public string GetAlpacaFormData()
{
//var InvC = new CultureInfo("");
var normalmeantemps = new JsonNOAASettingsNormalMeanTemps()
{
jan = Math.Round(cumulus.NOAAconf.TempNorms[1], cumulus.TempDPlaces),
feb = Math.Round(cumulus.NOAAconf.TempNorms[2], cumulus.TempDPlaces),
mar = Math.Round(cumulus.NOAAconf.TempNorms[3], cumulus.TempDPlaces),
apr = Math.Round(cumulus.NOAAconf.TempNorms[4], cumulus.TempDPlaces),
may = Math.Round(cumulus.NOAAconf.TempNorms[5], cumulus.TempDPlaces),
jun = Math.Round(cumulus.NOAAconf.TempNorms[6], cumulus.TempDPlaces),
jul = Math.Round(cumulus.NOAAconf.TempNorms[7], cumulus.TempDPlaces),
aug = Math.Round(cumulus.NOAAconf.TempNorms[8], cumulus.TempDPlaces),
sep = Math.Round(cumulus.NOAAconf.TempNorms[9], cumulus.TempDPlaces),
oct = Math.Round(cumulus.NOAAconf.TempNorms[10], cumulus.TempDPlaces),
nov = Math.Round(cumulus.NOAAconf.TempNorms[11], cumulus.TempDPlaces),
dec = Math.Round(cumulus.NOAAconf.TempNorms[12], cumulus.TempDPlaces)
};
var normalrain = new JsonNOAASettingsNormalRain()
{
jan = Math.Round(cumulus.NOAAconf.RainNorms[1], cumulus.RainDPlaces),
feb = Math.Round(cumulus.NOAAconf.RainNorms[2], cumulus.RainDPlaces),
mar = Math.Round(cumulus.NOAAconf.RainNorms[3], cumulus.RainDPlaces),
apr = Math.Round(cumulus.NOAAconf.RainNorms[4], cumulus.RainDPlaces),
may = Math.Round(cumulus.NOAAconf.RainNorms[5], cumulus.RainDPlaces),
jun = Math.Round(cumulus.NOAAconf.RainNorms[6], cumulus.RainDPlaces),
jul = Math.Round(cumulus.NOAAconf.RainNorms[7], cumulus.RainDPlaces),
aug = Math.Round(cumulus.NOAAconf.RainNorms[8], cumulus.RainDPlaces),
sep = Math.Round(cumulus.NOAAconf.RainNorms[9], cumulus.RainDPlaces),
oct = Math.Round(cumulus.NOAAconf.RainNorms[10], cumulus.RainDPlaces),
nov = Math.Round(cumulus.NOAAconf.RainNorms[11], cumulus.RainDPlaces),
dec = Math.Round(cumulus.NOAAconf.RainNorms[12], cumulus.RainDPlaces)
};
var site = new JsonNOAASettingsSite()
{
sitename = cumulus.NOAAconf.Name,
city = cumulus.NOAAconf.City,
state = cumulus.NOAAconf.State
};
var files = new JsonNOAASettingsOutput()
{
monthfileformat = cumulus.NOAAconf.MonthFile,
yearfileformat = cumulus.NOAAconf.YearFile
};
var options = new JsonNOAASettingsOptions()
{
timeformat = cumulus.NOAAconf.Use12hour ? 1 : 0,
utf8 = cumulus.NOAAconf.UseUtf8,
dotdecimal = cumulus.NOAAconf.UseDotDecimal,
minmaxavg = cumulus.NOAAconf.UseMinMaxAvg
};
var ftp = new JsonNOAASettingsFtpCopy()
{
autotransfer = cumulus.NOAAconf.AutoFtp,
dstfolder = cumulus.NOAAconf.FtpFolder
};
var copy = new JsonNOAASettingsFtpCopy()
{
autotransfer = cumulus.NOAAconf.AutoCopy,
dstfolder = cumulus.NOAAconf.CopyFolder
};
var thresh = new JsonNOAASettingsThresholds()
{
heatingthreshold = Math.Round(cumulus.NOAAconf.HeatThreshold, cumulus.TempDPlaces),
coolingthreshold = Math.Round(cumulus.NOAAconf.CoolThreshold, cumulus.TempDPlaces),
maxtempcomp1 = Math.Round(cumulus.NOAAconf.MaxTempComp1, cumulus.RainDPlaces),
maxtempcomp2 = Math.Round(cumulus.NOAAconf.MaxTempComp2, cumulus.RainDPlaces),
mintempcomp1 = Math.Round(cumulus.NOAAconf.MinTempComp1, cumulus.RainDPlaces),
mintempcomp2 = Math.Round(cumulus.NOAAconf.MinTempComp2, cumulus.RainDPlaces),
raincomp1 = Math.Round(cumulus.NOAAconf.RainComp1, cumulus.RainDPlaces),
raincomp2 = Math.Round(cumulus.NOAAconf.RainComp2, cumulus.RainDPlaces),
raincomp3 = Math.Round(cumulus.NOAAconf.RainComp3, cumulus.RainDPlaces)
};
var data = new JsonNOAASettingsData()
{
accessible = cumulus.ProgramOptions.EnableAccessibility,
autosave = cumulus.NOAAconf.Create,
sitedetails = site,
outputfiles = files,
options = options,
ftp = ftp,
copy = copy,
thresholds = thresh,
normalmeantemps = normalmeantemps,
normalrain = normalrain
};
return(data.ToJson());
}
public string GetNoaaAlpacaFormData()
{
//var InvC = new CultureInfo("");
var normalmeantemps = new JsonNOAASettingsNormalMeanTemps()
{
jan = Math.Round(cumulus.NOAATempNorms[1], cumulus.TempDPlaces),
feb = Math.Round(cumulus.NOAATempNorms[2], cumulus.TempDPlaces),
mar = Math.Round(cumulus.NOAATempNorms[3], cumulus.TempDPlaces),
apr = Math.Round(cumulus.NOAATempNorms[4], cumulus.TempDPlaces),
may = Math.Round(cumulus.NOAATempNorms[5], cumulus.TempDPlaces),
jun = Math.Round(cumulus.NOAATempNorms[6], cumulus.TempDPlaces),
jul = Math.Round(cumulus.NOAATempNorms[7], cumulus.TempDPlaces),
aug = Math.Round(cumulus.NOAATempNorms[8], cumulus.TempDPlaces),
sep = Math.Round(cumulus.NOAATempNorms[9], cumulus.TempDPlaces),
oct = Math.Round(cumulus.NOAATempNorms[10], cumulus.TempDPlaces),
nov = Math.Round(cumulus.NOAATempNorms[11], cumulus.TempDPlaces),
dec = Math.Round(cumulus.NOAATempNorms[12], cumulus.TempDPlaces)
};
var normalrain = new JsonNOAASettingsNormalRain()
{
jan = Math.Round(cumulus.NOAARainNorms[1], cumulus.RainDPlaces),
feb = Math.Round(cumulus.NOAARainNorms[2], cumulus.RainDPlaces),
mar = Math.Round(cumulus.NOAARainNorms[3], cumulus.RainDPlaces),
apr = Math.Round(cumulus.NOAARainNorms[4], cumulus.RainDPlaces),
may = Math.Round(cumulus.NOAARainNorms[5], cumulus.RainDPlaces),
jun = Math.Round(cumulus.NOAARainNorms[6], cumulus.RainDPlaces),
jul = Math.Round(cumulus.NOAARainNorms[7], cumulus.RainDPlaces),
aug = Math.Round(cumulus.NOAARainNorms[8], cumulus.RainDPlaces),
sep = Math.Round(cumulus.NOAARainNorms[9], cumulus.RainDPlaces),
oct = Math.Round(cumulus.NOAARainNorms[10], cumulus.RainDPlaces),
nov = Math.Round(cumulus.NOAARainNorms[11], cumulus.RainDPlaces),
dec = Math.Round(cumulus.NOAARainNorms[12], cumulus.RainDPlaces)
};
var site = new JsonNOAASettingsSite()
{
sitename = cumulus.NOAAname,
city = cumulus.NOAAcity,
state = cumulus.NOAAstate
};
var files = new JsonNOAASettingsOutput()
{
monthfileformat = cumulus.NOAAMonthFileFormat,
yearfileformat = cumulus.NOAAYearFileFormat
};
var options = new JsonNOAASettingsOptions()
{
timeformat = cumulus.NOAA12hourformat ? 1 : 0,
utf8 = cumulus.NOAAUseUTF8,
dotdecimal = cumulus.NOAAUseDotDecimal
};
var ftp = new JsonNOAASettingsFtp()
{
autoftp = cumulus.NOAAAutoFTP,
ftpdirectory = cumulus.NOAAFTPDirectory
};
var thresh = new JsonNOAASettingsThresholds()
{
heatingthreshold = Math.Round(cumulus.NOAAheatingthreshold, cumulus.TempDPlaces),
coolingthreshold = Math.Round(cumulus.NOAAcoolingthreshold, cumulus.TempDPlaces),
maxtempcomp1 = Math.Round(cumulus.NOAAmaxtempcomp1, cumulus.RainDPlaces),
maxtempcomp2 = Math.Round(cumulus.NOAAmaxtempcomp2, cumulus.RainDPlaces),
mintempcomp1 = Math.Round(cumulus.NOAAmintempcomp1, cumulus.RainDPlaces),
mintempcomp2 = Math.Round(cumulus.NOAAmintempcomp2, cumulus.RainDPlaces),
raincomp1 = Math.Round(cumulus.NOAAraincomp1, cumulus.RainDPlaces),
raincomp2 = Math.Round(cumulus.NOAAraincomp2, cumulus.RainDPlaces),
raincomp3 = Math.Round(cumulus.NOAAraincomp3, cumulus.RainDPlaces)
};
var data = new JsonNOAASettingsData()
{
autosave = cumulus.NOAAAutoSave,
sitedetails = site,
outputfiles = files,
options = options,
ftp = ftp,
thresholds = thresh,
normalmeantemps = normalmeantemps,
normalrain = normalrain
};
return(data.ToJson());
}