static public void SaveConfig(TSIModelConfig config, string pathFolder, string fileName)
{
string pathFileName;
string root = Path.GetPathRoot(pathFolder);
if (root != pathFolder)
{
pathFileName = @pathFolder + Path.DirectorySeparatorChar + fileName + ".xml";
}
else
{
pathFileName = @pathFolder + fileName + ".xml";
}
XmlSerializer serializer = new XmlSerializer(typeof(TSIModelConfig));
using (TextWriter writer = new StreamWriter(pathFileName))
{
serializer.Serialize(writer, config);
}
}
// see also https://www.codeproject.com/Articles/14465/Specify-a-Configuration-File-at-Runtime-for-a-C-Co
private TSModelRunner(IFilenameDateParser _parser, TSIModelConfig cfg)
{
_fnParser = _parser;
//var set = Properties.Settings.Default;
//System.Console.WriteLine("Looking for files in " + m_FileWildCard);
//var d = new System.Diagnostics.DefaultTraceListener();
_maxReader = new TiffCubeReader(cfg.dataPathConfig.MaxTempFiles, _fnParser,
cfg.modelRunConfig.ReadFromDate, cfg.modelRunConfig.ReadToDate);
var nMax = _maxReader.Filenames.Count;
Console.WriteLine("Looking for max temp files in " + cfg.dataPathConfig.MaxTempFiles +
" - found " + nMax.ToString());
_minReader = new TiffCubeReader(cfg.dataPathConfig.MinTempFiles, _fnParser,
cfg.modelRunConfig.ReadFromDate, cfg.modelRunConfig.ReadToDate);
var nMin = _minReader.Filenames.Count;
Console.WriteLine("Looking for min temp files in " + cfg.dataPathConfig.MinTempFiles +
" - found " + nMin.ToString());
if (nMax == 0 || nMin == 0)
{
throw new ArgumentException("Can't continue without data");
// I don't see any reason not to continue if the numbers for day and night aren't actually equal
}
if (!_maxReader.GeoTransform.SequenceEqual(_minReader.GeoTransform))
{
throw new ArgumentException("max and min temp image transforms do not match!");
}
if (!GDAL_Operations.GetGeoTransform(cfg.dataPathConfig.MaskFile).SequenceEqual(_maxReader.GeoTransform))
{
throw new ArgumentException("Land-sea mask doesn't match images!");
}
if (!System.IO.Directory.Exists(cfg.dataPathConfig.OutputFolder))
{
System.IO.Directory.CreateDirectory(cfg.dataPathConfig.OutputFolder);
}
_cfg = cfg;
}
/// <summary>
/// If a command-line argument was passed, attempt to load it as a configuration file and
/// set up the model accordingly. If the input is a folder, not a file, then write a sample
/// config file into that folder as a template for the user to edit. If no command-line
/// argument was given, prompt for one.
/// </summary>
/// <param name="args"></param>
/// <returns></returns>
static TSIModelConfig loadConfig(string[] args)
{
string runtimeConfigFile;
if (args.Length == 0)
{
Console.WriteLine("Please specify a path to a configuration xml file.\n\n" +
"Alternatively specify a path to a folder, to create a sample config file \n in this folder for editing.\n\n" +
"Or, just hit enter to attempt to run with application default paths.");
Console.Write("> ");
runtimeConfigFile = Console.ReadLine();
}
else
{
runtimeConfigFile = args[0];
}
if (runtimeConfigFile == "")
{
runtimeConfigFile = null;
}
return(TSIModelConfig.LoadOrCreateConfig(runtimeConfigFile));
}
static public TSIModelConfig LoadConfigFromSettings()
{
var set = Properties.Settings.Default;
DataPathConfig dpc = new DataPathConfig();
try
{
dpc.MaskFile = set.LS_Mask_File;
dpc.MaxTempFiles = set.Max_Temp_Files;
dpc.MinTempFiles = set.Min_Temp_Files;
dpc.OutputFolder = set.OutputFolder;
}
catch
{
Console.WriteLine("Could not find paths specification in application config file");
return(null);
}
SpatialLimits spc = new SpatialLimits();
try
{
spc.WestLimitDegrees = set.WestLim;
spc.EastLimitDegrees = set.EastLim;
spc.WestLimitDegrees = set.NorthLim;
spc.SouthLimitDegrees = set.SouthLim;
}
catch
{
Console.WriteLine("Failed to read geographic limits from application config file");
return(null);
}
ModelConfig mcfg = new ModelConfig();
try
{
mcfg.SliceLengthHours = set.ParamSliceLengthHours;
mcfg.LifespanDays = set.ParamLifespanDays;
mcfg.DeathTempCelsius = set.ParamDeathTempCelsius;
mcfg.SporogenesisDegreeDays = set.ParamSporogDegreeDays;
mcfg.MinTempThresholdCelsius = set.ParamMinTempThreshCelsius;
mcfg.MaxTSNormaliser = set.ParamMaxTSNormaliser;
}
catch
{
Console.WriteLine("Failed to read temp suitability parameters from application config file");
return(null);
}
ModelRunConfig rcfg = new ModelRunConfig();
try
{
rcfg.OutputFileTag = set.Output_File_Tag;
rcfg.MaxTileSizePx = set.TileSizePx;
rcfg.MaxThreads = set.MaxThreads;
rcfg.MaxTempFilesAreLST = set.Max_Temp_Convert_From_LST;
rcfg.MinTempFilesAreLST = set.Min_Temp_Convert_From_LST;
rcfg.MinRequiredDataPoints = set.Min_Required_Data_Points;
rcfg.MaskValidValue = set.MaskValidValue;
rcfg.ReadFromDate = set.Read_From_Date;
rcfg.ReadToDate = set.Read_To_Date;
}
catch
{
Console.WriteLine("Failed to read model execution parameters from application config file");
return(null);
}
var tsiCfg = new TSIModelConfig();
tsiCfg.modelConfig = mcfg;
tsiCfg.spatialLimits = spc;
tsiCfg.dataPathConfig = dpc;
tsiCfg.modelRunConfig = rcfg;
return(tsiCfg);
}
