + NetMigrationAge45to46[y]","PopAge44to45[y-1] * (1 -DeathRateAge45to46[y]) + NetMigrationAge45to46[y]","PopAge44to45[y-1] * (1 -DeathRateAge45to46[y]) + NetMigrationAge45to46[y]","PopAge44to45[y-1] * (1 -DeathRateAge45to46[y]) + NetMigrationAge45to46[y]","PopAge44to45[y-1] * (1 -DeathRateAge45to46[y]) + NetMigrationAge45to46[y]","PopAge44to45[y-1] * (1 -DeathRateAge45to46[y]) + NetMigrationAge45to46[y]","PopAge44to45[y-1] * (1 -DeathRateAge45to46[y]) + NetMigrationAge45to46[y]","PopAge44to45[y-1] * (1 -DeathRateAge45to46[y]) + NetMigrationAge45to46[y]","PopAge44to45[y-1] * (1 -DeathRateAge45to46[y]) + NetMigrationAge45to46[y]","PopAge44to45[y-1] * (1 -DeathRateAge45to46[y]) + NetMigrationAge45to46[y]","PopAge44to45[y-1] * (1 -DeathRateAge45to46[y]) + NetMigrationAge45to46[y]","PopAge44to45[y-1] * (1 -DeathRateAge45to46[y]) + NetMigrationAge45to46[y]","PopAge44to45[y-1] * (1 -DeathRateAge45to46[y]) + NetMigrationAge45to46[y]","PopAge44to45[y-1] * (1 -DeathRateAge45to46[y]) + NetMigrationAge45to46[y]","PopAge44to45[y-1] * (1 -DeathRateAge45to46[y]) + NetMigrationAge45to46[y]","PopAge44to45[y-1] * (1 -DeathRateAge45to46[y]) + NetMigrationAge45to46[y]","PopAge44to45[y-1] * (1 -DeathRateAge45to46[y]) + NetMigrationAge45to46[y]","PopAge44to45[y-1] * (1 -DeathRateAge45to46[y]) + NetMigrationAge45to46[y]","PopAge44to45[y-1] * (1 -DeathRateAge45to46[y]) + NetMigrationAge45to46[y]","PopAge44to45[y-1] * (1 -DeathRateAge45to46[y]) + NetMigrationAge45to46[y]","PopAge44to45[y-1] * (1 -DeathRateAge45to46[y]) + NetMigrationAge45to46[y]","PopAge44to45[y-1] * (1 -DeathRateAge45to46[y]) + NetMigrationAge45to46[y]","PopAge44to45[y-1] * (1 -DeathRateAge45to46[y]) + NetMigrationAge45to46[y]","PopAge44to45[y-1] * (1 -DeathRateAge45to46[y]) + NetMigrationAge45to46[y]","PopAge44to45[y-1] * (1 -DeathRateAge45to46[y]) + NetMigrationAge45to46[y]","PopAge44to45[y-1] * (1 -DeathRateAge45to46[y]) + NetMigrationAge45to46[y]","PopAge44to45[y-1] * (1 -DeathRateAge45to46[y]) + NetMigrationAge45to46[y]","PopAge44to45[y-1] * (1 -DeathRateAge45to46[y]) + NetMigrationAge45to46[y]","PopAge44to45[y-1] * (1 -DeathRateAge45to46[y]) + NetMigrationAge45to46[y]","PopAge44to45[y-1] * (1 -DeathRateAge45to46[y]) + NetMigrationAge45to46[y]"]
["PopAge46to47","Pop Age 46 to 47","Macroeconomic","double(14,0)",null,null,null,null,"Prior Year-Younger Age Cohort less Estimated Deaths plus Net Migration","N",4506471,"PopAge45to46[y-1] * (1 -DeathRateAge46to47[y]) + NetMigrationAge46to47[y]","PopAge45to46[y-1] * (1 -DeathRateAge46to47[y]) + NetMigrationAge46to47[y]","PopAge45to46[y-1] * (1 -DeathRateAge46to47[y]) + NetMigrationAge46to47[y]","PopAge45to46[y-1] * (1 -DeathRateAge46to47[y]) + NetMigrationAge46to47[y]","PopAge45to46[y-1] * (1 -DeathRateAge46to47[y]) + NetMigrationAge46to47[y]","PopAge45to46[y-1] * (1 -DeathRateAge46to47[y]) + NetMigrationAge46to47[y]","PopAge45to46[y-1] * (1 -DeathRateAge46to47[y]) + NetMigrationAge46to47[y]","PopAge45to46[y-1] * (1 -DeathRateAge46to47[y]) + NetMigrationAge46to47[y]","PopAge45to46[y-1] * (1 -DeathRateAge46to47[y]) + NetMigrationAge46to47[y]","PopAge45to46[y-1] * (1 -DeathRateAge46to47[y]) + NetMigrationAge46to47[y]","PopAge45to46[y-1] * (1 -DeathRateAge46to47[y]) + NetMigrationAge46to47[y]","PopAge45to46[y-1] * (1 -DeathRateAge46to47[y]) + NetMigrationAge46to47[y]","PopAge45to46[y-1] * (1 -DeathRateAge46to47[y]) + NetMigrationAge46to47[y]","PopAge45to46[y-1] * (1 -DeathRateAge46to47[y]) + NetMigrationAge46to47[y]","PopAge45to46[y-1] * (1 -DeathRateAge46to47[y]) + NetMigrationAge46to47[y]","PopAge45to46[y-1] * (1 -DeathRateAge46to47[y]) + NetMigrationAge46to47[y]","PopAge45to46[y-1] * (1 -DeathRateAge46to47[y]) + NetMigrationAge46to47[y]","PopAge45to46[y-1] * (1 -DeathRateAge46to47[y]) + NetMigrationAge46to47[y]","PopAge45to46[y-1] * (1 -DeathRateAge46to47[y]) + NetMigrationAge46to47[y]","PopAge45to46[y-1] * (1 -DeathRateAge46to47[y]) + NetMigrationAge46to47[y]","PopAge45to46[y-1] * (1 -DeathRateAge46to47[y]) + NetMigrationAge46to47[y]","PopAge45to46[y-1] * (1 -DeathRateAge46to47[y]) + NetMigrationAge46to47[y]","PopAge45to46[y-1] * (1 -DeathRateAge46to47[y]) + NetMigrationAge46to47[y]","PopAge45to46[y-1] * (1 -DeathRateAge46to47[y]) + NetMigrationAge46to47[y]","PopAge45to46[y-1] * (1 -DeathRateAge46to47[y]) + NetMigrationAge46to47[y]","PopAge45to46[y-1] * (1 -DeathRateAge46to47[y]) + NetMigrationAge46to47[y]","PopAge45to46[y-1] * (1 -DeathRateAge46to47[y]) + NetMigrationAge46to47[y]","PopAge45to46[y-1] * (1 -DeathRateAge46to47[y]) + NetMigrationAge46to47[y]","PopAge45to46[y-1] * (1 -DeathRateAge46to47[y]) + NetMigrationAge46to47[y]","PopAge45to46[y-1] * (1 -DeathRateAge46to47[y]) + NetMigrationAge46to47[y]"]
["PopAge47to48","Pop Age 47 to 48","Macroeconomic","double(14,0)",null,null,null,null,"Prior Year-Younger Age Cohort less Estimated Deaths plus Net Migration","N",4516273,"PopAge46to47[y-1] * (1 -DeathRateAge47to48[y]) + NetMigrationAge47to48[y]","PopAge46to47[y-1] * (1 -DeathRateAge47to48[y]) + NetMigrationAge47to48[y]","PopAge46to47[y-1] * (1 -DeathRateAge47to48[y]) + NetMigrationAge47to48[y]","PopAge46to47[y-1] * (1 -DeathRateAge47to48[y]) + NetMigrationAge47to48[y]","PopAge46to47[y-1] * (1 -DeathRateAge47to48[y]) + NetMigrationAge47to48[y]","PopAge46to47[y-1] * (1 -DeathRateAge47to48[y]) + NetMigrationAge47to48[y]","PopAge46to47[y-1] * (1 -DeathRateAge47to48[y]) + NetMigrationAge47to48[y]","PopAge46to47[y-1] * (1 -DeathRateAge47to48[y]) + NetMigrationAge47to48[y]","PopAge46to47[y-1] * (1 -DeathRateAge47to48[y]) + NetMigrationAge47to48[y]","PopAge46to47[y-1] * (1 -DeathRateAge47to48[y]) + NetMigrationAge47to48[y]","PopAge46to47[y-1] * (1 -DeathRateAge47to48[y]) + NetMigrationAge47to48[y]","PopAge46to47[y-1] * (1 -DeathRateAge47to48[y]) + NetMigrationAge47to48[y]","PopAge46to47[y-1] * (1 -DeathRateAge47to48[y]) + NetMigrationAge47to48[y]","PopAge46to47[y-1] * (1 -DeathRateAge47to48[y]) + NetMigrationAge47to48[y]","PopAge46to47[y-1] * (1 -DeathRateAge47to48[y]) + NetMigrationAge47to48[y]","PopAge46to47[y-1] * (1 -DeathRateAge47to48[y]) + NetMigrationAge47to48[y]","PopAge46to47[y-1] * (1 -DeathRateAge47to48[y]) + NetMigrationAge47to48[y]","PopAge46to47[y-1] * (1 -DeathRateAge47to48[y]) + NetMigrationAge47to48[y]","PopAge46to47[y-1] * (1 -DeathRateAge47to48[y]) + NetMigrationAge47to48[y]","PopAge46to47[y-1] * (1 -DeathRateAge47to48[y]) + NetMigrationAge47to48[y]","PopAge46to47[y-1] * (1 -DeathRateAge47to48[y]) + NetMigrationAge47to48[y]","PopAge46to47[y-1] * (1 -DeathRateAge47to48[y]) + NetMigrationAge47to48[y]","PopAge46to47[y-1] * (1 -DeathRateAge47to48[y]) + NetMigrationAge47to48[y]","PopAge46to47[y-1] * (1 -DeathRateAge47to48[y]) + NetMigrationAge47to48[y]","PopAge46to47[y-1] * (1 -DeathRateAge47to48[y]) + NetMigrationAge47to48[y]","PopAge46to47[y-1] * (1 -DeathRateAge47to48[y]) + NetMigrationAge47to48[y]","PopAge46to47[y-1] * (1 -DeathRateAge47to48[y]) + NetMigrationAge47to48[y]","PopAge46to47[y-1] * (1 -DeathRateAge47to48[y]) + NetMigrationAge47to48[y]","PopAge46to47[y-1] * (1 -DeathRateAge47to48[y]) + NetMigrationAge47to48[y]","PopAge46to47[y-1] * (1 -DeathRateAge47to48[y]) + NetMigrationAge47to48[y]"]
["PopAge48to49","Pop Age 48 to 49","Macroeconomic","double(14,0)",null,null,null,null,"Prior Year-Younger Age Cohort less Estimated Deaths plus Net Migration","N",4530569,"PopAge47to48[y-1] * (1 -DeathRateAge48to49[y]) + NetMigrationAge48to49[y]","PopAge47to48[y-1] * (1 -DeathRateAge48to49[y]) + NetMigrationAge48to49[y]","PopAge47to48[y-1] * (1 -DeathRateAge48to49[y]) + NetMigrationAge48to49[y]","PopAge47to48[y-1] * (1 -DeathRateAge48to49[y]) + NetMigrationAge48to49[y]","PopAge47to48[y-1] * (1 -DeathRateAge48to49[y]) + NetMigrationAge48to49[y]","PopAge47to48[y-1] * (1 -DeathRateAge48to49[y]) + NetMigrationAge48to49[y]","PopAge47to48[y-1] * (1 -DeathRateAge48to49[y]) + NetMigrationAge48to49[y]","PopAge47to48[y-1] * (1 -DeathRateAge48to49[y]) + NetMigrationAge48to49[y]","PopAge47to48[y-1] * (1 -DeathRateAge48to49[y]) + NetMigrationAge48to49[y]","PopAge47to48[y-1] * (1 -DeathRateAge48to49[y]) + NetMigrationAge48to49[y]","PopAge47to48[y-1] * (1 -DeathRateAge48to49[y]) + NetMigrationAge48to49[y]","PopAge47to48[y-1] * (1 -DeathRateAge48to49[y]) + NetMigrationAge48to49[y]","PopAge47to48[y-1] * (1 -DeathRateAge48to49[y]) + NetMigrationAge48to49[y]","PopAge47to48[y-1] * (1 -DeathRateAge48to49[y]) + NetMigrationAge48to49[y]","PopAge47to48[y-1] * (1 -DeathRateAge48to49[y]) + NetMigrationAge48to49[y]","PopAge47to48[y-1] * (1 -DeathRateAge48to49[y]) + NetMigrationAge48to49[y]",{"$f":"AA264","v":"PopAge47to48[y-1] * (1 -DeathRateAge48to49[y]) + NetMigrationAge48to49[y]"},"PopAge47to48[y-1] * (1 -DeathRateAge48to49[y]) + NetMigrationAge48to49[y]","PopAge47to48[y-1] * (1 -DeathRateAge48to49[y]) + NetMigrationAge48to49[y]","PopAge47to48[y-1] * (1 -DeathRateAge48to49[y]) + NetMigrationAge48to49[y]","PopAge47to48[y-1] * (1 -DeathRateAge48to49[y]) + NetMigrationAge48to49[y]","PopAge47to48[y-1] * (1 -DeathRateAge48to49[y]) + NetMigrationAge48to49[y]","PopAge47to48[y-1] * (1 -DeathRateAge48to49[y]) + NetMigrationAge48to49[y]","PopAge47to48[y-1] * (1 -DeathRateAge48to49[y]) + NetMigrationAge48to49[y]","PopAge47to48[y-1] * (1 -DeathRateAge48to49[y]) + NetMigrationAge48to49[y]","PopAge47to48[y-1] * (1 -DeathRateAge48to49[y]) + NetMigrationAge48to49[y]","PopAge47to48[y-1] * (1 -DeathRateAge48to49[y]) + NetMigrationAge48to49[y]","PopAge47to48[y-1] * (1 -DeathRateAge48to49[y]) + NetMigrationAge48to49[y]","PopAge47to48[y-1] * (1 -DeathRateAge48to49[y]) + NetMigrationAge48to49[y]","PopAge47to48[y-1] * (1 -DeathRateAge48to49[y]) + NetMigrationAge48to49[y]"]
["PopAge49to50","Pop Age 49 to 50","Macroeconomic","double(14,0)",null,null,null,null,"Prior Year-Younger Age Cohort less Estimated Deaths plus Net Migration","N",4532820,"PopAge48to49[y-1] * (1 -DeathRateAge49to50[y]) + NetMigrationAge49to50[y]",{"$f":"L265","v":"PopAge48to49[y-1] * (1 -DeathRateAge49to50[y]) + NetMigrationAge49to50[y]"},"PopAge48to49[y-1] * (1 -DeathRateAge49to50[y]) + NetMigrationAge49to50[y]","PopAge48to49[y-1] * (1 -DeathRateAge49to50[y]) + NetMigrationAge49to50[y]","PopAge48to49[y-1] * (1 -DeathRateAge49to50[y]) + NetMigrationAge49to50[y]","PopAge48to49[y-1] * (1 -DeathRateAge49to50[y]) + NetMigrationAge49to50[y]","PopAge48to49[y-1] * (1 -DeathRateAge49to50[y]) + NetMigrationAge49to50[y]","PopAge48to49[y-1] * (1 -DeathRateAge49to50[y]) + NetMigrationAge49to50[y]","PopAge48to49[y-1] * (1 -DeathRateAge49to50[y]) + NetMigrationAge49to50[y]","PopAge48to49[y-1] * (1 -DeathRateAge49to50[y]) + NetMigrationAge49to50[y]","PopAge48to49[y-1] * (1 -DeathRateAge49to50[y]) + NetMigrationAge49to50[y]","PopAge48to49[y-1] * (1 -DeathRateAge49to50[y]) + NetMigrationAge49to50[y]","PopAge48to49[y-1] * (1 -DeathRateAge49to50[y]) + NetMigrationAge49to50[y]","PopAge48to49[y-1] * (1 -DeathRateAge49to50[y]) + NetMigrationAge49to50[y]","PopAge48to49[y-1] * (1 -DeathRateAge49to50[y]) + NetMigrationAge49to50[y]","PopAge48to49[y-1] * (1 -DeathRateAge49to50[y]) + NetMigrationAge49to50[y]","PopAge48to49[y-1] * (1 -DeathRateAge49to50[y]) + NetMigrationAge49to50[y]","PopAge48to49[y-1] * (1 -DeathRateAge49to50[y]) + NetMigrationAge49to50[y]","PopAge48to49[y-1] * (1 -DeathRateAge49to50[y]) + NetMigrationAge49to50[y]","PopAge48to49[y-1] * (1 -DeathRateAge49to50[y]) + NetMigrationAge49to50[y]","PopAge48to49[y-1] * (1 -DeathRateAge49to50[y]) + NetMigrationAge49to50[y]","PopAge48to49[y-1] * (1 -DeathRateAge49to50[y]) + NetMigrationAge49to50[y]","PopAge48to49[y-1] * (1 -DeathRateAge49to50[y]) + NetMigrationAge49to50[y]","PopAge48to49[y-1] * (1 -DeathRateAge49to50[y]) + NetMigrationAge49to50[y]","PopAge48to49[y-1] * (1 -DeathRateAge49to50[y]) + NetMigrationAge49to50[y]","PopAge48to49[y-1] * (1 -DeathRateAge49to50[y]) + NetMigrationAge49to50[y]","PopAge48to49[y-1] * (1 -DeathRateAge49to50[y]) + NetMigrationAge49to50[y]","PopAge48to49[y-1] * (1 -DeathRateAge49to50[y]) + NetMigrationAge49to50[y]","PopAge48to49[y-1] * (1 -DeathRateAge49to50[y]) + NetMigrationAge49to50[y]","PopAge48to49[y-1] * (1 -DeathRateAge49to50[y]) + NetMigrationAge49to50[y]"]
["PopAge50to51","Pop Age 50 to 51","Macroeconomic","double(14,0)",null,null,null,null,"Prior Year-Younger Age Cohort less Estimated Deaths plus Net Migration","N",4598294,"PopAge49to50[y-1] * (1 -DeathRateAge50to51[y]) + NetMigrationAge50to51[y]","PopAge49to50[y-1] * (1 -DeathRateAge50to51[y]) + NetMigrationAge50to51[y]","PopAge49to50[y-1] * (1 -DeathRateAge50to51[y]) + NetMigrationAge50to51[y]","PopAge49to50[y-1] * (1 -DeathRateAge50to51[y]) + NetMigrationAge50to51[y]","PopAge49to50[y-1] * (1 -DeathRateAge50to51[y]) + NetMigrationAge50to51[y]","PopAge49to50[y-1] * (1 -DeathRateAge50to51[y]) + NetMigrationAge50to51[y]","PopAge49to50[y-1] * (1 -DeathRateAge50to51[y]) + NetMigrationAge50to51[y]","PopAge49to50[y-1] * (1 -DeathRateAge50to51[y]) + NetMigrationAge50to51[y]","PopAge49to50[y-1] * (1 -DeathRateAge50to51[y]) + NetMigrationAge50to51[y]","PopAge49to50[y-1] * (1 -DeathRateAge50to51[y]) + NetMigrationAge50to51[y]","PopAge49to50[y-1] * (1 -DeathRateAge50to51[y]) + NetMigrationAge50to51[y]","PopAge49to50[y-1] * (1 -DeathRateAge50to51[y]) + NetMigrationAge50to51[y]","PopAge49to50[y-1] * (1 -DeathRateAge50to51[y]) + NetMigrationAge50to51[y]","PopAge49to50[y-1] * (1 -DeathRateAge50to51[y]) + NetMigrationAge50to51[y]","PopAge49to50[y-1] * (1 -DeathRateAge50to51[y]) + NetMigrationAge50to51[y]","PopAge49to50[y-1] * (1 -DeathRateAge50to51[y]) + NetMigrationAge50to51[y]","PopAge49to50[y-1] * (1 -DeathRateAge50to51[y]) + NetMigrationAge50to51[y]","PopAge49to50[y-1] * (1 -DeathRateAge50to51[y]) + NetMigrationAge50to51[y]","PopAge49to50[y-1] * (1 -DeathRateAge50to51[y]) + NetMigrationAge50to51[y]","PopAge49to50[y-1] * (1 -DeathRateAge50to51[y]) + NetMigrationAge50to51[y]","PopAge49to50[y-1] * (1 -DeathRateAge50to51[y]) + NetMigrationAge50to51[y]","PopAge49to50[y-1] * (1 -DeathRateAge50to51[y]) + NetMigrationAge50to51[y]","PopAge49to50[y-1] * (1 -DeathRateAge50to51[y]) + NetMigrationAge50to51[y]","PopAge49to50[y-1] * (1 -DeathRateAge50to51[y]) + NetMigrationAge50to51[y]","PopAge49to50[y-1] * (1 -DeathRateAge50to51[y]) + NetMigrationAge50to51[y]","PopAge49to50[y-1] * (1 -DeathRateAge50to51[y]) + NetMigrationAge50to51[y]","PopAge49to50[y-1] * (1 -DeathRateAge50to51[y]) + NetMigrationAge50to51[y]","PopAge49to50[y-1] * (1 -DeathRateAge50to51[y]) + NetMigrationAge50to51[y]","PopAge49to50[y-1] * (1 -DeathRateAge50to51[y]) + NetMigrationAge50to51[y]","PopAge49to50[y-1] * (1 -DeathRateAge50to51[y]) + NetMigrationAge50to51[y]"]
["PopAge51to52","Pop Age 51 to 52","Macroeconomic","double(14,0)",null,null,null,null,"Prior Year-Younger Age Cohort less Estimated Deaths plus Net Migration","N",4650941,"PopAge50to51[y-1] * (1 -DeathRateAge51to52[y]) + NetMigrationAge51to52[y]","PopAge50to51[y-1] * (1 -DeathRateAge51to52[y]) + NetMigrationAge51to52[y]","PopAge50to51[y-1] * (1 -DeathRateAge51to52[y]) + NetMigrationAge51to52[y]","PopAge50to51[y-1] * (1 -DeathRateAge51to52[y]) + NetMigrationAge51to52[y]","PopAge50to51[y-1] * (1 -DeathRateAge51to52[y]) + NetMigrationAge51to52[y]","PopAge50to51[y-1] * (1 -DeathRateAge51to52[y]) + NetMigrationAge51to52[y]","PopAge50to51[y-1] * (1 -DeathRateAge51to52[y]) + NetMigrationAge51to52[y]","PopAge50to51[y-1] * (1 -DeathRateAge51to52[y]) + NetMigrationAge51to52[y]","PopAge50to51[y-1] * (1 -DeathRateAge51to52[y]) + NetMigrationAge51to52[y]","PopAge50to51[y-1] * (1 -DeathRateAge51to52[y]) + NetMigrationAge51to52[y]","PopAge50to51[y-1] * (1 -DeathRateAge51to52[y]) + NetMigrationAge51to52[y]","PopAge50to51[y-1] * (1 -DeathRateAge51to52[y]) + NetMigrationAge51to52[y]","PopAge50to51[y-1] * (1 -DeathRateAge51to52[y]) + NetMigrationAge51to52[y]","PopAge50to51[y-1] * (1 -DeathRateAge51to52[y]) + NetMigrationAge51to52[y]","PopAge50to51[y-1] * (1 -DeathRateAge51to52[y]) + NetMigrationAge51to52[y]","PopAge50to51[y-1] * (1 -DeathRateAge51to52[y]) + NetMigrationAge51to52[y]","PopAge50to51[y-1] * (1 -DeathRateAge51to52[y]) + NetMigrationAge51to52[y]","PopAge50to51[y-1] * (1 -DeathRateAge51to52[y]) + NetMigrationAge51to52[y]","PopAge50to51[y-1] * (1 -DeathRateAge51to52[y]) + NetMigrationAge51to52[y]","PopAge50to51[y-1] * (1 -DeathRateAge51to52[y]) + NetMigrationAge51to52[y]","PopAge50to51[y-1] * (1 -DeathRateAge51to52[y]) + NetMigrationAge51to52[y]","PopAge50to51[y-1] * (1 -DeathRateAge51to52[y]) + NetMigrationAge51to52[y]","PopAge50to51[y-1] * (1 -DeathRateAge51to52[y]) + NetMigrationAge51to52[y]","PopAge50to51[y-1] * (1 -DeathRateAge51to52[y]) + NetMigrationAge51to52[y]","PopAge50to51[y-1] * (1 -DeathRateAge51to52[y]) + NetMigrationAge51to52[y]","PopAge50to51[y-1] * (1 -DeathRateAge51to52[y]) + NetMigrationAge51to52[y]","PopAge50to51[y-1] * (1 -DeathRateAge51to52[y]) + NetMigrationAge51to52[y]","PopAge50to51[y-1] * (1 -DeathRateAge51to52[y]) + NetMigrationAge51to52[y]","PopAge50to51[y-1] * (1 -DeathRateAge51to52[y]) + NetMigrationAge51to52[y]","PopAge50to51[y-1] * (1 -DeathRateAge51to52[y]) + NetMigrationAge51to52[y]"]
["PopAge52to53","Pop Age 52 to 53","Macroeconomic","double(14,0)",null,null,null,null,"Prior Year-Younger Age Cohort less Estimated Deaths plus Net Migration","N",4454447,"PopAge51to52[y-1] * (1 -DeathRateAge52to53[y]) + NetMigrationAge52to53[y]","PopAge51to52[y-1] * (1 -DeathRateAge52to53[y]) + NetMigrationAge52to53[y]","PopAge51to52[y-1] * (1 -DeathRateAge52to53[y]) + NetMigrationAge52to53[y]","PopAge51to52[y-1] * (1 -DeathRateAge52to53[y]) + NetMigrationAge52to53[y]","PopAge51to52[y-1] * (1 -DeathRateAge52to53[y]) + NetMigrationAge52to53[y]","PopAge51to52[y-1] * (1 -DeathRateAge52to53[y]) + NetMigrationAge52to53[y]","PopAge51to52[y-1] * (1 -DeathRateAge52to53[y]) + NetMigrationAge52to53[y]","PopAge51to52[y-1] * (1 -DeathRateAge52to53[y]) + NetMigrationAge52to53[y]","PopAge51to52[y-1] * (1 -DeathRateAge52to53[y]) + NetMigrationAge52to53[y]","PopAge51to52[y-1] * (1 -DeathRateAge52to53[y]) + NetMigrationAge52to53[y]","PopAge51to52[y-1] * (1 -DeathRateAge52to53[y]) + NetMigrationAge52to53[y]","PopAge51to52[y-1] * (1 -DeathRateAge52to53[y]) + NetMigrationAge52to53[y]","PopAge51to52[y-1] * (1 -DeathRateAge52to53[y]) + NetMigrationAge52to53[y]","PopAge51to52[y-1] * (1 -DeathRateAge52to53[y]) + NetMigrationAge52to53[y]","PopAge51to52[y-1] * (1 -DeathRateAge52to53[y]) + NetMigrationAge52to53[y]","PopAge51to52[y-1] * (1 -DeathRateAge52to53[y]) + NetMigrationAge52to53[y]","PopAge51to52[y-1] * (1 -DeathRateAge52to53[y]) + NetMigrationAge52to53[y]","PopAge51to52[y-1] * (1 -DeathRateAge52to53[y]) + NetMigrationAge52to53[y]","PopAge51to52[y-1] * (1 -DeathRateAge52to53[y]) + NetMigrationAge52to53[y]","PopAge51to52[y-1] * (1 -DeathRateAge52to53[y]) + NetMigrationAge52to53[y]","PopAge51to52[y-1] * (1 -DeathRateAge52to53[y]) + NetMigrationAge52to53[y]","PopAge51to52[y-1] * (1 -DeathRateAge52to53[y]) + NetMigrationAge52to53[y]","PopAge51to52[y-1] * (1 -DeathRateAge52to53[y]) + NetMigrationAge52to53[y]","PopAge51to52[y-1] * (1 -DeathRateAge52to53[y]) + NetMigrationAge52to53[y]","PopAge51to52[y-1] * (1 -DeathRateAge52to53[y]) + NetMigrationAge52to53[y]","PopAge51to52[y-1] * (1 -DeathRateAge52to53[y]) + NetMigrationAge52to53[y]","PopAge51to52[y-1] * (1 -DeathRateAge52to53[y]) + NetMigrationAge52to53[y]","PopAge51to52[y-1] * (1 -DeathRateAge52to53[y]) + NetMigrationAge52to53[y]","PopAge51to52[y-1] * (1 -DeathRateAge52to53[y]) + NetMigrationAge52to53[y]","PopAge51to52[y-1] * (1 -DeathRateAge52to53[y]) + NetMigrationAge52to53[y]"]
["PopAge53to54","Pop Age 53 to 54","Macroeconomic","double(14,0)",null,null,null,null,"Prior Year-Younger Age Cohort less Estimated Deaths plus Net Migration","N",4488728,"PopAge52to53[y-1] * (1 -DeathRateAge53to54[y]) + NetMigrationAge53to54[y]","PopAge52to53[y-1] * (1 -DeathRateAge53to54[y]) + NetMigrationAge53to54[y]","PopAge52to53[y-1] * (1 -DeathRateAge53to54[y]) + NetMigrationAge53to54[y]","PopAge52to53[y-1] * (1 -DeathRateAge53to54[y]) + NetMigrationAge53to54[y]","PopAge52to53[y-1] * (1 -DeathRateAge53to54[y]) + NetMigrationAge53to54[y]","PopAge52to53[y-1] * (1 -DeathRateAge53to54[y]) + NetMigrationAge53to54[y]","PopAge52to53[y-1] * (1 -DeathRateAge53to54[y]) + NetMigrationAge53to54[y]","PopAge52to53[y-1] * (1 -DeathRateAge53to54[y]) + NetMigrationAge53to54[y]","PopAge52to53[y-1] * (1 -DeathRateAge53to54[y]) + NetMigrationAge53to54[y]","PopAge52to53[y-1] * (1 -DeathRateAge53to54[y]) + NetMigrationAge53to54[y]","PopAge52to53[y-1] * (1 -DeathRateAge53to54[y]) + NetMigrationAge53to54[y]","PopAge52to53[y-1] * (1 -DeathRateAge53to54[y]) + NetMigrationAge53to54[y]","PopAge52to53[y-1] * (1 -DeathRateAge53to54[y]) + NetMigrationAge53to54[y]","PopAge52to53[y-1] * (1 -DeathRateAge53to54[y]) + NetMigrationAge53to54[y]","PopAge52to53[y-1] * (1 -DeathRateAge53to54[y]) + NetMigrationAge53to54[y]","PopAge52to53[y-1] * (1 -DeathRateAge53to54[y]) + NetMigrationAge53to54[y]","PopAge52to53[y-1] * (1 -DeathRateAge53to54[y]) + NetMigrationAge53to54[y]","PopAge52to53[y-1] * (1 -DeathRateAge53to54[y]) + NetMigrationAge53to54[y]","PopAge52to53[y-1] * (1 -DeathRateAge53to54[y]) + NetMigrationAge53to54[y]","PopAge52to53[y-1] * (1 -DeathRateAge53to54[y]) + NetMigrationAge53to54[y]","PopAge52to53[y-1] * (1 -DeathRateAge53to54[y]) + NetMigrationAge53to54[y]","PopAge52to53[y-1] * (1 -DeathRateAge53to54[y]) + NetMigrationAge53to54[y]","PopAge52to53[y-1] * (1 -DeathRateAge53to54[y]) + NetMigrationAge53to54[y]","PopAge52to53[y-1] * (1 -DeathRateAge53to54[y]) + NetMigrationAge53to54[y]","PopAge52to53[y-1] * (1 -DeathRateAge53to54[y]) + NetMigrationAge53to54[y]","PopAge52to53[y-1] * (1 -DeathRateAge53to54[y]) + NetMigrationAge53to54[y]","PopAge52to53[y-1] * (1 -DeathRateAge53to54[y]) + NetMigrationAge53to54[y]","PopAge52to53[y-1] * (1 -DeathRateAge53to54[y]) + NetMigrationAge53to54[y]","PopAge52to53[y-1] * (1 -DeathRateAge53to54[y]) + NetMigrationAge53to54[y]","PopAge52to53[y-1] * (1 -DeathRateAge53to54[y]) + NetMigrationAge53to54[y]"]
["PopAge54to55","Pop Age 54 to 55","Macroeconomic","double(14,0)",null,null,null,null,"Prior Year-Younger Age Cohort less Estimated Deaths plus Net Migration","N",4366928,"PopAge53to54[y-1] * (1 -DeathRateAge54to55[y]) + NetMigrationAge54to55[y]","PopAge53to54[y-1] * (1 -DeathRateAge54to55[y]) + NetMigrationAge54to55[y]","PopAge53to54[y-1] * (1 -DeathRateAge54to55[y]) + NetMigrationAge54to55[y]","PopAge53to54[y-1] * (1 -DeathRateAge54to55[y]) + NetMigrationAge54to55[y]","PopAge53to54[y-1] * (1 -DeathRateAge54to55[y]) + NetMigrationAge54to55[y]","PopAge53to54[y-1] * (1 -DeathRateAge54to55[y]) + NetMigrationAge54to55[y]","PopAge53to54[y-1] * (1 -DeathRateAge54to55[y]) + NetMigrationAge54to55[y]","PopAge53to54[y-1] * (1 -DeathRateAge54to55[y]) + NetMigrationAge54to55[y]","PopAge53to54[y-1] * (1 -DeathRateAge54to55[y]) + NetMigrationAge54to55[y]","PopAge53to54[y-1] * (1 -DeathRateAge54to55[y]) + NetMigrationAge54to55[y]","PopAge53to54[y-1] * (1 -DeathRateAge54to55[y]) + NetMigrationAge54to55[y]","PopAge53to54[y-1] * (1 -DeathRateAge54to55[y]) + NetMigrationAge54to55[y]","PopAge53to54[y-1] * (1 -DeathRateAge54to55[y]) + NetMigrationAge54to55[y]","PopAge53to54[y-1] * (1 -DeathRateAge54to55[y]) + NetMigrationAge54to55[y]","PopAge53to54[y-1] * (1 -DeathRateAge54to55[y]) + NetMigrationAge54to55[y]","PopAge53to54[y-1] * (1 -DeathRateAge54to55[y]) + NetMigrationAge54to55[y]","PopAge53to54[y-1] * (1 -DeathRateAge54to55[y]) + NetMigrationAge54to55[y]","PopAge53to54[y-1] * (1 -DeathRateAge54to55[y]) + NetMigrationAge54to55[y]","PopAge53to54[y-1] * (1 -DeathRateAge54to55[y]) + NetMigrationAge54to55[y]","PopAge53to54[y-1] * (1 -DeathRateAge54to55[y]) + NetMigrationAge54to55[y]","PopAge53to54[y-1] * (1 -DeathRateAge54to55[y]) + NetMigrationAge54to55[y]","PopAge53to54[y-1] * (1 -DeathRateAge54to55[y]) + NetMigrationAge54to55[y]","PopAge53to54[y-1] * (1 -DeathRateAge54to55[y]) + NetMigrationAge54to55[y]","PopAge53to54[y-1] * (1 -DeathRateAge54to55[y]) + NetMigrationAge54to55[y]","PopAge53to54[y-1] * (1 -DeathRateAge54to55[y]) + NetMigrationAge54to55[y]","PopAge53to54[y-1] * (1 -DeathRateAge54to55[y]) + NetMigrationAge54to55[y]","PopAge53to54[y-1] * (1 -DeathRateAge54to55[y]) + NetMigrationAge54to55[y]","PopAge53to54[y-1] * (1 -DeathRateAge54to55[y]) + NetMigrationAge54to55[y]","PopAge53to54[y-1] * (1 -DeathRateAge54to55[y]) + NetMigrationAge54to55[y]","PopAge53to54[y-1] * (1 -DeathRateAge54to55[y]) + NetMigrationAge54to55[y]"]
["PopAge55to56","Pop Age 55 to 56","Macroeconomic","double(14,0)",null,null,null,null,"Prior Year-Younger Age Cohort less Estimated Deaths plus Net Migration","N",4277021,"PopAge54to55[y-1] * (1 -DeathRateAge55to56[y]) + NetMigrationAge55to56[y]","PopAge54to55[y-1] * (1 -DeathRateAge55to56[y]) + NetMigrationAge55to56[y]","PopAge54to55[y-1] * (1 -DeathRateAge55to56[y]) + NetMigrationAge55to56[y]","PopAge54to55[y-1] * (1 -DeathRateAge55to56[y]) + NetMigrationAge55to56[y]","PopAge54to55[y-1] * (1 -DeathRateAge55to56[y]) + NetMigrationAge55to56[y]","PopAge54to55[y-1] * (1 -DeathRateAge55to56[y]) + NetMigrationAge55to56[y]","PopAge54to55[y-1] * (1 -DeathRateAge55to56[y]) + NetMigrationAge55to56[y]","PopAge54to55[y-1] * (1 -DeathRateAge55to56[y]) + NetMigrationAge55to56[y]","PopAge54to55[y-1] * (1 -DeathRateAge55to56[y]) + NetMigrationAge55to56[y]","PopAge54to55[y-1] * (1 -DeathRateAge55to56[y]) + NetMigrationAge55to56[y]","PopAge54to55[y-1] * (1 -DeathRateAge55to56[y]) + NetMigrationAge55to56[y]","PopAge54to55[y-1] * (1 -DeathRateAge55to56[y]) + NetMigrationAge55to56[y]","PopAge54to55[y-1] * (1 -DeathRateAge55to56[y]) + NetMigrationAge55to56[y]","PopAge54to55[y-1] * (1 -DeathRateAge55to56[y]) + NetMigrationAge55to56[y]","PopAge54to55[y-1] * (1 -DeathRateAge55to56[y]) + NetMigrationAge55to56[y]","PopAge54to55[y-1] * (1 -DeathRateAge55to56[y]) + NetMigrationAge55to56[y]","PopAge54to55[y-1] * (1 -DeathRateAge55to56[y]) + NetMigrationAge55to56[y]","PopAge54to55[y-1] * (1 -DeathRateAge55to56[y]) + NetMigrationAge55to56[y]","PopAge54to55[y-1] * (1 -DeathRateAge55to56[y]) + NetMigrationAge55to56[y]","PopAge54to55[y-1] * (1 -DeathRateAge55to56[y]) + NetMigrationAge55to56[y]","PopAge54to55[y-1] * (1 -DeathRateAge55to56[y]) + NetMigrationAge55to56[y]","PopAge54to55[y-1] * (1 -DeathRateAge55to56[y]) + NetMigrationAge55to56[y]","PopAge54to55[y-1] * (1 -DeathRateAge55to56[y]) + NetMigrationAge55to56[y]","PopAge54to55[y-1] * (1 -DeathRateAge55to56[y]) + NetMigrationAge55to56[y]","PopAge54to55[y-1] * (1 -DeathRateAge55to56[y]) + NetMigrationAge55to56[y]","PopAge54to55[y-1] * (1 -DeathRateAge55to56[y]) + NetMigrationAge55to56[y]","PopAge54to55[y-1] * (1 -DeathRateAge55to56[y]) + NetMigrationAge55to56[y]","PopAge54to55[y-1] * (1 -DeathRateAge55to56[y]) + NetMigrationAge55to56[y]","PopAge54to55[y-1] * (1 -DeathRateAge55to56[y]) + NetMigrationAge55to56[y]","PopAge54to55[y-1] * (1 -DeathRateAge55to56[y]) + NetMigrationAge55to56[y]"]
["PopAge56to57","Pop Age 56 to 57","Macroeconomic","double(14,0)",null,null,null,null,"Prior Year-Younger Age Cohort less Estimated Deaths plus Net Migration","N",4237769,"PopAge55to56[y-1] * (1 -DeathRateAge56to57[y]) + NetMigrationAge56to57[y]","PopAge55to56[y-1] * (1 -DeathRateAge56to57[y]) + NetMigrationAge56to57[y]","PopAge55to56[y-1] * (1 -DeathRateAge56to57[y]) + NetMigrationAge56to57[y]","PopAge55to56[y-1] * (1 -DeathRateAge56to57[y]) + NetMigrationAge56to57[y]","PopAge55to56[y-1] * (1 -DeathRateAge56to57[y]) + NetMigrationAge56to57[y]","PopAge55to56[y-1] * (1 -DeathRateAge56to57[y]) + NetMigrationAge56to57[y]","PopAge55to56[y-1] * (1 -DeathRateAge56to57[y]) + NetMigrationAge56to57[y]","PopAge55to56[y-1] * (1 -DeathRateAge56to57[y]) + NetMigrationAge56to57[y]","PopAge55to56[y-1] * (1 -DeathRateAge56to57[y]) + NetMigrationAge56to57[y]","PopAge55to56[y-1] * (1 -DeathRateAge56to57[y]) + NetMigrationAge56to57[y]","PopAge55to56[y-1] * (1 -DeathRateAge56to57[y]) + NetMigrationAge56to57[y]","PopAge55to56[y-1] * (1 -DeathRateAge56to57[y]) + NetMigrationAge56to57[y]","PopAge55to56[y-1] * (1 -DeathRateAge56to57[y]) + NetMigrationAge56to57[y]","PopAge55to56[y-1] * (1 -DeathRateAge56to57[y]) + NetMigrationAge56to57[y]","PopAge55to56[y-1] * (1 -DeathRateAge56to57[y]) + NetMigrationAge56to57[y]","PopAge55to56[y-1] * (1 -DeathRateAge56to57[y]) + NetMigrationAge56to57[y]","PopAge55to56[y-1] * (1 -DeathRateAge56to57[y]) + NetMigrationAge56to57[y]","PopAge55to56[y-1] * (1 -DeathRateAge56to57[y]) + NetMigrationAge56to57[y]","PopAge55to56[y-1] * (1 -DeathRateAge56to57[y]) + NetMigrationAge56to57[y]","PopAge55to56[y-1] * (1 -DeathRateAge56to57[y]) + NetMigrationAge56to57[y]","PopAge55to56[y-1] * (1 -DeathRateAge56to57[y]) + NetMigrationAge56to57[y]","PopAge55to56[y-1] * (1 -DeathRateAge56to57[y]) + NetMigrationAge56to57[y]","PopAge55to56[y-1] * (1 -DeathRateAge56to57[y]) + NetMigrationAge56to57[y]","PopAge55to56[y-1] * (1 -DeathRateAge56to57[y]) + NetMigrationAge56to57[y]","PopAge55to56[y-1] * (1 -DeathRateAge56to57[y]) + NetMigrationAge56to57[y]","PopAge55to56[y-1] * (1 -DeathRateAge56to57[y]) + NetMigrationAge56to57[y]","PopAge55to56[y-1] * (1 -DeathRateAge56to57[y]) + NetMigrationAge56to57[y]","PopAge55to56[y-1] * (1 -DeathRateAge56to57[y]) + NetMigrationAge56to57[y]","PopAge55to56[y-1] * (1 -DeathRateAge56to57[y]) + NetMigrationAge56to57[y]","PopAge55to56[y-1] * (1 -DeathRateAge56to57[y]) + NetMigrationAge56to57[y]"]
["PopAge57to58","Pop Age 57 to 58","Macroeconomic","double(14,0)",null,null,null,null,"Prior Year-Younger Age Cohort less Estimated Deaths plus Net Migration","N",4019669,"PopAge56to57[y-1] * (1 -DeathRateAge57to58[y]) + NetMigrationAge57to58[y]","PopAge56to57[y-1] * (1 -DeathRateAge57to58[y]) + NetMigrationAge57to58[y]","PopAge56to57[y-1] * (1 -DeathRateAge57to58[y]) + NetMigrationAge57to58[y]","PopAge56to57[y-1] * (1 -DeathRateAge57to58[y]) + NetMigrationAge57to58[y]","PopAge56to57[y-1] * (1 -DeathRateAge57to58[y]) + NetMigrationAge57to58[y]","PopAge56to57[y-1] * (1 -DeathRateAge57to58[y]) + NetMigrationAge57to58[y]","PopAge56to57[y-1] * (1 -DeathRateAge57to58[y]) + NetMigrationAge57to58[y]","PopAge56to57[y-1] * (1 -DeathRateAge57to58[y]) + NetMigrationAge57to58[y]","PopAge56to57[y-1] * (1 -DeathRateAge57to58[y]) + NetMigrationAge57to58[y]","PopAge56to57[y-1] * (1 -DeathRateAge57to58[y]) + NetMigrationAge57to58[y]","PopAge56to57[y-1] * (1 -DeathRateAge57to58[y]) + NetMigrationAge57to58[y]","PopAge56to57[y-1] * (1 -DeathRateAge57to58[y]) + NetMigrationAge57to58[y]","PopAge56to57[y-1] * (1 -DeathRateAge57to58[y]) + NetMigrationAge57to58[y]","PopAge56to57[y-1] * (1 -DeathRateAge57to58[y]) + NetMigrationAge57to58[y]","PopAge56to57[y-1] * (1 -DeathRateAge57to58[y]) + NetMigrationAge57to58[y]","PopAge56to57[y-1] * (1 -DeathRateAge57to58[y]) + NetMigrationAge57to58[y]","PopAge56to57[y-1] * (1 -DeathRateAge57to58[y]) + NetMigrationAge57to58[y]","PopAge56to57[y-1] * (1 -DeathRateAge57to58[y]) + NetMigrationAge57to58[y]","PopAge56to57[y-1] * (1 -DeathRateAge57to58[y]) + NetMigrationAge57to58[y]","PopAge56to57[y-1] * (1 -DeathRateAge57to58[y]) + NetMigrationAge57to58[y]","PopAge56to57[y-1] * (1 -DeathRateAge57to58[y]) + NetMigrationAge57to58[y]","PopAge56to57[y-1] * (1 -DeathRateAge57to58[y]) + NetMigrationAge57to58[y]","PopAge56to57[y-1] * (1 -DeathRateAge57to58[y]) + NetMigrationAge57to58[y]","PopAge56to57[y-1] * (1 -DeathRateAge57to58[y]) + NetMigrationAge57to58[y]","PopAge56to57[y-1] * (1 -DeathRateAge57to58[y]) + NetMigrationAge57to58[y]","PopAge56to57[y-1] * (1 -DeathRateAge57to58[y]) + NetMigrationAge57to58[y]","PopAge56to57[y-1] * (1 -DeathRateAge57to58[y]) + NetMigrationAge57to58[y]","PopAge56to57[y-1] * (1 -DeathRateAge57to58[y]) + NetMigrationAge57to58[y]","PopAge56to57[y-1] * (1 -DeathRateAge57to58[y]) + NetMigrationAge57to58[y]","PopAge56to57[y-1] * (1 -DeathRateAge57to58[y]) + NetMigrationAge57to58[y]"]
["PopAge58to59","Pop Age 58 to 59","Macroeconomic","double(14,0)",null,null,null,null,"Prior Year-Younger Age Cohort less Estimated Deaths plus Net Migration","N",3916836,"PopAge57to58[y-1] * (1 -DeathRateAge58to59[y]) + NetMigrationAge58to59[y]","PopAge57to58[y-1] * (1 -DeathRateAge58to59[y]) + NetMigrationAge58to59[y]","PopAge57to58[y-1] * (1 -DeathRateAge58to59[y]) + NetMigrationAge58to59[y]","PopAge57to58[y-1] * (1 -DeathRateAge58to59[y]) + NetMigrationAge58to59[y]","PopAge57to58[y-1] * (1 -DeathRateAge58to59[y]) + NetMigrationAge58to59[y]","PopAge57to58[y-1] * (1 -DeathRateAge58to59[y]) + NetMigrationAge58to59[y]","PopAge57to58[y-1] * (1 -DeathRateAge58to59[y]) + NetMigrationAge58to59[y]","PopAge57to58[y-1] * (1 -DeathRateAge58to59[y]) + NetMigrationAge58to59[y]","PopAge57to58[y-1] * (1 -DeathRateAge58to59[y]) + NetMigrationAge58to59[y]","PopAge57to58[y-1] * (1 -DeathRateAge58to59[y]) + NetMigrationAge58to59[y]","PopAge57to58[y-1] * (1 -DeathRateAge58to59[y]) + NetMigrationAge58to59[y]","PopAge57to58[y-1] * (1 -DeathRateAge58to59[y]) + NetMigrationAge58to59[y]","PopAge57to58[y-1] * (1 -DeathRateAge58to59[y]) + NetMigrationAge58to59[y]","PopAge57to58[y-1] * (1 -DeathRateAge58to59[y]) + NetMigrationAge58to59[y]","PopAge57to58[y-1] * (1 -DeathRateAge58to59[y]) + NetMigrationAge58to59[y]","PopAge57to58[y-1] * (1 -DeathRateAge58to59[y]) + NetMigrationAge58to59[y]","PopAge57to58[y-1] * (1 -DeathRateAge58to59[y]) + NetMigrationAge58to59[y]","PopAge57to58[y-1] * (1 -DeathRateAge58to59[y]) + NetMigrationAge58to59[y]","PopAge57to58[y-1] * (1 -DeathRateAge58to59[y]) + NetMigrationAge58to59[y]","PopAge57to58[y-1] * (1 -DeathRateAge58to59[y]) + NetMigrationAge58to59[y]","PopAge57to58[y-1] * (1 -DeathRateAge58to59[y]) + NetMigrationAge58to59[y]","PopAge57to58[y-1] * (1 -DeathRateAge58to59[y]) + NetMigrationAge58to59[y]","PopAge57to58[y-1] * (1 -DeathRateAge58to59[y]) + NetMigrationAge58to59[y]","PopAge57to58[y-1] * (1 -DeathRateAge58to59[y]) + NetMigrationAge58to59[y]","PopAge57to58[y-1] * (1 -DeathRateAge58to59[y]) + NetMigrationAge58to59[y]","PopAge57to58[y-1] * (1 -DeathRateAge58to59[y]) + NetMigrationAge58to59[y]","PopAge57to58[y-1] * (1 -DeathRateAge58to59[y]) + NetMigrationAge58to59[y]","PopAge57to58[y-1] * (1 -DeathRateAge58to59[y]) + NetMigrationAge58to59[y]","PopAge57to58[y-1] * (1 -DeathRateAge58to59[y]) + NetMigrationAge58to59[y]","PopAge57to58[y-1] * (1 -DeathRateAge58to59[y]) + NetMigrationAge58to59[y]"]
["PopAge59to60","Pop Age 59 to 60","Macroeconomic","double(14,0)",null,null,null,null,"Prior Year-Younger Age Cohort less Estimated Deaths plus Net Migration","N",3773908,"PopAge58to59[y-1] * (1 -DeathRateAge59to60[y]) + NetMigrationAge59to60[y]","PopAge58to59[y-1] * (1 -DeathRateAge59to60[y]) + NetMigrationAge59to60[y]","PopAge58to59[y-1] * (1 -DeathRateAge59to60[y]) + NetMigrationAge59to60[y]","PopAge58to59[y-1] * (1 -DeathRateAge59to60[y]) + NetMigrationAge59to60[y]","PopAge58to59[y-1] * (1 -DeathRateAge59to60[y]) + NetMigrationAge59to60[y]","PopAge58to59[y-1] * (1 -DeathRateAge59to60[y]) + NetMigrationAge59to60[y]","PopAge58to59[y-1] * (1 -DeathRateAge59to60[y]) + NetMigrationAge59to60[y]","PopAge58to59[y-1] * (1 -DeathRateAge59to60[y]) + NetMigrationAge59to60[y]","PopAge58to59[y-1] * (1 -DeathRateAge59to60[y]) + NetMigrationAge59to60[y]","PopAge58to59[y-1] * (1 -DeathRateAge59to60[y]) + NetMigrationAge59to60[y]","PopAge58to59[y-1] * (1 -DeathRateAge59to60[y]) + NetMigrationAge59to60[y]","PopAge58to59[y-1] * (1 -DeathRateAge59to60[y]) + NetMigrationAge59to60[y]","PopAge58to59[y-1] * (1 -DeathRateAge59to60[y]) + NetMigrationAge59to60[y]","PopAge58to59[y-1] * (1 -DeathRateAge59to60[y]) + NetMigrationAge59to60[y]","PopAge58to59[y-1] * (1 -DeathRateAge59to60[y]) + NetMigrationAge59to60[y]","PopAge58to59[y-1] * (1 -DeathRateAge59to60[y]) + NetMigrationAge59to60[y]","PopAge58to59[y-1] * (1 -DeathRateAge59to60[y]) + NetMigrationAge59to60[y]","PopAge58to59[y-1] * (1 -DeathRateAge59to60[y]) + NetMigrationAge59to60[y]","PopAge58to59[y-1] * (1 -DeathRateAge59to60[y]) + NetMigrationAge59to60[y]","PopAge58to59[y-1] * (1 -DeathRateAge59to60[y]) + NetMigrationAge59to60[y]","PopAge58to59[y-1] * (1 -DeathRateAge59to60[y]) + NetMigrationAge59to60[y]","PopAge58to59[y-1] * (1 -DeathRateAge59to60[y]) + NetMigrationAge59to60[y]","PopAge58to59[y-1] * (1 -DeathRateAge59to60[y]) + NetMigrationAge59to60[y]","PopAge58to59[y-1] * (1 -DeathRateAge59to60[y]) + NetMigrationAge59to60[y]","PopAge58to59[y-1] * (1 -DeathRateAge59to60[y]) + NetMigrationAge59to60[y]","PopAge58to59[y-1] * (1 -DeathRateAge59to60[y]) + NetMigrationAge59to60[y]","PopAge58to59[y-1] * (1 -DeathRateAge59to60[y]) + NetMigrationAge59to60[y]","PopAge58to59[y-1] * (1 -DeathRateAge59to60[y]) + NetMigrationAge59to60[y]","PopAge58to59[y-1] * (1 -DeathRateAge59to60[y]) + NetMigrationAge59to60[y]","PopAge58to59[y-1] * (1 -DeathRateAge59to60[y]) + NetMigrationAge59to60[y]"]
["PopAge60to61","Pop Age 60 to 61","Macroeconomic","double(14,0)",null,null,null,null,"Prior Year-Younger Age Cohort less Estimated Deaths plus Net Migration","N",3618856,"PopAge59to60[y-1] * (1 -DeathRateAge60to61[y]) + NetMigrationAge60to61[y]","PopAge59to60[y-1] * (1 -DeathRateAge60to61[y]) + NetMigrationAge60to61[y]","PopAge59to60[y-1] * (1 -DeathRateAge60to61[y]) + NetMigrationAge60to61[y]","PopAge59to60[y-1] * (1 -DeathRateAge60to61[y]) + NetMigrationAge60to61[y]","PopAge59to60[y-1] * (1 -DeathRateAge60to61[y]) + NetMigrationAge60to61[y]","PopAge59to60[y-1] * (1 -DeathRateAge60to61[y]) + NetMigrationAge60to61[y]","PopAge59to60[y-1] * (1 -DeathRateAge60to61[y]) + NetMigrationAge60to61[y]","PopAge59to60[y-1] * (1 -DeathRateAge60to61[y]) + NetMigrationAge60to61[y]","PopAge59to60[y-1] * (1 -DeathRateAge60to61[y]) + NetMigrationAge60to61[y]","PopAge59to60[y-1] * (1 -DeathRateAge60to61[y]) + NetMigrationAge60to61[y]","PopAge59to60[y-1] * (1 -DeathRateAge60to61[y]) + NetMigrationAge60to61[y]","PopAge59to60[y-1] * (1 -DeathRateAge60to61[y]) + NetMigrationAge60to61[y]","PopAge59to60[y-1] * (1 -DeathRateAge60to61[y]) + NetMigrationAge60to61[y]","PopAge59to60[y-1] * (1 -DeathRateAge60to61[y]) + NetMigrationAge60to61[y]","PopAge59to60[y-1] * (1 -DeathRateAge60to61[y]) + NetMigrationAge60to61[y]","PopAge59to60[y-1] * (1 -DeathRateAge60to61[y]) + NetMigrationAge60to61[y]","PopAge59to60[y-1] * (1 -DeathRateAge60to61[y]) + NetMigrationAge60to61[y]","PopAge59to60[y-1] * (1 -DeathRateAge60to61[y]) + NetMigrationAge60to61[y]","PopAge59to60[y-1] * (1 -DeathRateAge60to61[y]) + NetMigrationAge60to61[y]","PopAge59to60[y-1] * (1 -DeathRateAge60to61[y]) + NetMigrationAge60to61[y]","PopAge59to60[y-1] * (1 -DeathRateAge60to61[y]) + NetMigrationAge60to61[y]","PopAge59to60[y-1] * (1 -DeathRateAge60to61[y]) + NetMigrationAge60to61[y]","PopAge59to60[y-1] * (1 -DeathRateAge60to61[y]) + NetMigrationAge60to61[y]","PopAge59to60[y-1] * (1 -DeathRateAge60to61[y]) + NetMigrationAge60to61[y]","PopAge59to60[y-1] * (1 -DeathRateAge60to61[y]) + NetMigrationAge60to61[y]","PopAge59to60[y-1] * (1 -DeathRateAge60to61[y]) + NetMigrationAge60to61[y]","PopAge59to60[y-1] * (1 -DeathRateAge60to61[y]) + NetMigrationAge60to61[y]","PopAge59to60[y-1] * (1 -DeathRateAge60to61[y]) + NetMigrationAge60to61[y]","PopAge59to60[y-1] * (1 -DeathRateAge60to61[y]) + NetMigrationAge60to61[y]","PopAge59to60[y-1] * (1 -DeathRateAge60to61[y]) + NetMigrationAge60to61[y]"]
["PopAge61to62","Pop Age 61 to 62","Macroeconomic","double(14,0)",null,null,null,null,"Prior Year-Younger Age Cohort less Estimated Deaths plus Net Migration","N",3596049,"PopAge60to61[y-1] * (1 -DeathRateAge61to62[y]) + NetMigrationAge61to62[y]","PopAge60to61[y-1] * (1 -DeathRateAge61to62[y]) + NetMigrationAge61to62[y]","PopAge60to61[y-1] * (1 -DeathRateAge61to62[y]) + NetMigrationAge61to62[y]","PopAge60to61[y-1] * (1 -DeathRateAge61to62[y]) + NetMigrationAge61to62[y]","PopAge60to61[y-1] * (1 -DeathRateAge61to62[y]) + NetMigrationAge61to62[y]","PopAge60to61[y-1] * (1 -DeathRateAge61to62[y]) + NetMigrationAge61to62[y]","PopAge60to61[y-1] * (1 -DeathRateAge61to62[y]) + NetMigrationAge61to62[y]","PopAge60to61[y-1] * (1 -DeathRateAge61to62[y]) + NetMigrationAge61to62[y]","PopAge60to61[y-1] * (1 -DeathRateAge61to62[y]) + NetMigrationAge61to62[y]","PopAge60to61[y-1] * (1 -DeathRateAge61to62[y]) + NetMigrationAge61to62[y]","PopAge60to61[y-1] * (1 -DeathRateAge61to62[y]) + NetMigrationAge61to62[y]","PopAge60to61[y-1] * (1 -DeathRateAge61to62[y]) + NetMigrationAge61to62[y]","PopAge60to61[y-1] * (1 -DeathRateAge61to62[y]) + NetMigrationAge61to62[y]","PopAge60to61[y-1] * (1 -DeathRateAge61to62[y]) + NetMigrationAge61to62[y]","PopAge60to61[y-1] * (1 -DeathRateAge61to62[y]) + NetMigrationAge61to62[y]","PopAge60to61[y-1] * (1 -DeathRateAge61to62[y]) + NetMigrationAge61to62[y]","PopAge60to61[y-1] * (1 -DeathRateAge61to62[y]) + NetMigrationAge61to62[y]","PopAge60to61[y-1] * (1 -DeathRateAge61to62[y]) + NetMigrationAge61to62[y]","PopAge60to61[y-1] * (1 -DeathRateAge61to62[y]) + NetMigrationAge61to62[y]","PopAge60to61[y-1] * (1 -DeathRateAge61to62[y]) + NetMigrationAge61to62[y]","PopAge60to61[y-1] * (1 -DeathRateAge61to62[y]) + NetMigrationAge61to62[y]","PopAge60to61[y-1] * (1 -DeathRateAge61to62[y]) + NetMigrationAge61to62[y]","PopAge60to61[y-1] * (1 -DeathRateAge61to62[y]) + NetMigrationAge61to62[y]","PopAge60to61[y-1] * (1 -DeathRateAge61to62[y]) + NetMigrationAge61to62[y]","PopAge60to61[y-1] * (1 -DeathRateAge61to62[y]) + NetMigrationAge61to62[y]","PopAge60to61[y-1] * (1 -DeathRateAge61to62[y]) + NetMigrationAge61to62[y]","PopAge60to61[y-1] * (1 -DeathRateAge61to62[y]) + NetMigrationAge61to62[y]","PopAge60to61[y-1] * (1 -DeathRateAge61to62[y]) + NetMigrationAge61to62[y]","PopAge60to61[y-1] * (1 -DeathRateAge61to62[y]) + NetMigrationAge61to62[y]","PopAge60to61[y-1] * (1 -DeathRateAge61to62[y]) + NetMigrationAge61to62[y]"]
["PopAge62to63","Pop Age 62 to 63","Macroeconomic","double(14,0)",null,null,null,null,"Prior Year-Younger Age Cohort less Estimated Deaths plus Net Migration","N",3465745,"PopAge61to62[y-1] * (1 -DeathRateAge62to63[y]) + NetMigrationAge62to63[y]","PopAge61to62[y-1] * (1 -DeathRateAge62to63[y]) + NetMigrationAge62to63[y]","PopAge61to62[y-1] * (1 -DeathRateAge62to63[y]) + NetMigrationAge62to63[y]","PopAge61to62[y-1] * (1 -DeathRateAge62to63[y]) + NetMigrationAge62to63[y]","PopAge61to62[y-1] * (1 -DeathRateAge62to63[y]) + NetMigrationAge62to63[y]","PopAge61to62[y-1] * (1 -DeathRateAge62to63[y]) + NetMigrationAge62to63[y]","PopAge61to62[y-1] * (1 -DeathRateAge62to63[y]) + NetMigrationAge62to63[y]","PopAge61to62[y-1] * (1 -DeathRateAge62to63[y]) + NetMigrationAge62to63[y]","PopAge61to62[y-1] * (1 -DeathRateAge62to63[y]) + NetMigrationAge62to63[y]","PopAge61to62[y-1] * (1 -DeathRateAge62to63[y]) + NetMigrationAge62to63[y]","PopAge61to62[y-1] * (1 -DeathRateAge62to63[y]) + NetMigrationAge62to63[y]","PopAge61to62[y-1] * (1 -DeathRateAge62to63[y]) + NetMigrationAge62to63[y]","PopAge61to62[y-1] * (1 -DeathRateAge62to63[y]) + NetMigrationAge62to63[y]","PopAge61to62[y-1] * (1 -DeathRateAge62to63[y]) + NetMigrationAge62to63[y]","PopAge61to62[y-1] * (1 -DeathRateAge62to63[y]) + NetMigrationAge62to63[y]","PopAge61to62[y-1] * (1 -DeathRateAge62to63[y]) + NetMigrationAge62to63[y]","PopAge61to62[y-1] * (1 -DeathRateAge62to63[y]) + NetMigrationAge62to63[y]","PopAge61to62[y-1] * (1 -DeathRateAge62to63[y]) + NetMigrationAge62to63[y]","PopAge61to62[y-1] * (1 -DeathRateAge62to63[y]) + NetMigrationAge62to63[y]","PopAge61to62[y-1] * (1 -DeathRateAge62to63[y]) + NetMigrationAge62to63[y]","PopAge61to62[y-1] * (1 -DeathRateAge62to63[y]) + NetMigrationAge62to63[y]","PopAge61to62[y-1] * (1 -DeathRateAge62to63[y]) + NetMigrationAge62to63[y]","PopAge61to62[y-1] * (1 -DeathRateAge62to63[y]) + NetMigrationAge62to63[y]","PopAge61to62[y-1] * (1 -DeathRateAge62to63[y]) + NetMigrationAge62to63[y]","PopAge61to62[y-1] * (1 -DeathRateAge62to63[y]) + NetMigrationAge62to63[y]","PopAge61to62[y-1] * (1 -DeathRateAge62to63[y]) + NetMigrationAge62to63[y]","PopAge61to62[y-1] * (1 -DeathRateAge62to63[y]) + NetMigrationAge62to63[y]","PopAge61to62[y-1] * (1 -DeathRateAge62to63[y]) + NetMigrationAge62to63[y]","PopAge61to62[y-1] * (1 -DeathRateAge62to63[y]) + NetMigrationAge62to63[y]","PopAge61to62[y-1] * (1 -DeathRateAge62to63[y]) + NetMigrationAge62to63[y]"]
["PopAge63to64","Pop Age 63 to 64","Macroeconomic","double(14,0)",null,null,null,null,"Prior Year-Younger Age Cohort less Estimated Deaths plus Net Migration","N",3532271,"PopAge62to63[y-1] * (1 -DeathRateAge63to64[y]) + NetMigrationAge63to64[y]","PopAge62to63[y-1] * (1 -DeathRateAge63to64[y]) + NetMigrationAge63to64[y]","PopAge62to63[y-1] * (1 -DeathRateAge63to64[y]) + NetMigrationAge63to64[y]","PopAge62to63[y-1] * (1 -DeathRateAge63to64[y]) + NetMigrationAge63to64[y]","PopAge62to63[y-1] * (1 -DeathRateAge63to64[y]) + NetMigrationAge63to64[y]","PopAge62to63[y-1] * (1 -DeathRateAge63to64[y]) + NetMigrationAge63to64[y]","PopAge62to63[y-1] * (1 -DeathRateAge63to64[y]) + NetMigrationAge63to64[y]","PopAge62to63[y-1] * (1 -DeathRateAge63to64[y]) + NetMigrationAge63to64[y]","PopAge62to63[y-1] * (1 -DeathRateAge63to64[y]) + NetMigrationAge63to64[y]","PopAge62to63[y-1] * (1 -DeathRateAge63to64[y]) + NetMigrationAge63to64[y]","PopAge62to63[y-1] * (1 -DeathRateAge63to64[y]) + NetMigrationAge63to64[y]","PopAge62to63[y-1] * (1 -DeathRateAge63to64[y]) + NetMigrationAge63to64[y]","PopAge62to63[y-1] * (1 -DeathRateAge63to64[y]) + NetMigrationAge63to64[y]","PopAge62to63[y-1] * (1 -DeathRateAge63to64[y]) + NetMigrationAge63to64[y]","PopAge62to63[y-1] * (1 -DeathRateAge63to64[y]) + NetMigrationAge63to64[y]","PopAge62to63[y-1] * (1 -DeathRateAge63to64[y]) + NetMigrationAge63to64[y]","PopAge62to63[y-1] * (1 -DeathRateAge63to64[y]) + NetMigrationAge63to64[y]","PopAge62to63[y-1] * (1 -DeathRateAge63to64[y]) + NetMigrationAge63to64[y]","PopAge62to63[y-1] * (1 -DeathRateAge63to64[y]) + NetMigrationAge63to64[y]","PopAge62to63[y-1] * (1 -DeathRateAge63to64[y]) + NetMigrationAge63to64[y]","PopAge62to63[y-1] * (1 -DeathRateAge63to64[y]) + NetMigrationAge63to64[y]","PopAge62to63[y-1] * (1 -DeathRateAge63to64[y]) + NetMigrationAge63to64[y]","PopAge62to63[y-1] * (1 -DeathRateAge63to64[y]) + NetMigrationAge63to64[y]","PopAge62to63[y-1] * (1 -DeathRateAge63to64[y]) + NetMigrationAge63to64[y]","PopAge62to63[y-1] * (1 -DeathRateAge63to64[y]) + NetMigrationAge63to64[y]","PopAge62to63[y-1] * (1 -DeathRateAge63to64[y]) + NetMigrationAge63to64[y]","PopAge62to63[y-1] * (1 -DeathRateAge63to64[y]) + NetMigrationAge63to64[y]","PopAge62to63[y-1] * (1 -DeathRateAge63to64[y]) + NetMigrationAge63to64[y]","PopAge62to63[y-1] * (1 -DeathRateAge63to64[y]) + NetMigrationAge63to64[y]","PopAge62to63[y-1] * (1 -DeathRateAge63to64[y]) + NetMigrationAge63to64[y]"]
["PopAge64to65","Pop Age 64 to 65","Macroeconomic","double(14,0)",null,null,null,null,"Prior Year-Younger Age Cohort less Estimated Deaths plus Net Migration","N",3450324,"PopAge63to64[y-1] * (1 -DeathRateAge64to65[y]) + NetMigrationAge64to65[y]","PopAge63to64[y-1] * (1 -DeathRateAge64to65[y]) + NetMigrationAge64to65[y]","PopAge63to64[y-1] * (1 -DeathRateAge64to65[y]) + NetMigrationAge64to65[y]","PopAge63to64[y-1] * (1 -DeathRateAge64to65[y]) + NetMigrationAge64to65[y]","PopAge63to64[y-1] * (1 -DeathRateAge64to65[y]) + NetMigrationAge64to65[y]","PopAge63to64[y-1] * (1 -DeathRateAge64to65[y]) + NetMigrationAge64to65[y]","PopAge63to64[y-1] * (1 -DeathRateAge64to65[y]) + NetMigrationAge64to65[y]","PopAge63to64[y-1] * (1 -DeathRateAge64to65[y]) + NetMigrationAge64to65[y]","PopAge63to64[y-1] * (1 -DeathRateAge64to65[y]) + NetMigrationAge64to65[y]","PopAge63to64[y-1] * (1 -DeathRateAge64to65[y]) + NetMigrationAge64to65[y]","PopAge63to64[y-1] * (1 -DeathRateAge64to65[y]) + NetMigrationAge64to65[y]","PopAge63to64[y-1] * (1 -DeathRateAge64to65[y]) + NetMigrationAge64to65[y]","PopAge63to64[y-1] * (1 -DeathRateAge64to65[y]) + NetMigrationAge64to65[y]","PopAge63to64[y-1] * (1 -DeathRateAge64to65[y]) + NetMigrationAge64to65[y]","PopAge63to64[y-1] * (1 -DeathRateAge64to65[y]) + NetMigrationAge64to65[y]","PopAge63to64[y-1] * (1 -DeathRateAge64to65[y]) + NetMigrationAge64to65[y]",{"$f":"AA280","v":"PopAge63to64[y-1] * (1 -DeathRateAge64to65[y]) + NetMigrationAge64to65[y]"},"PopAge63to64[y-1] * (1 -DeathRateAge64to65[y]) + NetMigrationAge64to65[y]","PopAge63to64[y-1] * (1 -DeathRateAge64to65[y]) + NetMigrationAge64to65[y]","PopAge63to64[y-1] * (1 -DeathRateAge64to65[y]) + NetMigrationAge64to65[y]","PopAge63to64[y-1] * (1 -DeathRateAge64to65[y]) + NetMigrationAge64to65[y]","PopAge63to64[y-1] * (1 -DeathRateAge64to65[y]) + NetMigrationAge64to65[y]","PopAge63to64[y-1] * (1 -DeathRateAge64to65[y]) + NetMigrationAge64to65[y]","PopAge63to64[y-1] * (1 -DeathRateAge64to65[y]) + NetMigrationAge64to65[y]","PopAge63to64[y-1] * (1 -DeathRateAge64to65[y]) + NetMigrationAge64to65[y]","PopAge63to64[y-1] * (1 -DeathRateAge64to65[y]) + NetMigrationAge64to65[y]","PopAge63to64[y-1] * (1 -DeathRateAge64to65[y]) + NetMigrationAge64to65[y]","PopAge63to64[y-1] * (1 -DeathRateAge64to65[y]) + NetMigrationAge64to65[y]","PopAge63to64[y-1] * (1 -DeathRateAge64to65[y]) + NetMigrationAge64to65[y]","PopAge63to64[y-1] * (1 -DeathRateAge64to65[y]) + NetMigrationAge64to65[y]"]
["PopAge65to66","Pop Age 65 to 66","Macroeconomic","double(14,0)",null,null,null,null,"Prior Year-Younger Age Cohort less Estimated Deaths plus Net Migration","N",2630814,"PopAge64to65[y-1] * (1 -DeathRateAge65to66[y]) + NetMigrationAge65to66[y]",{"$f":"L281","v":"PopAge64to65[y-1] * (1 -DeathRateAge65to66[y]) + NetMigrationAge65to66[y]"},"PopAge64to65[y-1] * (1 -DeathRateAge65to66[y]) + NetMigrationAge65to66[y]","PopAge64to65[y-1] * (1 -DeathRateAge65to66[y]) + NetMigrationAge65to66[y]","PopAge64to65[y-1] * (1 -DeathRateAge65to66[y]) + NetMigrationAge65to66[y]","PopAge64to65[y-1] * (1 -DeathRateAge65to66[y]) + NetMigrationAge65to66[y]","PopAge64to65[y-1] * (1 -DeathRateAge65to66[y]) + NetMigrationAge65to66[y]","PopAge64to65[y-1] * (1 -DeathRateAge65to66[y]) + NetMigrationAge65to66[y]","PopAge64to65[y-1] * (1 -DeathRateAge65to66[y]) + NetMigrationAge65to66[y]","PopAge64to65[y-1] * (1 -DeathRateAge65to66[y]) + NetMigrationAge65to66[y]","PopAge64to65[y-1] * (1 -DeathRateAge65to66[y]) + NetMigrationAge65to66[y]","PopAge64to65[y-1] * (1 -DeathRateAge65to66[y]) + NetMigrationAge65to66[y]","PopAge64to65[y-1] * (1 -DeathRateAge65to66[y]) + NetMigrationAge65to66[y]","PopAge64to65[y-1] * (1 -DeathRateAge65to66[y]) + NetMigrationAge65to66[y]","PopAge64to65[y-1] * (1 -DeathRateAge65to66[y]) + NetMigrationAge65to66[y]","PopAge64to65[y-1] * (1 -DeathRateAge65to66[y]) + NetMigrationAge65to66[y]","PopAge64to65[y-1] * (1 -DeathRateAge65to66[y]) + NetMigrationAge65to66[y]","PopAge64to65[y-1] * (1 -DeathRateAge65to66[y]) + NetMigrationAge65to66[y]","PopAge64to65[y-1] * (1 -DeathRateAge65to66[y]) + NetMigrationAge65to66[y]","PopAge64to65[y-1] * (1 -DeathRateAge65to66[y]) + NetMigrationAge65to66[y]","PopAge64to65[y-1] * (1 -DeathRateAge65to66[y]) + NetMigrationAge65to66[y]","PopAge64to65[y-1] * (1 -DeathRateAge65to66[y]) + NetMigrationAge65to66[y]","PopAge64to65[y-1] * (1 -DeathRateAge65to66[y]) + NetMigrationAge65to66[y]","PopAge64to65[y-1] * (1 -DeathRateAge65to66[y]) + NetMigrationAge65to66[y]","PopAge64to65[y-1] * (1 -DeathRateAge65to66[y]) + NetMigrationAge65to66[y]","PopAge64to65[y-1] * (1 -DeathRateAge65to66[y]) + NetMigrationAge65to66[y]","PopAge64to65[y-1] * (1 -DeathRateAge65to66[y]) + NetMigrationAge65to66[y]","PopAge64to65[y-1] * (1 -DeathRateAge65to66[y]) + NetMigrationAge65to66[y]","PopAge64to65[y-1] * (1 -DeathRateAge65to66[y]) + NetMigrationAge65to66[y]","PopAge64to65[y-1] * (1 -DeathRateAge65to66[y]) + NetMigrationAge65to66[y]"]
["PopAge66to67","Pop Age 66 to 67","Macroeconomic","double(14,0)",null,null,null,null,"Prior Year-Younger Age Cohort less Estimated Deaths plus Net Migration","N",2650884,{"$f":"A281&\"[y-1] * (1 -\"&A80&\"[y]) + \"&A181&\"[y]\"","v":"PopAge65to66[y-1] * (1 -DeathRateAge66to67[y]) + NetMigrationAge66to67[y]"},"PopAge65to66[y-1] * (1 -DeathRateAge66to67[y]) + NetMigrationAge66to67[y]","PopAge65to66[y-1] * (1 -DeathRateAge66to67[y]) + NetMigrationAge66to67[y]","PopAge65to66[y-1] * (1 -DeathRateAge66to67[y]) + NetMigrationAge66to67[y]","PopAge65to66[y-1] * (1 -DeathRateAge66to67[y]) + NetMigrationAge66to67[y]","PopAge65to66[y-1] * (1 -DeathRateAge66to67[y]) + NetMigrationAge66to67[y]","PopAge65to66[y-1] * (1 -DeathRateAge66to67[y]) + NetMigrationAge66to67[y]","PopAge65to66[y-1] * (1 -DeathRateAge66to67[y]) + NetMigrationAge66to67[y]","PopAge65to66[y-1] * (1 -DeathRateAge66to67[y]) + NetMigrationAge66to67[y]","PopAge65to66[y-1] * (1 -DeathRateAge66to67[y]) + NetMigrationAge66to67[y]","PopAge65to66[y-1] * (1 -DeathRateAge66to67[y]) + NetMigrationAge66to67[y]","PopAge65to66[y-1] * (1 -DeathRateAge66to67[y]) + NetMigrationAge66to67[y]","PopAge65to66[y-1] * (1 -DeathRateAge66to67[y]) + NetMigrationAge66to67[y]","PopAge65to66[y-1] * (1 -DeathRateAge66to67[y]) + NetMigrationAge66to67[y]","PopAge65to66[y-1] * (1 -DeathRateAge66to67[y]) + NetMigrationAge66to67[y]","PopAge65to66[y-1] * (1 -DeathRateAge66to67[y]) + NetMigrationAge66to67[y]","PopAge65to66[y-1] * (1 -DeathRateAge66to67[y]) + NetMigrationAge66to67[y]","PopAge65to66[y-1] * (1 -DeathRateAge66to67[y]) + NetMigrationAge66to67[y]","PopAge65to66[y-1] * (1 -DeathRateAge66to67[y]) + NetMigrationAge66to67[y]","PopAge65to66[y-1] * (1 -DeathRateAge66to67[y]) + NetMigrationAge66to67[y]","PopAge65to66[y-1] * (1 -DeathRateAge66to67[y]) + NetMigrationAge66to67[y]","PopAge65to66[y-1] * (1 -DeathRateAge66to67[y]) + NetMigrationAge66to67[y]","PopAge65to66[y-1] * (1 -DeathRateAge66to67[y]) + NetMigrationAge66to67[y]","PopAge65to66[y-1] * (1 -DeathRateAge66to67[y]) + NetMigrationAge66to67[y]","PopAge65to66[y-1] * (1 -DeathRateAge66to67[y]) + NetMigrationAge66to67[y]","PopAge65to66[y-1] * (1 -DeathRateAge66to67[y]) + NetMigrationAge66to67[y]","PopAge65to66[y-1] * (1 -DeathRateAge66to67[y]) + NetMigrationAge66to67[y]","PopAge65to66[y-1] * (1 -DeathRateAge66to67[y]) + NetMigrationAge66to67[y]","PopAge65to66[y-1] * (1 -DeathRateAge66to67[y]) + NetMigrationAge66to67[y]","PopAge65to66[y-1] * (1 -DeathRateAge66to67[y]) + NetMigrationAge66to67[y]"]
["PopAge67to68","Pop Age 67 to 68","Macroeconomic","double(14,0)",null,null,null,null,"Prior Year-Younger Age Cohort less Estimated Deaths plus Net Migration","N",2606396,"PopAge66to67[y-1] * (1 -DeathRateAge67to68[y]) + NetMigrationAge67to68[y]","PopAge66to67[y-1] * (1 -DeathRateAge67to68[y]) + NetMigrationAge67to68[y]","PopAge66to67[y-1] * (1 -DeathRateAge67to68[y]) + NetMigrationAge67to68[y]","PopAge66to67[y-1] * (1 -DeathRateAge67to68[y]) + NetMigrationAge67to68[y]","PopAge66to67[y-1] * (1 -DeathRateAge67to68[y]) + NetMigrationAge67to68[y]","PopAge66to67[y-1] * (1 -DeathRateAge67to68[y]) + NetMigrationAge67to68[y]","PopAge66to67[y-1] * (1 -DeathRateAge67to68[y]) + NetMigrationAge67to68[y]","PopAge66to67[y-1] * (1 -DeathRateAge67to68[y]) + NetMigrationAge67to68[y]","PopAge66to67[y-1] * (1 -DeathRateAge67to68[y]) + NetMigrationAge67to68[y]","PopAge66to67[y-1] * (1 -DeathRateAge67to68[y]) + NetMigrationAge67to68[y]","PopAge66to67[y-1] * (1 -DeathRateAge67to68[y]) + NetMigrationAge67to68[y]","PopAge66to67[y-1] * (1 -DeathRateAge67to68[y]) + NetMigrationAge67to68[y]","PopAge66to67[y-1] * (1 -DeathRateAge67to68[y]) + NetMigrationAge67to68[y]","PopAge66to67[y-1] * (1 -DeathRateAge67to68[y]) + NetMigrationAge67to68[y]","PopAge66to67[y-1] * (1 -DeathRateAge67to68[y]) + NetMigrationAge67to68[y]","PopAge66to67[y-1] * (1 -DeathRateAge67to68[y]) + NetMigrationAge67to68[y]","PopAge66to67[y-1] * (1 -DeathRateAge67to68[y]) + NetMigrationAge67to68[y]","PopAge66to67[y-1] * (1 -DeathRateAge67to68[y]) + NetMigrationAge67to68[y]","PopAge66to67[y-1] * (1 -DeathRateAge67to68[y]) + NetMigrationAge67to68[y]","PopAge66to67[y-1] * (1 -DeathRateAge67to68[y]) + NetMigrationAge67to68[y]","PopAge66to67[y-1] * (1 -DeathRateAge67to68[y]) + NetMigrationAge67to68[y]","PopAge66to67[y-1] * (1 -DeathRateAge67to68[y]) + NetMigrationAge67to68[y]","PopAge66to67[y-1] * (1 -DeathRateAge67to68[y]) + NetMigrationAge67to68[y]","PopAge66to67[y-1] * (1 -DeathRateAge67to68[y]) + NetMigrationAge67to68[y]","PopAge66to67[y-1] * (1 -DeathRateAge67to68[y]) + NetMigrationAge67to68[y]","PopAge66to67[y-1] * (1 -DeathRateAge67to68[y]) + NetMigrationAge67to68[y]","PopAge66to67[y-1] * (1 -DeathRateAge67to68[y]) + NetMigrationAge67to68[y]","PopAge66to67[y-1] * (1 -DeathRateAge67to68[y]) + NetMigrationAge67to68[y]","PopAge66to67[y-1] * (1 -DeathRateAge67to68[y]) + NetMigrationAge67to68[y]","PopAge66to67[y-1] * (1 -DeathRateAge67to68[y]) + NetMigrationAge67to68[y]"]
["PopAge68to69","Pop Age 68 to 69","Macroeconomic","double(14,0)",null,null,null,null,"Prior Year-Younger Age Cohort less Estimated Deaths plus Net Migration","N",2612651,"PopAge67to68[y-1] * (1 -DeathRateAge68to69[y]) + NetMigrationAge68to69[y]","PopAge67to68[y-1] * (1 -DeathRateAge68to69[y]) + NetMigrationAge68to69[y]","PopAge67to68[y-1] * (1 -DeathRateAge68to69[y]) + NetMigrationAge68to69[y]","PopAge67to68[y-1] * (1 -DeathRateAge68to69[y]) + NetMigrationAge68to69[y]","PopAge67to68[y-1] * (1 -DeathRateAge68to69[y]) + NetMigrationAge68to69[y]","PopAge67to68[y-1] * (1 -DeathRateAge68to69[y]) + NetMigrationAge68to69[y]","PopAge67to68[y-1] * (1 -DeathRateAge68to69[y]) + NetMigrationAge68to69[y]","PopAge67to68[y-1] * (1 -DeathRateAge68to69[y]) + NetMigrationAge68to69[y]","PopAge67to68[y-1] * (1 -DeathRateAge68to69[y]) + NetMigrationAge68to69[y]","PopAge67to68[y-1] * (1 -DeathRateAge68to69[y]) + NetMigrationAge68to69[y]","PopAge67to68[y-1] * (1 -DeathRateAge68to69[y]) + NetMigrationAge68to69[y]","PopAge67to68[y-1] * (1 -DeathRateAge68to69[y]) + NetMigrationAge68to69[y]","PopAge67to68[y-1] * (1 -DeathRateAge68to69[y]) + NetMigrationAge68to69[y]","PopAge67to68[y-1] * (1 -DeathRateAge68to69[y]) + NetMigrationAge68to69[y]","PopAge67to68[y-1] * (1 -DeathRateAge68to69[y]) + NetMigrationAge68to69[y]","PopAge67to68[y-1] * (1 -DeathRateAge68to69[y]) + NetMigrationAge68to69[y]","PopAge67to68[y-1] * (1 -DeathRateAge68to69[y]) + NetMigrationAge68to69[y]","PopAge67to68[y-1] * (1 -DeathRateAge68to69[y]) + NetMigrationAge68to69[y]","PopAge67to68[y-1] * (1 -DeathRateAge68to69[y]) + NetMigrationAge68to69[y]","PopAge67to68[y-1] * (1 -DeathRateAge68to69[y]) + NetMigrationAge68to69[y]","PopAge67to68[y-1] * (1 -DeathRateAge68to69[y]) + NetMigrationAge68to69[y]","PopAge67to68[y-1] * (1 -DeathRateAge68to69[y]) + NetMigrationAge68to69[y]","PopAge67to68[y-1] * (1 -DeathRateAge68to69[y]) + NetMigrationAge68to69[y]","PopAge67to68[y-1] * (1 -DeathRateAge68to69[y]) + NetMigrationAge68to69[y]","PopAge67to68[y-1] * (1 -DeathRateAge68to69[y]) + NetMigrationAge68to69[y]","PopAge67to68[y-1] * (1 -DeathRateAge68to69[y]) + NetMigrationAge68to69[y]","PopAge67to68[y-1] * (1 -DeathRateAge68to69[y]) + NetMigrationAge68to69[y]","PopAge67to68[y-1] * (1 -DeathRateAge68to69[y]) + NetMigrationAge68to69[y]","PopAge67to68[y-1] * (1 -DeathRateAge68to69[y]) + NetMigrationAge68to69[y]","PopAge67to68[y-1] * (1 -DeathRateAge68to69[y]) + NetMigrationAge68to69[y]"]
["PopAge69to70","Pop Age 69 to 70","Macroeconomic","double(14,0)",null,null,null,null,"Prior Year-Younger Age Cohort less Estimated Deaths plus Net Migration","N",2288986,"PopAge68to69[y-1] * (1 -DeathRateAge69to70[y]) + NetMigrationAge69to70[y]","PopAge68to69[y-1] * (1 -DeathRateAge69to70[y]) + NetMigrationAge69to70[y]","PopAge68to69[y-1] * (1 -DeathRateAge69to70[y]) + NetMigrationAge69to70[y]","PopAge68to69[y-1] * (1 -DeathRateAge69to70[y]) + NetMigrationAge69to70[y]","PopAge68to69[y-1] * (1 -DeathRateAge69to70[y]) + NetMigrationAge69to70[y]","PopAge68to69[y-1] * (1 -DeathRateAge69to70[y]) + NetMigrationAge69to70[y]","PopAge68to69[y-1] * (1 -DeathRateAge69to70[y]) + NetMigrationAge69to70[y]","PopAge68to69[y-1] * (1 -DeathRateAge69to70[y]) + NetMigrationAge69to70[y]","PopAge68to69[y-1] * (1 -DeathRateAge69to70[y]) + NetMigrationAge69to70[y]","PopAge68to69[y-1] * (1 -DeathRateAge69to70[y]) + NetMigrationAge69to70[y]","PopAge68to69[y-1] * (1 -DeathRateAge69to70[y]) + NetMigrationAge69to70[y]","PopAge68to69[y-1] * (1 -DeathRateAge69to70[y]) + NetMigrationAge69to70[y]","PopAge68to69[y-1] * (1 -DeathRateAge69to70[y]) + NetMigrationAge69to70[y]","PopAge68to69[y-1] * (1 -DeathRateAge69to70[y]) + NetMigrationAge69to70[y]","PopAge68to69[y-1] * (1 -DeathRateAge69to70[y]) + NetMigrationAge69to70[y]","PopAge68to69[y-1] * (1 -DeathRateAge69to70[y]) + NetMigrationAge69to70[y]","PopAge68to69[y-1] * (1 -DeathRateAge69to70[y]) + NetMigrationAge69to70[y]","PopAge68to69[y-1] * (1 -DeathRateAge69to70[y]) + NetMigrationAge69to70[y]","PopAge68to69[y-1] * (1 -DeathRateAge69to70[y]) + NetMigrationAge69to70[y]","PopAge68to69[y-1] * (1 -DeathRateAge69to70[y]) + NetMigrationAge69to70[y]","PopAge68to69[y-1] * (1 -DeathRateAge69to70[y]) + NetMigrationAge69to70[y]","PopAge68to69[y-1] * (1 -DeathRateAge69to70[y]) + NetMigrationAge69to70[y]","PopAge68to69[y-1] * (1 -DeathRateAge69to70[y]) + NetMigrationAge69to70[y]","PopAge68to69[y-1] * (1 -DeathRateAge69to70[y]) + NetMigrationAge69to70[y]","PopAge68to69[y-1] * (1 -DeathRateAge69to70[y]) + NetMigrationAge69to70[y]","PopAge68to69[y-1] * (1 -DeathRateAge69to70[y]) + NetMigrationAge69to70[y]","PopAge68to69[y-1] * (1 -DeathRateAge69to70[y]) + NetMigrationAge69to70[y]","PopAge68to69[y-1] * (1 -DeathRateAge69to70[y]) + NetMigrationAge69to70[y]","PopAge68to69[y-1] * (1 -DeathRateAge69to70[y]) + NetMigrationAge69to70[y]","PopAge68to69[y-1] * (1 -DeathRateAge69to70[y]) + NetMigrationAge69to70[y]"]
["PopAge70to71","Pop Age 70 to 71","Macroeconomic","double(14,0)",null,null,null,null,"Prior Year-Younger Age Cohort less Estimated Deaths plus Net Migration","N",2107421,"PopAge69to70[y-1] * (1 -DeathRateAge70to71[y]) + NetMigrationAge70to71[y]","PopAge69to70[y-1] * (1 -DeathRateAge70to71[y]) + NetMigrationAge70to71[y]","PopAge69to70[y-1] * (1 -DeathRateAge70to71[y]) + NetMigrationAge70to71[y]","PopAge69to70[y-1] * (1 -DeathRateAge70to71[y]) + NetMigrationAge70to71[y]","PopAge69to70[y-1] * (1 -DeathRateAge70to71[y]) + NetMigrationAge70to71[y]","PopAge69to70[y-1] * (1 -DeathRateAge70to71[y]) + NetMigrationAge70to71[y]","PopAge69to70[y-1] * (1 -DeathRateAge70to71[y]) + NetMigrationAge70to71[y]","PopAge69to70[y-1] * (1 -DeathRateAge70to71[y]) + NetMigrationAge70to71[y]","PopAge69to70[y-1] * (1 -DeathRateAge70to71[y]) + NetMigrationAge70to71[y]","PopAge69to70[y-1] * (1 -DeathRateAge70to71[y]) + NetMigrationAge70to71[y]","PopAge69to70[y-1] * (1 -DeathRateAge70to71[y]) + NetMigrationAge70to71[y]","PopAge69to70[y-1] * (1 -DeathRateAge70to71[y]) + NetMigrationAge70to71[y]","PopAge69to70[y-1] * (1 -DeathRateAge70to71[y]) + NetMigrationAge70to71[y]","PopAge69to70[y-1] * (1 -DeathRateAge70to71[y]) + NetMigrationAge70to71[y]","PopAge69to70[y-1] * (1 -DeathRateAge70to71[y]) + NetMigrationAge70to71[y]","PopAge69to70[y-1] * (1 -DeathRateAge70to71[y]) + NetMigrationAge70to71[y]","PopAge69to70[y-1] * (1 -DeathRateAge70to71[y]) + NetMigrationAge70to71[y]","PopAge69to70[y-1] * (1 -DeathRateAge70to71[y]) + NetMigrationAge70to71[y]","PopAge69to70[y-1] * (1 -DeathRateAge70to71[y]) + NetMigrationAge70to71[y]","PopAge69to70[y-1] * (1 -DeathRateAge70to71[y]) + NetMigrationAge70to71[y]","PopAge69to70[y-1] * (1 -DeathRateAge70to71[y]) + NetMigrationAge70to71[y]","PopAge69to70[y-1] * (1 -DeathRateAge70to71[y]) + NetMigrationAge70to71[y]","PopAge69to70[y-1] * (1 -DeathRateAge70to71[y]) + NetMigrationAge70to71[y]","PopAge69to70[y-1] * (1 -DeathRateAge70to71[y]) + NetMigrationAge70to71[y]","PopAge69to70[y-1] * (1 -DeathRateAge70to71[y]) + NetMigrationAge70to71[y]","PopAge69to70[y-1] * (1 -DeathRateAge70to71[y]) + NetMigrationAge70to71[y]","PopAge69to70[y-1] * (1 -DeathRateAge70to71[y]) + NetMigrationAge70to71[y]","PopAge69to70[y-1] * (1 -DeathRateAge70to71[y]) + NetMigrationAge70to71[y]","PopAge69to70[y-1] * (1 -DeathRateAge70to71[y]) + NetMigrationAge70to71[y]","PopAge69to70[y-1] * (1 -DeathRateAge70to71[y]) + NetMigrationAge70to71[y]"]
["PopAge71to72","Pop Age 71 to 72","Macroeconomic","double(14,0)",null,null,null,null,"Prior Year-Younger Age Cohort less Estimated Deaths plus Net Migration","N",2006468,"PopAge70to71[y-1] * (1 -DeathRateAge71to72[y]) + NetMigrationAge71to72[y]","PopAge70to71[y-1] * (1 -DeathRateAge71to72[y]) + NetMigrationAge71to72[y]","PopAge70to71[y-1] * (1 -DeathRateAge71to72[y]) + NetMigrationAge71to72[y]","PopAge70to71[y-1] * (1 -DeathRateAge71to72[y]) + NetMigrationAge71to72[y]","PopAge70to71[y-1] * (1 -DeathRateAge71to72[y]) + NetMigrationAge71to72[y]","PopAge70to71[y-1] * (1 -DeathRateAge71to72[y]) + NetMigrationAge71to72[y]","PopAge70to71[y-1] * (1 -DeathRateAge71to72[y]) + NetMigrationAge71to72[y]","PopAge70to71[y-1] * (1 -DeathRateAge71to72[y]) + NetMigrationAge71to72[y]","PopAge70to71[y-1] * (1 -DeathRateAge71to72[y]) + NetMigrationAge71to72[y]","PopAge70to71[y-1] * (1 -DeathRateAge71to72[y]) + NetMigrationAge71to72[y]","PopAge70to71[y-1] * (1 -DeathRateAge71to72[y]) + NetMigrationAge71to72[y]","PopAge70to71[y-1] * (1 -DeathRateAge71to72[y]) + NetMigrationAge71to72[y]","PopAge70to71[y-1] * (1 -DeathRateAge71to72[y]) + NetMigrationAge71to72[y]","PopAge70to71[y-1] * (1 -DeathRateAge71to72[y]) + NetMigrationAge71to72[y]","PopAge70to71[y-1] * (1 -DeathRateAge71to72[y]) + NetMigrationAge71to72[y]","PopAge70to71[y-1] * (1 -DeathRateAge71to72[y]) + NetMigrationAge71to72[y]","PopAge70to71[y-1] * (1 -DeathRateAge71to72[y]) + NetMigrationAge71to72[y]","PopAge70to71[y-1] * (1 -DeathRateAge71to72[y]) + NetMigrationAge71to72[y]","PopAge70to71[y-1] * (1 -DeathRateAge71to72[y]) + NetMigrationAge71to72[y]","PopAge70to71[y-1] * (1 -DeathRateAge71to72[y]) + NetMigrationAge71to72[y]","PopAge70to71[y-1] * (1 -DeathRateAge71to72[y]) + NetMigrationAge71to72[y]","PopAge70to71[y-1] * (1 -DeathRateAge71to72[y]) + NetMigrationAge71to72[y]","PopAge70to71[y-1] * (1 -DeathRateAge71to72[y]) + NetMigrationAge71to72[y]","PopAge70to71[y-1] * (1 -DeathRateAge71to72[y]) + NetMigrationAge71to72[y]","PopAge70to71[y-1] * (1 -DeathRateAge71to72[y]) + NetMigrationAge71to72[y]","PopAge70to71[y-1] * (1 -DeathRateAge71to72[y]) + NetMigrationAge71to72[y]","PopAge70to71[y-1] * (1 -DeathRateAge71to72[y]) + NetMigrationAge71to72[y]","PopAge70to71[y-1] * (1 -DeathRateAge71to72[y]) + NetMigrationAge71to72[y]","PopAge70to71[y-1] * (1 -DeathRateAge71to72[y]) + NetMigrationAge71to72[y]","PopAge70to71[y-1] * (1 -DeathRateAge71to72[y]) + NetMigrationAge71to72[y]"]
["PopAge72to73","Pop Age 72 to 73","Macroeconomic","double(14,0)",null,null,null,null,"Prior Year-Younger Age Cohort less Estimated Deaths plus Net Migration","N",1910830,"PopAge71to72[y-1] * (1 -DeathRateAge72to73[y]) + NetMigrationAge72to73[y]","PopAge71to72[y-1] * (1 -DeathRateAge72to73[y]) + NetMigrationAge72to73[y]","PopAge71to72[y-1] * (1 -DeathRateAge72to73[y]) + NetMigrationAge72to73[y]","PopAge71to72[y-1] * (1 -DeathRateAge72to73[y]) + NetMigrationAge72to73[y]","PopAge71to72[y-1] * (1 -DeathRateAge72to73[y]) + NetMigrationAge72to73[y]","PopAge71to72[y-1] * (1 -DeathRateAge72to73[y]) + NetMigrationAge72to73[y]","PopAge71to72[y-1] * (1 -DeathRateAge72to73[y]) + NetMigrationAge72to73[y]","PopAge71to72[y-1] * (1 -DeathRateAge72to73[y]) + NetMigrationAge72to73[y]","PopAge71to72[y-1] * (1 -DeathRateAge72to73[y]) + NetMigrationAge72to73[y]","PopAge71to72[y-1] * (1 -DeathRateAge72to73[y]) + NetMigrationAge72to73[y]","PopAge71to72[y-1] * (1 -DeathRateAge72to73[y]) + NetMigrationAge72to73[y]","PopAge71to72[y-1] * (1 -DeathRateAge72to73[y]) + NetMigrationAge72to73[y]","PopAge71to72[y-1] * (1 -DeathRateAge72to73[y]) + NetMigrationAge72to73[y]","PopAge71to72[y-1] * (1 -DeathRateAge72to73[y]) + NetMigrationAge72to73[y]","PopAge71to72[y-1] * (1 -DeathRateAge72to73[y]) + NetMigrationAge72to73[y]","PopAge71to72[y-1] * (1 -DeathRateAge72to73[y]) + NetMigrationAge72to73[y]","PopAge71to72[y-1] * (1 -DeathRateAge72to73[y]) + NetMigrationAge72to73[y]","PopAge71to72[y-1] * (1 -DeathRateAge72to73[y]) + NetMigrationAge72to73[y]","PopAge71to72[y-1] * (1 -DeathRateAge72to73[y]) + NetMigrationAge72to73[y]","PopAge71to72[y-1] * (1 -DeathRateAge72to73[y]) + NetMigrationAge72to73[y]","PopAge71to72[y-1] * (1 -DeathRateAge72to73[y]) + NetMigrationAge72to73[y]","PopAge71to72[y-1] * (1 -DeathRateAge72to73[y]) + NetMigrationAge72to73[y]","PopAge71to72[y-1] * (1 -DeathRateAge72to73[y]) + NetMigrationAge72to73[y]","PopAge71to72[y-1] * (1 -DeathRateAge72to73[y]) + NetMigrationAge72to73[y]","PopAge71to72[y-1] * (1 -DeathRateAge72to73[y]) + NetMigrationAge72to73[y]","PopAge71to72[y-1] * (1 -DeathRateAge72to73[y]) + NetMigrationAge72to73[y]","PopAge71to72[y-1] * (1 -DeathRateAge72to73[y]) + NetMigrationAge72to73[y]","PopAge71to72[y-1] * (1 -DeathRateAge72to73[y]) + NetMigrationAge72to73[y]","PopAge71to72[y-1] * (1 -DeathRateAge72to73[y]) + NetMigrationAge72to73[y]","PopAge71to72[y-1] * (1 -DeathRateAge72to73[y]) + NetMigrationAge72to73[y]"]
["PopAge73to74","Pop Age 73 to 74","Macroeconomic","double(14,0)",null,null,null,null,"Prior Year-Younger Age Cohort less Estimated Deaths plus Net Migration","N",1823750,"PopAge72to73[y-1] * (1 -DeathRateAge73to74[y]) + NetMigrationAge73to74[y]","PopAge72to73[y-1] * (1 -DeathRateAge73to74[y]) + NetMigrationAge73to74[y]","PopAge72to73[y-1] * (1 -DeathRateAge73to74[y]) + NetMigrationAge73to74[y]","PopAge72to73[y-1] * (1 -DeathRateAge73to74[y]) + NetMigrationAge73to74[y]","PopAge72to73[y-1] * (1 -DeathRateAge73to74[y]) + NetMigrationAge73to74[y]","PopAge72to73[y-1] * (1 -DeathRateAge73to74[y]) + NetMigrationAge73to74[y]","PopAge72to73[y-1] * (1 -DeathRateAge73to74[y]) + NetMigrationAge73to74[y]","PopAge72to73[y-1] * (1 -DeathRateAge73to74[y]) + NetMigrationAge73to74[y]","PopAge72to73[y-1] * (1 -DeathRateAge73to74[y]) + NetMigrationAge73to74[y]","PopAge72to73[y-1] * (1 -DeathRateAge73to74[y]) + NetMigrationAge73to74[y]","PopAge72to73[y-1] * (1 -DeathRateAge73to74[y]) + NetMigrationAge73to74[y]","PopAge72to73[y-1] * (1 -DeathRateAge73to74[y]) + NetMigrationAge73to74[y]","PopAge72to73[y-1] * (1 -DeathRateAge73to74[y]) + NetMigrationAge73to74[y]","PopAge72to73[y-1] * (1 -DeathRateAge73to74[y]) + NetMigrationAge73to74[y]","PopAge72to73[y-1] * (1 -DeathRateAge73to74[y]) + NetMigrationAge73to74[y]","PopAge72to73[y-1] * (1 -DeathRateAge73to74[y]) + NetMigrationAge73to74[y]","PopAge72to73[y-1] * (1 -DeathRateAge73to74[y]) + NetMigrationAge73to74[y]","PopAge72to73[y-1] * (1 -DeathRateAge73to74[y]) + NetMigrationAge73to74[y]","PopAge72to73[y-1] * (1 -DeathRateAge73to74[y]) + NetMigrationAge73to74[y]","PopAge72to73[y-1] * (1 -DeathRateAge73to74[y]) + NetMigrationAge73to74[y]","PopAge72to73[y-1] * (1 -DeathRateAge73to74[y]) + NetMigrationAge73to74[y]","PopAge72to73[y-1] * (1 -DeathRateAge73to74[y]) + NetMigrationAge73to74[y]","PopAge72to73[y-1] * (1 -DeathRateAge73to74[y]) + NetMigrationAge73to74[y]","PopAge72to73[y-1] * (1 -DeathRateAge73to74[y]) + NetMigrationAge73to74[y]","PopAge72to73[y-1] * (1 -DeathRateAge73to74[y]) + NetMigrationAge73to74[y]","PopAge72to73[y-1] * (1 -DeathRateAge73to74[y]) + NetMigrationAge73to74[y]","PopAge72to73[y-1] * (1 -DeathRateAge73to74[y]) + NetMigrationAge73to74[y]","PopAge72to73[y-1] * (1 -DeathRateAge73to74[y]) + NetMigrationAge73to74[y]","PopAge72to73[y-1] * (1 -DeathRateAge73to74[y]) + NetMigrationAge73to74[y]","PopAge72to73[y-1] * (1 -DeathRateAge73to74[y]) + NetMigrationAge73to74[y]"]
["PopAge74to75","Pop Age 74 to 75","Macroeconomic","double(14,0)",null,null,null,null,"Prior Year-Younger Age Cohort less Estimated Deaths plus Net Migration","N",1695659,"PopAge73to74[y-1] * (1 -DeathRateAge74to75[y]) + NetMigrationAge74to75[y]","PopAge73to74[y-1] * (1 -DeathRateAge74to75[y]) + NetMigrationAge74to75[y]","PopAge73to74[y-1] * (1 -DeathRateAge74to75[y]) + NetMigrationAge74to75[y]","PopAge73to74[y-1] * (1 -DeathRateAge74to75[y]) + NetMigrationAge74to75[y]","PopAge73to74[y-1] * (1 -DeathRateAge74to75[y]) + NetMigrationAge74to75[y]","PopAge73to74[y-1] * (1 -DeathRateAge74to75[y]) + NetMigrationAge74to75[y]","PopAge73to74[y-1] * (1 -DeathRateAge74to75[y]) + NetMigrationAge74to75[y]","PopAge73to74[y-1] * (1 -DeathRateAge74to75[y]) + NetMigrationAge74to75[y]","PopAge73to74[y-1] * (1 -DeathRateAge74to75[y]) + NetMigrationAge74to75[y]","PopAge73to74[y-1] * (1 -DeathRateAge74to75[y]) + NetMigrationAge74to75[y]","PopAge73to74[y-1] * (1 -DeathRateAge74to75[y]) + NetMigrationAge74to75[y]","PopAge73to74[y-1] * (1 -DeathRateAge74to75[y]) + NetMigrationAge74to75[y]","PopAge73to74[y-1] * (1 -DeathRateAge74to75[y]) + NetMigrationAge74to75[y]","PopAge73to74[y-1] * (1 -DeathRateAge74to75[y]) + NetMigrationAge74to75[y]","PopAge73to74[y-1] * (1 -DeathRateAge74to75[y]) + NetMigrationAge74to75[y]","PopAge73to74[y-1] * (1 -DeathRateAge74to75[y]) + NetMigrationAge74to75[y]","PopAge73to74[y-1] * (1 -DeathRateAge74to75[y]) + NetMigrationAge74to75[y]","PopAge73to74[y-1] * (1 -DeathRateAge74to75[y]) + NetMigrationAge74to75[y]","PopAge73to74[y-1] * (1 -DeathRateAge74to75[y]) + NetMigrationAge74to75[y]","PopAge73to74[y-1] * (1 -DeathRateAge74to75[y]) + NetMigrationAge74to75[y]","PopAge73to74[y-1] * (1 -DeathRateAge74to75[y]) + NetMigrationAge74to75[y]","PopAge73to74[y-1] * (1 -DeathRateAge74to75[y]) + NetMigrationAge74to75[y]","PopAge73to74[y-1] * (1 -DeathRateAge74to75[y]) + NetMigrationAge74to75[y]","PopAge73to74[y-1] * (1 -DeathRateAge74to75[y]) + NetMigrationAge74to75[y]","PopAge73to74[y-1] * (1 -DeathRateAge74to75[y]) + NetMigrationAge74to75[y]","PopAge73to74[y-1] * (1 -DeathRateAge74to75[y]) + NetMigrationAge74to75[y]","PopAge73to74[y-1] * (1 -DeathRateAge74to75[y]) + NetMigrationAge74to75[y]","PopAge73to74[y-1] * (1 -DeathRateAge74to75[y]) + NetMigrationAge74to75[y]","PopAge73to74[y-1] * (1 -DeathRateAge74to75[y]) + NetMigrationAge74to75[y]","PopAge73to74[y-1] * (1 -DeathRateAge74to75[y]) + NetMigrationAge74to75[y]"]
["PopAge75to76","Pop Age 75 to 76","Macroeconomic","double(14,0)",null,null,null,null,"Prior Year-Younger Age Cohort less Estimated Deaths plus Net Migration","N",1640293,"PopAge74to75[y-1] * (1 -DeathRateAge75to76[y]) + NetMigrationAge75to76[y]","PopAge74to75[y-1] * (1 -DeathRateAge75to76[y]) + NetMigrationAge75to76[y]","PopAge74to75[y-1] * (1 -DeathRateAge75to76[y]) + NetMigrationAge75to76[y]","PopAge74to75[y-1] * (1 -DeathRateAge75to76[y]) + NetMigrationAge75to76[y]","PopAge74to75[y-1] * (1 -DeathRateAge75to76[y]) + NetMigrationAge75to76[y]","PopAge74to75[y-1] * (1 -DeathRateAge75to76[y]) + NetMigrationAge75to76[y]","PopAge74to75[y-1] * (1 -DeathRateAge75to76[y]) + NetMigrationAge75to76[y]","PopAge74to75[y-1] * (1 -DeathRateAge75to76[y]) + NetMigrationAge75to76[y]","PopAge74to75[y-1] * (1 -DeathRateAge75to76[y]) + NetMigrationAge75to76[y]","PopAge74to75[y-1] * (1 -DeathRateAge75to76[y]) + NetMigrationAge75to76[y]","PopAge74to75[y-1] * (1 -DeathRateAge75to76[y]) + NetMigrationAge75to76[y]","PopAge74to75[y-1] * (1 -DeathRateAge75to76[y]) + NetMigrationAge75to76[y]","PopAge74to75[y-1] * (1 -DeathRateAge75to76[y]) + NetMigrationAge75to76[y]","PopAge74to75[y-1] * (1 -DeathRateAge75to76[y]) + NetMigrationAge75to76[y]","PopAge74to75[y-1] * (1 -DeathRateAge75to76[y]) + NetMigrationAge75to76[y]","PopAge74to75[y-1] * (1 -DeathRateAge75to76[y]) + NetMigrationAge75to76[y]","PopAge74to75[y-1] * (1 -DeathRateAge75to76[y]) + NetMigrationAge75to76[y]","PopAge74to75[y-1] * (1 -DeathRateAge75to76[y]) + NetMigrationAge75to76[y]","PopAge74to75[y-1] * (1 -DeathRateAge75to76[y]) + NetMigrationAge75to76[y]","PopAge74to75[y-1] * (1 -DeathRateAge75to76[y]) + NetMigrationAge75to76[y]","PopAge74to75[y-1] * (1 -DeathRateAge75to76[y]) + NetMigrationAge75to76[y]","PopAge74to75[y-1] * (1 -DeathRateAge75to76[y]) + NetMigrationAge75to76[y]","PopAge74to75[y-1] * (1 -DeathRateAge75to76[y]) + NetMigrationAge75to76[y]","PopAge74to75[y-1] * (1 -DeathRateAge75to76[y]) + NetMigrationAge75to76[y]","PopAge74to75[y-1] * (1 -DeathRateAge75to76[y]) + NetMigrationAge75to76[y]","PopAge74to75[y-1] * (1 -DeathRateAge75to76[y]) + NetMigrationAge75to76[y]","PopAge74to75[y-1] * (1 -DeathRateAge75to76[y]) + NetMigrationAge75to76[y]","PopAge74to75[y-1] * (1 -DeathRateAge75to76[y]) + NetMigrationAge75to76[y]","PopAge74to75[y-1] * (1 -DeathRateAge75to76[y]) + NetMigrationAge75to76[y]","PopAge74to75[y-1] * (1 -DeathRateAge75to76[y]) + NetMigrationAge75to76[y]"]
["PopAge76to77","Pop Age 76 to 77","Macroeconomic","double(14,0)",null,null,null,null,"Prior Year-Younger Age Cohort less Estimated Deaths plus Net Migration","N",1563911,"PopAge75to76[y-1] * (1 -DeathRateAge76to77[y]) + NetMigrationAge76to77[y]","PopAge75to76[y-1] * (1 -DeathRateAge76to77[y]) + NetMigrationAge76to77[y]","PopAge75to76[y-1] * (1 -DeathRateAge76to77[y]) + NetMigrationAge76to77[y]","PopAge75to76[y-1] * (1 -DeathRateAge76to77[y]) + NetMigrationAge76to77[y]","PopAge75to76[y-1] * (1 -DeathRateAge76to77[y]) + NetMigrationAge76to77[y]","PopAge75to76[y-1] * (1 -DeathRateAge76to77[y]) + NetMigrationAge76to77[y]","PopAge75to76[y-1] * (1 -DeathRateAge76to77[y]) + NetMigrationAge76to77[y]","PopAge75to76[y-1] * (1 -DeathRateAge76to77[y]) + NetMigrationAge76to77[y]","PopAge75to76[y-1] * (1 -DeathRateAge76to77[y]) + NetMigrationAge76to77[y]","PopAge75to76[y-1] * (1 -DeathRateAge76to77[y]) + NetMigrationAge76to77[y]","PopAge75to76[y-1] * (1 -DeathRateAge76to77[y]) + NetMigrationAge76to77[y]","PopAge75to76[y-1] * (1 -DeathRateAge76to77[y]) + NetMigrationAge76to77[y]","PopAge75to76[y-1] * (1 -DeathRateAge76to77[y]) + NetMigrationAge76to77[y]","PopAge75to76[y-1] * (1 -DeathRateAge76to77[y]) + NetMigrationAge76to77[y]","PopAge75to76[y-1] * (1 -DeathRateAge76to77[y]) + NetMigrationAge76to77[y]","PopAge75to76[y-1] * (1 -DeathRateAge76to77[y]) + NetMigrationAge76to77[y]","PopAge75to76[y-1] * (1 -DeathRateAge76to77[y]) + NetMigrationAge76to77[y]","PopAge75to76[y-1] * (1 -DeathRateAge76to77[y]) + NetMigrationAge76to77[y]","PopAge75to76[y-1] * (1 -DeathRateAge76to77[y]) + NetMigrationAge76to77[y]","PopAge75to76[y-1] * (1 -DeathRateAge76to77[y]) + NetMigrationAge76to77[y]","PopAge75to76[y-1] * (1 -DeathRateAge76to77[y]) + NetMigrationAge76to77[y]","PopAge75to76[y-1] * (1 -DeathRateAge76to77[y]) + NetMigrationAge76to77[y]","PopAge75to76[y-1] * (1 -DeathRateAge76to77[y]) + NetMigrationAge76to77[y]","PopAge75to76[y-1] * (1 -DeathRateAge76to77[y]) + NetMigrationAge76to77[y]","PopAge75to76[y-1] * (1 -DeathRateAge76to77[y]) + NetMigrationAge76to77[y]","PopAge75to76[y-1] * (1 -DeathRateAge76to77[y]) + NetMigrationAge76to77[y]","PopAge75to76[y-1] * (1 -DeathRateAge76to77[y]) + NetMigrationAge76to77[y]","PopAge75to76[y-1] * (1 -DeathRateAge76to77[y]) + NetMigrationAge76to77[y]","PopAge75to76[y-1] * (1 -DeathRateAge76to77[y]) + NetMigrationAge76to77[y]","PopAge75to76[y-1] * (1 -DeathRateAge76to77[y]) + NetMigrationAge76to77[y]"]
["PopAge77to78","Pop Age 77 to 78","Macroeconomic","double(14,0)",null,null,null,null,"Prior Year-Younger Age Cohort less Estimated Deaths plus Net Migration","N",1415479,"PopAge76to77[y-1] * (1 -DeathRateAge77to78[y]) + NetMigrationAge77to78[y]","PopAge76to77[y-1] * (1 -DeathRateAge77to78[y]) + NetMigrationAge77to78[y]","PopAge76to77[y-1] * (1 -DeathRateAge77to78[y]) + NetMigrationAge77to78[y]","PopAge76to77[y-1] * (1 -DeathRateAge77to78[y]) + NetMigrationAge77to78[y]","PopAge76to77[y-1] * (1 -DeathRateAge77to78[y]) + NetMigrationAge77to78[y]","PopAge76to77[y-1] * (1 -DeathRateAge77to78[y]) + NetMigrationAge77to78[y]","PopAge76to77[y-1] * (1 -DeathRateAge77to78[y]) + NetMigrationAge77to78[y]","PopAge76to77[y-1] * (1 -DeathRateAge77to78[y]) + NetMigrationAge77to78[y]","PopAge76to77[y-1] * (1 -DeathRateAge77to78[y]) + NetMigrationAge77to78[y]","PopAge76to77[y-1] * (1 -DeathRateAge77to78[y]) + NetMigrationAge77to78[y]","PopAge76to77[y-1] * (1 -DeathRateAge77to78[y]) + NetMigrationAge77to78[y]","PopAge76to77[y-1] * (1 -DeathRateAge77to78[y]) + NetMigrationAge77to78[y]","PopAge76to77[y-1] * (1 -DeathRateAge77to78[y]) + NetMigrationAge77to78[y]","PopAge76to77[y-1] * (1 -DeathRateAge77to78[y]) + NetMigrationAge77to78[y]","PopAge76to77[y-1] * (1 -DeathRateAge77to78[y]) + NetMigrationAge77to78[y]","PopAge76to77[y-1] * (1 -DeathRateAge77to78[y]) + NetMigrationAge77to78[y]","PopAge76to77[y-1] * (1 -DeathRateAge77to78[y]) + NetMigrationAge77to78[y]","PopAge76to77[y-1] * (1 -DeathRateAge77to78[y]) + NetMigrationAge77to78[y]","PopAge76to77[y-1] * (1 -DeathRateAge77to78[y]) + NetMigrationAge77to78[y]","PopAge76to77[y-1] * (1 -DeathRateAge77to78[y]) + NetMigrationAge77to78[y]","PopAge76to77[y-1] * (1 -DeathRateAge77to78[y]) + NetMigrationAge77to78[y]","PopAge76to77[y-1] * (1 -DeathRateAge77to78[y]) + NetMigrationAge77to78[y]","PopAge76to77[y-1] * (1 -DeathRateAge77to78[y]) + NetMigrationAge77to78[y]","PopAge76to77[y-1] * (1 -DeathRateAge77to78[y]) + NetMigrationAge77to78[y]","PopAge76to77[y-1] * (1 -DeathRateAge77to78[y]) + NetMigrationAge77to78[y]","PopAge76to77[y-1] * (1 -DeathRateAge77to78[y]) + NetMigrationAge77to78[y]","PopAge76to77[y-1] * (1 -DeathRateAge77to78[y]) + NetMigrationAge77to78[y]","PopAge76to77[y-1] * (1 -DeathRateAge77to78[y]) + NetMigrationAge77to78[y]","PopAge76to77[y-1] * (1 -DeathRateAge77to78[y]) + NetMigrationAge77to78[y]","PopAge76to77[y-1] * (1 -DeathRateAge77to78[y]) + NetMigrationAge77to78[y]"]
["PopAge78to79","Pop Age 78 to 79","Macroeconomic","double(14,0)",null,null,null,null,"Prior Year-Younger Age Cohort less Estimated Deaths plus Net Migration","N",1395385,"PopAge77to78[y-1] * (1 -DeathRateAge78to79[y]) + NetMigrationAge78to79[y]","PopAge77to78[y-1] * (1 -DeathRateAge78to79[y]) + NetMigrationAge78to79[y]","PopAge77to78[y-1] * (1 -DeathRateAge78to79[y]) + NetMigrationAge78to79[y]","PopAge77to78[y-1] * (1 -DeathRateAge78to79[y]) + NetMigrationAge78to79[y]","PopAge77to78[y-1] * (1 -DeathRateAge78to79[y]) + NetMigrationAge78to79[y]","PopAge77to78[y-1] * (1 -DeathRateAge78to79[y]) + NetMigrationAge78to79[y]","PopAge77to78[y-1] * (1 -DeathRateAge78to79[y]) + NetMigrationAge78to79[y]","PopAge77to78[y-1] * (1 -DeathRateAge78to79[y]) + NetMigrationAge78to79[y]","PopAge77to78[y-1] * (1 -DeathRateAge78to79[y]) + NetMigrationAge78to79[y]","PopAge77to78[y-1] * (1 -DeathRateAge78to79[y]) + NetMigrationAge78to79[y]","PopAge77to78[y-1] * (1 -DeathRateAge78to79[y]) + NetMigrationAge78to79[y]","PopAge77to78[y-1] * (1 -DeathRateAge78to79[y]) + NetMigrationAge78to79[y]","PopAge77to78[y-1] * (1 -DeathRateAge78to79[y]) + NetMigrationAge78to79[y]","PopAge77to78[y-1] * (1 -DeathRateAge78to79[y]) + NetMigrationAge78to79[y]","PopAge77to78[y-1] * (1 -DeathRateAge78to79[y]) + NetMigrationAge78to79[y]","PopAge77to78[y-1] * (1 -DeathRateAge78to79[y]) + NetMigrationAge78to79[y]","PopAge77to78[y-1] * (1 -DeathRateAge78to79[y]) + NetMigrationAge78to79[y]","PopAge77to78[y-1] * (1 -DeathRateAge78to79[y]) + NetMigrationAge78to79[y]","PopAge77to78[y-1] * (1 -DeathRateAge78to79[y]) + NetMigrationAge78to79[y]","PopAge77to78[y-1] * (1 -DeathRateAge78to79[y]) + NetMigrationAge78to79[y]","PopAge77to78[y-1] * (1 -DeathRateAge78to79[y]) + NetMigrationAge78to79[y]","PopAge77to78[y-1] * (1 -DeathRateAge78to79[y]) + NetMigrationAge78to79[y]","PopAge77to78[y-1] * (1 -DeathRateAge78to79[y]) + NetMigrationAge78to79[y]","PopAge77to78[y-1] * (1 -DeathRateAge78to79[y]) + NetMigrationAge78to79[y]","PopAge77to78[y-1] * (1 -DeathRateAge78to79[y]) + NetMigrationAge78to79[y]","PopAge77to78[y-1] * (1 -DeathRateAge78to79[y]) + NetMigrationAge78to79[y]","PopAge77to78[y-1] * (1 -DeathRateAge78to79[y]) + NetMigrationAge78to79[y]","PopAge77to78[y-1] * (1 -DeathRateAge78to79[y]) + NetMigrationAge78to79[y]","PopAge77to78[y-1] * (1 -DeathRateAge78to79[y]) + NetMigrationAge78to79[y]","PopAge77to78[y-1] * (1 -DeathRateAge78to79[y]) + NetMigrationAge78to79[y]"]
["PopAge79to80","Pop Age 79 to 80","Macroeconomic","double(14,0)",null,null,null,null,"Prior Year-Younger Age Cohort less Estimated Deaths plus Net Migration","N",1337261,"PopAge78to79[y-1] * (1 -DeathRateAge79to80[y]) + NetMigrationAge79to80[y]","PopAge78to79[y-1] * (1 -DeathRateAge79to80[y]) + NetMigrationAge79to80[y]","PopAge78to79[y-1] * (1 -DeathRateAge79to80[y]) + NetMigrationAge79to80[y]","PopAge78to79[y-1] * (1 -DeathRateAge79to80[y]) + NetMigrationAge79to80[y]","PopAge78to79[y-1] * (1 -DeathRateAge79to80[y]) + NetMigrationAge79to80[y]","PopAge78to79[y-1] * (1 -DeathRateAge79to80[y]) + NetMigrationAge79to80[y]","PopAge78to79[y-1] * (1 -DeathRateAge79to80[y]) + NetMigrationAge79to80[y]","PopAge78to79[y-1] * (1 -DeathRateAge79to80[y]) + NetMigrationAge79to80[y]","PopAge78to79[y-1] * (1 -DeathRateAge79to80[y]) + NetMigrationAge79to80[y]","PopAge78to79[y-1] * (1 -DeathRateAge79to80[y]) + NetMigrationAge79to80[y]","PopAge78to79[y-1] * (1 -DeathRateAge79to80[y]) + NetMigrationAge79to80[y]","PopAge78to79[y-1] * (1 -DeathRateAge79to80[y]) + NetMigrationAge79to80[y]","PopAge78to79[y-1] * (1 -DeathRateAge79to80[y]) + NetMigrationAge79to80[y]","PopAge78to79[y-1] * (1 -DeathRateAge79to80[y]) + NetMigrationAge79to80[y]","PopAge78to79[y-1] * (1 -DeathRateAge79to80[y]) + NetMigrationAge79to80[y]","PopAge78to79[y-1] * (1 -DeathRateAge79to80[y]) + NetMigrationAge79to80[y]","PopAge78to79[y-1] * (1 -DeathRateAge79to80[y]) + NetMigrationAge79to80[y]","PopAge78to79[y-1] * (1 -DeathRateAge79to80[y]) + NetMigrationAge79to80[y]","PopAge78to79[y-1] * (1 -DeathRateAge79to80[y]) + NetMigrationAge79to80[y]","PopAge78to79[y-1] * (1 -DeathRateAge79to80[y]) + NetMigrationAge79to80[y]","PopAge78to79[y-1] * (1 -DeathRateAge79to80[y]) + NetMigrationAge79to80[y]","PopAge78to79[y-1] * (1 -DeathRateAge79to80[y]) + NetMigrationAge79to80[y]","PopAge78to79[y-1] * (1 -DeathRateAge79to80[y]) + NetMigrationAge79to80[y]","PopAge78to79[y-1] * (1 -DeathRateAge79to80[y]) + NetMigrationAge79to80[y]","PopAge78to79[y-1] * (1 -DeathRateAge79to80[y]) + NetMigrationAge79to80[y]","PopAge78to79[y-1] * (1 -DeathRateAge79to80[y]) + NetMigrationAge79to80[y]","PopAge78to79[y-1] * (1 -DeathRateAge79to80[y]) + NetMigrationAge79to80[y]","PopAge78to79[y-1] * (1 -DeathRateAge79to80[y]) + NetMigrationAge79to80[y]","PopAge78to79[y-1] * (1 -DeathRateAge79to80[y]) + NetMigrationAge79to80[y]","PopAge78to79[y-1] * (1 -DeathRateAge79to80[y]) + NetMigrationAge79to80[y]"]
["PopAge80to81","Pop Age 80 to 81","Macroeconomic","double(14,0)",null,null,null,null,"Prior Year-Younger Age Cohort less Estimated Deaths plus Net Migration","N",1304091,"PopAge79to80[y-1] * (1 -DeathRateAge80to81[y]) + NetMigrationAge80to81[y]","PopAge79to80[y-1] * (1 -DeathRateAge80to81[y]) + NetMigrationAge80to81[y]","PopAge79to80[y-1] * (1 -DeathRateAge80to81[y]) + NetMigrationAge80to81[y]","PopAge79to80[y-1] * (1 -DeathRateAge80to81[y]) + NetMigrationAge80to81[y]","PopAge79to80[y-1] * (1 -DeathRateAge80to81[y]) + NetMigrationAge80to81[y]","PopAge79to80[y-1] * (1 -DeathRateAge80to81[y]) + NetMigrationAge80to81[y]","PopAge79to80[y-1] * (1 -DeathRateAge80to81[y]) + NetMigrationAge80to81[y]","PopAge79to80[y-1] * (1 -DeathRateAge80to81[y]) + NetMigrationAge80to81[y]","PopAge79to80[y-1] * (1 -DeathRateAge80to81[y]) + NetMigrationAge80to81[y]","PopAge79to80[y-1] * (1 -DeathRateAge80to81[y]) + NetMigrationAge80to81[y]","PopAge79to80[y-1] * (1 -DeathRateAge80to81[y]) + NetMigrationAge80to81[y]","PopAge79to80[y-1] * (1 -DeathRateAge80to81[y]) + NetMigrationAge80to81[y]","PopAge79to80[y-1] * (1 -DeathRateAge80to81[y]) + NetMigrationAge80to81[y]","PopAge79to80[y-1] * (1 -DeathRateAge80to81[y]) + NetMigrationAge80to81[y]","PopAge79to80[y-1] * (1 -DeathRateAge80to81[y]) + NetMigrationAge80to81[y]","PopAge79to80[y-1] * (1 -DeathRateAge80to81[y]) + NetMigrationAge80to81[y]",{"$f":"AA296","v":"PopAge79to80[y-1] * (1 -DeathRateAge80to81[y]) + NetMigrationAge80to81[y]"},"PopAge79to80[y-1] * (1 -DeathRateAge80to81[y]) + NetMigrationAge80to81[y]","PopAge79to80[y-1] * (1 -DeathRateAge80to81[y]) + NetMigrationAge80to81[y]","PopAge79to80[y-1] * (1 -DeathRateAge80to81[y]) + NetMigrationAge80to81[y]","PopAge79to80[y-1] * (1 -DeathRateAge80to81[y]) + NetMigrationAge80to81[y]","PopAge79to80[y-1] * (1 -DeathRateAge80to81[y]) + NetMigrationAge80to81[y]","PopAge79to80[y-1] * (1 -DeathRateAge80to81[y]) + NetMigrationAge80to81[y]","PopAge79to80[y-1] * (1 -DeathRateAge80to81[y]) + NetMigrationAge80to81[y]","PopAge79to80[y-1] * (1 -DeathRateAge80to81[y]) + NetMigrationAge80to81[y]","PopAge79to80[y-1] * (1 -DeathRateAge80to81[y]) + NetMigrationAge80to81[y]","PopAge79to80[y-1] * (1 -DeathRateAge80to81[y]) + NetMigrationAge80to81[y]","PopAge79to80[y-1] * (1 -DeathRateAge80to81[y]) + NetMigrationAge80to81[y]","PopAge79to80[y-1] * (1 -DeathRateAge80to81[y]) + NetMigrationAge80to81[y]","PopAge79to80[y-1] * (1 -DeathRateAge80to81[y]) + NetMigrationAge80to81[y]"]
["PopAge81to82","Pop Age 81 to 82","Macroeconomic","double(14,0)",null,null,null,null,"Prior Year-Younger Age Cohort less Estimated Deaths plus Net Migration","N",1238712,"PopAge80to81[y-1] * (1 -DeathRateAge81to82[y]) + NetMigrationAge81to82[y]",{"$f":"L297","v":"PopAge80to81[y-1] * (1 -DeathRateAge81to82[y]) + NetMigrationAge81to82[y]"},"PopAge80to81[y-1] * (1 -DeathRateAge81to82[y]) + NetMigrationAge81to82[y]","PopAge80to81[y-1] * (1 -DeathRateAge81to82[y]) + NetMigrationAge81to82[y]","PopAge80to81[y-1] * (1 -DeathRateAge81to82[y]) + NetMigrationAge81to82[y]","PopAge80to81[y-1] * (1 -DeathRateAge81to82[y]) + NetMigrationAge81to82[y]","PopAge80to81[y-1] * (1 -DeathRateAge81to82[y]) + NetMigrationAge81to82[y]","PopAge80to81[y-1] * (1 -DeathRateAge81to82[y]) + NetMigrationAge81to82[y]","PopAge80to81[y-1] * (1 -DeathRateAge81to82[y]) + NetMigrationAge81to82[y]","PopAge80to81[y-1] * (1 -DeathRateAge81to82[y]) + NetMigrationAge81to82[y]","PopAge80to81[y-1] * (1 -DeathRateAge81to82[y]) + NetMigrationAge81to82[y]","PopAge80to81[y-1] * (1 -DeathRateAge81to82[y]) + NetMigrationAge81to82[y]","PopAge80to81[y-1] * (1 -DeathRateAge81to82[y]) + NetMigrationAge81to82[y]","PopAge80to81[y-1] * (1 -DeathRateAge81to82[y]) + NetMigrationAge81to82[y]","PopAge80to81[y-1] * (1 -DeathRateAge81to82[y]) + NetMigrationAge81to82[y]","PopAge80to81[y-1] * (1 -DeathRateAge81to82[y]) + NetMigrationAge81to82[y]","PopAge80to81[y-1] * (1 -DeathRateAge81to82[y]) + NetMigrationAge81to82[y]","PopAge80to81[y-1] * (1 -DeathRateAge81to82[y]) + NetMigrationAge81to82[y]","PopAge80to81[y-1] * (1 -DeathRateAge81to82[y]) + NetMigrationAge81to82[y]","PopAge80to81[y-1] * (1 -DeathRateAge81to82[y]) + NetMigrationAge81to82[y]","PopAge80to81[y-1] * (1 -DeathRateAge81to82[y]) + NetMigrationAge81to82[y]","PopAge80to81[y-1] * (1 -DeathRateAge81to82[y]) + NetMigrationAge81to82[y]","PopAge80to81[y-1] * (1 -DeathRateAge81to82[y]) + NetMigrationAge81to82[y]","PopAge80to81[y-1] * (1 -DeathRateAge81to82[y]) + NetMigrationAge81to82[y]","PopAge80to81[y-1] * (1 -DeathRateAge81to82[y]) + NetMigrationAge81to82[y]","PopAge80to81[y-1] * (1 -DeathRateAge81to82[y]) + NetMigrationAge81to82[y]","PopAge80to81[y-1] * (1 -DeathRateAge81to82[y]) + NetMigrationAge81to82[y]","PopAge80to81[y-1] * (1 -DeathRateAge81to82[y]) + NetMigrationAge81to82[y]","PopAge80to81[y-1] * (1 -DeathRateAge81to82[y]) + NetMigrationAge81to82[y]","PopAge80to81[y-1] * (1 -DeathRateAge81to82[y]) + NetMigrationAge81to82[y]"]
["PopAge82to83","Pop Age 82 to 83","Macroeconomic","double(14,0)",null,null,null,null,"Prior Year-Younger Age Cohort less Estimated Deaths plus Net Migration","N",1142345,"PopAge81to82[y-1] * (1 -DeathRateAge82to83[y]) + NetMigrationAge82to83[y]","PopAge81to82[y-1] * (1 -DeathRateAge82to83[y]) + NetMigrationAge82to83[y]","PopAge81to82[y-1] * (1 -DeathRateAge82to83[y]) + NetMigrationAge82to83[y]","PopAge81to82[y-1] * (1 -DeathRateAge82to83[y]) + NetMigrationAge82to83[y]","PopAge81to82[y-1] * (1 -DeathRateAge82to83[y]) + NetMigrationAge82to83[y]","PopAge81to82[y-1] * (1 -DeathRateAge82to83[y]) + NetMigrationAge82to83[y]","PopAge81to82[y-1] * (1 -DeathRateAge82to83[y]) + NetMigrationAge82to83[y]","PopAge81to82[y-1] * (1 -DeathRateAge82to83[y]) + NetMigrationAge82to83[y]","PopAge81to82[y-1] * (1 -DeathRateAge82to83[y]) + NetMigrationAge82to83[y]","PopAge81to82[y-1] * (1 -DeathRateAge82to83[y]) + NetMigrationAge82to83[y]","PopAge81to82[y-1] * (1 -DeathRateAge82to83[y]) + NetMigrationAge82to83[y]","PopAge81to82[y-1] * (1 -DeathRateAge82to83[y]) + NetMigrationAge82to83[y]","PopAge81to82[y-1] * (1 -DeathRateAge82to83[y]) + NetMigrationAge82to83[y]","PopAge81to82[y-1] * (1 -DeathRateAge82to83[y]) + NetMigrationAge82to83[y]","PopAge81to82[y-1] * (1 -DeathRateAge82to83[y]) + NetMigrationAge82to83[y]","PopAge81to82[y-1] * (1 -DeathRateAge82to83[y]) + NetMigrationAge82to83[y]","PopAge81to82[y-1] * (1 -DeathRateAge82to83[y]) + NetMigrationAge82to83[y]","PopAge81to82[y-1] * (1 -DeathRateAge82to83[y]) + NetMigrationAge82to83[y]","PopAge81to82[y-1] * (1 -DeathRateAge82to83[y]) + NetMigrationAge82to83[y]","PopAge81to82[y-1] * (1 -DeathRateAge82to83[y]) + NetMigrationAge82to83[y]","PopAge81to82[y-1] * (1 -DeathRateAge82to83[y]) + NetMigrationAge82to83[y]","PopAge81to82[y-1] * (1 -DeathRateAge82to83[y]) + NetMigrationAge82to83[y]","PopAge81to82[y-1] * (1 -DeathRateAge82to83[y]) + NetMigrationAge82to83[y]","PopAge81to82[y-1] * (1 -DeathRateAge82to83[y]) + NetMigrationAge82to83[y]","PopAge81to82[y-1] * (1 -DeathRateAge82to83[y]) + NetMigrationAge82to83[y]","PopAge81to82[y-1] * (1 -DeathRateAge82to83[y]) + NetMigrationAge82to83[y]","PopAge81to82[y-1] * (1 -DeathRateAge82to83[y]) + NetMigrationAge82to83[y]","PopAge81to82[y-1] * (1 -DeathRateAge82to83[y]) + NetMigrationAge82to83[y]","PopAge81to82[y-1] * (1 -DeathRateAge82to83[y]) + NetMigrationAge82to83[y]","PopAge81to82[y-1] * (1 -DeathRateAge82to83[y]) + NetMigrationAge82to83[y]"]
["PopAge83to84","Pop Age 83 to 84","Macroeconomic","double(14,0)",null,null,null,null,"Prior Year-Younger Age Cohort less Estimated Deaths plus Net Migration","N",1087815,"PopAge82to83[y-1] * (1 -DeathRateAge83to84[y]) + NetMigrationAge83to84[y]","PopAge82to83[y-1] * (1 -DeathRateAge83to84[y]) + NetMigrationAge83to84[y]","PopAge82to83[y-1] * (1 -DeathRateAge83to84[y]) + NetMigrationAge83to84[y]","PopAge82to83[y-1] * (1 -DeathRateAge83to84[y]) + NetMigrationAge83to84[y]","PopAge82to83[y-1] * (1 -DeathRateAge83to84[y]) + NetMigrationAge83to84[y]","PopAge82to83[y-1] * (1 -DeathRateAge83to84[y]) + NetMigrationAge83to84[y]","PopAge82to83[y-1] * (1 -DeathRateAge83to84[y]) + NetMigrationAge83to84[y]","PopAge82to83[y-1] * (1 -DeathRateAge83to84[y]) + NetMigrationAge83to84[y]","PopAge82to83[y-1] * (1 -DeathRateAge83to84[y]) + NetMigrationAge83to84[y]","PopAge82to83[y-1] * (1 -DeathRateAge83to84[y]) + NetMigrationAge83to84[y]","PopAge82to83[y-1] * (1 -DeathRateAge83to84[y]) + NetMigrationAge83to84[y]","PopAge82to83[y-1] * (1 -DeathRateAge83to84[y]) + NetMigrationAge83to84[y]","PopAge82to83[y-1] * (1 -DeathRateAge83to84[y]) + NetMigrationAge83to84[y]","PopAge82to83[y-1] * (1 -DeathRateAge83to84[y]) + NetMigrationAge83to84[y]","PopAge82to83[y-1] * (1 -DeathRateAge83to84[y]) + NetMigrationAge83to84[y]","PopAge82to83[y-1] * (1 -DeathRateAge83to84[y]) + NetMigrationAge83to84[y]","PopAge82to83[y-1] * (1 -DeathRateAge83to84[y]) + NetMigrationAge83to84[y]","PopAge82to83[y-1] * (1 -DeathRateAge83to84[y]) + NetMigrationAge83to84[y]","PopAge82to83[y-1] * (1 -DeathRateAge83to84[y]) + NetMigrationAge83to84[y]","PopAge82to83[y-1] * (1 -DeathRateAge83to84[y]) + NetMigrationAge83to84[y]","PopAge82to83[y-1] * (1 -DeathRateAge83to84[y]) + NetMigrationAge83to84[y]","PopAge82to83[y-1] * (1 -DeathRateAge83to84[y]) + NetMigrationAge83to84[y]","PopAge82to83[y-1] * (1 -DeathRateAge83to84[y]) + NetMigrationAge83to84[y]","PopAge82to83[y-1] * (1 -DeathRateAge83to84[y]) + NetMigrationAge83to84[y]","PopAge82to83[y-1] * (1 -DeathRateAge83to84[y]) + NetMigrationAge83to84[y]","PopAge82to83[y-1] * (1 -DeathRateAge83to84[y]) + NetMigrationAge83to84[y]","PopAge82to83[y-1] * (1 -DeathRateAge83to84[y]) + NetMigrationAge83to84[y]","PopAge82to83[y-1] * (1 -DeathRateAge83to84[y]) + NetMigrationAge83to84[y]","PopAge82to83[y-1] * (1 -DeathRateAge83to84[y]) + NetMigrationAge83to84[y]","PopAge82to83[y-1] * (1 -DeathRateAge83to84[y]) + NetMigrationAge83to84[y]"]
["PopAge84to85","Pop Age 84 to 85","Macroeconomic","double(14,0)",null,null,null,null,"Prior Year-Younger Age Cohort less Estimated Deaths plus Net Migration","N",1000562,"PopAge83to84[y-1] * (1 -DeathRateAge84to85[y]) + NetMigrationAge84to85[y]","PopAge83to84[y-1] * (1 -DeathRateAge84to85[y]) + NetMigrationAge84to85[y]","PopAge83to84[y-1] * (1 -DeathRateAge84to85[y]) + NetMigrationAge84to85[y]","PopAge83to84[y-1] * (1 -DeathRateAge84to85[y]) + NetMigrationAge84to85[y]","PopAge83to84[y-1] * (1 -DeathRateAge84to85[y]) + NetMigrationAge84to85[y]","PopAge83to84[y-1] * (1 -DeathRateAge84to85[y]) + NetMigrationAge84to85[y]","PopAge83to84[y-1] * (1 -DeathRateAge84to85[y]) + NetMigrationAge84to85[y]","PopAge83to84[y-1] * (1 -DeathRateAge84to85[y]) + NetMigrationAge84to85[y]","PopAge83to84[y-1] * (1 -DeathRateAge84to85[y]) + NetMigrationAge84to85[y]","PopAge83to84[y-1] * (1 -DeathRateAge84to85[y]) + NetMigrationAge84to85[y]","PopAge83to84[y-1] * (1 -DeathRateAge84to85[y]) + NetMigrationAge84to85[y]","PopAge83to84[y-1] * (1 -DeathRateAge84to85[y]) + NetMigrationAge84to85[y]","PopAge83to84[y-1] * (1 -DeathRateAge84to85[y]) + NetMigrationAge84to85[y]","PopAge83to84[y-1] * (1 -DeathRateAge84to85[y]) + NetMigrationAge84to85[y]","PopAge83to84[y-1] * (1 -DeathRateAge84to85[y]) + NetMigrationAge84to85[y]","PopAge83to84[y-1] * (1 -DeathRateAge84to85[y]) + NetMigrationAge84to85[y]","PopAge83to84[y-1] * (1 -DeathRateAge84to85[y]) + NetMigrationAge84to85[y]","PopAge83to84[y-1] * (1 -DeathRateAge84to85[y]) + NetMigrationAge84to85[y]","PopAge83to84[y-1] * (1 -DeathRateAge84to85[y]) + NetMigrationAge84to85[y]","PopAge83to84[y-1] * (1 -DeathRateAge84to85[y]) + NetMigrationAge84to85[y]","PopAge83to84[y-1] * (1 -DeathRateAge84to85[y]) + NetMigrationAge84to85[y]","PopAge83to84[y-1] * (1 -DeathRateAge84to85[y]) + NetMigrationAge84to85[y]","PopAge83to84[y-1] * (1 -DeathRateAge84to85[y]) + NetMigrationAge84to85[y]","PopAge83to84[y-1] * (1 -DeathRateAge84to85[y]) + NetMigrationAge84to85[y]","PopAge83to84[y-1] * (1 -DeathRateAge84to85[y]) + NetMigrationAge84to85[y]","PopAge83to84[y-1] * (1 -DeathRateAge84to85[y]) + NetMigrationAge84to85[y]","PopAge83to84[y-1] * (1 -DeathRateAge84to85[y]) + NetMigrationAge84to85[y]","PopAge83to84[y-1] * (1 -DeathRateAge84to85[y]) + NetMigrationAge84to85[y]","PopAge83to84[y-1] * (1 -DeathRateAge84to85[y]) + NetMigrationAge84to85[y]","PopAge83to84[y-1] * (1 -DeathRateAge84to85[y]) + NetMigrationAge84to85[y]"]
["PopAge85to86","Pop Age 85 to 86","Macroeconomic","double(14,0)",null,null,null,null,"Prior Year-Younger Age Cohort less Estimated Deaths plus Net Migration","N",911499,"PopAge84to85[y-1] * (1 -DeathRateAge85to86[y]) + NetMigrationAge85to86[y]","PopAge84to85[y-1] * (1 -DeathRateAge85to86[y]) + NetMigrationAge85to86[y]","PopAge84to85[y-1] * (1 -DeathRateAge85to86[y]) + NetMigrationAge85to86[y]","PopAge84to85[y-1] * (1 -DeathRateAge85to86[y]) + NetMigrationAge85to86[y]","PopAge84to85[y-1] * (1 -DeathRateAge85to86[y]) + NetMigrationAge85to86[y]","PopAge84to85[y-1] * (1 -DeathRateAge85to86[y]) + NetMigrationAge85to86[y]","PopAge84to85[y-1] * (1 -DeathRateAge85to86[y]) + NetMigrationAge85to86[y]","PopAge84to85[y-1] * (1 -DeathRateAge85to86[y]) + NetMigrationAge85to86[y]","PopAge84to85[y-1] * (1 -DeathRateAge85to86[y]) + NetMigrationAge85to86[y]","PopAge84to85[y-1] * (1 -DeathRateAge85to86[y]) + NetMigrationAge85to86[y]","PopAge84to85[y-1] * (1 -DeathRateAge85to86[y]) + NetMigrationAge85to86[y]","PopAge84to85[y-1] * (1 -DeathRateAge85to86[y]) + NetMigrationAge85to86[y]","PopAge84to85[y-1] * (1 -DeathRateAge85to86[y]) + NetMigrationAge85to86[y]","PopAge84to85[y-1] * (1 -DeathRateAge85to86[y]) + NetMigrationAge85to86[y]","PopAge84to85[y-1] * (1 -DeathRateAge85to86[y]) + NetMigrationAge85to86[y]","PopAge84to85[y-1] * (1 -DeathRateAge85to86[y]) + NetMigrationAge85to86[y]","PopAge84to85[y-1] * (1 -DeathRateAge85to86[y]) + NetMigrationAge85to86[y]","PopAge84to85[y-1] * (1 -DeathRateAge85to86[y]) + NetMigrationAge85to86[y]","PopAge84to85[y-1] * (1 -DeathRateAge85to86[y]) + NetMigrationAge85to86[y]","PopAge84to85[y-1] * (1 -DeathRateAge85to86[y]) + NetMigrationAge85to86[y]","PopAge84to85[y-1] * (1 -DeathRateAge85to86[y]) + NetMigrationAge85to86[y]","PopAge84to85[y-1] * (1 -DeathRateAge85to86[y]) + NetMigrationAge85to86[y]","PopAge84to85[y-1] * (1 -DeathRateAge85to86[y]) + NetMigrationAge85to86[y]","PopAge84to85[y-1] * (1 -DeathRateAge85to86[y]) + NetMigrationAge85to86[y]","PopAge84to85[y-1] * (1 -DeathRateAge85to86[y]) + NetMigrationAge85to86[y]","PopAge84to85[y-1] * (1 -DeathRateAge85to86[y]) + NetMigrationAge85to86[y]","PopAge84to85[y-1] * (1 -DeathRateAge85to86[y]) + NetMigrationAge85to86[y]","PopAge84to85[y-1] * (1 -DeathRateAge85to86[y]) + NetMigrationAge85to86[y]","PopAge84to85[y-1] * (1 -DeathRateAge85to86[y]) + NetMigrationAge85to86[y]","PopAge84to85[y-1] * (1 -DeathRateAge85to86[y]) + NetMigrationAge85to86[y]"]
["PopAge86to87","Pop Age 86 to 87","Macroeconomic","double(14,0)",null,null,null,null,"Prior Year-Younger Age Cohort less Estimated Deaths plus Net Migration","N",839648,"PopAge85to86[y-1] * (1 -DeathRateAge86to87[y]) + NetMigrationAge86to87[y]","PopAge85to86[y-1] * (1 -DeathRateAge86to87[y]) + NetMigrationAge86to87[y]","PopAge85to86[y-1] * (1 -DeathRateAge86to87[y]) + NetMigrationAge86to87[y]","PopAge85to86[y-1] * (1 -DeathRateAge86to87[y]) + NetMigrationAge86to87[y]","PopAge85to86[y-1] * (1 -DeathRateAge86to87[y]) + NetMigrationAge86to87[y]","PopAge85to86[y-1] * (1 -DeathRateAge86to87[y]) + NetMigrationAge86to87[y]","PopAge85to86[y-1] * (1 -DeathRateAge86to87[y]) + NetMigrationAge86to87[y]","PopAge85to86[y-1] * (1 -DeathRateAge86to87[y]) + NetMigrationAge86to87[y]","PopAge85to86[y-1] * (1 -DeathRateAge86to87[y]) + NetMigrationAge86to87[y]","PopAge85to86[y-1] * (1 -DeathRateAge86to87[y]) + NetMigrationAge86to87[y]","PopAge85to86[y-1] * (1 -DeathRateAge86to87[y]) + NetMigrationAge86to87[y]","PopAge85to86[y-1] * (1 -DeathRateAge86to87[y]) + NetMigrationAge86to87[y]","PopAge85to86[y-1] * (1 -DeathRateAge86to87[y]) + NetMigrationAge86to87[y]","PopAge85to86[y-1] * (1 -DeathRateAge86to87[y]) + NetMigrationAge86to87[y]","PopAge85to86[y-1] * (1 -DeathRateAge86to87[y]) + NetMigrationAge86to87[y]","PopAge85to86[y-1] * (1 -DeathRateAge86to87[y]) + NetMigrationAge86to87[y]","PopAge85to86[y-1] * (1 -DeathRateAge86to87[y]) + NetMigrationAge86to87[y]","PopAge85to86[y-1] * (1 -DeathRateAge86to87[y]) + NetMigrationAge86to87[y]","PopAge85to86[y-1] * (1 -DeathRateAge86to87[y]) + NetMigrationAge86to87[y]","PopAge85to86[y-1] * (1 -DeathRateAge86to87[y]) + NetMigrationAge86to87[y]","PopAge85to86[y-1] * (1 -DeathRateAge86to87[y]) + NetMigrationAge86to87[y]","PopAge85to86[y-1] * (1 -DeathRateAge86to87[y]) + NetMigrationAge86to87[y]","PopAge85to86[y-1] * (1 -DeathRateAge86to87[y]) + NetMigrationAge86to87[y]","PopAge85to86[y-1] * (1 -DeathRateAge86to87[y]) + NetMigrationAge86to87[y]","PopAge85to86[y-1] * (1 -DeathRateAge86to87[y]) + NetMigrationAge86to87[y]","PopAge85to86[y-1] * (1 -DeathRateAge86to87[y]) + NetMigrationAge86to87[y]","PopAge85to86[y-1] * (1 -DeathRateAge86to87[y]) + NetMigrationAge86to87[y]","PopAge85to86[y-1] * (1 -DeathRateAge86to87[y]) + NetMigrationAge86to87[y]","PopAge85to86[y-1] * (1 -DeathRateAge86to87[y]) + NetMigrationAge86to87[y]","PopAge85to86[y-1] * (1 -DeathRateAge86to87[y]) + NetMigrationAge86to87[y]"]
["PopAge87to88","Pop Age 87 to 88","Macroeconomic","double(14,0)",null,null,null,null,"Prior Year-Younger Age Cohort less Estimated Deaths plus Net Migration","N",741371,"PopAge86to87[y-1] * (1 -DeathRateAge87to88[y]) + NetMigrationAge87to88[y]","PopAge86to87[y-1] * (1 -DeathRateAge87to88[y]) + NetMigrationAge87to88[y]","PopAge86to87[y-1] * (1 -DeathRateAge87to88[y]) + NetMigrationAge87to88[y]","PopAge86to87[y-1] * (1 -DeathRateAge87to88[y]) + NetMigrationAge87to88[y]","PopAge86to87[y-1] * (1 -DeathRateAge87to88[y]) + NetMigrationAge87to88[y]","PopAge86to87[y-1] * (1 -DeathRateAge87to88[y]) + NetMigrationAge87to88[y]","PopAge86to87[y-1] * (1 -DeathRateAge87to88[y]) + NetMigrationAge87to88[y]","PopAge86to87[y-1] * (1 -DeathRateAge87to88[y]) + NetMigrationAge87to88[y]","PopAge86to87[y-1] * (1 -DeathRateAge87to88[y]) + NetMigrationAge87to88[y]","PopAge86to87[y-1] * (1 -DeathRateAge87to88[y]) + NetMigrationAge87to88[y]","PopAge86to87[y-1] * (1 -DeathRateAge87to88[y]) + NetMigrationAge87to88[y]","PopAge86to87[y-1] * (1 -DeathRateAge87to88[y]) + NetMigrationAge87to88[y]","PopAge86to87[y-1] * (1 -DeathRateAge87to88[y]) + NetMigrationAge87to88[y]","PopAge86to87[y-1] * (1 -DeathRateAge87to88[y]) + NetMigrationAge87to88[y]","PopAge86to87[y-1] * (1 -DeathRateAge87to88[y]) + NetMigrationAge87to88[y]","PopAge86to87[y-1] * (1 -DeathRateAge87to88[y]) + NetMigrationAge87to88[y]","PopAge86to87[y-1] * (1 -DeathRateAge87to88[y]) + NetMigrationAge87to88[y]","PopAge86to87[y-1] * (1 -DeathRateAge87to88[y]) + NetMigrationAge87to88[y]","PopAge86to87[y-1] * (1 -DeathRateAge87to88[y]) + NetMigrationAge87to88[y]","PopAge86to87[y-1] * (1 -DeathRateAge87to88[y]) + NetMigrationAge87to88[y]","PopAge86to87[y-1] * (1 -DeathRateAge87to88[y]) + NetMigrationAge87to88[y]","PopAge86to87[y-1] * (1 -DeathRateAge87to88[y]) + NetMigrationAge87to88[y]","PopAge86to87[y-1] * (1 -DeathRateAge87to88[y]) + NetMigrationAge87to88[y]","PopAge86to87[y-1] * (1 -DeathRateAge87to88[y]) + NetMigrationAge87to88[y]","PopAge86to87[y-1] * (1 -DeathRateAge87to88[y]) + NetMigrationAge87to88[y]","PopAge86to87[y-1] * (1 -DeathRateAge87to88[y]) + NetMigrationAge87to88[y]","PopAge86to87[y-1] * (1 -DeathRateAge87to88[y]) + NetMigrationAge87to88[y]","PopAge86to87[y-1] * (1 -DeathRateAge87to88[y]) + NetMigrationAge87to88[y]","PopAge86to87[y-1] * (1 -DeathRateAge87to88[y]) + NetMigrationAge87to88[y]","PopAge86to87[y-1] * (1 -DeathRateAge87to88[y]) + NetMigrationAge87to88[y]"]
["PopAge88to89","Pop Age 88 to 89","Macroeconomic","double(14,0)",null,null,null,null,"Prior Year-Younger Age Cohort less Estimated Deaths plus Net Migration","N",643391,"PopAge87to88[y-1] * (1 -DeathRateAge88to89[y]) + NetMigrationAge88to89[y]","PopAge87to88[y-1] * (1 -DeathRateAge88to89[y]) + NetMigrationAge88to89[y]","PopAge87to88[y-1] * (1 -DeathRateAge88to89[y]) + NetMigrationAge88to89[y]","PopAge87to88[y-1] * (1 -DeathRateAge88to89[y]) + NetMigrationAge88to89[y]","PopAge87to88[y-1] * (1 -DeathRateAge88to89[y]) + NetMigrationAge88to89[y]","PopAge87to88[y-1] * (1 -DeathRateAge88to89[y]) + NetMigrationAge88to89[y]","PopAge87to88[y-1] * (1 -DeathRateAge88to89[y]) + NetMigrationAge88to89[y]","PopAge87to88[y-1] * (1 -DeathRateAge88to89[y]) + NetMigrationAge88to89[y]","PopAge87to88[y-1] * (1 -DeathRateAge88to89[y]) + NetMigrationAge88to89[y]","PopAge87to88[y-1] * (1 -DeathRateAge88to89[y]) + NetMigrationAge88to89[y]","PopAge87to88[y-1] * (1 -DeathRateAge88to89[y]) + NetMigrationAge88to89[y]","PopAge87to88[y-1] * (1 -DeathRateAge88to89[y]) + NetMigrationAge88to89[y]","PopAge87to88[y-1] * (1 -DeathRateAge88to89[y]) + NetMigrationAge88to89[y]","PopAge87to88[y-1] * (1 -DeathRateAge88to89[y]) + NetMigrationAge88to89[y]","PopAge87to88[y-1] * (1 -DeathRateAge88to89[y]) + NetMigrationAge88to89[y]","PopAge87to88[y-1] * (1 -DeathRateAge88to89[y]) + NetMigrationAge88to89[y]","PopAge87to88[y-1] * (1 -DeathRateAge88to89[y]) + NetMigrationAge88to89[y]","PopAge87to88[y-1] * (1 -DeathRateAge88to89[y]) + NetMigrationAge88to89[y]","PopAge87to88[y-1] * (1 -DeathRateAge88to89[y]) + NetMigrationAge88to89[y]","PopAge87to88[y-1] * (1 -DeathRateAge88to89[y]) + NetMigrationAge88to89[y]","PopAge87to88[y-1] * (1 -DeathRateAge88to89[y]) + NetMigrationAge88to89[y]","PopAge87to88[y-1] * (1 -DeathRateAge88to89[y]) + NetMigrationAge88to89[y]","PopAge87to88[y-1] * (1 -DeathRateAge88to89[y]) + NetMigrationAge88to89[y]","PopAge87to88[y-1] * (1 -DeathRateAge88to89[y]) + NetMigrationAge88to89[y]","PopAge87to88[y-1] * (1 -DeathRateAge88to89[y]) + NetMigrationAge88to89[y]","PopAge87to88[y-1] * (1 -DeathRateAge88to89[y]) + NetMigrationAge88to89[y]","PopAge87to88[y-1] * (1 -DeathRateAge88to89[y]) + NetMigrationAge88to89[y]","PopAge87to88[y-1] * (1 -DeathRateAge88to89[y]) + NetMigrationAge88to89[y]","PopAge87to88[y-1] * (1 -DeathRateAge88to89[y]) + NetMigrationAge88to89[y]","PopAge87to88[y-1] * (1 -DeathRateAge88to89[y]) + NetMigrationAge88to89[y]"]
["PopAge89to90","Pop Age 89 to 90","Macroeconomic","double(14,0)",null,null,null,null,"Prior Year-Younger Age Cohort less Estimated Deaths plus Net Migration","N",572529,"PopAge88to89[y-1] * (1 -DeathRateAge89to90[y]) + NetMigrationAge89to90[y]","PopAge88to89[y-1] * (1 -DeathRateAge89to90[y]) + NetMigrationAge89to90[y]","PopAge88to89[y-1] * (1 -DeathRateAge89to90[y]) + NetMigrationAge89to90[y]","PopAge88to89[y-1] * (1 -DeathRateAge89to90[y]) + NetMigrationAge89to90[y]","PopAge88to89[y-1] * (1 -DeathRateAge89to90[y]) + NetMigrationAge89to90[y]","PopAge88to89[y-1] * (1 -DeathRateAge89to90[y]) + NetMigrationAge89to90[y]","PopAge88to89[y-1] * (1 -DeathRateAge89to90[y]) + NetMigrationAge89to90[y]","PopAge88to89[y-1] * (1 -DeathRateAge89to90[y]) + NetMigrationAge89to90[y]","PopAge88to89[y-1] * (1 -DeathRateAge89to90[y]) + NetMigrationAge89to90[y]","PopAge88to89[y-1] * (1 -DeathRateAge89to90[y]) + NetMigrationAge89to90[y]","PopAge88to89[y-1] * (1 -DeathRateAge89to90[y]) + NetMigrationAge89to90[y]","PopAge88to89[y-1] * (1 -DeathRateAge89to90[y]) + NetMigrationAge89to90[y]","PopAge88to89[y-1] * (1 -DeathRateAge89to90[y]) + NetMigrationAge89to90[y]","PopAge88to89[y-1] * (1 -DeathRateAge89to90[y]) + NetMigrationAge89to90[y]","PopAge88to89[y-1] * (1 -DeathRateAge89to90[y]) + NetMigrationAge89to90[y]","PopAge88to89[y-1] * (1 -DeathRateAge89to90[y]) + NetMigrationAge89to90[y]","PopAge88to89[y-1] * (1 -DeathRateAge89to90[y]) + NetMigrationAge89to90[y]","PopAge88to89[y-1] * (1 -DeathRateAge89to90[y]) + NetMigrationAge89to90[y]","PopAge88to89[y-1] * (1 -DeathRateAge89to90[y]) + NetMigrationAge89to90[y]","PopAge88to89[y-1] * (1 -DeathRateAge89to90[y]) + NetMigrationAge89to90[y]","PopAge88to89[y-1] * (1 -DeathRateAge89to90[y]) + NetMigrationAge89to90[y]","PopAge88to89[y-1] * (1 -DeathRateAge89to90[y]) + NetMigrationAge89to90[y]","PopAge88to89[y-1] * (1 -DeathRateAge89to90[y]) + NetMigrationAge89to90[y]","PopAge88to89[y-1] * (1 -DeathRateAge89to90[y]) + NetMigrationAge89to90[y]","PopAge88to89[y-1] * (1 -DeathRateAge89to90[y]) + NetMigrationAge89to90[y]","PopAge88to89[y-1] * (1 -DeathRateAge89to90[y]) + NetMigrationAge89to90[y]","PopAge88to89[y-1] * (1 -DeathRateAge89to90[y]) + NetMigrationAge89to90[y]","PopAge88to89[y-1] * (1 -DeathRateAge89to90[y]) + NetMigrationAge89to90[y]","PopAge88to89[y-1] * (1 -DeathRateAge89to90[y]) + NetMigrationAge89to90[y]","PopAge88to89[y-1] * (1 -DeathRateAge89to90[y]) + NetMigrationAge89to90[y]"]
["PopAge90to91","Pop Age 90 to 91","Macroeconomic","double(14,0)",null,null,null,null,"Prior Year-Younger Age Cohort less Estimated Deaths plus Net Migration","N",475669,"PopAge89to90[y-1] * (1 -DeathRateAge90to91[y]) + NetMigrationAge90to91[y]","PopAge89to90[y-1] * (1 -DeathRateAge90to91[y]) + NetMigrationAge90to91[y]","PopAge89to90[y-1] * (1 -DeathRateAge90to91[y]) + NetMigrationAge90to91[y]","PopAge89to90[y-1] * (1 -DeathRateAge90to91[y]) + NetMigrationAge90to91[y]","PopAge89to90[y-1] * (1 -DeathRateAge90to91[y]) + NetMigrationAge90to91[y]","PopAge89to90[y-1] * (1 -DeathRateAge90to91[y]) + NetMigrationAge90to91[y]","PopAge89to90[y-1] * (1 -DeathRateAge90to91[y]) + NetMigrationAge90to91[y]","PopAge89to90[y-1] * (1 -DeathRateAge90to91[y]) + NetMigrationAge90to91[y]","PopAge89to90[y-1] * (1 -DeathRateAge90to91[y]) + NetMigrationAge90to91[y]","PopAge89to90[y-1] * (1 -DeathRateAge90to91[y]) + NetMigrationAge90to91[y]","PopAge89to90[y-1] * (1 -DeathRateAge90to91[y]) + NetMigrationAge90to91[y]","PopAge89to90[y-1] * (1 -DeathRateAge90to91[y]) + NetMigrationAge90to91[y]","PopAge89to90[y-1] * (1 -DeathRateAge90to91[y]) + NetMigrationAge90to91[y]","PopAge89to90[y-1] * (1 -DeathRateAge90to91[y]) + NetMigrationAge90to91[y]","PopAge89to90[y-1] * (1 -DeathRateAge90to91[y]) + NetMigrationAge90to91[y]","PopAge89to90[y-1] * (1 -DeathRateAge90to91[y]) + NetMigrationAge90to91[y]","PopAge89to90[y-1] * (1 -DeathRateAge90to91[y]) + NetMigrationAge90to91[y]","PopAge89to90[y-1] * (1 -DeathRateAge90to91[y]) + NetMigrationAge90to91[y]","PopAge89to90[y-1] * (1 -DeathRateAge90to91[y]) + NetMigrationAge90to91[y]","PopAge89to90[y-1] * (1 -DeathRateAge90to91[y]) + NetMigrationAge90to91[y]","PopAge89to90[y-1] * (1 -DeathRateAge90to91[y]) + NetMigrationAge90to91[y]","PopAge89to90[y-1] * (1 -DeathRateAge90to91[y]) + NetMigrationAge90to91[y]","PopAge89to90[y-1] * (1 -DeathRateAge90to91[y]) + NetMigrationAge90to91[y]","PopAge89to90[y-1] * (1 -DeathRateAge90to91[y]) + NetMigrationAge90to91[y]","PopAge89to90[y-1] * (1 -DeathRateAge90to91[y]) + NetMigrationAge90to91[y]","PopAge89to90[y-1] * (1 -DeathRateAge90to91[y]) + NetMigrationAge90to91[y]","PopAge89to90[y-1] * (1 -DeathRateAge90to91[y]) + NetMigrationAge90to91[y]","PopAge89to90[y-1] * (1 -DeathRateAge90to91[y]) + NetMigrationAge90to91[y]","PopAge89to90[y-1] * (1 -DeathRateAge90to91[y]) + NetMigrationAge90to91[y]","PopAge89to90[y-1] * (1 -DeathRateAge90to91[y]) + NetMigrationAge90to91[y]"]
["PopAge91to92","Pop Age 91 to 92","Macroeconomic","double(14,0)",null,null,null,null,"Prior Year-Younger Age Cohort less Estimated Deaths plus Net Migration","N",380560,"PopAge90to91[y-1] * (1 -DeathRateAge91to92[y]) + NetMigrationAge91to92[y]","PopAge90to91[y-1] * (1 -DeathRateAge91to92[y]) + NetMigrationAge91to92[y]","PopAge90to91[y-1] * (1 -DeathRateAge91to92[y]) + NetMigrationAge91to92[y]","PopAge90to91[y-1] * (1 -DeathRateAge91to92[y]) + NetMigrationAge91to92[y]","PopAge90to91[y-1] * (1 -DeathRateAge91to92[y]) + NetMigrationAge91to92[y]","PopAge90to91[y-1] * (1 -DeathRateAge91to92[y]) + NetMigrationAge91to92[y]","PopAge90to91[y-1] * (1 -DeathRateAge91to92[y]) + NetMigrationAge91to92[y]","PopAge90to91[y-1] * (1 -DeathRateAge91to92[y]) + NetMigrationAge91to92[y]","PopAge90to91[y-1] * (1 -DeathRateAge91to92[y]) + NetMigrationAge91to92[y]","PopAge90to91[y-1] * (1 -DeathRateAge91to92[y]) + NetMigrationAge91to92[y]","PopAge90to91[y-1] * (1 -DeathRateAge91to92[y]) + NetMigrationAge91to92[y]","PopAge90to91[y-1] * (1 -DeathRateAge91to92[y]) + NetMigrationAge91to92[y]","PopAge90to91[y-1] * (1 -DeathRateAge91to92[y]) + NetMigrationAge91to92[y]","PopAge90to91[y-1] * (1 -DeathRateAge91to92[y]) + NetMigrationAge91to92[y]","PopAge90to91[y-1] * (1 -DeathRateAge91to92[y]) + NetMigrationAge91to92[y]","PopAge90to91[y-1] * (1 -DeathRateAge91to92[y]) + NetMigrationAge91to92[y]","PopAge90to91[y-1] * (1 -DeathRateAge91to92[y]) + NetMigrationAge91to92[y]","PopAge90to91[y-1] * (1 -DeathRateAge91to92[y]) + NetMigrationAge91to92[y]","PopAge90to91[y-1] * (1 -DeathRateAge91to92[y]) + NetMigrationAge91to92[y]","PopAge90to91[y-1] * (1 -DeathRateAge91to92[y]) + NetMigrationAge91to92[y]","PopAge90to91[y-1] * (1 -DeathRateAge91to92[y]) + NetMigrationAge91to92[y]","PopAge90to91[y-1] * (1 -DeathRateAge91to92[y]) + NetMigrationAge91to92[y]","PopAge90to91[y-1] * (1 -DeathRateAge91to92[y]) + NetMigrationAge91to92[y]","PopAge90to91[y-1] * (1 -DeathRateAge91to92[y]) + NetMigrationAge91to92[y]","PopAge90to91[y-1] * (1 -DeathRateAge91to92[y]) + NetMigrationAge91to92[y]","PopAge90to91[y-1] * (1 -DeathRateAge91to92[y]) + NetMigrationAge91to92[y]","PopAge90to91[y-1] * (1 -DeathRateAge91to92[y]) + NetMigrationAge91to92[y]","PopAge90to91[y-1] * (1 -DeathRateAge91to92[y]) + NetMigrationAge91to92[y]","PopAge90to91[y-1] * (1 -DeathRateAge91to92[y]) + NetMigrationAge91to92[y]","PopAge90to91[y-1] * (1 -DeathRateAge91to92[y]) + NetMigrationAge91to92[y]"]
["PopAge92to93","Pop Age 92 to 93","Macroeconomic","double(14,0)",null,null,null,null,"Prior Year-Younger Age Cohort less Estimated Deaths plus Net Migration","N",297501,"PopAge91to92[y-1] * (1 -DeathRateAge92to93[y]) + NetMigrationAge92to93[y]","PopAge91to92[y-1] * (1 -DeathRateAge92to93[y]) + NetMigrationAge92to93[y]","PopAge91to92[y-1] * (1 -DeathRateAge92to93[y]) + NetMigrationAge92to93[y]","PopAge91to92[y-1] * (1 -DeathRateAge92to93[y]) + NetMigrationAge92to93[y]","PopAge91to92[y-1] * (1 -DeathRateAge92to93[y]) + NetMigrationAge92to93[y]","PopAge91to92[y-1] * (1 -DeathRateAge92to93[y]) + NetMigrationAge92to93[y]","PopAge91to92[y-1] * (1 -DeathRateAge92to93[y]) + NetMigrationAge92to93[y]","PopAge91to92[y-1] * (1 -DeathRateAge92to93[y]) + NetMigrationAge92to93[y]","PopAge91to92[y-1] * (1 -DeathRateAge92to93[y]) + NetMigrationAge92to93[y]","PopAge91to92[y-1] * (1 -DeathRateAge92to93[y]) + NetMigrationAge92to93[y]","PopAge91to92[y-1] * (1 -DeathRateAge92to93[y]) + NetMigrationAge92to93[y]","PopAge91to92[y-1] * (1 -DeathRateAge92to93[y]) + NetMigrationAge92to93[y]","PopAge91to92[y-1] * (1 -DeathRateAge92to93[y]) + NetMigrationAge92to93[y]","PopAge91to92[y-1] * (1 -DeathRateAge92to93[y]) + NetMigrationAge92to93[y]","PopAge91to92[y-1] * (1 -DeathRateAge92to93[y]) + NetMigrationAge92to93[y]","PopAge91to92[y-1] * (1 -DeathRateAge92to93[y]) + NetMigrationAge92to93[y]","PopAge91to92[y-1] * (1 -DeathRateAge92to93[y]) + NetMigrationAge92to93[y]","PopAge91to92[y-1] * (1 -DeathRateAge92to93[y]) + NetMigrationAge92to93[y]","PopAge91to92[y-1] * (1 -DeathRateAge92to93[y]) + NetMigrationAge92to93[y]","PopAge91to92[y-1] * (1 -DeathRateAge92to93[y]) + NetMigrationAge92to93[y]","PopAge91to92[y-1] * (1 -DeathRateAge92to93[y]) + NetMigrationAge92to93[y]","PopAge91to92[y-1] * (1 -DeathRateAge92to93[y]) + NetMigrationAge92to93[y]","PopAge91to92[y-1] * (1 -DeathRateAge92to93[y]) + NetMigrationAge92to93[y]","PopAge91to92[y-1] * (1 -DeathRateAge92to93[y]) + NetMigrationAge92to93[y]","PopAge91to92[y-1] * (1 -DeathRateAge92to93[y]) + NetMigrationAge92to93[y]","PopAge91to92[y-1] * (1 -DeathRateAge92to93[y]) + NetMigrationAge92to93[y]","PopAge91to92[y-1] * (1 -DeathRateAge92to93[y]) + NetMigrationAge92to93[y]","PopAge91to92[y-1] * (1 -DeathRateAge92to93[y]) + NetMigrationAge92to93[y]","PopAge91to92[y-1] * (1 -DeathRateAge92to93[y]) + NetMigrationAge92to93[y]","PopAge91to92[y-1] * (1 -DeathRateAge92to93[y]) + NetMigrationAge92to93[y]"]
["PopAge93to94","Pop Age 93 to 94","Macroeconomic","double(14,0)",null,null,null,null,"Prior Year-Younger Age Cohort less Estimated Deaths plus Net Migration","N",239171,"PopAge92to93[y-1] * (1 -DeathRateAge93to94[y]) + NetMigrationAge93to94[y]","PopAge92to93[y-1] * (1 -DeathRateAge93to94[y]) + NetMigrationAge93to94[y]","PopAge92to93[y-1] * (1 -DeathRateAge93to94[y]) + NetMigrationAge93to94[y]","PopAge92to93[y-1] * (1 -DeathRateAge93to94[y]) + NetMigrationAge93to94[y]","PopAge92to93[y-1] * (1 -DeathRateAge93to94[y]) + NetMigrationAge93to94[y]","PopAge92to93[y-1] * (1 -DeathRateAge93to94[y]) + NetMigrationAge93to94[y]","PopAge92to93[y-1] * (1 -DeathRateAge93to94[y]) + NetMigrationAge93to94[y]","PopAge92to93[y-1] * (1 -DeathRateAge93to94[y]) + NetMigrationAge93to94[y]","PopAge92to93[y-1] * (1 -DeathRateAge93to94[y]) + NetMigrationAge93to94[y]","PopAge92to93[y-1] * (1 -DeathRateAge93to94[y]) + NetMigrationAge93to94[y]","PopAge92to93[y-1] * (1 -DeathRateAge93to94[y]) + NetMigrationAge93to94[y]","PopAge92to93[y-1] * (1 -DeathRateAge93to94[y]) + NetMigrationAge93to94[y]","PopAge92to93[y-1] * (1 -DeathRateAge93to94[y]) + NetMigrationAge93to94[y]","PopAge92to93[y-1] * (1 -DeathRateAge93to94[y]) + NetMigrationAge93to94[y]","PopAge92to93[y-1] * (1 -DeathRateAge93to94[y]) + NetMigrationAge93to94[y]","PopAge92to93[y-1] * (1 -DeathRateAge93to94[y]) + NetMigrationAge93to94[y]","PopAge92to93[y-1] * (1 -DeathRateAge93to94[y]) + NetMigrationAge93to94[y]","PopAge92to93[y-1] * (1 -DeathRateAge93to94[y]) + NetMigrationAge93to94[y]","PopAge92to93[y-1] * (1 -DeathRateAge93to94[y]) + NetMigrationAge93to94[y]","PopAge92to93[y-1] * (1 -DeathRateAge93to94[y]) + NetMigrationAge93to94[y]","PopAge92to93[y-1] * (1 -DeathRateAge93to94[y]) + NetMigrationAge93to94[y]","PopAge92to93[y-1] * (1 -DeathRateAge93to94[y]) + NetMigrationAge93to94[y]","PopAge92to93[y-1] * (1 -DeathRateAge93to94[y]) + NetMigrationAge93to94[y]","PopAge92to93[y-1] * (1 -DeathRateAge93to94[y]) + NetMigrationAge93to94[y]","PopAge92to93[y-1] * (1 -DeathRateAge93to94[y]) + NetMigrationAge93to94[y]","PopAge92to93[y-1] * (1 -DeathRateAge93to94[y]) + NetMigrationAge93to94[y]","PopAge92to93[y-1] * (1 -DeathRateAge93to94[y]) + NetMigrationAge93to94[y]","PopAge92to93[y-1] * (1 -DeathRateAge93to94[y]) + NetMigrationAge93to94[y]","PopAge92to93[y-1] * (1 -DeathRateAge93to94[y]) + NetMigrationAge93to94[y]","PopAge92to93[y-1] * (1 -DeathRateAge93to94[y]) + NetMigrationAge93to94[y]"]
["PopAge94to95","Pop Age 94 to 95","Macroeconomic","double(14,0)",null,null,null,null,"Prior Year-Younger Age Cohort less Estimated Deaths plus Net Migration","N",181494,"PopAge93to94[y-1] * (1 -DeathRateAge94to95[y]) + NetMigrationAge94to95[y]","PopAge93to94[y-1] * (1 -DeathRateAge94to95[y]) + NetMigrationAge94to95[y]","PopAge93to94[y-1] * (1 -DeathRateAge94to95[y]) + NetMigrationAge94to95[y]","PopAge93to94[y-1] * (1 -DeathRateAge94to95[y]) + NetMigrationAge94to95[y]","PopAge93to94[y-1] * (1 -DeathRateAge94to95[y]) + NetMigrationAge94to95[y]","PopAge93to94[y-1] * (1 -DeathRateAge94to95[y]) + NetMigrationAge94to95[y]","PopAge93to94[y-1] * (1 -DeathRateAge94to95[y]) + NetMigrationAge94to95[y]","PopAge93to94[y-1] * (1 -DeathRateAge94to95[y]) + NetMigrationAge94to95[y]","PopAge93to94[y-1] * (1 -DeathRateAge94to95[y]) + NetMigrationAge94to95[y]","PopAge93to94[y-1] * (1 -DeathRateAge94to95[y]) + NetMigrationAge94to95[y]","PopAge93to94[y-1] * (1 -DeathRateAge94to95[y]) + NetMigrationAge94to95[y]","PopAge93to94[y-1] * (1 -DeathRateAge94to95[y]) + NetMigrationAge94to95[y]","PopAge93to94[y-1] * (1 -DeathRateAge94to95[y]) + NetMigrationAge94to95[y]","PopAge93to94[y-1] * (1 -DeathRateAge94to95[y]) + NetMigrationAge94to95[y]","PopAge93to94[y-1] * (1 -DeathRateAge94to95[y]) + NetMigrationAge94to95[y]","PopAge93to94[y-1] * (1 -DeathRateAge94to95[y]) + NetMigrationAge94to95[y]","PopAge93to94[y-1] * (1 -DeathRateAge94to95[y]) + NetMigrationAge94to95[y]","PopAge93to94[y-1] * (1 -DeathRateAge94to95[y]) + NetMigrationAge94to95[y]","PopAge93to94[y-1] * (1 -DeathRateAge94to95[y]) + NetMigrationAge94to95[y]","PopAge93to94[y-1] * (1 -DeathRateAge94to95[y]) + NetMigrationAge94to95[y]","PopAge93to94[y-1] * (1 -DeathRateAge94to95[y]) + NetMigrationAge94to95[y]","PopAge93to94[y-1] * (1 -DeathRateAge94to95[y]) + NetMigrationAge94to95[y]","PopAge93to94[y-1] * (1 -DeathRateAge94to95[y]) + NetMigrationAge94to95[y]","PopAge93to94[y-1] * (1 -DeathRateAge94to95[y]) + NetMigrationAge94to95[y]","PopAge93to94[y-1] * (1 -DeathRateAge94to95[y]) + NetMigrationAge94to95[y]","PopAge93to94[y-1] * (1 -DeathRateAge94to95[y]) + NetMigrationAge94to95[y]","PopAge93to94[y-1] * (1 -DeathRateAge94to95[y]) + NetMigrationAge94to95[y]","PopAge93to94[y-1] * (1 -DeathRateAge94to95[y]) + NetMigrationAge94to95[y]","PopAge93to94[y-1] * (1 -DeathRateAge94to95[y]) + NetMigrationAge94to95[y]","PopAge93to94[y-1] * (1 -DeathRateAge94to95[y]) + NetMigrationAge94to95[y]"]
["PopAge95to96","Pop Age 95 to 96","Macroeconomic","double(14,0)",null,null,null,null,"Prior Year-Younger Age Cohort less Estimated Deaths plus Net Migration","N",139244,"PopAge94to95[y-1] * (1 -DeathRateAge95to96[y]) + NetMigrationAge95to96[y]","PopAge94to95[y-1] * (1 -DeathRateAge95to96[y]) + NetMigrationAge95to96[y]","PopAge94to95[y-1] * (1 -DeathRateAge95to96[y]) + NetMigrationAge95to96[y]","PopAge94to95[y-1] * (1 -DeathRateAge95to96[y]) + NetMigrationAge95to96[y]","PopAge94to95[y-1] * (1 -DeathRateAge95to96[y]) + NetMigrationAge95to96[y]","PopAge94to95[y-1] * (1 -DeathRateAge95to96[y]) + NetMigrationAge95to96[y]","PopAge94to95[y-1] * (1 -DeathRateAge95to96[y]) + NetMigrationAge95to96[y]","PopAge94to95[y-1] * (1 -DeathRateAge95to96[y]) + NetMigrationAge95to96[y]","PopAge94to95[y-1] * (1 -DeathRateAge95to96[y]) + NetMigrationAge95to96[y]","PopAge94to95[y-1] * (1 -DeathRateAge95to96[y]) + NetMigrationAge95to96[y]","PopAge94to95[y-1] * (1 -DeathRateAge95to96[y]) + NetMigrationAge95to96[y]","PopAge94to95[y-1] * (1 -DeathRateAge95to96[y]) + NetMigrationAge95to96[y]","PopAge94to95[y-1] * (1 -DeathRateAge95to96[y]) + NetMigrationAge95to96[y]","PopAge94to95[y-1] * (1 -DeathRateAge95to96[y]) + NetMigrationAge95to96[y]","PopAge94to95[y-1] * (1 -DeathRateAge95to96[y]) + NetMigrationAge95to96[y]","PopAge94to95[y-1] * (1 -DeathRateAge95to96[y]) + NetMigrationAge95to96[y]","PopAge94to95[y-1] * (1 -DeathRateAge95to96[y]) + NetMigrationAge95to96[y]","PopAge94to95[y-1] * (1 -DeathRateAge95to96[y]) + NetMigrationAge95to96[y]","PopAge94to95[y-1] * (1 -DeathRateAge95to96[y]) + NetMigrationAge95to96[y]","PopAge94to95[y-1] * (1 -DeathRateAge95to96[y]) + NetMigrationAge95to96[y]","PopAge94to95[y-1] * (1 -DeathRateAge95to96[y]) + NetMigrationAge95to96[y]","PopAge94to95[y-1] * (1 -DeathRateAge95to96[y]) + NetMigrationAge95to96[y]","PopAge94to95[y-1] * (1 -DeathRateAge95to96[y]) + NetMigrationAge95to96[y]","PopAge94to95[y-1] * (1 -DeathRateAge95to96[y]) + NetMigrationAge95to96[y]","PopAge94to95[y-1] * (1 -DeathRateAge95to96[y]) + NetMigrationAge95to96[y]","PopAge94to95[y-1] * (1 -DeathRateAge95to96[y]) + NetMigrationAge95to96[y]","PopAge94to95[y-1] * (1 -DeathRateAge95to96[y]) + NetMigrationAge95to96[y]","PopAge94to95[y-1] * (1 -DeathRateAge95to96[y]) + NetMigrationAge95to96[y]","PopAge94to95[y-1] * (1 -DeathRateAge95to96[y]) + NetMigrationAge95to96[y]","PopAge94to95[y-1] * (1 -DeathRateAge95to96[y]) + NetMigrationAge95to96[y]"]
["PopAge96to97","Pop Age 96 to 97","Macroeconomic","double(14,0)",null,null,null,null,"Prior Year-Younger Age Cohort less Estimated Deaths plus Net Migration","N",104513,"PopAge95to96[y-1] * (1 -DeathRateAge96to97[y]) + NetMigrationAge96to97[y]","PopAge95to96[y-1] * (1 -DeathRateAge96to97[y]) + NetMigrationAge96to97[y]","PopAge95to96[y-1] * (1 -DeathRateAge96to97[y]) + NetMigrationAge96to97[y]","PopAge95to96[y-1] * (1 -DeathRateAge96to97[y]) + NetMigrationAge96to97[y]","PopAge95to96[y-1] * (1 -DeathRateAge96to97[y]) + NetMigrationAge96to97[y]","PopAge95to96[y-1] * (1 -DeathRateAge96to97[y]) + NetMigrationAge96to97[y]","PopAge95to96[y-1] * (1 -DeathRateAge96to97[y]) + NetMigrationAge96to97[y]","PopAge95to96[y-1] * (1 -DeathRateAge96to97[y]) + NetMigrationAge96to97[y]","PopAge95to96[y-1] * (1 -DeathRateAge96to97[y]) + NetMigrationAge96to97[y]","PopAge95to96[y-1] * (1 -DeathRateAge96to97[y]) + NetMigrationAge96to97[y]","PopAge95to96[y-1] * (1 -DeathRateAge96to97[y]) + NetMigrationAge96to97[y]","PopAge95to96[y-1] * (1 -DeathRateAge96to97[y]) + NetMigrationAge96to97[y]","PopAge95to96[y-1] * (1 -DeathRateAge96to97[y]) + NetMigrationAge96to97[y]","PopAge95to96[y-1] * (1 -DeathRateAge96to97[y]) + NetMigrationAge96to97[y]","PopAge95to96[y-1] * (1 -DeathRateAge96to97[y]) + NetMigrationAge96to97[y]","PopAge95to96[y-1] * (1 -DeathRateAge96to97[y]) + NetMigrationAge96to97[y]",{"$f":"AA312","v":"PopAge95to96[y-1] * (1 -DeathRateAge96to97[y]) + NetMigrationAge96to97[y]"},"PopAge95to96[y-1] * (1 -DeathRateAge96to97[y]) + NetMigrationAge96to97[y]","PopAge95to96[y-1] * (1 -DeathRateAge96to97[y]) + NetMigrationAge96to97[y]","PopAge95to96[y-1] * (1 -DeathRateAge96to97[y]) + NetMigrationAge96to97[y]","PopAge95to96[y-1] * (1 -DeathRateAge96to97[y]) + NetMigrationAge96to97[y]","PopAge95to96[y-1] * (1 -DeathRateAge96to97[y]) + NetMigrationAge96to97[y]","PopAge95to96[y-1] * (1 -DeathRateAge96to97[y]) + NetMigrationAge96to97[y]","PopAge95to96[y-1] * (1 -DeathRateAge96to97[y]) + NetMigrationAge96to97[y]","PopAge95to96[y-1] * (1 -DeathRateAge96to97[y]) + NetMigrationAge96to97[y]","PopAge95to96[y-1] * (1 -DeathRateAge96to97[y]) + NetMigrationAge96to97[y]","PopAge95to96[y-1] * (1 -DeathRateAge96to97[y]) + NetMigrationAge96to97[y]","PopAge95to96[y-1] * (1 -DeathRateAge96to97[y]) + NetMigrationAge96to97[y]","PopAge95to96[y-1] * (1 -DeathRateAge96to97[y]) + NetMigrationAge96to97[y]","PopAge95to96[y-1] * (1 -DeathRateAge96to97[y]) + NetMigrationAge96to97[y]"]
["PopAge97to98","Pop Age 97 to 98","Macroeconomic","double(14,0)",null,null,null,null,"Prior Year-Younger Age Cohort less Estimated Deaths plus Net Migration","N",75056,"PopAge96to97[y-1] * (1 -DeathRateAge97to98[y]) + NetMigrationAge97to98[y]",{"$f":"L313","v":"PopAge96to97[y-1] * (1 -DeathRateAge97to98[y]) + NetMigrationAge97to98[y]"},"PopAge96to97[y-1] * (1 -DeathRateAge97to98[y]) + NetMigrationAge97to98[y]","PopAge96to97[y-1] * (1 -DeathRateAge97to98[y]) + NetMigrationAge97to98[y]","PopAge96to97[y-1] * (1 -DeathRateAge97to98[y]) + NetMigrationAge97to98[y]","PopAge96to97[y-1] * (1 -DeathRateAge97to98[y]) + NetMigrationAge97to98[y]","PopAge96to97[y-1] * (1 -DeathRateAge97to98[y]) + NetMigrationAge97to98[y]","PopAge96to97[y-1] * (1 -DeathRateAge97to98[y]) + NetMigrationAge97to98[y]","PopAge96to97[y-1] * (1 -DeathRateAge97to98[y]) + NetMigrationAge97to98[y]","PopAge96to97[y-1] * (1 -DeathRateAge97to98[y]) + NetMigrationAge97to98[y]","PopAge96to97[y-1] * (1 -DeathRateAge97to98[y]) + NetMigrationAge97to98[y]","PopAge96to97[y-1] * (1 -DeathRateAge97to98[y]) + NetMigrationAge97to98[y]","PopAge96to97[y-1] * (1 -DeathRateAge97to98[y]) + NetMigrationAge97to98[y]","PopAge96to97[y-1] * (1 -DeathRateAge97to98[y]) + NetMigrationAge97to98[y]","PopAge96to97[y-1] * (1 -DeathRateAge97to98[y]) + NetMigrationAge97to98[y]","PopAge96to97[y-1] * (1 -DeathRateAge97to98[y]) + NetMigrationAge97to98[y]","PopAge96to97[y-1] * (1 -DeathRateAge97to98[y]) + NetMigrationAge97to98[y]","PopAge96to97[y-1] * (1 -DeathRateAge97to98[y]) + NetMigrationAge97to98[y]","PopAge96to97[y-1] * (1 -DeathRateAge97to98[y]) + NetMigrationAge97to98[y]","PopAge96to97[y-1] * (1 -DeathRateAge97to98[y]) + NetMigrationAge97to98[y]","PopAge96to97[y-1] * (1 -DeathRateAge97to98[y]) + NetMigrationAge97to98[y]","PopAge96to97[y-1] * (1 -DeathRateAge97to98[y]) + NetMigrationAge97to98[y]","PopAge96to97[y-1] * (1 -DeathRateAge97to98[y]) + NetMigrationAge97to98[y]","PopAge96to97[y-1] * (1 -DeathRateAge97to98[y]) + NetMigrationAge97to98[y]","PopAge96to97[y-1] * (1 -DeathRateAge97to98[y]) + NetMigrationAge97to98[y]","PopAge96to97[y-1] * (1 -DeathRateAge97to98[y]) + NetMigrationAge97to98[y]","PopAge96to97[y-1] * (1 -DeathRateAge97to98[y]) + NetMigrationAge97to98[y]","PopAge96to97[y-1] * (1 -DeathRateAge97to98[y]) + NetMigrationAge97to98[y]","PopAge96to97[y-1] * (1 -DeathRateAge97to98[y]) + NetMigrationAge97to98[y]","PopAge96to97[y-1] * (1 -DeathRateAge97to98[y]) + NetMigrationAge97to98[y]"]
["PopAge98to99","Pop Age 98 to 99","Macroeconomic","double(14,0)",null,null,null,null,"Prior Year-Younger Age Cohort less Estimated Deaths plus Net Migration","N",52409,"PopAge97to98[y-1] * (1 -DeathRateAge98to99[y]) + NetMigrationAge98to99[y]","PopAge97to98[y-1] * (1 -DeathRateAge98to99[y]) + NetMigrationAge98to99[y]","PopAge97to98[y-1] * (1 -DeathRateAge98to99[y]) + NetMigrationAge98to99[y]","PopAge97to98[y-1] * (1 -DeathRateAge98to99[y]) + NetMigrationAge98to99[y]","PopAge97to98[y-1] * (1 -DeathRateAge98to99[y]) + NetMigrationAge98to99[y]","PopAge97to98[y-1] * (1 -DeathRateAge98to99[y]) + NetMigrationAge98to99[y]","PopAge97to98[y-1] * (1 -DeathRateAge98to99[y]) + NetMigrationAge98to99[y]","PopAge97to98[y-1] * (1 -DeathRateAge98to99[y]) + NetMigrationAge98to99[y]","PopAge97to98[y-1] * (1 -DeathRateAge98to99[y]) + NetMigrationAge98to99[y]","PopAge97to98[y-1] * (1 -DeathRateAge98to99[y]) + NetMigrationAge98to99[y]","PopAge97to98[y-1] * (1 -DeathRateAge98to99[y]) + NetMigrationAge98to99[y]","PopAge97to98[y-1] * (1 -DeathRateAge98to99[y]) + NetMigrationAge98to99[y]","PopAge97to98[y-1] * (1 -DeathRateAge98to99[y]) + NetMigrationAge98to99[y]","PopAge97to98[y-1] * (1 -DeathRateAge98to99[y]) + NetMigrationAge98to99[y]","PopAge97to98[y-1] * (1 -DeathRateAge98to99[y]) + NetMigrationAge98to99[y]","PopAge97to98[y-1] * (1 -DeathRateAge98to99[y]) + NetMigrationAge98to99[y]","PopAge97to98[y-1] * (1 -DeathRateAge98to99[y]) + NetMigrationAge98to99[y]","PopAge97to98[y-1] * (1 -DeathRateAge98to99[y]) + NetMigrationAge98to99[y]","PopAge97to98[y-1] * (1 -DeathRateAge98to99[y]) + NetMigrationAge98to99[y]","PopAge97to98[y-1] * (1 -DeathRateAge98to99[y]) + NetMigrationAge98to99[y]","PopAge97to98[y-1] * (1 -DeathRateAge98to99[y]) + NetMigrationAge98to99[y]","PopAge97to98[y-1] * (1 -DeathRateAge98to99[y]) + NetMigrationAge98to99[y]","PopAge97to98[y-1] * (1 -DeathRateAge98to99[y]) + NetMigrationAge98to99[y]","PopAge97to98[y-1] * (1 -DeathRateAge98to99[y]) + NetMigrationAge98to99[y]","PopAge97to98[y-1] * (1 -DeathRateAge98to99[y]) + NetMigrationAge98to99[y]","PopAge97to98[y-1] * (1 -DeathRateAge98to99[y]) + NetMigrationAge98to99[y]","PopAge97to98[y-1] * (1 -DeathRateAge98to99[y]) + NetMigrationAge98to99[y]","PopAge97to98[y-1] * (1 -DeathRateAge98to99[y]) + NetMigrationAge98to99[y]","PopAge97to98[y-1] * (1 -DeathRateAge98to99[y]) + NetMigrationAge98to99[y]","PopAge97to98[y-1] * (1 -DeathRateAge98to99[y]) + NetMigrationAge98to99[y]"]
["PopAge99to100","Pop Age 99 to 100","Macroeconomic","double(14,0)",null,null,null,null,"Prior Year-Younger Age Cohort less Estimated Deaths plus Net Migration","N",34351,"PopAge98to99[y-1] * (1 -DeathRateAge99to100[y]) + NetMigrationAge99to100[y]","PopAge98to99[y-1] * (1 -DeathRateAge99to100[y]) + NetMigrationAge99to100[y]","PopAge98to99[y-1] * (1 -DeathRateAge99to100[y]) + NetMigrationAge99to100[y]","PopAge98to99[y-1] * (1 -DeathRateAge99to100[y]) + NetMigrationAge99to100[y]","PopAge98to99[y-1] * (1 -DeathRateAge99to100[y]) + NetMigrationAge99to100[y]","PopAge98to99[y-1] * (1 -DeathRateAge99to100[y]) + NetMigrationAge99to100[y]","PopAge98to99[y-1] * (1 -DeathRateAge99to100[y]) + NetMigrationAge99to100[y]","PopAge98to99[y-1] * (1 -DeathRateAge99to100[y]) + NetMigrationAge99to100[y]","PopAge98to99[y-1] * (1 -DeathRateAge99to100[y]) + NetMigrationAge99to100[y]","PopAge98to99[y-1] * (1 -DeathRateAge99to100[y]) + NetMigrationAge99to100[y]","PopAge98to99[y-1] * (1 -DeathRateAge99to100[y]) + NetMigrationAge99to100[y]","PopAge98to99[y-1] * (1 -DeathRateAge99to100[y]) + NetMigrationAge99to100[y]","PopAge98to99[y-1] * (1 -DeathRateAge99to100[y]) + NetMigrationAge99to100[y]","PopAge98to99[y-1] * (1 -DeathRateAge99to100[y]) + NetMigrationAge99to100[y]","PopAge98to99[y-1] * (1 -DeathRateAge99to100[y]) + NetMigrationAge99to100[y]","PopAge98to99[y-1] * (1 -DeathRateAge99to100[y]) + NetMigrationAge99to100[y]","PopAge98to99[y-1] * (1 -DeathRateAge99to100[y]) + NetMigrationAge99to100[y]","PopAge98to99[y-1] * (1 -DeathRateAge99to100[y]) + NetMigrationAge99to100[y]","PopAge98to99[y-1] * (1 -DeathRateAge99to100[y]) + NetMigrationAge99to100[y]","PopAge98to99[y-1] * (1 -DeathRateAge99to100[y]) + NetMigrationAge99to100[y]","PopAge98to99[y-1] * (1 -DeathRateAge99to100[y]) + NetMigrationAge99to100[y]","PopAge98to99[y-1] * (1 -DeathRateAge99to100[y]) + NetMigrationAge99to100[y]","PopAge98to99[y-1] * (1 -DeathRateAge99to100[y]) + NetMigrationAge99to100[y]","PopAge98to99[y-1] * (1 -DeathRateAge99to100[y]) + NetMigrationAge99to100[y]","PopAge98to99[y-1] * (1 -DeathRateAge99to100[y]) + NetMigrationAge99to100[y]","PopAge98to99[y-1] * (1 -DeathRateAge99to100[y]) + NetMigrationAge99to100[y]","PopAge98to99[y-1] * (1 -DeathRateAge99to100[y]) + NetMigrationAge99to100[y]","PopAge98to99[y-1] * (1 -DeathRateAge99to100[y]) + NetMigrationAge99to100[y]","PopAge98to99[y-1] * (1 -DeathRateAge99to100[y]) + NetMigrationAge99to100[y]","PopAge98to99[y-1] * (1 -DeathRateAge99to100[y]) + NetMigrationAge99to100[y]"]
["PopAge100andOver","Pop Age 100 and Over","Macroeconomic","double(14,0)",null,null,null,null,"Prior Year-Younger Age Cohort plus Prior Year Centenarians less Estimated Deaths plus Net Migration","N",54062,"(PopAge99to100[y-1] + PopAge100andOver[y-1]) * (1 -DeathRateAge100andOver[y])  + NetMigrationAge100andOver[y]","(PopAge99to100[y-1] + PopAge100andOver[y-1]) * (1 -DeathRateAge100andOver[y])  + NetMigrationAge100andOver[y]","(PopAge99to100[y-1] + PopAge100andOver[y-1]) * (1 -DeathRateAge100andOver[y])  + NetMigrationAge100andOver[y]","(PopAge99to100[y-1] + PopAge100andOver[y-1]) * (1 -DeathRateAge100andOver[y])  + NetMigrationAge100andOver[y]","(PopAge99to100[y-1] + PopAge100andOver[y-1]) * (1 -DeathRateAge100andOver[y])  + NetMigrationAge100andOver[y]","(PopAge99to100[y-1] + PopAge100andOver[y-1]) * (1 -DeathRateAge100andOver[y])  + NetMigrationAge100andOver[y]","(PopAge99to100[y-1] + PopAge100andOver[y-1]) * (1 -DeathRateAge100andOver[y])  + NetMigrationAge100andOver[y]","(PopAge99to100[y-1] + PopAge100andOver[y-1]) * (1 -DeathRateAge100andOver[y])  + NetMigrationAge100andOver[y]","(PopAge99to100[y-1] + PopAge100andOver[y-1]) * (1 -DeathRateAge100andOver[y])  + NetMigrationAge100andOver[y]","(PopAge99to100[y-1] + PopAge100andOver[y-1]) * (1 -DeathRateAge100andOver[y])  + NetMigrationAge100andOver[y]","(PopAge99to100[y-1] + PopAge100andOver[y-1]) * (1 -DeathRateAge100andOver[y])  + NetMigrationAge100andOver[y]","(PopAge99to100[y-1] + PopAge100andOver[y-1]) * (1 -DeathRateAge100andOver[y])  + NetMigrationAge100andOver[y]","(PopAge99to100[y-1] + PopAge100andOver[y-1]) * (1 -DeathRateAge100andOver[y])  + NetMigrationAge100andOver[y]","(PopAge99to100[y-1] + PopAge100andOver[y-1]) * (1 -DeathRateAge100andOver[y])  + NetMigrationAge100andOver[y]","(PopAge99to100[y-1] + PopAge100andOver[y-1]) * (1 -DeathRateAge100andOver[y])  + NetMigrationAge100andOver[y]","(PopAge99to100[y-1] + PopAge100andOver[y-1]) * (1 -DeathRateAge100andOver[y])  + NetMigrationAge100andOver[y]","(PopAge99to100[y-1] + PopAge100andOver[y-1]) * (1 -DeathRateAge100andOver[y])  + NetMigrationAge100andOver[y]","(PopAge99to100[y-1] + PopAge100andOver[y-1]) * (1 -DeathRateAge100andOver[y])  + NetMigrationAge100andOver[y]","(PopAge99to100[y-1] + PopAge100andOver[y-1]) * (1 -DeathRateAge100andOver[y])  + NetMigrationAge100andOver[y]","(PopAge99to100[y-1] + PopAge100andOver[y-1]) * (1 -DeathRateAge100andOver[y])  + NetMigrationAge100andOver[y]","(PopAge99to100[y-1] + PopAge100andOver[y-1]) * (1 -DeathRateAge100andOver[y])  + NetMigrationAge100andOver[y]","(PopAge99to100[y-1] + PopAge100andOver[y-1]) * (1 -DeathRateAge100andOver[y])  + NetMigrationAge100andOver[y]","(PopAge99to100[y-1] + PopAge100andOver[y-1]) * (1 -DeathRateAge100andOver[y])  + NetMigrationAge100andOver[y]","(PopAge99to100[y-1] + PopAge100andOver[y-1]) * (1 -DeathRateAge100andOver[y])  + NetMigrationAge100andOver[y]","(PopAge99to100[y-1] + PopAge100andOver[y-1]) * (1 -DeathRateAge100andOver[y])  + NetMigrationAge100andOver[y]","(PopAge99to100[y-1] + PopAge100andOver[y-1]) * (1 -DeathRateAge100andOver[y])  + NetMigrationAge100andOver[y]","(PopAge99to100[y-1] + PopAge100andOver[y-1]) * (1 -DeathRateAge100andOver[y])  + NetMigrationAge100andOver[y]","(PopAge99to100[y-1] + PopAge100andOver[y-1]) * (1 -DeathRateAge100andOver[y])  + NetMigrationAge100andOver[y]","(PopAge99to100[y-1] + PopAge100andOver[y-1]) * (1 -DeathRateAge100andOver[y])  + NetMigrationAge100andOver[y]","(PopAge99to100[y-1] + PopAge100andOver[y-1]) * (1 -DeathRateAge100andOver[y])  + NetMigrationAge100andOver[y]"]
["PopAge0to4","Pop Age 0 to 4","Macroeconomic","double(14,0)",null,null,null,null,"Subtotal","N",{"$f":"SUM(K216:K220)","v":20557604},"PopAge0to1[y]+PopAge1to2[y]+PopAge2to3[y]+PopAge3to4[y]+PopAge4to5[y]"]
["PopAge5to9","Pop Age 5 to 9","Macroeconomic","double(14,0)",null,null,null,null,"Subtotal","N",{"$f":"SUM(K221:K225)","v":20307939},"PopAge5to6[y]+PopAge6to7[y]+PopAge7to8[y]+PopAge8to9[y]+PopAge9to10[y]"]
["PopAge10to14","Pop Age 10 to 14","Macroeconomic","double(14,0)",null,null,null,null,"Subtotal","N",{"$f":"SUM(K226:K230)","v":20703980},"PopAge10to11[y]+PopAge11to12[y]+PopAge12to13[y]+PopAge13to14[y]+PopAge14to15[y]"]
["PopAge15to19","Pop Age 15 to 19","Macroeconomic","double(14,0)",null,null,null,null,"Subtotal","N",{"$f":"SUM(K231:K235)","v":21654330},"PopAge15to16[y]+PopAge16to17[y]+PopAge17to18[y]+PopAge18to19[y]+PopAge19to20[y]"]
["PopAge20to24","Pop Age 20 to 24","Macroeconomic","double(14,0)",null,null,null,null,"Subtotal","N",{"$f":"SUM(K236:K240)","v":21954918},"PopAge20to21[y]+PopAge21to22[y]+PopAge22to23[y]+PopAge23to24[y]+PopAge24to25[y]"]
["PopAge25to29","Pop Age 25 to 29","Macroeconomic","double(14,0)",null,null,null,null,"Subtotal","N",{"$f":"SUM(K241:K245)","v":21159665},"PopAge25to26[y]+PopAge26to27[y]+PopAge27to28[y]+PopAge28to29[y]+PopAge29to30[y]"]
["PopAge30to34","Pop Age 30 to 34","Macroeconomic","double(14,0)",null,null,null,null,"Subtotal","N",{"$f":"SUM(K246:K250)","v":20374047},"PopAge30to31[y]+PopAge31to32[y]+PopAge32to33[y]+PopAge33to34[y]+PopAge34to35[y]"]
["PopAge35to39","Pop Age 35 to 39","Macroeconomic","double(14,0)",null,null,null,null,"Subtotal","N",{"$f":"SUM(K251:K255)","v":19675809},"PopAge35to36[y]+PopAge36to37[y]+PopAge37to38[y]+PopAge38to39[y]+PopAge39to40[y]"]
["PopAge40to44","Pop Age 40 to 44","Macroeconomic","double(14,0)",null,null,null,null,"Subtotal","N",{"$f":"SUM(K256:K260)","v":21052062},"PopAge40to41[y]+PopAge41to42[y]+PopAge42to43[y]+PopAge43to44[y]+PopAge44to45[y]"]
["PopAge45to49","Pop Age 45 to 49","Macroeconomic","double(14,0)",null,null,null,null,"Subtotal","N",{"$f":"SUM(K261:K265)","v":22296917},"PopAge45to46[y]+PopAge46to47[y]+PopAge47to48[y]+PopAge48to49[y]+PopAge49to50[y]"]
["PopAge50to54","Pop Age 50 to 54","Macroeconomic","double(14,0)",null,null,null,null,"Subtotal","N",{"$f":"SUM(K266:K270)","v":22559338},"PopAge50to51[y]+PopAge51to52[y]+PopAge52to53[y]+PopAge53to54[y]+PopAge54to55[y]"]
["PopAge55to59","Pop Age 55 to 59","Macroeconomic","double(14,0)",null,null,null,null,"Subtotal","N",{"$f":"SUM(K271:K275)","v":20225203},"PopAge55to56[y]+PopAge56to57[y]+PopAge57to58[y]+PopAge58to59[y]+PopAge59to60[y]"]
["PopAge60to64","Pop Age 60 to 64","Macroeconomic","double(14,0)",null,null,null,null,"Subtotal","N",{"$f":"SUM(K276:K280)","v":17663245},"PopAge60to61[y]+PopAge61to62[y]+PopAge62to63[y]+PopAge63to64[y]+PopAge64to65[y]"]
["PopAge65to69","Pop Age 65 to 69","Macroeconomic","double(14,0)",null,null,null,null,"Subtotal","N",{"$f":"SUM(K281:K285)","v":12789731},"PopAge65to66[y]+PopAge66to67[y]+PopAge67to68[y]+PopAge68to69[y]+PopAge69to70[y]"]
["PopAge70to74","Pop Age 70 to 74","Macroeconomic","double(14,0)",null,null,null,null,"Subtotal","N",{"$f":"SUM(K286:K290)","v":9544128},"PopAge70to71[y]+PopAge71to72[y]+PopAge72to73[y]+PopAge73to74[y]+PopAge74to75[y]"]
["PopAge75to79","Pop Age 75 to 79","Macroeconomic","double(14,0)",null,null,null,null,"Subtotal","N",{"$f":"SUM(K291:K295)","v":7352329},"PopAge75to76[y]+PopAge76to77[y]+PopAge77to78[y]+PopAge78to79[y]+PopAge79to80[y]"]
["PopAge80to84","Pop Age 80 to 84","Macroeconomic","double(14,0)",null,null,null,null,"Subtotal","N",{"$f":"SUM(K296:K300)","v":5773525},"PopAge80to81[y]+PopAge81to82[y]+PopAge82to83[y]+PopAge83to84[y]+PopAge84to85[y]"]
["PopAge85to89","Pop Age 85 to 89","Macroeconomic","double(14,0)",null,null,null,null,"Subtotal","N",{"$f":"SUM(K301:K305)","v":3708438},"PopAge85to86[y]+PopAge86to87[y]+PopAge87to88[y]+PopAge88to89[y]+PopAge89to90[y]"]
["PopAge90to94","Pop Age 90 to 94","Macroeconomic","double(14,0)",null,null,null,null,"Subtotal","N",{"$f":"SUM(K306:K310)","v":1574395},"PopAge90to91[y]+PopAge91to92[y]+PopAge92to93[y]+PopAge93to94[y]+PopAge94to95[y]"]
["PopAge95to99","Pop Age 95 to 99","Macroeconomic","double(14,0)",null,null,null,null,"Subtotal","N",{"$f":"SUM(K311:K315)","v":405573},"PopAge95to96[y]+PopAge96to97[y]+PopAge97to98[y]+PopAge98to99[y]+PopAge99to100[y]"]
["totpop","Total Population","Macroeconomic","double(12,0)",null,null,null,null,"Grand Total","Y",{"$f":"SUM(K316:K336)","v":311387238},"PopAge0to4[y] + PopAge5to9[y] + PopAge10to14[y] + PopAge15to19[y] + PopAge20to24[y] + PopAge25to29[y] + PopAge30to34[y] + PopAge35to39[y] + PopAge40to44[y] + PopAge45to49[y] + PopAge50to54[y] + PopAge55to59[y] + PopAge60to64[y] + PopAge65to69[y] + PopAge70to74[y] + PopAge75to79[y] + PopAge80to84[y] + PopAge85to89[y] + PopAge90to94[y] + PopAge95to99[y] + PopAge100andOver[y]"]
["childpop","Population Below 16","Macroeconomic","double(12,0)",null,null,null,null,"SubTotal","N",{"$f":"SUM(K317:K319)+K230+K231","v":69869151},"PopAge0to4[y] + PopAge5to9[y] + PopAge10to14[y] + PopAge14to15[y] + PopAge15to16[y]"]
["workingagepop","Population Aged 16+","Macroeconomic","double(12,0)",null,null,null,null,"Subtotal","N",{"$f":"K337-K338","v":241518087},"totpop[y] - childpop[y]"]
["seniorpop","Population Aged 65+","Macroeconomic","double(12,0)",null,null,null,null,"Subtotal","N",{"$f":"SUM(K330:K336)+K316","v":41202181},"PopAge65to69[y] + PopAge70to74[y] + PopAge75to79[y] + PopAge80to84[y] + PopAge85to89[y] + PopAge90to94[y] + PopAge95to99[y] + PopAge100andOver[y]"]
["retiredpop","Population Eligible for Social Security","Macroeconomic","double(12,0)",null,null,null,null,"Subtotal","N",{"$f":"K340","v":41202181},"seniorpop[y]"]
["age16to64pop","Population Aged 16-64","Macroeconomic","double(12,0)",null,null,null,null,"Subtotal","N",{"$f":"K339-K340","v":200315906},"workingagepop[y] - seniorpop[y]"]
["yr","Year Number","Macroeconomic","double(2,0)",null,null,null,null,"Sequential Value Used for Autoregressive Processes","N",63,64,65,{"$f":"M343+1","v":66},{"$f":"N343+1","v":67},68,69,70,71,72,73,74,75,76,77,78,79,80,81,82,83,84,85,86,87,88,89,90,91,92,93]
["age16to64participation","Aged 16-64 Labor Force Participation Rate","Macroeconomic","double(8,6)",0.3,0.9,null,null,"Autoregressive Function Based on Previous Actuals","N",0.7329,"0.017360 + 0.977893 * age16to64participation[y-1] + 0.051402 * normrandom_lfp[y]"]
["seniorparticipation","Senior Labor Force Participation Rate","Macroeconomic","double(8,6)",0.05,0.25,null,null,"Autoregressive Function with Trend Based on Previous Actuals","N",0.17899999999999999,"-0.016204 + 0.000229 * yr[y] + 1.019063 * seniorparticipation[y-1] + 0.047795 * normrandom_lfp[y]"]
["laborforcepart","Overall Labor Force Participation Rate","Macroeconomic","double(8,6)",0.4,0.8,null,null,"Weighted Average of Senor ot Age15to64 Participation Rates","N",{"$f":"((K342*K344)+(K340*K345))/K339","v":0.63840650537448151},"(seniorparticipation[y]*seniorpop[y]+age16to64participation[y]*age16to64pop[y])/workingagepop[y]"]
["laborforce","Size of Labor Force","Macroeconomic","double(12,0)",null,null,null,null,"Labor Force Participation Rate * (Working Age and Senior Pop)","N",{"$f":"K339*K346","v":154186717.9064},"workingagepop[y] * laborforcepart[y]"]
["productivitygrowth","Productivity Growth","Macroeconomic","double(8,6)",-0.01,0.05,null,null,"Autoregressive Function Based on Previous Actuals","N",0.01,"0.018880 - 0.153876 * productivitygrowth[y-1] + 0.029456 * normrandom_prod[y]"]
["GDPgrowth","Real GDP Growth","Macroeconomic","double(8,6)",null,0.08,null,null,"Based on LFP and Productivity Growth","Y",1.6E-2,"0.026 + (0.005 * normrandom_lfp[y]) +  (0.005 * normrandom_prod[y])","( laborforce[y] / laborforce[y-1]  - 1 ) + productivitygrowth[y]","( laborforce[y] / laborforce[y-1]  - 1 ) + productivitygrowth[y]"]
["realGDP","Real GDP","Macroeconomic","double(20,0)",null,null,null,null,"Prior Year GDP Plus GDPGrowth","N",14954125000000,"realGDP[y-1] * (1 + GDPgrowth[y])"]
["inflation","General Inflation (CPI)","Macroeconomic","double(8,6)",null,null,null,null,"Autoregressive equation","Y",0.03,"0.027 + (0.005 * normrandom_infl[y])","0.012515 + 0.640595 * inflation[y-1] + 0.029558 * normrandom_infl[y]"]
["priceIndex","Consumer Price Index","Macroeconomic","double(10,6)",null,null,null,null,"Prior Year Price Index Plus Inflation","N",100,"priceIndex[y-1] * (1 + inflation[y])"]
["GDPDeflatorInflation","Change in GDP Deflator","Macroeconomic","double(8,6)",null,null,null,null,"Inflation Minus 0.4%","N",{"$f":"K351-0.004","v":2.5999999999999999E-2},"inflation[y] - .004"]
["GDPDeflatorIndex","GDP Deflator Index","Macroeconomic","double(10,6)",null,null,null,null,"Prior Year Price Index Plus GDP Deflator Inflation","N",100,"GDPDeflatorIndex[y-1] * (1+GDPDeflatorInflation[y])"]
["GDP","Nominal GDP","Macroeconomic","double(20,0)",null,null,null,null,"Real GDP * Price Index","N",14954125000000,"realGDP[y] * GDPDeflatorIndex[y] * .01"]
["cboGDP","GDP Used in CBO Baseline","Macroeconomic","double(20,0)",null,null,null,null,"Fixed Values from CBO","N",14954125000000,15508095000000,15913537500000,16575097500000,17618030000000,18703647500000,19708395000000,20660725000000,21615927499999.996,22602655000000,23613625000000,24654710000000,"cboGDP[y-1] * 1.022 * 1.022"]
["GDPpctdiff","Percent Difference Between Calculated GDP and CBO GDP","Macroeconomic","double(8,6)",null,null,null,null,"Percent Difference between GDP and cboGDP","N",0,"(GDP[y] / cboGDP[y]) - 1"]
["healthinflation","Health Care Cost Inflation","Macroeconomic","double(8,6)",null,null,null,null,"Inflation + 1.0%","N",0,"inflation[y] + .01"]
["healthcostindex","Health Care Cost Index","Macroeconomic","double(10,6)",null,null,null,null,"Prior Year Health Cost Index Plus Health Inflation","N",100,"healthcostindex[y-1] * (1 + healthinflation[y])"]
["realoilprice","Real Oil Price","Macroeconomic","double(7,2)",null,null,null,null,"Autoregressive Function Based on Previous Actuals","N",73.69,"4.076239 + 0.918478 * realoilprice[y-1] + 21.578379 * normrandom_oil[y]"]
["nominaloilprice","Nominal Oil Price","Macroeconomic","double(7,2)",null,null,null,null,"Real Oil Price Adjusted for Inflation","N",73.69,"realoilprice[y] * priceIndex[y]/priceIndex[1]"]
["newissuerate","Interest Rate on Newly Issued Bonds","Macroeconomic","double(8,6)",0.01,null,null,null,"Based on Prior Year GDP Growth, Inflation and Random Factor","Y",1.52E-2,"0.0175 + 0.001 * normrandom_int[y]","0.000658 + 0.839494 * newissuerate[y-1] + 0.230250 * inflation[y-1] + 0.029558 * normrandom_int[y]"]
["newdebtweight","Weighting of Newly Issued Debt for Average Coupon","Macroeconomic","double(8,6)",null,null,null,null,"Fixed Amount Based on Province's Debt Distribution","N",0.2787,{"$f":"K363","v":0.2787}]
["avgcpnrate","Average Coupon Rate Paid By Treasury","Macroeconomic","double(8,6)",0.01,0.2,null,null,"Weighted Average of New Issue Rate and Prior Year Avg. Coupon","Y",{"$f":"K408/K412","v":2.1852603353767625E-2},"(newissuerate[y] * newdebtweight[y]) + (avgcpnrate[y-1] * (1 - newdebtweight[y]))"]
["cbo_indinctax","CBO Individual Income Taxes","Revenue","double(15,0)",null,null,null,null,"Fixed Values from CBO","N",1091473000000,1159224309226.4072,1464611322285.2778,1604062815289.7451,1776526309701.2036,1927051900445.1887,2081676898340.498,2218699882041.5381,2364440828004.5884,2519765169579.6836,2680844931996.2617,2848706636048.9707]
["cbo_socinscont","CBO Social Insurance Taxes","Revenue","double(15,0)",null,null,null,null,"Fixed Values from CBO","N",818792000000,824721601861.22205,952500835899.33984,1019742203154.0709,1079870289509.8218,1144930292335.9358,1212881147717.373,1276985656290.1533,1336007897651.7981,1397283365325.3145,1459498871967.4255,1524840899759.2556]
["cbo_corptax","CBO Corporate Income Taxes","Revenue","double(15,0)",null,null,null,null,"Fixed Values from CBO","N",181084563146.84616,250802820635.35303,321197876180.19794,385950456485.60059,447759660752.54944,473152148911.38184,467242698294.24011,460763108224.04108,450023092952.43823,448565180459.06708,451795844646.38391,458941810048.76178]
["cbo_othrev","CBO Other Revenues","Revenue","double(15,0)",null,null,null,null,"Fixed Values from CBO","N",212116055166.95697,220966388891.85083,230148511361.30087,272855375753.73151,284767757414.6297,292669172519.487,304552015114.63391,315142876687.66986,333108459583.99646,352999764293.91699,370358886281.61774,385084508415.00476]
["cbo_socsec","CBO Social Security","Expenditure","double(15,0)",null,null,null,null,"Fixed Values from CBO","N",724923000000,769375000000,812949000000,855958000000,900380000000,948300000000,1002219000000,1060820999999.9999,1124719000000,1193613000000,1264910000000,1339664000000]
["cbo_medicare","CBO Medicare","Expenditure","double(15,0)",null,null,null,null,"Fixed Values from CBO","N",559623000000,569429000000,599832000000,624501000000,652564000000,708096000000,732196000000,762097000000,832074000000,888990000000,950041000000,1045915000000]
["cbo_medicaid","CBO Medicaid","Expenditure","double(15,0)",null,null,null,null,"Fixed Values from CBO","N",274964000000,258040000000.00003,276064000000,337250000000,383184000000,424659000000,450776000000,474053000000,505557000000,539587999999.99994,577032000000,621752000000]
["cbo_othermandatory","CBO Other Mandatory","Expenditure","double(15,0)",null,null,null,null,"Fixed Values from CBO","N",466970000000,503844000000,439813000000,406869000000,425021000000,453208000000,448235000000,445408000000,460253000000,474044000000,491508999999.99951,527537999999.99951]
["cbo_defense","CBO Defense","Expenditure","double(15,0)",null,null,null,null,"Fixed Values from CBO","N",702984000000,672549000000,635429000000.00012,625866000000,627451000000,641632000000.00012,648959000000,657733000000,678033000000,694134000000,710578000000,733848999999.99988]
["cbo_domesticdiscr","CBO Non-Defense Discretionary","Expenditure","double(15,0)",null,null,null,null,"Fixed Values from CBO","N",650453000000,630049000000,583101000000,569030000000,571040000000,577899000000,584260000000,592329999999.99988,604589000000,618321000000,632273999999.99988,647213000000]
["indinctax_gdp_elasticity","Elasticity of Income Tax Revenue with Respect to GDP","Macroeconomic","double(3,2)",null,null,null,null,"Fixed Values Based on http://www.nber.org/~taxsim/elas/a.html","N",1.5,1.5,1.5,1.5,1.5,1.5,1.5,1.5,1.5,1.5,1.5,1.5]
["socins_gdp_elasticity","Elasticity of Social Insurance Contribution Revenue with Respect to GDP","Macroeconomic","double(3,2)",null,null,null,null,"Fixed Values - Guestimated","N",1,1,1,1,1,1,1,1,1,1,1,1]
["corptax_gdp_elasticity","Elasticity of Corporate Tax Revenue with Respect to GDP","Macroeconomic","double(3,2)",null,null,null,null,"Fixed Values - Guestimated","N",1,1,1,1,1,1,1,1,1,1,1,1]
["othrev_gdp_elasticity","Elasticity of Other Revenue with Respect to GDP","Macroeconomic","double(3,2)",null,null,null,null,"Fixed Values - Guestimated","N",1,1,1,1,1,1,1,1,1,1,1,1]
["socsec_gdp_elasticity","Elasticity of Social Security Expenditures with Respect to GDP","Macroeconomic","double(3,2)",null,null,null,null,"Fixed Values - Guestimated","N",-0.05,-0.05,-0.05,-0.05,-0.05,-0.05,-0.05,-0.05,-0.05,-0.05,-0.05,-0.05]
["medicare_gdp_elasticity","Elasticity of Medicare Expenditures with Respect to GDP","Macroeconomic","double(3,2)",null,null,null,null,"Fixed Values - Guestimated","N",0,0,0,0,0,0,0,0,0,0,0,0]
["medicaid_gdp_elasticity","Elasticity of Medicaid Expenditures with Respect to GDP","Macroeconomic","double(3,2)",null,null,null,null,"Fixed Values - Guestimated","N",-0.1,-0.1,-0.1,-0.1,-0.1,-0.1,-0.1,-0.1,-0.1,-0.1,-0.1,-0.1]
["othermandatory_gdp_elasticity","Elasticity of Other Mandatory Expenditures with Respect to GDP","Macroeconomic","double(3,2)",null,null,null,null,"Fixed Values - Guestimated","N",0,0,0,0,0,0,0,0,0,0,0,0]
["defense_gdp_elasticity","Elasticity of Defense Expenditures with Respect to GDP","Macroeconomic","double(3,2)",null,null,null,null,"Fixed Values - Guestimated","N",0,0,0,0,0,0,0,0,0,0,0,0]
["domesticdiscr_gdp_elasticity","Elasticity of Domestic Discretionary Expenditures with Respect to GDP","Macroeconomic","double(3,2)",null,null,null,null,"Fixed Values - Guestimated","N",0,0,0,0,0,0,0,0,0,0,0,0]
["probinctaxcuttop2","Probability of Extending Bush Tax Cuts for Top 2 Brackets","Macroeconomic","double(8,6)",null,null,null,null,"Based on probability of Romney victory","N",0.35,0.35,{"$f":"L385","v":0.35},{"$f":"M385","v":0.35},0.35,0.35,0.35,0.35,0.35,0.35,0.35,0.35]
["probinctaxcutalloth","Probability of Extending Other Bush Tax Cuts and AMT Patch","Macroeconomic","double(8,6)",null,null,null,null,"High probability","N",0.9,0.9,{"$f":"L386","v":0.9},0.9,0.9,0.9,0.9,0.9,0.9,0.9,0.9,0.9]
["probestatetaxcut","Probability of Extending Lower Estate Taxes","Macroeconomic","double(8,6)",null,null,null,null,"Based on probability of Romney victory","N",0.35,0.35,{"$f":"L387","v":0.35},0.35,0.35,0.35,0.35,0.35,0.35,0.35,0.35,0.35]
["probdocfix","Probability of Extending Medicare Doc Fix","Macroeconomic","double(8,6)",null,null,null,null,"High probability","N",0.9,0.9,{"$f":"L388","v":0.9},0.9,0.9,0.9,0.9,0.9,0.9,0.9,0.9,0.9]
["effinctaxcuttop2","Potential Fiscal Impact of Extending Bush Tax Cuts for Top 2 Brackets","Macroeconomic","double(15,0)",null,null,null,null,"Derived from Concord Coalition Plausible Baseline","N",0,-1687116564.4171779,-35582822085.889572,-51380368098.159508,-58588957055.214722,-63343558282.208595,-68251533742.331284,-73159509202.453995,-78374233128.834366,-84202453987.730057,-90337423312.883423,-97085889570.552155,{"$f":"\"GDP[y] * \" & A389 &\"[11] / GDP[11]\"","v":"GDP[y] * effinctaxcuttop2[11] / GDP[11]"}]
["effinctaxcutalloth","Potential Fiscal Impact of Extending Other Bush Tax Cuts and AMT Patch","Macroeconomic","double(15,0)",null,null,null,null,"Derived from Concord Coalition Plausible Baseline","N",0,-9312883435.5828228,-196417177914.11041,-283619631901.84052,-323411042944.78528,-349656441717.79138,-376748466257.6687,-403840490797.54602,-432625766871.16565,-464797546012.26996,-498662576687.11658,-535914110429.44788,{"$f":"\"GDP[y] * \" & A390 &\"[11] / GDP[11]\"","v":"GDP[y] * effinctaxcutalloth[11] / GDP[11]"}]
["effestatetaxcut","Potential Fiscal Impact of Extending Lower Estate Taxes","Macroeconomic","double(15,0)",null,null,null,null,"Derived from Concord Coalition Plausible Baseline","N",0,-12000000000,-78000000000,-115000000000,-102000000000,-89000000000,-81000000000,-77000000000,-73000000000,-73000000000,-75000000000,-77000000000,"GDP[y] * effestatetaxcut[11] / GDP[11]"]
["effdocfix","Potential Fiscal Impact of Extending Medicare Doc Fix","Macroeconomic","double(15,0)",null,null,null,null,"Derived from Concord Coalition Plausible Baseline","N",0,0,-11000000000,-18000000000,-21000000000,-24000000000,-26000000000,-28000000000,-31000000000,-34000000000,-37000000000,-41000000000,"GDP[y] * effdocfix[11] / GDP[11]"]
["inctaxcuttop2","Revenue Loss from Extending Bush Tax Cuts for Top 2 Brackets","Revenue","double(15,0)",null,null,null,null,{"$f":"\"If random number is below \"&A385& \" use \"&A389& \"; otherwise 0.\"","v":"If random number is below probinctaxcuttop2 use effinctaxcuttop2; otherwise 0."},"N",0,"unirandom_inctaxcuttop2[1] <=  probinctaxcuttop2[y] ? effinctaxcuttop2[y] : 0","unirandom_inctaxcuttop2[1] <=  probinctaxcuttop2[y] ? effinctaxcuttop2[y] : 0","unirandom_inctaxcuttop2[1] <=  probinctaxcuttop2[y] ? effinctaxcuttop2[y] : 0","unirandom_inctaxcuttop2[1] <=  probinctaxcuttop2[y] ? effinctaxcuttop2[y] : 0","unirandom_inctaxcuttop2[1] <=  probinctaxcuttop2[y] ? effinctaxcuttop2[y] : 0","unirandom_inctaxcuttop2[1] <=  probinctaxcuttop2[y] ? effinctaxcuttop2[y] : 0","unirandom_inctaxcuttop2[1] <=  probinctaxcuttop2[y] ? effinctaxcuttop2[y] : 0","unirandom_inctaxcuttop2[1] <=  probinctaxcuttop2[y] ? effinctaxcuttop2[y] : 0","unirandom_inctaxcuttop2[1] <=  probinctaxcuttop2[y] ? effinctaxcuttop2[y] : 0","unirandom_inctaxcuttop2[1] <=  probinctaxcuttop2[y] ? effinctaxcuttop2[y] : 0","unirandom_inctaxcuttop2[1] <=  probinctaxcuttop2[y] ? effinctaxcuttop2[y] : 0","GDP[y] * inctaxcuttop2[11] / GDP[11]"]
["inctaxcutalloth","Revenue Loss from Extending Other Bush Tax Cuts and AMT Patch","Revenue","double(15,0)",null,null,null,null,{"$f":"\"If random number is below \"&A386& \" use \"&A390& \"; otherwise 0.\"","v":"If random number is below probinctaxcutalloth use effinctaxcutalloth; otherwise 0."},"N",0,"unirandom_inctaxcutalloth[1] <=  probinctaxcutalloth[y] ? effinctaxcutalloth[y] : 0","unirandom_inctaxcutalloth[1] <=  probinctaxcutalloth[y] ? effinctaxcutalloth[y] : 0","unirandom_inctaxcutalloth[1] <=  probinctaxcutalloth[y] ? effinctaxcutalloth[y] : 0","unirandom_inctaxcutalloth[1] <=  probinctaxcutalloth[y] ? effinctaxcutalloth[y] : 0","unirandom_inctaxcutalloth[1] <=  probinctaxcutalloth[y] ? effinctaxcutalloth[y] : 0","unirandom_inctaxcutalloth[1] <=  probinctaxcutalloth[y] ? effinctaxcutalloth[y] : 0","unirandom_inctaxcutalloth[1] <=  probinctaxcutalloth[y] ? effinctaxcutalloth[y] : 0","unirandom_inctaxcutalloth[1] <=  probinctaxcutalloth[y] ? effinctaxcutalloth[y] : 0","unirandom_inctaxcutalloth[1] <=  probinctaxcutalloth[y] ? effinctaxcutalloth[y] : 0","unirandom_inctaxcutalloth[1] <=  probinctaxcutalloth[y] ? effinctaxcutalloth[y] : 0","unirandom_inctaxcutalloth[1] <=  probinctaxcutalloth[y] ? effinctaxcutalloth[y] : 0","GDP[y] * inctaxcutalloth[11] / GDP[11]"]
["estatetaxcut","Revenue Loss from Extending Lower Estate Taxes","Revenue","double(15,0)",null,null,null,null,{"$f":"\"If random number is below \"&A387& \" use \"&A391& \"; otherwise 0.\"","v":"If random number is below probestatetaxcut use effestatetaxcut; otherwise 0."},"N",0,"unirandom_estatetaxcut[1] <=  probestatetaxcut[y] ? effestatetaxcut[y] : 0","unirandom_estatetaxcut[1] <=  probestatetaxcut[y] ? effestatetaxcut[y] : 0","unirandom_estatetaxcut[1] <=  probestatetaxcut[y] ? effestatetaxcut[y] : 0","unirandom_estatetaxcut[1] <=  probestatetaxcut[y] ? effestatetaxcut[y] : 0","unirandom_estatetaxcut[1] <=  probestatetaxcut[y] ? effestatetaxcut[y] : 0","unirandom_estatetaxcut[1] <=  probestatetaxcut[y] ? effestatetaxcut[y] : 0","unirandom_estatetaxcut[1] <=  probestatetaxcut[y] ? effestatetaxcut[y] : 0","unirandom_estatetaxcut[1] <=  probestatetaxcut[y] ? effestatetaxcut[y] : 0","unirandom_estatetaxcut[1] <=  probestatetaxcut[y] ? effestatetaxcut[y] : 0","unirandom_estatetaxcut[1] <=  probestatetaxcut[y] ? effestatetaxcut[y] : 0","unirandom_estatetaxcut[1] <=  probestatetaxcut[y] ? effestatetaxcut[y] : 0","GDP[y] * estatetaxcut[11] / GDP[11]"]
["docfix","Revenue Loss from Extending Medicare Doc Fix","Expenditure","double(15,0)",null,null,null,null,{"$f":"\"If random number is below \"&A388& \" use \"&A392& \"; otherwise 0.\"","v":"If random number is below probdocfix use effdocfix; otherwise 0."},"N",0,"unirandom_docfix[1] <=  probdocfix[y] ? effdocfix[y] : 0","unirandom_docfix[1] <=  probdocfix[y] ? effdocfix[y] : 0","unirandom_docfix[1] <=  probdocfix[y] ? effdocfix[y] : 0","unirandom_docfix[1] <=  probdocfix[y] ? effdocfix[y] : 0","unirandom_docfix[1] <=  probdocfix[y] ? effdocfix[y] : 0","unirandom_docfix[1] <=  probdocfix[y] ? effdocfix[y] : 0","unirandom_docfix[1] <=  probdocfix[y] ? effdocfix[y] : 0","unirandom_docfix[1] <=  probdocfix[y] ? effdocfix[y] : 0","unirandom_docfix[1] <=  probdocfix[y] ? effdocfix[y] : 0","unirandom_docfix[1] <=  probdocfix[y] ? effdocfix[y] : 0","unirandom_docfix[1] <=  probdocfix[y] ? effdocfix[y] : 0","GDP[y] * docfix[11] / GDP[11]"]
["indinctax","Individual Income Tax","Revenue","double(15,0)",null,null,null,null,"Adjusted CBO Estimates then Percentage of Nominal GDP","Y",1091473000000,"(cbo_indinctax[y] + inctaxcuttop2[y] + inctaxcutalloth[y]) * ( 1 + GDPpctdiff[y] * indinctax_gdp_elasticity[y] )","(cbo_indinctax[y] + inctaxcuttop2[y] + inctaxcutalloth[y]) * ( 1 + GDPpctdiff[y] * indinctax_gdp_elasticity[y] )","(cbo_indinctax[y] + inctaxcuttop2[y] + inctaxcutalloth[y]) * ( 1 + GDPpctdiff[y] * indinctax_gdp_elasticity[y] )","(cbo_indinctax[y] + inctaxcuttop2[y] + inctaxcutalloth[y]) * ( 1 + GDPpctdiff[y] * indinctax_gdp_elasticity[y] )","(cbo_indinctax[y] + inctaxcuttop2[y] + inctaxcutalloth[y]) * ( 1 + GDPpctdiff[y] * indinctax_gdp_elasticity[y] )","(cbo_indinctax[y] + inctaxcuttop2[y] + inctaxcutalloth[y]) * ( 1 + GDPpctdiff[y] * indinctax_gdp_elasticity[y] )","(cbo_indinctax[y] + inctaxcuttop2[y] + inctaxcutalloth[y]) * ( 1 + GDPpctdiff[y] * indinctax_gdp_elasticity[y] )","(cbo_indinctax[y] + inctaxcuttop2[y] + inctaxcutalloth[y]) * ( 1 + GDPpctdiff[y] * indinctax_gdp_elasticity[y] )","(cbo_indinctax[y] + inctaxcuttop2[y] + inctaxcutalloth[y]) * ( 1 + GDPpctdiff[y] * indinctax_gdp_elasticity[y] )","(cbo_indinctax[y] + inctaxcuttop2[y] + inctaxcutalloth[y]) * ( 1 + GDPpctdiff[y] * indinctax_gdp_elasticity[y] )","(cbo_indinctax[y] + inctaxcuttop2[y] + inctaxcutalloth[y]) * ( 1 + GDPpctdiff[y] * indinctax_gdp_elasticity[y] )","GDP[y] * indinctax[11] / GDP[11]"]
["socinscont","Social Insurance Contributions","Revenue","double(15,0)",null,null,null,null,"Adjusted CBO Estimates then Percentage of Nominal GDP","Y",{"$f":"565787000000+192728000000","v":758515000000},"(cbo_socinscont[y]) * ( 1 + GDPpctdiff[y] * socins_gdp_elasticity[y] )","(cbo_socinscont[y]) * ( 1 + GDPpctdiff[y] * socins_gdp_elasticity[y] )","(cbo_socinscont[y]) * ( 1 + GDPpctdiff[y] * socins_gdp_elasticity[y] )","(cbo_socinscont[y]) * ( 1 + GDPpctdiff[y] * socins_gdp_elasticity[y] )","(cbo_socinscont[y]) * ( 1 + GDPpctdiff[y] * socins_gdp_elasticity[y] )","(cbo_socinscont[y]) * ( 1 + GDPpctdiff[y] * socins_gdp_elasticity[y] )","(cbo_socinscont[y]) * ( 1 + GDPpctdiff[y] * socins_gdp_elasticity[y] )","(cbo_socinscont[y]) * ( 1 + GDPpctdiff[y] * socins_gdp_elasticity[y] )","(cbo_socinscont[y]) * ( 1 + GDPpctdiff[y] * socins_gdp_elasticity[y] )","(cbo_socinscont[y]) * ( 1 + GDPpctdiff[y] * socins_gdp_elasticity[y] )","(cbo_socinscont[y]) * ( 1 + GDPpctdiff[y] * socins_gdp_elasticity[y] )","GDP[y] * socinscont[11] / GDP[11]"]
["corpinctax","Corporate Income Tax","Revenue","double(15,0)",null,null,null,null,"Adjusted CBO Estimates then Percentage of Nominal GDP","Y",181085000000,"(cbo_corptax[y]) * ( 1 + GDPpctdiff[y] * corptax_gdp_elasticity[y] )","(cbo_corptax[y]) * ( 1 + GDPpctdiff[y] * corptax_gdp_elasticity[y] )","(cbo_corptax[y]) * ( 1 + GDPpctdiff[y] * corptax_gdp_elasticity[y] )","(cbo_corptax[y]) * ( 1 + GDPpctdiff[y] * corptax_gdp_elasticity[y] )","(cbo_corptax[y]) * ( 1 + GDPpctdiff[y] * corptax_gdp_elasticity[y] )","(cbo_corptax[y]) * ( 1 + GDPpctdiff[y] * corptax_gdp_elasticity[y] )","(cbo_corptax[y]) * ( 1 + GDPpctdiff[y] * corptax_gdp_elasticity[y] )","(cbo_corptax[y]) * ( 1 + GDPpctdiff[y] * corptax_gdp_elasticity[y] )","(cbo_corptax[y]) * ( 1 + GDPpctdiff[y] * corptax_gdp_elasticity[y] )","(cbo_corptax[y]) * ( 1 + GDPpctdiff[y] * corptax_gdp_elasticity[y] )","(cbo_corptax[y]) * ( 1 + GDPpctdiff[y] * corptax_gdp_elasticity[y] )","GDP[y] * corpinctax[11] / GDP[11]"]
["othrev","Other Revenues","Revenue","double(15,0)",null,null,null,null,"Adjusted CBO Estimates then Percentage of Nominal GDP","Y",{"$f":"2302495000000-SUM(K397:K399)","v":271422000000},"(cbo_othrev[y]) * ( 1 + GDPpctdiff[y] * othrev_gdp_elasticity[y] )","(cbo_othrev[y]) * ( 1 + GDPpctdiff[y] * othrev_gdp_elasticity[y] )","(cbo_othrev[y]) * ( 1 + GDPpctdiff[y] * othrev_gdp_elasticity[y] )","(cbo_othrev[y]) * ( 1 + GDPpctdiff[y] * othrev_gdp_elasticity[y] )","(cbo_othrev[y]) * ( 1 + GDPpctdiff[y] * othrev_gdp_elasticity[y] )","(cbo_othrev[y]) * ( 1 + GDPpctdiff[y] * othrev_gdp_elasticity[y] )","(cbo_othrev[y]) * ( 1 + GDPpctdiff[y] * othrev_gdp_elasticity[y] )","(cbo_othrev[y]) * ( 1 + GDPpctdiff[y] * othrev_gdp_elasticity[y] )","(cbo_othrev[y]) * ( 1 + GDPpctdiff[y] * othrev_gdp_elasticity[y] )","(cbo_othrev[y]) * ( 1 + GDPpctdiff[y] * othrev_gdp_elasticity[y] )","(cbo_othrev[y]) * ( 1 + GDPpctdiff[y] * othrev_gdp_elasticity[y] )","GDP[y] * othrev[11] / GDP[11]"]
["totrev","Total Revenues","Revenue","double(15,0)",null,null,null,null,"Sum of all revenue categories","Y",{"$f":"SUM(K397:K400)","v":2302495000000},"indinctax[y]  + socinscont[y]  + corpinctax[y]  + othrev[y] ","indinctax[y]  + socinscont[y]  + corpinctax[y]  + othrev[y] ","indinctax[y]  + socinscont[y]  + corpinctax[y]  + othrev[y] ","indinctax[y]  + socinscont[y]  + corpinctax[y]  + othrev[y] ","indinctax[y]  + socinscont[y]  + corpinctax[y]  + othrev[y] ","indinctax[y]  + socinscont[y]  + corpinctax[y]  + othrev[y] ","indinctax[y]  + socinscont[y]  + corpinctax[y]  + othrev[y] ","indinctax[y]  + socinscont[y]  + corpinctax[y]  + othrev[y] ","indinctax[y]  + socinscont[y]  + corpinctax[y]  + othrev[y] ","indinctax[y]  + socinscont[y]  + corpinctax[y]  + othrev[y] ","indinctax[y]  + socinscont[y]  + corpinctax[y]  + othrev[y] "]
["socialsec","Social Security","Expenditure","double(15,0)",null,null,null,null,"Adjusted CBO Estimates then Function of Retired Population and Inflation","Y",720000000000,"(cbo_socsec[y]) * ( 1 + GDPpctdiff[y] * socsec_gdp_elasticity[y] )","(cbo_socsec[y]) * ( 1 + GDPpctdiff[y] * socsec_gdp_elasticity[y] )","(cbo_socsec[y]) * ( 1 + GDPpctdiff[y] * socsec_gdp_elasticity[y] )","(cbo_socsec[y]) * ( 1 + GDPpctdiff[y] * socsec_gdp_elasticity[y] )","(cbo_socsec[y]) * ( 1 + GDPpctdiff[y] * socsec_gdp_elasticity[y] )","(cbo_socsec[y]) * ( 1 + GDPpctdiff[y] * socsec_gdp_elasticity[y] )","(cbo_socsec[y]) * ( 1 + GDPpctdiff[y] * socsec_gdp_elasticity[y] )","(cbo_socsec[y]) * ( 1 + GDPpctdiff[y] * socsec_gdp_elasticity[y] )","(cbo_socsec[y]) * ( 1 + GDPpctdiff[y] * socsec_gdp_elasticity[y] )","(cbo_socsec[y]) * ( 1 + GDPpctdiff[y] * socsec_gdp_elasticity[y] )","(cbo_socsec[y]) * ( 1 + GDPpctdiff[y] * socsec_gdp_elasticity[y] )","socialsec[y-1] * retiredpop[y]/retiredpop[y-1] * (1 + inflation[y])"]
["medicare","Medicare","Expenditure","double(15,0)",null,null,null,null,"Adjusted CBO Estimates then Function of Retired Population and Health Care Cost Inflation","Y",562000000000,"(cbo_medicare[y] - docfix[y]) * ( 1 + GDPpctdiff[y] * medicare_gdp_elasticity[y] )","(cbo_medicare[y] - docfix[y]) * ( 1 + GDPpctdiff[y] * medicare_gdp_elasticity[y] )","(cbo_medicare[y] - docfix[y]) * ( 1 + GDPpctdiff[y] * medicare_gdp_elasticity[y] )","(cbo_medicare[y] - docfix[y]) * ( 1 + GDPpctdiff[y] * medicare_gdp_elasticity[y] )","(cbo_medicare[y] - docfix[y]) * ( 1 + GDPpctdiff[y] * medicare_gdp_elasticity[y] )","(cbo_medicare[y] - docfix[y]) * ( 1 + GDPpctdiff[y] * medicare_gdp_elasticity[y] )","(cbo_medicare[y] - docfix[y]) * ( 1 + GDPpctdiff[y] * medicare_gdp_elasticity[y] )","(cbo_medicare[y] - docfix[y]) * ( 1 + GDPpctdiff[y] * medicare_gdp_elasticity[y] )","(cbo_medicare[y] - docfix[y]) * ( 1 + GDPpctdiff[y] * medicare_gdp_elasticity[y] )","(cbo_medicare[y] - docfix[y]) * ( 1 + GDPpctdiff[y] * medicare_gdp_elasticity[y] )","(cbo_medicare[y] - docfix[y]) * ( 1 + GDPpctdiff[y] * medicare_gdp_elasticity[y] )","medicare[y-1] * retiredpop[y]/retiredpop[y-1] * (1 + healthinflation[y])"]
["medicaid","Medicaid","Expenditure","double(15,0)",null,null,null,null,"Adjusted CBO Estimates then Function of Population and Health Care Cost Inflation","Y",275000000000,"(cbo_medicaid[y]) * ( 1 + GDPpctdiff[y] * medicaid_gdp_elasticity[y] )","(cbo_medicaid[y]) * ( 1 + GDPpctdiff[y] * medicaid_gdp_elasticity[y] )","(cbo_medicaid[y]) * ( 1 + GDPpctdiff[y] * medicaid_gdp_elasticity[y] )","(cbo_medicaid[y]) * ( 1 + GDPpctdiff[y] * medicaid_gdp_elasticity[y] )","(cbo_medicaid[y]) * ( 1 + GDPpctdiff[y] * medicaid_gdp_elasticity[y] )","(cbo_medicaid[y]) * ( 1 + GDPpctdiff[y] * medicaid_gdp_elasticity[y] )","(cbo_medicaid[y]) * ( 1 + GDPpctdiff[y] * medicaid_gdp_elasticity[y] )","(cbo_medicaid[y]) * ( 1 + GDPpctdiff[y] * medicaid_gdp_elasticity[y] )","(cbo_medicaid[y]) * ( 1 + GDPpctdiff[y] * medicaid_gdp_elasticity[y] )","(cbo_medicaid[y]) * ( 1 + GDPpctdiff[y] * medicaid_gdp_elasticity[y] )","(cbo_medicaid[y]) * ( 1 + GDPpctdiff[y] * medicaid_gdp_elasticity[y] )","medicaid[y-1] * totpop[y]/totpop[y-1] * (1 + healthinflation[y])"]
["othermandatory","Other Mandatory","Expenditure","double(15,0)",null,null,null,null,"Adjusted CBO Estimates then Percentage of Nominal GDP","Y",467234000000,"(cbo_othermandatory[y]) * ( 1 + GDPpctdiff[y] * othermandatory_gdp_elasticity[y] )","(cbo_othermandatory[y]) * ( 1 + GDPpctdiff[y] * othermandatory_gdp_elasticity[y] )","(cbo_othermandatory[y]) * ( 1 + GDPpctdiff[y] * othermandatory_gdp_elasticity[y] )","(cbo_othermandatory[y]) * ( 1 + GDPpctdiff[y] * othermandatory_gdp_elasticity[y] )","(cbo_othermandatory[y]) * ( 1 + GDPpctdiff[y] * othermandatory_gdp_elasticity[y] )","(cbo_othermandatory[y]) * ( 1 + GDPpctdiff[y] * othermandatory_gdp_elasticity[y] )","(cbo_othermandatory[y]) * ( 1 + GDPpctdiff[y] * othermandatory_gdp_elasticity[y] )","(cbo_othermandatory[y]) * ( 1 + GDPpctdiff[y] * othermandatory_gdp_elasticity[y] )","(cbo_othermandatory[y]) * ( 1 + GDPpctdiff[y] * othermandatory_gdp_elasticity[y] )","(cbo_othermandatory[y]) * ( 1 + GDPpctdiff[y] * othermandatory_gdp_elasticity[y] )","(cbo_othermandatory[y]) * ( 1 + GDPpctdiff[y] * othermandatory_gdp_elasticity[y] )","GDP[y] * othermandatory[11] / GDP[11]"]
["defense","Defense","Expenditure","double(15,0)",null,null,null,null,"Adjusted CBO Estimates then Percentage of Nominal GDP","Y",702984000000,"(cbo_defense[y]) * ( 1 + GDPpctdiff[y] * defense_gdp_elasticity[y] )","(cbo_defense[y]) * ( 1 + GDPpctdiff[y] * defense_gdp_elasticity[y] )","(cbo_defense[y]) * ( 1 + GDPpctdiff[y] * defense_gdp_elasticity[y] )","(cbo_defense[y]) * ( 1 + GDPpctdiff[y] * defense_gdp_elasticity[y] )","(cbo_defense[y]) * ( 1 + GDPpctdiff[y] * defense_gdp_elasticity[y] )","(cbo_defense[y]) * ( 1 + GDPpctdiff[y] * defense_gdp_elasticity[y] )","(cbo_defense[y]) * ( 1 + GDPpctdiff[y] * defense_gdp_elasticity[y] )","(cbo_defense[y]) * ( 1 + GDPpctdiff[y] * defense_gdp_elasticity[y] )","(cbo_defense[y]) * ( 1 + GDPpctdiff[y] * defense_gdp_elasticity[y] )","(cbo_defense[y]) * ( 1 + GDPpctdiff[y] * defense_gdp_elasticity[y] )","(cbo_defense[y]) * ( 1 + GDPpctdiff[y] * defense_gdp_elasticity[y] )","GDP[y] * defense[11] / GDP[11]"]
["domesticdiscr","Domestic Discretionary","Expenditure","double(15,0)",null,null,null,null,"Adjusted CBO Estimates then Increases with General Inflation","Y",650453000000,"(cbo_domesticdiscr[y]) * ( 1 + GDPpctdiff[y] * domesticdiscr_gdp_elasticity[y] )","(cbo_domesticdiscr[y]) * ( 1 + GDPpctdiff[y] * domesticdiscr_gdp_elasticity[y] )","(cbo_domesticdiscr[y]) * ( 1 + GDPpctdiff[y] * domesticdiscr_gdp_elasticity[y] )","(cbo_domesticdiscr[y]) * ( 1 + GDPpctdiff[y] * domesticdiscr_gdp_elasticity[y] )","(cbo_domesticdiscr[y]) * ( 1 + GDPpctdiff[y] * domesticdiscr_gdp_elasticity[y] )","(cbo_domesticdiscr[y]) * ( 1 + GDPpctdiff[y] * domesticdiscr_gdp_elasticity[y] )","(cbo_domesticdiscr[y]) * ( 1 + GDPpctdiff[y] * domesticdiscr_gdp_elasticity[y] )","(cbo_domesticdiscr[y]) * ( 1 + GDPpctdiff[y] * domesticdiscr_gdp_elasticity[y] )","(cbo_domesticdiscr[y]) * ( 1 + GDPpctdiff[y] * domesticdiscr_gdp_elasticity[y] )","(cbo_domesticdiscr[y]) * ( 1 + GDPpctdiff[y] * domesticdiscr_gdp_elasticity[y] )","(cbo_domesticdiscr[y]) * ( 1 + GDPpctdiff[y] * domesticdiscr_gdp_elasticity[y] )","GDP[y] * domesticdiscr[11]/GDP[11]"]
["netinterest","Net Interest Expense","Expenditure","double(15,0)",null,null,null,null,"Average Treasury Rate Times Prior Year Debt","Y",221302000000,"debt[y-1] * avgcpnrate[y]","debt[y-1] * avgcpnrate[y]","debt[y-1] * avgcpnrate[y]","debt[y-1] * avgcpnrate[y]","debt[y-1] * avgcpnrate[y]","debt[y-1] * avgcpnrate[y]","debt[y-1] * avgcpnrate[y]","debt[y-1] * avgcpnrate[y]","debt[y-1] * avgcpnrate[y]","debt[y-1] * avgcpnrate[y]","debt[y-1] * avgcpnrate[y]"]
["totexp","Total Expenditures","Expenditure","double(15,0)",null,null,null,null,"Sum of all expediture categories","Y",{"$f":"SUM(K402:K408)","v":3598973000000},"defense[y] + socialsec[y] + medicare[y] + medicaid[y] + othermandatory[y] + domesticdiscr[y] + netinterest[y]","defense[y] + socialsec[y] + medicare[y] + medicaid[y] + othermandatory[y] + domesticdiscr[y] + netinterest[y]","defense[y] + socialsec[y] + medicare[y] + medicaid[y] + othermandatory[y] + domesticdiscr[y] + netinterest[y]","defense[y] + socialsec[y] + medicare[y] + medicaid[y] + othermandatory[y] + domesticdiscr[y] + netinterest[y]","defense[y] + socialsec[y] + medicare[y] + medicaid[y] + othermandatory[y] + domesticdiscr[y] + netinterest[y]","defense[y] + socialsec[y] + medicare[y] + medicaid[y] + othermandatory[y] + domesticdiscr[y] + netinterest[y]","defense[y] + socialsec[y] + medicare[y] + medicaid[y] + othermandatory[y] + domesticdiscr[y] + netinterest[y]","defense[y] + socialsec[y] + medicare[y] + medicaid[y] + othermandatory[y] + domesticdiscr[y] + netinterest[y]","defense[y] + socialsec[y] + medicare[y] + medicaid[y] + othermandatory[y] + domesticdiscr[y] + netinterest[y]","defense[y] + socialsec[y] + medicare[y] + medicaid[y] + othermandatory[y] + domesticdiscr[y] + netinterest[y]","defense[y] + socialsec[y] + medicare[y] + medicaid[y] + othermandatory[y] + domesticdiscr[y] + netinterest[y]"]
["surplus","Surplus or Deficit","Debt","double(15,0)",null,null,null,null,"Total revenues less total expenditures","Y",{"$f":"K401-K409","v":-1296478000000},"totrev[y] - totexp[y]","totrev[y] - totexp[y]","totrev[y] - totexp[y]","totrev[y] - totexp[y]","totrev[y] - totexp[y]","totrev[y] - totexp[y]","totrev[y] - totexp[y]","totrev[y] - totexp[y]","totrev[y] - totexp[y]","totrev[y] - totexp[y]","totrev[y] - totexp[y]"]
["non_deficit_financing","Bond Issuance to Finance Government Loan Programs","Expenditure","double(15,0)",null,null,null,null,"CBO Estimates until 2021; Increase with Inflation Afterward","Y",-192255038798.98047,47122000000.000755,109431904000.00049,103144294736.00058,96161154757.024628,95596466018.763748,95349209863.400116,85127366998.756775,78623917476.713364,75374840670.922821,71257115253.732986,71278363252.646164,"non_deficit_financing[y-1] * (1 + inflation[y])"]
["debt","Debt","Debt","double(15,0)",null,null,null,null,"Prior Year Debt Minus Surplus or Deficit","Y",10127031384654,"debt[y-1] - surplus[y] + non_deficit_financing[y]"]

{"sheet":"adjustments","index":3,"n_rows":15,"n_cols":9,"rows_kept":15,"cut":false,"hidden":false,"merged":[]}
["Adjustment Name","Expression to Evaluate","Relation to Threshold ","Threshold Value","Series to Adjust if Threshold is Surpassed","Distribute Adjustment to Related Series","Constraint Operator","Constraint Amount","Dependent Series"]
["Spending Adjustment for Large Deficit","totrev[y]/totexp[y]","<",0.55000000000000004,"totexp[y]","medicare[y]",">=",0]
[null,null,null,null,null,"medicaid[y]",">=",0]
[null,null,null,null,null,"othermandatory[y]",">=",0]
[null,null,null,null,null,"defense[y]",">=",0]
[null,null,null,null,null,"domesticdiscr[y]",">=",0]
[null,null,null,null,null,"othrev[y]",">=",0]
[null,null,null,null,null,null,null,null,"surplus[y]"]
[null,null,null,null,null,null,null,null,"debt[y]"]
["Tax Adjustment for Large Surplus","totrev[y]/totexp[y]",">",1.3,"totrev[y]","indinctax[y]",">=",0]
[null,null,null,null,null,"socinscont[y]",">=",0]
[null,null,null,null,null,"corpinctax[y]",">=",0]
[null,null,null,null,null,"othrev[y]",">=",0]
[null,null,null,null,null,null,null,null,"surplus[y]"]
[null,null,null,null,null,null,null,null,"debt[y]"]

{"sheet":"ratingmap","index":4,"n_rows":28,"n_cols":33,"rows_kept":28,"cut":false,"hidden":false,"merged":[[0,1,0,31]]}
[null,"Minimum Cumulative Default Probability Associated with Rating"]
["Rating","Year 1","Year 2","Year 3","Year 4","Year 5","Year 6","Year 7","Year 8","Year 9","Year 10","Year 11","Year 12","Year 13","Year 14","Year 15","Year 16","Year 17","Year 18","Year 19","Year 20","Year 21","Year 22","Year 23","Year 24","Year 25","Year 26","Year 27","Year 28","Year 29","Year 30","Year 31"]
["AAA",1.6881943016134132E-6,7.7459666924148335E-6,2.6457513110645909E-5,6.1481704595757597E-5,9.4815610529068469E-5,1.2961481396815721E-4,1.6757088052522727E-4,2.1028552018624585E-4,2.593067681338071E-4,3.1622776601683794E-4,3.9773576211929961E-4,4.7866595978786764E-4,5.667840856627477E-4,6.6189125062432485E-4,7.6376679984916577E-4,8.7217260217493193E-4,9.8685685605762749E-4,1.1075574474815049E-3,1.2340048963836697E-3,1.365924928035351E-3,1.5030407047819136E-3,1.6450747518908591E-3,1.7917506092219896E-3,1.942794238187436E-3,2.0979352111357985E-3,2.2569077079628835E-3,2.4194513424827691E-3,2.5853118389280055E-3,2.7542415769119229E-3,2.9260000212933276E-3,{"$f":"AE3+AE3-AD3","v":3.0977584656747322E-3},{"$f":"A3","v":"AAA"}]
["AA+",8.8045442812220558E-6,4.8989794855663562E-5,1.6124515496597098E-4,3.1416556144810013E-4,4.5912961132995987E-4,6.1139185470531084E-4,7.7420927403383641E-4,9.5105204904884157E-4,1.159655121145938E-3,1.414213562373095E-3,1.804711387945459E-3,2.2018388728916936E-3,2.6412011417734568E-3,3.122652220224707E-3,3.6458294440564281E-3,4.2101720905440157E-3,4.8149400991491951E-3,5.4592326246794875E-3,6.1420062066282668E-3,6.862092377210716E-3,7.6182145665516787E-3,8.4090041960897741E-3,9.2330158803064048E-3,1.0088741682331133E-2,1.0974624390915367E-2,1.1889069804894462E-2,1.283045802682139E-2,1.3797153780231974E-2,1.4787515775282974E-2,1.5799905155581242E-2,{"$f":"AE4+AE4-AD4","v":1.6812294535879509E-2},{"$f":"A4","v":"AA+"}]
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["A-",5.9131210033281072E-4,2.04939015319192E-3,4.4899888641287298E-3,6.6947740813264192E-3,8.9610267268879409E-3,1.1165572085656874E-2,1.3615065185301171E-2,1.6003124694883807E-2,1.8575252353602089E-2,2.1633307652783935E-2,2.7450711056398503E-2,3.1390704357304094E-2,3.5476810470046104E-2,3.9688702166976564E-2,4.4007151294732663E-2,4.841410550145956E-2,5.2892729237851342E-2,5.7427416057016831E-2,6.2003778338719041E-2,6.6608619675119191E-2,7.1229894321729881E-2,7.5856657361997121E-2,8.0479008566404137E-2,8.5088032348295553E-2,8.9675735724704636E-2,9.4234985774423907E-2,9.875944773916033E-2,0.10324352462824729,0.10768229895467475,0.11207147704232676,0.11646065512997876,"A-"]
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["BBB",2.6720778431774772E-3,7.0249555158733929E-3,1.191343779099887E-2,1.6899704139422086E-2,2.1952220844370166E-2,2.699814808463721E-2,3.2303714956642374E-2,3.7635754277016958E-2,4.2481525396341403E-2,4.6861498055439925E-2,5.6386175797047175E-2,6.2994402747990147E-2,6.9659025421030266E-2,7.6350421396999199E-2,8.3042705328236918E-2,8.9713432145277855E-2,9.6343291393091932E-2,0.10291580413595405,0.10941703034104441,0.11583529192979761,0.12216091463039511,0.12838599024392822,0.13450415983741482,0.14051041760437638,0.14640093461087109,0.152172901309924,0.15782438751144687,0.1633542184000335,0.16876186517025055,0.17404734887599521,0.17933283258173988,"BBB"]
["BBB-",6.0448325038829648E-3,1.456365338780074E-2,2.3135038361757693E-2,3.1616451413781409E-2,4.0129789433785965E-2,4.8088460154178357E-2,5.5289962922758409E-2,6.2620523792124252E-2,6.9572480191524011E-2,7.5723180070570204E-2,9.3102040058022265E-2,0.10217427087295852,0.11111852640051412,0.11990930154064505,0.12852673865451089,0.1369558069487605,0.14518555820334697,0.15320846435837526,0.16101983648564339,0.16861732105233479,0.17600046737538719,0.18317035922734606,0.19012930331131006,0.19688056751273905,0.20342816228063132,0.20977665906942863,0.21593104040656311,0.22189657678802779,0.22767872621469351,0.23328305274769359,0.23888737928069367,"BBB-"]
["BB+",1.164989270336856E-2,2.6475271481138773E-2,4.0265866437964551E-2,5.3441556863549552E-2,6.6636926699841129E-2,7.8142498040438921E-2,8.6914900908877532E-2,9.5915275112987086E-2,0.10484679298862698,0.11264990013311153,0.12921895125577529,0.14076719735879348,0.15200643453783394,0.16291438727995525,0.17347648707378982,0.1836845102529826,0.19353537813122001,0.20303011930376014,0.21217298549929078,0.22097070776446634,0.22943187771147888,0.23756643812887768,0.24538526781274617,0.25289984659106812,0.26012198790527463,0.26706362779679849,0.27373666060943669,0.28015281309387807,0.28632354985372754,0.29226000418802323,0.29819645852231891,"BB+"]
["BB",2.0937048502594629E-2,4.3726079174789961E-2,6.3848727473615322E-2,8.1591666241105781E-2,9.987121707479088E-2,0.11480300518714656,0.12507357834490865,0.13534348894571915,0.14538964887501449,0.15440531078949324,0.170529368802565,0.1842843144834691,0.19748849818471076,0.21013914606491413,0.22224091598230747,0.23380407830748456,0.24484303426648127,0.25537512155418057,0.26541966122102389,0.2749972050072913,0.2841289476704098,0.29283627401240075,0.30114041504986594,0.30906219198191759,0.31662183027956892,0.32383882936303954,0.3307318759934052,0.33731879173432477,0.3436165066930677,0.34964105328078954,0.35566559986851137,"BB"]
["BB-",3.6264031767027777E-2,6.7951306094879441E-2,9.5464443642646363E-2,0.11644376325076411,0.13826901315913123,0.15534995976825999,0.16723653906966623,0.17827318923494917,0.18839331198320178,0.19800303027984195,0.21875560204882274,0.23431598479649357,0.24901305191160059,0.26288550130442057,0.27597546287074903,0.28832654765222626,0.29998248073651096,0.31098616354531589,0.32137905040614534,0.33120075371197055,0.34048881399701053,0.34927858773843018,0.35760321801643241,0.36549366236795461,0.37297875903251426,0.38008531789895772,0.38683822625918329,0.39326056228984352,0.39937371126356008,0.40519748102332226,0.41102125078308444,"BB-"]
["B+",5.7886786056923219E-2,9.8891152283710398E-2,0.13418979096786759,0.15846150952202873,0.18271431252094072,0.2012979135510351,0.21431549174056455,0.22556251904959743,0.2359899997881266,0.24573156085452272,0.26684196300525281,0.28421520479700252,0.30041284367256449,0.31551475063895196,0.32960032998658628,0.34274641030534608,0.35502597092626276,0.36650744478527536,0.37725441267034399,0.38732555744117619,0.39677478558024948,0.40565145136465613,0.41400063898781131,0.42186347226674037,0.42927743172334809,0.43627666597992426,0.4428922894009289,0.44915266135663851,0.45508364482364178,0.46070884359401643,0.46633404236439108,"B+"]
["B",9.1213595477867226E-2,0.13922596740550952,0.18083597540312601,0.20876905901018952,0.23668660714117307,0.25717309346041628,0.27282045377867109,0.28624936681152674,0.29760907244235685,0.3081038785864274,0.33071881488759197,0.35157340448264929,0.37090191615052265,0.38882035463462095,0.40544176358675049,0.42087374331595162,0.4352170704962956,0.44856506130571511,0.46100342493720686,0.47261043029511945,0.48345726305125852,0.49360848900358834,0.50312256717320736,0.51205237544064675,0.52044572505000986,0.52834584966098774,0.53579186100776099,0.54281916749924064,0.5494598548924754,0.55574302993896285,0.56202620498545031,"B"]
["B-",0.14211762234012576,0.19644820485643197,0.24541189348524062,0.27942644290535362,0.31341451589668956,0.33731680218399346,0.35818248152217991,0.37713972191032147,0.39278416809299838,0.40801102926269039,0.43276740392722252,0.4555168748937059,0.4763018510438386,0.49533002215957739,0.51278745339013287,0.5288396940878336,0.54363339327517635,0.55729811980591792,0.56994820610280128,0.58168451205895522,0.59259605497439227,0.60276148204108082,0.61225038039117829,0.62112443039590437,0.62943841359689834,0.63724108924033862,0.64457595408794899,0.65148189978706594,0.65799378109678908,0.66414290700335099,0.6702920329099129,"B-"]
["CCC+",0.21258447406117267,0.27479253393764236,0.33420140660351733,0.37751445032612879,0.42074869960224731,0.45014063638957741,0.47817804844091477,0.50536442842613194,0.53105882809057714,0.55682133579811754,0.57705017376957668,0.59503909487109008,0.61086021800307044,0.62486876979744455,0.6373523091761244,0.64854442228064568,0.65863564347355208,0.66778212997012754,0.67611253581534081,0.68373345278886688,0.69073371644999215,0.69718781648070793,0.70315860155089716,0.70869942911589001,0.71385587857970223,0.71866712081298845,0.72316701690579321,0.72738500322124966,0.73134680742397196,0.73507503046930267,0.73880325351463338,"CCC+"]
["CCC",0.36410782380142892,0.43043989891576029,0.49351283867548729,0.53913802599871707,0.58341953264085011,0.61235392760090546,0.64083940979365006,0.6689087847515286,0.69659077929934254,0.7242582412371984,0.73751323754078879,0.74890117431852787,0.75854041020160523,0.7667908605018835,0.77392787224365145,0.78016358930132601,0.78566261164714246,0.79055356320012904,0.79493769309201912,0.79889530699704059,0.80249059999481864,0.80577530503429007,0.80879145942307884,0.81157351165983838,0.81414993291788562,0.81654445516977359,0.81877702688365961,0.82086455431316407,0.82282147943274053,0.82466023295421886,0.82649898647569719,"CCC"]
["CCC-",0.71407419177511133,0.75504153034754917,0.79025299736213583,0.8138917658185072,0.83559081025849435,0.84918210949877992,0.86215047257768485,0.87455870416966164,0.88646019779518903,0.89833178725902829,0.90348984023822176,0.90811636870719503,0.91199594512919846,0.91529054465840198,0.91812151055369562,0.92058075701646325,0.92273861494756004,0.92464941696507619,0.92635552633959806,0.92789027566721727,0.9292801304798366,0.93054629522792864,0.93170591404033465,0.93277297450416485,0.93375899219216973,0.9346735322692904,0.9355246093249685,0.93631899568979404,0.93706246062061438,0.93775995700130399,0.9384574533819936,"CCC-"]
["CC",{"$f":"(B21+B24)/2","v":0.85703709588755572},0.87752076517377464,0.89512649868106786,0.9069458829092536,0.91779540512924718,0.92459105474938996,0.93107523628884237,0.93727935208483082,0.94323009889759457,0.9491658936295142,0.95174492011911083,0.95405818435359757,0.95599797256459929,0.95764527232920105,0.95906075527684775,0.96029037850823162,0.96136930747378002,0.96232470848253815,0.96317776316979908,0.96394513783360858,0.9646400652399183,0.96527314761396432,0.96585295702016727,0.96638648725208243,0.96687949609608492,0.96733676613464525,0.96776230466248425,0.96815949784489708,0.96853123031030719,0.96887997850065199,0.9692287266909968,"CC"]
["C",{"$f":"(B22+B24)/2","v":0.92851854794377786},{"$f":"(C22+C24)/2","v":0.93876038258688732},0.94756324934053393,0.9534729414546268,0.95889770256462359,0.96229552737469493,0.96553761814442118,0.96863967604241541,0.97161504944879729,0.9745829468147571,0.97587246005955541,0.97702909217679879,0.97799898628229964,0.97882263616460052,0.97953037763842388,0.98014518925411576,0.98068465373689007,0.98116235424126907,0.98158888158489954,0.98197256891680429,0.98232003261995915,0.98263657380698222,0.98292647851008363,0.98319324362604121,0.98343974804804246,0.98366838306732263,0.98388115233124207,0.98407974892244854,0.98426561515515365,0.98443998925032594,0.98461436334549846,"C"]
["D",1,{"$f":"MIN(1,ROUND((1+$B24)^C$26-1,5))","v":1},{"$f":"MIN(1,ROUND((1+$B24)^D$26-1,5))","v":1},1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,"D"]
[]
[null,1,2,3,4,5,6,7,8,9,10,11,12,13,14,15,16,17,18,19,20,21,22,23,24,25,26,27,28,29,30,31]
[]
[null,"Default rates in this table is roughly based on the Idealized Default Rate table distributed by Moody's Corporation, although it uses the more familiar rating symbols employed by S&P and Fitch. PSCF users may substitute any values between 0 and 1."]

{"sheet":"results","index":5,"n_rows":40,"n_cols":9,"rows_kept":40,"cut":false,"hidden":false,"merged":[]}
["PSCF Fiscal Projection"]
["Government Entity","United States"]
["Model Description","US Federal Budget Sample"]
["Currency Units in","USD"]
["Trials",1000000]
["Run Date/Time","Thu May 31 17:13 2012"]
[]
["Year","Default Count","Default Probability","Cumulative Default Count","Cumulative Default Probability","Rating Equivalent",null,"Minimum Interest Expense/Total Revenue","Maximum Interest Expense/Total Revenue"]
[2011,0,0,0,0,"N/A",null,9.6100000000000005E-2,9.6100000000000005E-2]
[2012,0,0,0,0,"AAA",null,8.0799999999999997E-2,8.7900000000000006E-2]
[2013,0,0,0,0,"AAA",null,5.6599999999999998E-2,0.1807]
[2014,0,0,0,0,"AAA",null,4.2000000000000003E-2,0.27029999999999998]
[2015,36,0,36,0,"AAA",null,3.32E-2,0.40039999999999998]
[2016,1091,1.1000000000000001E-3,1091,1.1000000000000001E-3,"AA-",null,2.6499999999999999E-2,0.46450000000000002]
[2017,6783,6.7999999999999996E-3,6802,6.7999999999999996E-3,"A",null,2.12E-2,0.58650000000000002]
[2018,19300,1.9300000000000001E-2,19543,1.95E-2,"BBB+",null,1.77E-2,0.67520000000000002]
[2019,37211,3.7199999999999997E-2,38267,3.8300000000000001E-2,"BBB-",null,1.46E-2,0.81969999999999998]
[2020,58584,5.8599999999999999E-2,61441,6.1400000000000003E-2,"BBB-",null,1.1599999999999999E-2,1.0093000000000001]
[2021,80714,8.0699999999999994E-2,86561,8.6599999999999996E-2,"BB+",null,8.0000000000000002E-3,1.0403]
[2022,102895,0.10290000000000001,112818,0.1128,"BB+",null,6.1000000000000004E-3,1.2346999999999999]
[2023,126981,0.127,140743,0.14069999999999999,"BB+",null,3.3E-3,1.484]
[2024,151177,0.1512,169338,0.16930000000000001,"BB",null,-1.17E-2,1.4060999999999999]
[2025,176519,0.17649999999999999,199442,0.19939999999999999,"BB",null,-3.4299999999999997E-2,1.4387000000000001]
[2026,201700,0.20169999999999999,229732,0.22969999999999999,"BB-",null,-5.2699999999999997E-2,1.5449999999999999]
[2027,225796,0.2258,259284,0.25929999999999997,"BB-",null,-7.6300000000000007E-2,1.5743]
[2028,248968,0.249,288117,0.28810000000000002,"BB-",null,-9.8299999999999998E-2,1.6264000000000001]
[2029,271167,0.2712,315719,0.31569999999999998,"B+",null,-0.1178,1.7107000000000001]
[2030,292212,0.29220000000000002,341956,0.34200000000000003,"B+",null,-0.1406,1.8363]
[2031,311956,0.312,366648,0.36659999999999998,"B+",null,-0.17050000000000001,2.0028999999999999]
[2032,330116,0.3301,389981,0.39,"B+",null,-0.17119999999999999,2.1690999999999998]
[2033,346808,0.3468,411671,0.41170000000000001,"B",null,-0.1867,2.5735999999999999]
[2034,362283,0.36230000000000001,431734,0.43169999999999997,"B",null,-0.21890000000000001,3.0213000000000001]
[2035,376592,0.37659999999999999,450275,0.45029999999999998,"B",null,-0.2356,3.2237]
[2036,389794,0.38979999999999998,467584,0.46760000000000002,"B",null,-0.2412,3.2898999999999998]
[2037,402178,0.4022,483727,0.48370000000000002,"B",null,-0.25219999999999998,3.2237]
[2038,413312,0.4133,498445,0.49840000000000001,"B",null,-0.28699999999999998,3.2021999999999999]
[2039,423297,0.42330000000000001,511952,0.51200000000000001,"B",null,-0.30209999999999998,3.5920000000000001]
[2040,432718,0.43269999999999997,524534,0.52449999999999997,"B",null,-0.314,3.5752000000000002]
[2041,440783,0.44080000000000003,535911,0.53590000000000004,"B",null,-0.32869999999999999,3.7675999999999998]
[2042,448162,0.44819999999999999,546367,0.5464,"B",null,-0.33839999999999998,3.7772999999999999]

{"sheet":"projection","index":6,"n_rows":370,"n_cols":41,"rows_kept":370,"cut":false,"hidden":false,"merged":[]}
["PSCF Fiscal Projection"]
["Government Entity","United States"]
["Model Description","US Federal Budget Sample"]
["Currency Units in","USD"]
["Trials",10]
["Run Date/Time","Thu May 31 17:13 2012"]
[]
["Fiscal Year","Random Draws for Labor Force Participation","Random Draws for Productivity","Random Draws for Inflation","Random Draws for Oil Prices","Random Draws for Interest Rates","Random Draws for Births","Random Draws for Death Rates","Random Draws for Extending Bush Tax Cuts for Top 2 Brackets","Random Draws for Extending Other Bush Tax Cuts and AMT Patch","Random Draws for Extending Lower Estate Taxes","Random Draws for Extending Medicare Doc Fix","Total Population","Real GDP Growth","General Inflation (CPI)","Interest Rate on Newly Issued Bonds","Average Coupon Rate Paid By Treasury","Individual Income Tax","Social Insurance Contributions","Corporate Income Tax","Other Revenues","Total Revenues","Social Security","Medicare","Medicaid","Other Mandatory","Defense","Domestic Discretionary","Net Interest Expense","Total Expenditures","Surplus or Deficit","Bond Issuance to Finance Government Loan Programs","Debt",null,"Interest Expense/Total Revenue","Debt/GDP","Debt/Total Revenue","Absolute Increase in Debt","Total Rev / Total Exp","Default Flag","Cumulative Default Flag"]
[]
["Trial        1"]
[]
[2011,null,null,null,null,null,null,null,null,null,null,null,311387238,1.6E-2,0.03,1.52E-2,2.1853000000000001E-2,1091473000000,758515000000,181085000000,271422000000,2302495000000,720000000000,562000000000,275000000000,467234000000,702984000000,650453000000,221302000000,3598973000000,-1296478000000,-192255038799,10127031384654,null,9.6100000000000005E-2,0.67720000000000002,4.3982999999999999,null,0.63980000000000004,0,0]
[2012,-0.2485,3.61E-2,0.38790000000000002,8.48E-2,0.57240000000000002,-0.46729999999999999,0.1948,0.1061,0.52229999999999999,0.6885,0.37609999999999999,313954937,2.4937999999999998E-2,2.894E-2,1.8072000000000001E-2,2.0799000000000002E-2,1170569945670,835421560591,254056742715,223833212359,2483881461336,768875905473,569429000000,257705218257,503844000000,672549000000,630049000000,210632770635,3613084894366,-1129203433030,47122000000,11303356817684,null,8.48E-2,0.71950000000000003,4.5507,1176325433029.8701,0.6875,0,0]
[2013,0.47010000000000002,-0.18540000000000001,-0.64280000000000004,-0.92059999999999997,0.58799999999999997,-0.71499999999999997,2.2499999999999999E-2,0.48270000000000002,0.39389999999999997,0.95699999999999996,0.82830000000000004,316371796,5.6083000000000001E-2,1.2055E-2,3.9871999999999998E-2,2.6114999999999999E-2,1326769698980,1001008115194,337555273992,241869108026,2907202196191,810878978499,610832000000,274658110047,439813000000,635429000000,583101000000,295184356446,3649896444992,-742694248801,109431904000,12155482970485,null,0.10150000000000001,0.7268,4.1811999999999996,852126152800.70105,0.79649999999999999,0,0]
[2014,-0.35420000000000001,-1.5E-3,-0.27029999999999998,0.96340000000000003,-9.06E-2,0.58819999999999995,-6.4600000000000005E-2,0.1701,0.31369999999999998,0.1323,0.96289999999999998,318889811,-4.2550000000000001E-3,1.2248E-2,3.4229000000000002E-2,2.8375999999999998E-2,1293759517621,1032972055053,390957670430,276395325557,2994084568662,855402751941,642501000000,336812461224,406869000000,625866000000,569030000000,344927640032,3781408853197,-787324284535,103144294736,13045951549756,null,0.1152,0.77700000000000002,4.3571999999999997,890468579271.49194,0.79179999999999995,0,0]
[2015,5.7099999999999998E-2,-5.1700000000000003E-2,-0.27450000000000002,-0.37259999999999999,0.28079999999999999,-0.4259,0.33889999999999998,0.21260000000000001,0.47270000000000001,4.8599999999999997E-2,0.89790000000000003,321220277,2.6306E-2,1.2246E-2,4.0514000000000001E-2,3.1759000000000003E-2,1365541942221,1064907331797,441555388874,280821942854,3152826605746,901003794728,673564000000,383714949508,425021000000,627451000000,571040000000,414327512497,3996122256733,-843295650987,96161154757,13985408355500,null,0.13139999999999999,0.80500000000000005,4.4358000000000004,939456805744.02698,0.78900000000000003,0,0]
[2016,-0.99780000000000002,0.73660000000000003,0.2145,-0.375,7.8799999999999995E-2,-0.87529999999999997,-0.68779999999999997,0.50260000000000005,3.5299999999999998E-2,0.97989999999999999,0.31209999999999999,323545999,-3.4833999999999997E-2,2.6700000000000002E-2,3.9817999999999999E-2,3.4005000000000001E-2,1325322522484,1049785169143,433832620204,268348002348,3077288314180,952240245137,732096000000,428187968806,453208000000,641632000000,577899000000,475573498468,4260836712411,-1183548398231,95596466019,15264553219750,null,0.1545,0.8901,4.9603999999999999,1279144864250,0.72219999999999995,0,0]
[2017,0.20100000000000001,-4.9200000000000001E-2,-0.67469999999999997,-8.5199999999999998E-2,0.25869999999999999,6.7999999999999996E-3,6.1100000000000002E-2,0.80400000000000005,0.4945,0.87229999999999996,0.2296,325687663,3.7298999999999999E-2,9.6769999999999998E-3,4.7879999999999999E-2,3.7872000000000003E-2,1410163319940,1100973884399,424132248627,276452326523,3211721779490,1006842519202,758196000000,454935113910,448235000000,648959000000,584260000000,578097960118,4479525593230,-1267803813741,95349209863,16627706243354,null,0.18,0.9294,5.1772,1363153023604.1001,0.71699999999999997,0,0]
[2018,0.88819999999999999,-0.16880000000000001,-0.1522,0.16750000000000001,0.73499999999999999,0.40310000000000001,0.14580000000000001,0.69830000000000003,0.53890000000000005,0.67169999999999996,0.98419999999999996,327862280,0.08,1.4215999999999999E-2,6.4805000000000001E-2,4.5378000000000002E-2,1597273700443,1206391725156,435291342765,297721244405,3536678012769,1063753199130,790097000000,476673645320,445408000000,657733000000,592330000000,754534426032,4780529270483,-1243851257714,85127366999,17956684868067,null,0.21329999999999999,0.92,5.0773000000000001,1328978624712.3899,0.73980000000000001,0,0]
[2019,0.44729999999999998,0.28649999999999998,0.39600000000000002,-0.81740000000000002,-0.4929,0.40629999999999999,0.21479999999999999,0.1087,0.98640000000000005,0.87580000000000002,0.2944,330059808,6.7149E-2,3.3325E-2,4.3765999999999999E-2,4.4928999999999997E-2,1830818815833,1325136878207,446361280921,330397975202,3932714950161,1125176588692,863074000000,505968368824,460253000000,678033000000,604589000000,806770550783,5043864508298,-1111149558137,78623917477,19146458343680,null,0.2051,0.89300000000000002,4.8685,1189773475613.71,0.77969999999999995,0,0]
[2020,-0.15090000000000001,3.8999999999999998E-3,-0.50829999999999997,0.6411,0.3201,-0.16500000000000001,-0.27689999999999998,0.70540000000000003,0.3226,0.51780000000000004,0.91720000000000002,332317012,8.3359999999999997E-3,1.8837E-2,5.4535E-2,4.7606000000000002E-2,1884036988306,1356289526361,435405066176,342643371417,4018374952260,1195363925414,922990000000,541171056388,474044000000,694134000000,618321000000,911483827388,5357507809191,-1339132856930,75374840671,20560966041282,null,0.2268,0.93720000000000003,5.1166999999999998,1414507697601.4099,0.75,0,0]
[2021,0.74760000000000004,-0.61129999999999995,0.4425,0.624,5.8200000000000002E-2,0.1265,-0.1215,0.52370000000000005,0.21709999999999999,0.1116,0.76449999999999996,334526242,5.9482E-2,3.7661E-2,5.2498000000000003E-2,4.8968999999999999E-2,2146770511011,1485046916308,459704381264,376841895916,4468363704499,1263802908471,987041000000,576021924596,491509000000,710578000000,632274000000,1006853907072,5668080740139,-1199717035640,71257115254,21831940192175,null,0.2253,0.90859999999999996,4.8859000000000004,1270974150893.53,0.7883,0,0]
[2022,-0.26679999999999998,1.21E-2,-2.5700000000000001E-2,0.24909999999999999,-0.60940000000000005,-0.14940000000000001,-1.1949000000000001,0.1658,0.84389999999999998,0.2016,0.38340000000000002,337012746,4.6439999999999997E-3,3.5881999999999997E-2,3.5388999999999997E-2,4.5184000000000002E-2,2249868877689,1540514449808,463659185763,389042718951,4643085232212,1338975492407,1086915000000,621112912926,527538000000,733849000000,647213000000,986462138380,5942065543713,-1298980311501,71278363253,23202198866929,null,0.21249999999999999,0.93149999999999999,4.9972000000000003,1370258674753.77,0.78139999999999998,0,0]
[2023,-0.59199999999999997,0.29580000000000001,-0.14940000000000001,-0.26029999999999998,-0.42470000000000002,-0.25879999999999997,-0.13980000000000001,0.34849999999999998,0.1051,0.2492,0.69020000000000004,339058245,-1.5668000000000001E-2,3.1085000000000002E-2,2.6075000000000001E-2,3.9858999999999999E-2,2274601102546,1557448925477,468756070899,393319364626,4694125463548,1426671697710,1169334384899,650556031955,533337088367,741916011664,654327644593,924806192064,6100949051252,-1406823587704,73494047278,24682516501911,null,0.19700000000000001,0.98019999999999996,5.2582000000000004,1480317634981.6699,0.76939999999999997,0,0]
[2024,0.54810000000000003,7.6899999999999996E-2,0.53649999999999998,-0.34949999999999998,6.7400000000000002E-2,-0.75600000000000001,-0.39400000000000002,0.96499999999999997,0.37140000000000001,0.89139999999999997,0.14069999999999999,341027806,6.7038E-2,4.8284000000000001E-2,3.1698999999999998E-2,3.7583999999999999E-2,2534567050991,1735450987734,522330570807,438272144061,5230620753594,1543810828853,1277415052401,692472530669,594292603540,826710175978,729111265568,927676638087,6591489095097,-1360868341503,77042657200,26120427500613,null,0.1774,0.93089999999999995,4.9938000000000002,1437910998702.75,0.79349999999999998,0,0]
[2025,1.0637000000000001,0.19370000000000001,0.19839999999999999,0.2666,0.72509999999999997,1.0684,0.66830000000000001,0.77600000000000002,0.51370000000000005,0.91720000000000002,0.60719999999999996,342722869,0.08,4.931E-2,5.9818000000000003E-2,4.3781E-2,2861359588031,1959210083384,589676878470,494780440347,5905026990232,1665367271706,1391128455723,737188774075,670917282922,933301443982,823118689899,1143574272591,7364596190898,-1459569200667,80841592384,27660838293664,null,0.19370000000000001,0.87319999999999998,4.6843000000000004,1540410793050.6799,0.80179999999999996,0,0]
[2026,0.56369999999999998,-0.49370000000000003,-0.3533,0.38650000000000001,0.46589999999999998,0.30370000000000003,0.46550000000000002,0.6865,0.59840000000000004,0.49209999999999998,0.51160000000000005,344533819,3.2910000000000002E-2,3.3660000000000002E-2,7.5997999999999996E-2,5.2760000000000001E-2,3043186603615,2083709403166,627148291507,526221595528,6280265893817,1767503953833,1490729799060,773439448850,713551171990,992608710678,875424319531,1459378951985,8072636355927,-1792370462109,83562680399,29536771436172,null,0.2324,0.87670000000000003,4.7031000000000001,1875933142508.1699,0.77800000000000002,0,0]
[2027,5.1900000000000002E-2,0.42170000000000002,0.27439999999999998,3.0700000000000002E-2,-0.65559999999999996,-0.9415,-0.36809999999999998,0.4783,0.35589999999999999,0.8266,0.27629999999999999,346460153,3.6783000000000003E-2,4.2186000000000001E-2,5.2829000000000001E-2,5.2779E-2,3275607980373,2242851339343,675046330086,566411424035,6759917073836,1894024907913,1612766550062,818352580489,768048173778,1068418548577,942284276575,1558921246849,8662816284242,-1902899210405,87087892812,31526758539390,null,0.2306,0.86939999999999995,4.6638000000000002,1989987103217.46,0.78029999999999999,0,0]
[2028,-3.1800000000000002E-2,2.7E-2,-0.39779999999999999,0.56799999999999995,-0.64129999999999998,-0.57120000000000004,-6.0499999999999998E-2,0.77139999999999997,9.3600000000000003E-2,0.49399999999999999,8.2900000000000001E-2,348087152,1.4095E-2,2.7782999999999999E-2,3.5765999999999999E-2,4.8037000000000003E-2,3400777794282,2328556737075,700841670684,588055531928,7018231733968,1995462357094,1715672873047,853260324168,797397365611,1109245702407,978291499739,1514464548419,8963794670486,-1945562936517,89507422975,33561828898882,null,0.21579999999999999,0.89139999999999997,4.7820999999999998,2035070359492.55,0.78300000000000003,0,0]
[2029,0.33700000000000002,0.41170000000000001,-0.76570000000000005,-8.8700000000000001E-2,-0.27739999999999998,0.24660000000000001,0.19089999999999999,0.72499999999999998,0.72419999999999995,0.44309999999999999,0.57420000000000004,349601584,4.8013E-2,7.6779999999999999E-3,2.8879999999999999E-2,4.2698E-2,3577169823190,2449334650872,737193026672,618556880343,7382254381077,2055570888514,1784892279120,872122529978,838756886190,1166780217110,1029033663133,1433034975303,9180191439346,-1797937058269,90194696723,35449960653875,null,0.19409999999999999,0.89510000000000001,4.8021000000000003,1888131754992.8401,0.80420000000000003,0,0]
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[2031,-0.1658,-0.2021,-0.40529999999999999,0.25829999999999997,-0.3281,0.54400000000000004,0.71240000000000003,0.58320000000000005,4.4000000000000003E-3,0.53200000000000003,0.63390000000000002,352656491,2.333E-3,6.4660000000000004E-3,1.4795000000000001E-2,3.1535000000000001E-2,3653705469787,2501739602412,752965703886,631791267620,7540202043705,2158997069951,1912085383766,911450285998,856702581752,1191744164243,1051050441947,1177378942698,9259408870354,-1719206826649,91618318219,39145921935958,null,0.15609999999999999,0.96779999999999999,5.1916000000000002,1810825144868.04,0.81430000000000002,0,0]
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[]
[]
["Trial        2"]
[]
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[]
[]
["Trial        3"]
[]
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[]
[]
["Trial        4"]
[]
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[]
[]
["Trial        5"]
[]
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[]
[]
["Trial        6"]
[]
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[]
[]
["Trial        7"]
[]
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[]
[]
["Trial        8"]
[]
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[]
[]
["Trial        9"]
[]
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[]
[]
["Trial       10"]
[]
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[]
[]
[null,"Interest Expense/Total Revenue"]