Step 19: NTA Validation
Overview
At this step we add an optional module for the validation of NTA variables.
The new NtaValidation.mpp Module
The NTA Validation Module is an optional module introducing a set of validation tables comparing the aggregate outcome of NTA variables by education and family type with published aggregates by sex a/o age. For each of the 19 NTA variables, a table is produced comparing aggregated simulated values in the starting year with published NTA values and providing aggregate simulated outcomes by education group. Also a table of the population composition by all considered dimensions (age, sex, education, family type) is produced. This module can be removed to save memory space.
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// Dymensions
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range TAB_FAM_INDEX { 0,5 }; //EN Family Index
////////////////////////////////////////////////////////////////////////////////////////////////////
// Actor states
////////////////////////////////////////////////////////////////////////////////////////////////////
actor Person
{
//EN Family Index
TAB_FAM_INDEX tab_fam_index = (nta_pop_group == NPG_OLD) ?
COERCE(TAB_FAM_INDEX, nta_old_index) : COERCE(TAB_FAM_INDEX, nta_fam_index);
// NTA by age only
double age_CFE = NtaAge[integer_age][CFE]; //EN CFE by age
double age_CFH = NtaAge[integer_age][CFH]; //EN CFH by age
double age_CFX = NtaAge[integer_age][CFX]; //EN CFX by age
double age_CGE = NtaAge[integer_age][CGE]; //EN CGE by age
double age_CGH = NtaAge[integer_age][CGH]; //EN CGH by age
double age_CGX = NtaAge[integer_age][CGX]; //EN CGX by age
double age_TGSOAI = NtaAge[integer_age][TGSOAI]; //EN TGSOAI by age
double age_TGXCI = NtaAge[integer_age][TGXCI]; //EN TGXCI by age
double age_TGXII = NtaAge[integer_age][TGXII]; //EN TGXII by age
double age_TGEI = NtaAge[integer_age][TGEI]; //EN TGEI by age
double age_TGHI = NtaAge[integer_age][TGHI]; //EN TGHI by age
double age_TGO = NtaAge[integer_age][TGO]; //EN TGO by age
double age_TFB = NtaAge[integer_age][TFB]; //EN TFB by age
double age_TFW = NtaAge[integer_age][TFW]; //EN TFW by age
double age_SF = NtaAge[integer_age][SF]; //EN SF by age
double age_SG = NtaAge[integer_age][SG]; //EN SG by age
double age_YL = NtaAge[integer_age][YL]; //EN LY by age
double age_YAF = NtaAge[integer_age][YAF]; //EN YAF by age
double age_YAG = NtaAge[integer_age][YAG]; //EN YAG by age
// NTA by age and sex
double sex_CFE = NtaSex[sex][integer_age][CFE]; //EN CFE by age and sex
double sex_CFH = NtaSex[sex][integer_age][CFH]; //EN CFH by age and sex
double sex_CFX = NtaSex[sex][integer_age][CFX]; //EN CFX by age and sex
double sex_CGE = NtaSex[sex][integer_age][CGE]; //EN CGE by age and sex
double sex_CGH = NtaSex[sex][integer_age][CGH]; //EN CGH by age and sex
double sex_CGX = NtaSex[sex][integer_age][CGX]; //EN CGX by age and sex
double sex_TGSOAI = NtaSex[sex][integer_age][TGSOAI]; //EN TGSOAI by age and sex
double sex_TGXCI = NtaSex[sex][integer_age][TGXCI]; //EN TGXCI by age and sex
double sex_TGXII = NtaSex[sex][integer_age][TGXII]; //EN TGXII by age and sex
double sex_TGEI = NtaSex[sex][integer_age][TGEI]; //EN TGEI by age and sex
double sex_TGHI = NtaSex[sex][integer_age][TGHI]; //EN TGHI by age and sex
double sex_TGO = NtaSex[sex][integer_age][TGO]; //EN TGO by age and sex
double sex_TFB = NtaSex[sex][integer_age][TFB]; //EN TFB by age and sex
double sex_TFW = NtaSex[sex][integer_age][TFW]; //EN TFW by age and sex
double sex_SF = NtaSex[sex][integer_age][SF]; //EN SF by age and sex
double sex_SG = NtaSex[sex][integer_age][SG]; //EN SG by age and sex
double sex_YL = NtaSex[sex][integer_age][YL]; //EN LY by age and sex
double sex_YAF = NtaSex[sex][integer_age][YAF]; //EN YAF by age and sex
double sex_YAG = NtaSex[sex][integer_age][YAG]; //EN YAG by age and sex
};
////////////////////////////////////////////////////////////////////////////////////////////////////
// Validation Tables
////////////////////////////////////////////////////////////////////////////////////////////////////
table_group TG_NTA_ValidationTables //EN NTA Validation Tables
{
TabNtaValidation_CFE, TabNtaValidation_CFH, TabNtaValidation_CFX, TabNtaValidation_CGE,
TabNtaValidation_CGH, TabNtaValidation_CGX, TabNtaValidation_TGSOAI, TabNtaValidation_TGXCI,
TabNtaValidation_TGXII, TabNtaValidation_TGEI, TabNtaValidation_TGHI, TabNtaValidation_TGO,
TabNtaValidation_TFB, TabNtaValidation_TFW, TabNtaValidation_SF, TabNtaValidation_SG,
TabNtaValidation_YL, TabNtaValidation_YAF, TabNtaValidation_YAG, TabNtaPopulation2010
};
table Person TabNtaValidation_CFE //EN CFE Validation
[calendar_year == MIN(SIM_YEAR_RANGE) && is_resident]
{
{
weighted_duration(base_CFE) / duration(), //EN CFE
weighted_duration(sex,FEMALE, base_CFE) / duration(sex,FEMALE), //EN CFE female
weighted_duration(sex,MALE, base_CFE) / duration(sex,MALE), //EN CFE male
weighted_duration(nta_educ,EL3_LOW, base_CFE) / duration(nta_educ,EL3_LOW), //EN CFE educ low
weighted_duration(nta_educ,EL3_MEDIUM, base_CFE) / duration(nta_educ,EL3_MEDIUM), //EN CFE educ medium
weighted_duration(nta_educ,EL3_HIGH, base_CFE) / duration(nta_educ,EL3_HIGH), //EN CFE educ high
weighted_duration(sex,FEMALE,sex_CFE) / duration(sex,FEMALE), //EN Agenta CFE female
weighted_duration(sex,MALE,sex_CFE) / duration(sex,MALE), //EN Agenta CFE male
weighted_duration(age_CFE) / duration() //EN Agenta CFE by age
}
* integer_age
};
table Person TabNtaValidation_CFH //EN CFH Validation
[calendar_year == MIN(SIM_YEAR_RANGE) && is_resident]
{
{
weighted_duration(base_CFH) / duration(), //EN CFH
weighted_duration(sex,FEMALE, base_CFH) / duration(sex,FEMALE), //EN CFH female
weighted_duration(sex,MALE, base_CFH) / duration(sex,MALE), //EN CFH male
weighted_duration(nta_educ,EL3_LOW, base_CFH) / duration(nta_educ,EL3_LOW), //EN CFH educ low
weighted_duration(nta_educ,EL3_MEDIUM, base_CFH) / duration(nta_educ,EL3_MEDIUM), //EN CFH educ medium
weighted_duration(nta_educ,EL3_HIGH, base_CFH) / duration(nta_educ,EL3_HIGH), //EN CFH educ high
weighted_duration(sex,FEMALE,sex_CFH) / duration(sex,FEMALE), //EN Agenta CFH female
weighted_duration(sex,MALE,sex_CFH) / duration(sex,MALE), //EN Agenta CFH male
weighted_duration(age_CFH) / duration() //EN Agenta CFH by age
}
* integer_age
};
table Person TabNtaValidation_CFX //EN CFX Validation
[calendar_year == MIN(SIM_YEAR_RANGE) && is_resident]
{
{
weighted_duration(base_CFX) / duration(), //EN CFX
weighted_duration(sex,FEMALE, base_CFX) / duration(sex,FEMALE), //EN CFX female
weighted_duration(sex,MALE, base_CFX) / duration(sex,MALE), //EN CFX male
weighted_duration(nta_educ,EL3_LOW, base_CFX) / duration(nta_educ,EL3_LOW), //EN CFX educ low
weighted_duration(nta_educ,EL3_MEDIUM, base_CFX) / duration(nta_educ,EL3_MEDIUM), //EN CFX educ medium
weighted_duration(nta_educ,EL3_HIGH, base_CFX) / duration(nta_educ,EL3_HIGH), //EN CFX educ high
weighted_duration(sex,FEMALE,sex_CFX) / duration(sex,FEMALE), //EN Agenta CFX female
weighted_duration(sex,MALE,sex_CFX) / duration(sex,MALE), //EN Agenta CFX male
weighted_duration(age_CFX) / duration() //EN Agenta CFX by age
}
* integer_age
};
table Person TabNtaValidation_CGE //EN CGE Validation
[calendar_year == MIN(SIM_YEAR_RANGE) && is_resident]
{
{
weighted_duration(base_CGE) / duration(), //EN CGE
weighted_duration(sex,FEMALE, base_CGE) / duration(sex,FEMALE), //EN CGE female
weighted_duration(sex,MALE, base_CGE) / duration(sex,MALE), //EN CGE male
weighted_duration(nta_educ,EL3_LOW, base_CGE) / duration(nta_educ,EL3_LOW), //EN CGE educ low
weighted_duration(nta_educ,EL3_MEDIUM, base_CGE) / duration(nta_educ,EL3_MEDIUM), //EN CGE educ medium
weighted_duration(nta_educ,EL3_HIGH, base_CGE) / duration(nta_educ,EL3_HIGH), //EN CGE educ high
weighted_duration(sex,FEMALE,sex_CGE) / duration(sex,FEMALE), //EN Agenta CGE female
weighted_duration(sex,MALE,sex_CGE) / duration(sex,MALE), //EN Agenta CGE male
weighted_duration(age_CGE) / duration() //EN Agenta CGE by age
}
* integer_age
};
table Person TabNtaValidation_CGH //EN CGH Validation
[calendar_year == MIN(SIM_YEAR_RANGE) && is_resident]
{
{
weighted_duration(base_CGH) / duration(), //EN CGH
weighted_duration(sex,FEMALE, base_CGH) / duration(sex,FEMALE), //EN CGH female
weighted_duration(sex,MALE, base_CGH) / duration(sex,MALE), //EN CGH male
weighted_duration(nta_educ,EL3_LOW, base_CGH) / duration(nta_educ,EL3_LOW), //EN CGH educ low
weighted_duration(nta_educ,EL3_MEDIUM, base_CGH) / duration(nta_educ,EL3_MEDIUM), //EN CGH educ medium
weighted_duration(nta_educ,EL3_HIGH, base_CGH) / duration(nta_educ,EL3_HIGH), //EN CGH educ high
weighted_duration(sex,FEMALE,sex_CGH) / duration(sex,FEMALE), //EN Agenta CGH female
weighted_duration(sex,MALE,sex_CGH) / duration(sex,MALE), //EN Agenta CGH male
weighted_duration(age_CGH) / duration() //EN Agenta CGH by age
}
* integer_age
};
table Person TabNtaValidation_CGX //EN CGX Validation
[calendar_year == MIN(SIM_YEAR_RANGE) && is_resident]
{
{
weighted_duration(base_CGX) / duration(), //EN CGX
weighted_duration(sex,FEMALE, base_CGX) / duration(sex,FEMALE), //EN CGX female
weighted_duration(sex,MALE, base_CGX) / duration(sex,MALE), //EN CGX male
weighted_duration(nta_educ,EL3_LOW, base_CGX) / duration(nta_educ,EL3_LOW), //EN CGX educ low
weighted_duration(nta_educ,EL3_MEDIUM, base_CGX) / duration(nta_educ,EL3_MEDIUM), //EN CGX educ medium
weighted_duration(nta_educ,EL3_HIGH, base_CGX) / duration(nta_educ,EL3_HIGH), //EN CGX educ high
weighted_duration(sex,FEMALE,sex_CGX) / duration(sex,FEMALE), //EN Agenta CGX female
weighted_duration(sex,MALE,sex_CGX) / duration(sex,MALE), //EN Agenta CGX male
weighted_duration(age_CGX) / duration() //EN Agenta CGX by age
}
* integer_age
};
table Person TabNtaValidation_TGSOAI //EN TGSOAI Validation
[calendar_year == MIN(SIM_YEAR_RANGE) && is_resident]
{
{
weighted_duration(base_TGSOAI) / duration(), //EN TGSOAI
weighted_duration(sex,FEMALE, base_TGSOAI) / duration(sex,FEMALE), //EN TGSOAI female
weighted_duration(sex,MALE, base_TGSOAI) / duration(sex,MALE), //EN TGSOAI male
weighted_duration(nta_educ,EL3_LOW, base_TGSOAI) / duration(nta_educ,EL3_LOW), //EN TGSOAI educ low
weighted_duration(nta_educ,EL3_MEDIUM, base_TGSOAI) / duration(nta_educ,EL3_MEDIUM), //EN TGSOAI educ medium
weighted_duration(nta_educ,EL3_HIGH, base_TGSOAI) / duration(nta_educ,EL3_HIGH), //EN TGSOAI educ high
weighted_duration(sex,FEMALE,sex_TGSOAI) / duration(sex,FEMALE), //EN Agenta TGSOAI female
weighted_duration(sex,MALE,sex_TGSOAI) / duration(sex,MALE), //EN Agenta TGSOAI male
weighted_duration(age_TGSOAI) / duration() //EN Agenta TGSOAI by age
}
* integer_age
};
table Person TabNtaValidation_TGXCI //EN TGXCI Validation
[calendar_year == MIN(SIM_YEAR_RANGE) && is_resident]
{
{
weighted_duration(base_TGXCI) / duration(), //EN TGXCI
weighted_duration(sex,FEMALE, base_TGXCI) / duration(sex,FEMALE), //EN TGXCI female
weighted_duration(sex,MALE, base_TGXCI) / duration(sex,MALE), //EN TGXCI male
weighted_duration(nta_educ,EL3_LOW, base_TGXCI) / duration(nta_educ,EL3_LOW), //EN TGXCI educ low
weighted_duration(nta_educ,EL3_MEDIUM, base_TGXCI) / duration(nta_educ,EL3_MEDIUM), //EN TGXCI educ medium
weighted_duration(nta_educ,EL3_HIGH, base_TGXCI) / duration(nta_educ,EL3_HIGH), //EN TGXCI educ high
weighted_duration(sex,FEMALE,sex_TGXCI) / duration(sex,FEMALE), //EN Agenta TGXCI female
weighted_duration(sex,MALE,sex_TGXCI) / duration(sex,MALE), //EN Agenta TGXCI male
weighted_duration(age_TGXCI) / duration() //EN Agenta TGXCI by age
}
* integer_age
};
table Person TabNtaValidation_TGXII //EN TGXII Validation
[calendar_year == MIN(SIM_YEAR_RANGE) && is_resident]
{
{
weighted_duration(base_TGXII) / duration(), //EN TGXII
weighted_duration(sex,FEMALE, base_TGXII) / duration(sex,FEMALE), //EN TGXII female
weighted_duration(sex,MALE, base_TGXII) / duration(sex,MALE), //EN TGXII male
weighted_duration(nta_educ,EL3_LOW, base_TGXII) / duration(nta_educ,EL3_LOW), //EN TGXII educ low
weighted_duration(nta_educ,EL3_MEDIUM, base_TGXII) / duration(nta_educ,EL3_MEDIUM), //EN TGXII educ medium
weighted_duration(nta_educ,EL3_HIGH, base_TGXII) / duration(nta_educ,EL3_HIGH), //EN TGXII educ high
weighted_duration(sex,FEMALE,sex_TGXII) / duration(sex,FEMALE), //EN Agenta TGXII female
weighted_duration(sex,MALE,sex_TGXII) / duration(sex,MALE), //EN Agenta TGXII male
weighted_duration(age_TGXII) / duration() //EN Agenta TGXII by age
}
* integer_age
};
table Person TabNtaValidation_TGEI //EN TGEI Validation
[calendar_year == MIN(SIM_YEAR_RANGE) && is_resident]
{
{
weighted_duration(base_TGEI) / duration(), //EN TGEI
weighted_duration(sex,FEMALE, base_TGEI) / duration(sex,FEMALE), //EN TGEI female
weighted_duration(sex,MALE, base_TGEI) / duration(sex,MALE), //EN TGEI male
weighted_duration(nta_educ,EL3_LOW, base_TGEI) / duration(nta_educ,EL3_LOW), //EN TGEI educ low
weighted_duration(nta_educ,EL3_MEDIUM, base_TGEI) / duration(nta_educ,EL3_MEDIUM), //EN TGEI educ medium
weighted_duration(nta_educ,EL3_HIGH, base_TGEI) / duration(nta_educ,EL3_HIGH), //EN TGEI educ high
weighted_duration(sex,FEMALE,sex_TGEI) / duration(sex,FEMALE), //EN Agenta TGEI female
weighted_duration(sex,MALE,sex_TGEI) / duration(sex,MALE), //EN Agenta TGEI male
weighted_duration(age_TGEI) / duration() //EN Agenta TGEI by age
}
* integer_age
};
table Person TabNtaValidation_TGHI //EN TGHI Validation
[calendar_year == MIN(SIM_YEAR_RANGE) && is_resident]
{
{
weighted_duration(base_TGHI) / duration(), //EN TGHI
weighted_duration(sex,FEMALE, base_TGHI) / duration(sex,FEMALE), //EN TGHI female
weighted_duration(sex,MALE, base_TGHI) / duration(sex,MALE), //EN TGHI male
weighted_duration(nta_educ,EL3_LOW, base_TGHI) / duration(nta_educ,EL3_LOW), //EN TGHI educ low
weighted_duration(nta_educ,EL3_MEDIUM, base_TGHI) / duration(nta_educ,EL3_MEDIUM), //EN TGHI educ medium
weighted_duration(nta_educ,EL3_HIGH, base_TGHI) / duration(nta_educ,EL3_HIGH), //EN TGHI educ high
weighted_duration(sex,FEMALE,sex_TGHI) / duration(sex,FEMALE), //EN Agenta TGHI female
weighted_duration(sex,MALE,sex_TGHI) / duration(sex,MALE), //EN Agenta TGHI male
weighted_duration(age_TGHI) / duration() //EN Agenta TGHI by age
}
* integer_age
};
table Person TabNtaValidation_TGO //EN TGO Validation
[calendar_year == MIN(SIM_YEAR_RANGE) && is_resident]
{
{
weighted_duration(base_TGO) / duration(), //EN TGO
weighted_duration(sex,FEMALE, base_TGO) / duration(sex,FEMALE), //EN TGO female
weighted_duration(sex,MALE, base_TGO) / duration(sex,MALE), //EN TGO male
weighted_duration(nta_educ,EL3_LOW, base_TGO) / duration(nta_educ,EL3_LOW), //EN TGO educ low
weighted_duration(nta_educ,EL3_MEDIUM, base_TGO) / duration(nta_educ,EL3_MEDIUM), //EN TGO educ medium
weighted_duration(nta_educ,EL3_HIGH, base_TGO) / duration(nta_educ,EL3_HIGH), //EN TGO educ high
weighted_duration(sex,FEMALE,sex_TGO) / duration(sex,FEMALE), //EN Agenta TGO female
weighted_duration(sex,MALE,sex_TGO) / duration(sex,MALE), //EN Agenta TGO male
weighted_duration(age_TGO) / duration() //EN Agenta TGO by age
}
* integer_age
};
table Person TabNtaValidation_TFB //EN TFB Validation
[calendar_year == MIN(SIM_YEAR_RANGE) && is_resident]
{
{
weighted_duration(base_TFB) / duration(), //EN TFB
weighted_duration(sex,FEMALE, base_TFB) / duration(sex,FEMALE), //EN TFB female
weighted_duration(sex,MALE, base_TFB) / duration(sex,MALE), //EN TFB male
weighted_duration(nta_educ,EL3_LOW, base_TFB) / duration(nta_educ,EL3_LOW), //EN TFB educ low
weighted_duration(nta_educ,EL3_MEDIUM, base_TFB) / duration(nta_educ,EL3_MEDIUM), //EN TFB educ medium
weighted_duration(nta_educ,EL3_HIGH, base_TFB) / duration(nta_educ,EL3_HIGH), //EN TFB educ high
weighted_duration(sex,FEMALE,sex_TFB) / duration(sex,FEMALE), //EN Agenta TFB female
weighted_duration(sex,MALE,sex_TFB) / duration(sex,MALE), //EN Agenta TFB male
weighted_duration(age_TFB) / duration() //EN Agenta TFB by age
}
* integer_age
};
table Person TabNtaValidation_TFW //EN TFW Validation
[calendar_year == MIN(SIM_YEAR_RANGE) && is_resident]
{
{
weighted_duration(base_TFW) / duration(), //EN TFW
weighted_duration(sex,FEMALE, base_TFW) / duration(sex,FEMALE), //EN TFW female
weighted_duration(sex,MALE, base_TFW) / duration(sex,MALE), //EN TFW male
weighted_duration(nta_educ,EL3_LOW, base_TFW) / duration(nta_educ,EL3_LOW), //EN TFW educ low
weighted_duration(nta_educ,EL3_MEDIUM, base_TFW) / duration(nta_educ,EL3_MEDIUM), //EN TFW educ medium
weighted_duration(nta_educ,EL3_HIGH, base_TFW) / duration(nta_educ,EL3_HIGH), //EN TFW educ high
weighted_duration(sex,FEMALE,sex_TFW) / duration(sex,FEMALE), //EN Agenta TFW female
weighted_duration(sex,MALE,sex_TFW) / duration(sex,MALE), //EN Agenta TFW male
weighted_duration(age_TFW) / duration() //EN Agenta TFW by age
}
* integer_age
};
table Person TabNtaValidation_SF //EN SF Validation
[calendar_year == MIN(SIM_YEAR_RANGE) && is_resident]
{
{
weighted_duration(base_SF) / duration(), //EN SF
weighted_duration(sex,FEMALE, base_SF) / duration(sex,FEMALE), //EN SF female
weighted_duration(sex,MALE, base_SF) / duration(sex,MALE), //EN SF male
weighted_duration(nta_educ,EL3_LOW, base_SF) / duration(nta_educ,EL3_LOW), //EN SF educ low
weighted_duration(nta_educ,EL3_MEDIUM, base_SF) / duration(nta_educ,EL3_MEDIUM), //EN SF educ medium
weighted_duration(nta_educ,EL3_HIGH, base_SF) / duration(nta_educ,EL3_HIGH), //EN SF educ high
weighted_duration(sex,FEMALE,sex_SF) / duration(sex,FEMALE), //EN Agenta SF female
weighted_duration(sex,MALE,sex_SF) / duration(sex,MALE), //EN Agenta SF male
weighted_duration(age_SF) / duration() //EN Agenta SF by age
}
* integer_age
};
table Person TabNtaValidation_SG //EN SG Validation
[calendar_year == MIN(SIM_YEAR_RANGE) && is_resident]
{
{
weighted_duration(base_SG) / duration(), //EN SG
weighted_duration(sex,FEMALE, base_SG) / duration(sex,FEMALE), //EN SG female
weighted_duration(sex,MALE, base_SG) / duration(sex,MALE), //EN SG male
weighted_duration(nta_educ,EL3_LOW, base_SG) / duration(nta_educ,EL3_LOW), //EN SG educ low
weighted_duration(nta_educ,EL3_MEDIUM, base_SG) / duration(nta_educ,EL3_MEDIUM), //EN SG educ medium
weighted_duration(nta_educ,EL3_HIGH, base_SG) / duration(nta_educ,EL3_HIGH), //EN SG educ high
weighted_duration(sex,FEMALE,sex_SG) / duration(sex,FEMALE), //EN Agenta SG female
weighted_duration(sex,MALE,sex_SG) / duration(sex,MALE), //EN Agenta SG male
weighted_duration(age_SG) / duration() //EN Agenta SG by age
}
* integer_age
};
table Person TabNtaValidation_YL //EN YL Validation
[calendar_year == MIN(SIM_YEAR_RANGE) && is_resident]
{
{
weighted_duration(base_YL) / duration(), //EN YL
weighted_duration(sex,FEMALE, base_YL) / duration(sex,FEMALE), //EN YL female
weighted_duration(sex,MALE, base_YL) / duration(sex,MALE), //EN YL male
weighted_duration(nta_educ,EL3_LOW, base_YL) / duration(nta_educ,EL3_LOW), //EN YL educ low
weighted_duration(nta_educ,EL3_MEDIUM, base_YL) / duration(nta_educ,EL3_MEDIUM), //EN YL educ medium
weighted_duration(nta_educ,EL3_HIGH, base_YL) / duration(nta_educ,EL3_HIGH), //EN YL educ high
weighted_duration(sex,FEMALE,sex_YL) / duration(sex,FEMALE), //EN Agenta YL female
weighted_duration(sex,MALE,sex_YL) / duration(sex,MALE), //EN Agenta YL male
weighted_duration(age_YL) / duration() //EN Agenta YL by age
}
* integer_age
};
table Person TabNtaValidation_YAF //EN YAF Validation
[calendar_year == MIN(SIM_YEAR_RANGE) && is_resident]
{
{
weighted_duration(base_YAF) / duration(), //EN YAF
weighted_duration(sex,FEMALE, base_YAF) / duration(sex,FEMALE), //EN YAF female
weighted_duration(sex,MALE, base_YAF) / duration(sex,MALE), //EN YAF male
weighted_duration(nta_educ,EL3_LOW, base_YAF) / duration(nta_educ,EL3_LOW), //EN YAF educ low
weighted_duration(nta_educ,EL3_MEDIUM, base_YAF) / duration(nta_educ,EL3_MEDIUM), //EN YAF educ medium
weighted_duration(nta_educ,EL3_HIGH, base_YAF) / duration(nta_educ,EL3_HIGH), //EN YAF educ high
weighted_duration(sex,FEMALE,sex_YAF) / duration(sex,FEMALE), //EN Agenta YAF female
weighted_duration(sex,MALE,sex_YAF) / duration(sex,MALE), //EN Agenta YAF male
weighted_duration(age_YAF) / duration() //EN Agenta YAF by age
}
* integer_age
};
table Person TabNtaValidation_YAG //EN YAG Validation
[calendar_year == MIN(SIM_YEAR_RANGE) && is_resident]
{
{
weighted_duration(base_YAG) / duration(), //EN YAG
weighted_duration(sex,FEMALE, base_YAG) / duration(sex,FEMALE), //EN YAG female
weighted_duration(sex,MALE, base_YAG) / duration(sex,MALE), //EN YAG male
weighted_duration(nta_educ,EL3_LOW, base_YAG) / duration(nta_educ,EL3_LOW), //EN YAG educ low
weighted_duration(nta_educ,EL3_MEDIUM, base_YAG) / duration(nta_educ,EL3_MEDIUM), //EN YAG educ medium
weighted_duration(nta_educ,EL3_HIGH, base_YAG) / duration(nta_educ,EL3_HIGH), //EN YAG educ high
weighted_duration(sex,FEMALE,sex_YAG) / duration(sex,FEMALE), //EN Agenta YAG female
weighted_duration(sex,MALE,sex_YAG) / duration(sex,MALE), //EN Agenta YAG male
weighted_duration(age_YAG) / duration() //EN Agenta YAG by age
}
* integer_age
};
table Person TabNtaPopulation2010 //EN NTA POPULATION
[calendar_year == MIN(SIM_YEAR_RANGE) && is_resident]
{
nta_pop_group *
tab_fam_index + *
sex + *
{
duration() //EN Duration
}
* integer_age
* nta_educ +
};