/*JavaScript Generated Automitically using the information from the Core Health Data Database
@ All rights reserved 2003*/
demogInd = new IndicatorGroup("Demographics","A");
socioInd = new IndicatorGroup("Socioeconomics","B");
mortInd = new IndicatorGroup("Mortality","C");
morbInd = new IndicatorGroup("Morbidity and Risk Factors","D");
resourInd = new IndicatorGroup("Resources, Services and Coverage","E");
indA1 = new Indicator("Population [thousands]","A.1",1,1);
demogInd.add(indA1);
indA2 = new Indicator("Proportion of urban population [%]","A.2",3,0);
demogInd.add(indA2);
indA3 = new Indicator("Proportion of population less than 15 years old [%]","A.3",1,10);
demogInd.add(indA3);
indA4 = new Indicator("Proportion of population 60 years and older [%]","A.4",1,22);
demogInd.add(indA4);
indA5 = new Indicator("Dependency ratio [dependent population per 100 productive population]","A.5",0,0);
demogInd.add(indA5);
indA6 = new Indicator("Annual population growth rate [%]","A.6",0,0);
demogInd.add(indA6);
indA7 = new Indicator("Total fertility rate [child/woman]","A.7",2,0);
demogInd.add(indA7);
indA8 = new Indicator("Annual birth average [1,000 lb]","A.8",0,26);
demogInd.add(indA8);
indA9 = new Indicator("Crude birth rate [per 1,000 pop.]","A.9",0,0);
demogInd.add(indA9);
indA10 = new Indicator("Annual death average [thousands]","A.10",0,0);
demogInd.add(indA10);
indA11 = new Indicator("Crude death rate [per 1,000 pop.]","A.11",0,0);
demogInd.add(indA11);
indA12 = new Indicator("Life expectancy at birth [Years]","A.12",1,0);
demogInd.add(indA12);
indB1 = new Indicator("Calories availability [Kcal/day per capita]","B.1",0,0);
socioInd.add(indB1);
indB2 = new Indicator("Literacy rate [%]","B.2",1,0);
socioInd.add(indB2);
indB3 = new Indicator("Gross primary enrollment ratio [%]","B.3",1,0);
socioInd.add(indB3);
indB4 = new Indicator("Gross National Income (GNI), per capita, current US$ (Atlas Method) [$ per capita]","B.4",0,0);
socioInd.add(indB4);
indB5 = new Indicator("Gross National Income (GNI), per capita, international $ (PPP-adjusted) [$ per capita]","B.5",0,0);
socioInd.add(indB5);
indB6 = new Indicator("Gross Domestic Product (GDP), per capita, international $ (PPP-adjusted) [$ per capita]","B.6",0,0);
socioInd.add(indB6);
indB7 = new Indicator("Annual GDP growth rate [US$]","B.7",0,0);
socioInd.add(indB7);
indB8 = new Indicator("Highest 20%-Lowest20% income ratio [ratio]","B.8",0,0);
socioInd.add(indB8);
indB9 = new Indicator("Proportion of population below the international poverty line [%]","B.9",0,0);
socioInd.add(indB9);
indB10 = new Indicator("Proportion of population below the national poverty line [%]","B.10",0,0);
socioInd.add(indB10);
indB11 = new Indicator("Unemployed proportion of the labor force [%]","B.11",1,0);
socioInd.add(indB11);
indB12 = new Indicator("Inflation: consumer prices index\'s annual growth rate [%]","B.12",0,0);
socioInd.add(indB12);
indC1_10 = new Indicator("Infant mortality rate [per 1,000 lb] (reported)","C.1.10",7,3);
mortInd.add(indC1_10);
indC1_11 = new Indicator("Infant mortality rate [per 1,000 lb] (estimated)","C.1.11",7,3);
mortInd.add(indC1_11);
indC2 = new Indicator("Absolut infant mortality [Deaths]","C.2",0,4);
mortInd.add(indC2);
indC4 = new Indicator("Under-5 mortality rate [per 1,000 lb]","C.4",1,9);
mortInd.add(indC4);
indC5 = new Indicator("Maternal mortality ratio, reported [per 100,000 lb]","C.5",2,0);
mortInd.add(indC5);
indC39 = new Indicator("Maternal mortality, reported [Deaths]","C.39",2,0);
mortInd.add(indC39);
indC6 = new Indicator("Annual number of registered deaths due to measles [Deaths]","C.6",0,0);
mortInd.add(indC6);
indC7 = new Indicator("Annual number of registered deaths due to tetanus neonatorum [Deaths]","C.7",0,4);
mortInd.add(indC7);
indC40 = new Indicator("Annual number of registered deaths under-5 due to diphteria [Deaths]","C.40",0,9);
mortInd.add(indC40);
indC41 = new Indicator("Annual number of registered deaths under-5 due to pertussis [Deaths]","C.41",0,9);
mortInd.add(indC41);
indC42 = new Indicator("Annual number of registered deaths under-5 due to tetanus [Deaths]","C.42",0,9);
mortInd.add(indC42);
indC10 = new Indicator("Annual proportion of registered deaths due to intestinal infectious diseases (ADD) [%]","C.10",0,9);
mortInd.add(indC10);
indC11 = new Indicator("Annual proportion of registered deaths due to acute respiratory infections (ARI) [%]","C.11",0,9);
mortInd.add(indC11);
indC12 = new Indicator("General mortality rate, adjusted [per 100,000 pop.]","C.12",1,0);
mortInd.add(indC12);
indC13 = new Indicator("General mortality rate, estimated [per 100,000 pop.]","C.13",1,1);
mortInd.add(indC13);
indC14 = new Indicator("Mortality rate from communicable diseases, adjusted [per 100,000 pop.]","C.14",1,0);
mortInd.add(indC14);
indC15 = new Indicator("Mortality rate from communicable diseases, estimated [per 100,000 pop.]","C.15",1,1);
mortInd.add(indC15);
indC16 = new Indicator("Annual number of registered deaths due to tuberculosis [Deaths]","C.16",1,0);
mortInd.add(indC16);
indC17 = new Indicator("Annual number of registered deaths due to AIDS [Deaths]","C.17",1,0);
mortInd.add(indC17);
indC18 = new Indicator("Mortality rate from diseases of the circulatory system, adjusted [per 100,000 pop.]","C.18",1,0);
mortInd.add(indC18);
indC19 = new Indicator("Mortality rate from diseases of the circulatory system, estimated [per 100,000 pop.]","C.19",1,1);
mortInd.add(indC19);
indC20 = new Indicator("Mortality rate from ischemic heart disease, estimated [per 100,000 pop.]","C.20",1,5);
mortInd.add(indC20);
indC21 = new Indicator("Mortality rate from cerebrovascular diseases, estimated [per 100,000 pop.]","C.21",1,5);
mortInd.add(indC21);
indC22 = new Indicator("Mortality rate from neoplasms, total, adjusted [per 100,000 pop.]","C.22",1,0);
mortInd.add(indC22);
indC23 = new Indicator("Mortality rate from neoplasms, total, estimated [per 100,000 pop.]","C.23",1,1);
mortInd.add(indC23);
indC24 = new Indicator("Mortality rate from malignant neoplasms, adjusted [per 100,000 pop.]","C.24",1,0);
mortInd.add(indC24);
indC25 = new Indicator("Mortality rate from malignant neoplasms, estimated [per 100,000 pop.]","C.25",1,1);
mortInd.add(indC25);
indC26 = new Indicator("Mortality rate from malignant neoplasms of the lung, trachea and bronchi, estimated [per 100,000 pop.]","C.26",1,5);
mortInd.add(indC26);
indC27 = new Indicator("Mortality rate from malignant neoplasms of the uterus, female, estimated [per 100,000 pop.]","C.27",2,6);
mortInd.add(indC27);
indC28 = new Indicator("Mortality rate from malignant neoplasms of the breast, female, estimated [per 100,000 pop.]","C.28",2,6);
mortInd.add(indC28);
indC29 = new Indicator("Mortality rate from malignant neoplasms of the digestive organs and peritoneum [per 100,000 pop.]","C.29",1,5);
mortInd.add(indC29);
indC30 = new Indicator("Mortality rate from external causes, adjusted [per 100,000 pop.]","C.30",1,0);
mortInd.add(indC30);
indC31 = new Indicator("Mortality rate from external causes, estimated [per 100,000 pop.]","C.31",1,1);
mortInd.add(indC31);
indC32 = new Indicator("Mortality rate from accidents, excluding transport accidents, estimated [per 100,000 pop.]","C.32",1,7);
mortInd.add(indC32);
indC33 = new Indicator("Mortality rate from transport accidents, estimated [per 100,000 pop.]","C.33",1,0);
mortInd.add(indC33);
indC34 = new Indicator("Mortality rate from suicide and purposely self-inflicted injuries, estimated [per 100,000 pop.]","C.34",1,0);
mortInd.add(indC34);
indC35 = new Indicator("Mortality rate from homicide and injuries purposely inflicted by another person, estimated [per 100,000 pop.]","C.35",1,0);
mortInd.add(indC35);
indC36 = new Indicator("Mortality rate from cirrhosis and other chronic liver diseases, estimated [per 100,000 pop.]","C.36",1,0);
mortInd.add(indC36);
indC37 = new Indicator("Mortality rate from diabetes mellitus, estimated [per 100,000 pop.]","C.37",1,0);
mortInd.add(indC37);
indD1 = new Indicator("Low birthweight prevalence [%]","D.1",0,0);
morbInd.add(indD1);
indD2 = new Indicator("Annual prevalence of moderate and severe nutritional deficiency in children [%]","D.2",0,9);
morbInd.add(indD2);
indD3 = new Indicator("Prevalence of exclusive breastfeeding through 120 days of age [%]","D.3",0,28);
morbInd.add(indD3);
indD4 = new Indicator("Average number of decayed, filled or missing teeth at age 12 [Teeth]","D.4",0,29);
morbInd.add(indD4);
indD5 = new Indicator("Annual number of confirmed cases of poliomyelitis [Cases]","D.5",0,0);
morbInd.add(indD5);
indD6 = new Indicator("Annual number of confirmed cases of measles [Cases]","D.6",0,0);
morbInd.add(indD6);
indD7 = new Indicator("Annual number of registered cases of diphtheria in children [Cases]","D.7",0,9);
morbInd.add(indD7);
indD8 = new Indicator("Annual number of registered cases of pertussis in children [Cases]","D.8",0,9);
morbInd.add(indD8);
indD9 = new Indicator("Annual number of registered cases of tetanus neonatorum [Cases]","D.9",0,4);
morbInd.add(indD9);
indD11 = new Indicator("Annual number of registered cases of cholera [Cases]","D.11",0,0);
morbInd.add(indD11);
indD12 = new Indicator("Annual number of registered cases of human rabies [Cases]","D.12",0,0);
morbInd.add(indD12);
indD13 = new Indicator("Annual number of registered cases of yellow fever [Cases]","D.13",0,0);
morbInd.add(indD13);
indD14 = new Indicator("Annual number of registered cases of plague [Cases]","D.14",0,0);
morbInd.add(indD14);
indD15 = new Indicator("Annual number of registered cases of dengue [Cases]","D.15",0,0);
morbInd.add(indD15);
indD16 = new Indicator("Annual number of registered cases of malaria [Cases]","D.16",0,0);
morbInd.add(indD16);
indD31 = new Indicator("Population in areas of moderate and high risk of malaria transmission [thousands]","D.31",0,0);
morbInd.add(indD31);
indD17 = new Indicator("Malaria annual parasitic incidence [per 1,000 pop. surv.]","D.17",0,0);
morbInd.add(indD17);
indD18 = new Indicator("Annual incidence of registered cases of tuberculosis [Cases]","D.18",0,0);
morbInd.add(indD18);
indD19 = new Indicator("Annual incidence of registered cases of bacilloscopically positive (BK+) tuberculosis [Cases]","D.19",0,0);
morbInd.add(indD19);
indD21 = new Indicator("Annual incidence of registered cases of AIDS [Cases]","D.21",1,0);
morbInd.add(indD21);
indD32 = new Indicator("Male:female ratio of AIDS cases","D.32",0,0);
morbInd.add(indD32);
indD22 = new Indicator("Number of prevalent cases of leprosy [Cases]","D.22",0,0);
morbInd.add(indD22);
indD23 = new Indicator("Annual incidence of malignant neoplasms of the lung [per 100,000 pop.]","D.23",1,0);
morbInd.add(indD23);
indD24 = new Indicator("Annual incidence of malignant neoplasms of the stomach [per 100,000 pop.]","D.24",1,0);
morbInd.add(indD24);
indD25 = new Indicator("Annual incidence of malignant neoplasms of the female breast [per 100,000 pop.]","D.25",2,0);
morbInd.add(indD25);
indD26 = new Indicator("Annual incidence of malignant neoplasms of the cervix uteri [per 100,000 pop.]","D.26",2,0);
morbInd.add(indD26);
indD29 = new Indicator("Annual prevalence of overweight among population [%]","D.29",1,14);
morbInd.add(indD29);
indD30 = new Indicator("Prevalence of tobacco consumption [%]","D.30",1,21);
morbInd.add(indD30);
indE1 = new Indicator("Proportion of population with access to potable water services [%]","E.1",6,0);
resourInd.add(indE1);
indE2 = new Indicator("Proportion of population with access to sewage disposal services [%]","E.2",6,0);
resourInd.add(indE2);
indE6 = new Indicator("Proportion of population immunized against poliomyelitis [%]","E.6",0,4);
resourInd.add(indE6);
indE7 = new Indicator("Proportion of population immunized against measles [%]","E.7",0,23);
resourInd.add(indE7);
indE8 = new Indicator("Proportion of population immunized against diphtheria, pertussis, and tetanus [%]","E.8",0,4);
resourInd.add(indE8);
indE9 = new Indicator("Proportion of population immunized against tuberculosis [%]","E.9",0,4);
resourInd.add(indE9);
indE10 = new Indicator("Prevalence of use of contraceptive methods in women of childbearing age [%]","E.10",2,0);
resourInd.add(indE10);
indE11 = new Indicator("Specific fertility rate in women 15-19 years of age [per 1,000 pop.]","E.11",2,24);
resourInd.add(indE11);
indE12 = new Indicator("Proportion of pregnant women attended by trained personnel during pregnancy [%]","E.12",2,20);
resourInd.add(indE12);
indE13 = new Indicator("Proportion of deliveries attended by trained personnel [%]","E.13",2,0);
resourInd.add(indE13);
indE15 = new Indicator("Physicians ratio [10,000 hab.]","E.15",0,0);
resourInd.add(indE15);
indE16 = new Indicator("Professional nurses ratio [10,000 hab.]","E.16",0,0);
resourInd.add(indE16);
indE17 = new Indicator("Dentists ratio [10,000 hab.]","E.17",0,0);
resourInd.add(indE17);
indE21 = new Indicator("Number of outpatient care facilities [Facilities]","E.21",5,0);
resourInd.add(indE21);
indE22 = new Indicator("Hospital beds ratio [per 1,000 pop.]","E.22",0,0);
resourInd.add(indE22);
indE23 = new Indicator("Outpatient health care visits ratio [per 1,000 pop.]","E.23",0,0);
resourInd.add(indE23);
indE24 = new Indicator("Hospital discharges ratio [per 1,000 pop.]","E.24",0,0);
resourInd.add(indE24);
indE26 = new Indicator("Annual national health expenditure as a proportion of the GDP [%]","E.26",9,0);
resourInd.add(indE26);
indE31 = new Indicator("Proportion of death underregistration [%]","E.31",0,0);
resourInd.add(indE31);
indE33 = new Indicator("Proportion of registered deaths in the year specified due to signs, symptoms, and ill-defined conditions [%]","E.33",0,0);
resourInd.add(indE33);
function initIndicators(){
gpoIndicators=new ListGen(tabMsg.get("indGpo"));
gpoIndSelMenu = new MenuOpt('groupMenu',true,true,false,'rows','rowsText','imgIndicator');
indSelMenu = new MenuOpt('indicatorsMenu',true,false,false,'rows','rowsText','imgIndicator');
gpoIndicators.add(demogInd);
totalIndCheck.setObject(demogInd);
sexFIndCheck.setObject(demogInd);
sexMIndCheck.setObject(demogInd);
ageGpoIndCheck.setObject(demogInd);
otherIndCheck.setObject(demogInd);
gpoIndicators.add(socioInd);
totalIndCheck.setObject(socioInd);
sexFIndCheck.setObject(socioInd);
sexMIndCheck.setObject(socioInd);
ageGpoIndCheck.setObject(socioInd);
otherIndCheck.setObject(socioInd);
gpoIndicators.add(mortInd);
totalIndCheck.setObject(mortInd);
sexFIndCheck.setObject(mortInd);
sexMIndCheck.setObject(mortInd);
ageGpoIndCheck.setObject(mortInd);
otherIndCheck.setObject(mortInd);
gpoIndicators.add(morbInd);
totalIndCheck.setObject(morbInd);
sexFIndCheck.setObject(morbInd);
sexMIndCheck.setObject(morbInd);
ageGpoIndCheck.setObject(morbInd);
otherIndCheck.setObject(morbInd);
gpoIndicators.add(resourInd);
totalIndCheck.setObject(resourInd);
sexFIndCheck.setObject(resourInd);
sexMIndCheck.setObject(resourInd);
ageGpoIndCheck.setObject(resourInd);
otherIndCheck.setObject(resourInd);
gpoIndSelMenu.setObject(gpoIndicators);
gpoIndSelMenu.addDepent(indSelMenu);
gpoIndSelMenu.change();
indSelMenu.addDepent(totalIndCheck);
indSelMenu.addDepent(sexFIndCheck);
indSelMenu.addDepent(sexMIndCheck);
indSelMenu.addDepent(ageGpoIndCheck);
indSelMenu.addDepent(otherIndCheck);
};