Ext.namespace('BioMaps.data');

BioMaps.data.roiTypes = [
    ['', 'Whole of Australia'],
    ['ibra', 'IBRA'],
    ['rbasin', 'River Basins'],
    ['map100', 'map100'],
    ['map250', 'map250'],
    ['custom', 'Draw your own']
];

Ext.data.modeltype = [
    ['bioclim', 'BioCLIM'],
    ['domain', 'Domain'],
    ['maxent', 'Maxent']
];

Ext.data.climate = [
    ['bpresent', 'BioCLIM - Present'],
    ['wpresent', 'WorldCLIM - Present'],
    ['wfuture', 'WorldCLIM - Future']
];

Ext.data.variables = [
    ['v4', '4 Preselected'],
    ['v8', '8 Preselected'],
    ['class-rain', 'Class - Rain'],
    ['class-temp', 'Class - Temp'],
    ['v35', 'All'],
    ['custom', 'Custom']
];

Ext.data.scale = [
    ['5', '5 K'],
    ['10', '10 K'],
    ['20', '20 K']
];

Ext.data.wcvariables = [
    ['v4', '4 Preselected'],
    ['v6', '6 Preselected'],
    ['class-rain', 'Class - Rain'],
    ['class-temp', 'Class - Temp'],
    ['v35', 'All'],
    ['custom', 'Custom']
];

Ext.data.wcscale = [
    ['2_5', '2.5 mins'],
    ['5', '5 mins'],
    ['10', '10 mins']
];

Ext.data.rangestd = [
    ['1', 'Yes'],
    ['0', 'No']
];

Ext.data.sgascale = [
    ['5min', '5 minutes'],
    ['10min', '10 minutes']
];

Ext.data.bioclim = [
    ['1', 'P1. Annual Mean Temperature'],
    ['2', 'P2. Mean Diurnal Range(Mean(period max-min))'],
    ['3', 'P3. Isothermality (P2/P7)'],
    ['4', 'P4. Temperature Seasonality (Coefficient of Variation)'],
    ['5', 'P5. Max Temperature of Warmest Period'],
    ['6', 'P6. Min Temperature of Coldest Period'],
    ['7', 'P7. Temperature Annual Range (P5-P6)'],
    ['8', 'P8. Mean Temperature of Wettest Quarter'],
    ['9', 'P9. Mean Temperature of Driest Quarter'],
    ['10', 'P10. Mean Temperature of Warmest Quarter'],
    ['11', 'P11. Mean Temperature of Coldest Quarter'],
    ['12', 'P12. Annual Precipitation'],
    ['13', 'P13. Precipitation of Wettest Period'],
    ['14', 'P14. Precipitation of Driest Period'],
    ['15', 'P15. Precipitation Seasonality(Coefficient of Variation)'],
    ['16', 'P16. Precipitation of Wettest Quarter'],
    ['17', 'P17. Precipitation of Driest Quarter'],
    ['18', 'P18. Precipitation of Warmest Quarter'],
    ['19', 'P19. Precipitation of Coldest Quarter'],
    ['20', 'P20. Annual Mean Radiation'],
    ['21', 'P21. Highest Period Radiation'],
    ['22', 'P22. Lowest Period Radiation'],
    ['23', 'P23. Radiation Seasonality (Coefficient of Variation)'],
    ['24', 'P24. Radiation of Wettest Quarter'],
    ['25', 'P25. Radiation of Driest Quarter'],
    ['26', 'P26. Radiation of Warmest Quarter'],
    ['27', 'P27. Radiation of Coldest Quarter'],
    ['28', 'P28. Annual Mean Moisture Index'],
    ['29', 'P29. Highest Period Moisture Index'],
    ['30', 'P30. Lowest Period Moisture Index'],
    ['31', 'P31. Moisture Index Seasonality (Coefficient of Variation)'],
    ['32', 'P32. Mean Moisture Index of Highest Quarter MI'],
    ['33', 'P33. Mean Moisture Index of Lowest Quarter MI'],
    ['34', 'P34. Mean Moisture Index of Warmest Quarter'],
    ['35', 'P35. Mean Moisture Index of Coldest Quarter']
];

Ext.data.worldclim = [
    ['1', 'BIO1 = Annual Mean Temperature'],
    ['2', 'BIO2 = Mean Diurnal Range (Mean of monthly (max temp - min temp))'],
    ['3', 'BIO3 = Isothermality (P2/P7) (* 100)'],
    ['4', 'BIO4 = Temperature Seasonality (standard deviation *100)'],
    ['5', 'BIO5 = Max Temperature of Warmest Month'],
    ['6', 'BIO6 = Min Temperature of Coldest Month'],
    ['7', 'BIO7 = Temperature Annual Range (P5-P6)'],
    ['8', 'BIO8 = Mean Temperature of Wettest Quarter'],
    ['9', 'BIO9 = Mean Temperature of Driest Quarter'],
    ['10', 'BIO10 = Mean Temperature of Warmest Quarter'],
    ['11', 'BIO11 = Mean Temperature of Coldest Quarter'],
    ['12', 'BIO12 = Annual Precipitation'],
    ['13', 'BIO13 = Precipitation of Wettest Month'],
    ['14', 'BIO14 = Precipitation of Driest Month'],
    ['15', 'BIO15 = Precipitation Seasonality (Coefficient of Variation)'],
    ['16', 'BIO16 = Precipitation of Wettest Quarter'],
    ['17', 'BIO17 = Precipitation of Driest Quarter'],
    ['18', 'BIO18 = Precipitation of Warmest Quarter'],
    ['19', 'BIO19 = Precipitation of Coldest Quarter']
];