private void LoadLASTextDataForPreview(string inputFilename)
{
IOResults ares = new IOResults();
List<ColumnMetaInfo> mandatoryColumns = new List<ColumnMetaInfo>();
List<ColumnMetaInfo> optionalColumns = new List<ColumnMetaInfo>();
List<ColumnMetaInfo> dbFields = GetGeophysicsFieldsFromNKD();
foreach (ColumnMetaInfo s in dbFields)
{
mandatoryColumns.Add(s);
}
// talk to the database to get the column names
ImportDataPreview.SetMandatoryMappingColumns(mandatoryColumns);
ImportDataPreview.SetOptionalMappingColumns(optionalColumns);
ImportDataPreview.SetPreviewType("MODEL");
bool firstLineIsHeader = true;
var rawFileReader = new RawFileReader((inputFilename.ToLower().IndexOf(".csv") > -1) ? ',' : '\t');
List<RawDataRow> dt = rawFileReader.LoadRawDataForPreview(inputFilename, ares);
ImportDataPreview.ResetTable(dt, firstLineIsHeader);
}
private void LoadGeophysiscsTextDataForPreview(string inputFilename)
{
IOResults ares = new IOResults();
List<ColumnMetaInfo> dbFields = GetGeophysicsFieldsFromNKD();
// talk to the database to get the column names
ImportDataPreview.SetMandatoryMappingColumns(dbFields);
ImportDataPreview.SetPreviewType("GEOPHYISCS");
bool firstLineIsHeader = true;
if (inputFilename.ToLower().EndsWith("las"))
{
LASFileReader lfr = new LASFileReader();
int errCode = 0;
LASFile fl = lfr.ReadLASFile(inputFilename, 0, out errCode);
List<RawDataRow> dt = new List<RawDataRow>();
RawDataRow rdh = new RawDataRow();
rdh.dataItems = new List<string>();
rdh.dataItems.Add("Depth");
foreach (string ss in fl.columnHeaders)
{
rdh.dataItems.Add(ss);
}
dt.Add(rdh);
foreach (LASDataRow ldr in fl.dataRows)
{
RawDataRow rd = new RawDataRow();
rd.dataItems.Add("" + ldr.depth);
foreach (double d in ldr.rowData)
{
rd.dataItems.Add("" + d);
}
dt.Add(rd);
}
ImportDataPreview.ResetTable(dt, true);
}
else
{
var rawFileReader = new RawFileReader(',');
List<RawDataRow> dt = rawFileReader.LoadRawDataForPreview(inputFilename, ares);
ImportDataPreview.ResetTable(dt, firstLineIsHeader);
}
}
private void LoadFileForPreview(string fileToLoad)
{
IOResults ares = new IOResults();
bool firstLineIsHeader = true;// (bool)dataEntryForm.checkBoxModelFirstRowHeader.IsChecked;
var rawFileReader = new RawFileReader((fileToLoad.ToLower().IndexOf(".csv") > -1) ? ',' : '\t');
List<RawDataRow> dt = rawFileReader.LoadRawDataForPreview(fileToLoad, ares);
rawFileReader.PerformColumnLoad(fileToLoad, ares, rawFileReader.MaxCols, firstLineIsHeader, workerLoadData);
string ss = rawFileReader.GetColumnStats();
List<string> res = rawFileReader.DetermineColumnDataTypes();
columnDefs = new ModelColumnDefinitions();
// collect column assignments here
rawFileReader.SetColumnDefinitions(columnDefs);
}
private void LoadTextDataForPreview(string inputFilename)
{
IOResults ares = new IOResults();
// talk to the database to get the column names
List<ColumnMetaInfo> dbFields = null;
if (SelectedImportType == GeneralParameters.BLOCKMODEL)
{
dbFields = bmDBFields;
}
else if (SelectedImportType == GeneralParameters.COLLAR)
{
dbFields = collarDBFields;
}
else if (SelectedImportType == GeneralParameters.ASSAY)
{
dbFields = assayDBFields;
}
else if (SelectedImportType == GeneralParameters.COAL_QUALITY)
{
dbFields = coalQualityDBFields;
}
else if (SelectedImportType == GeneralParameters.SURVEY)
{
dbFields = surveyDBFields;
}
else if (SelectedImportType == GeneralParameters.LITHO)
{
dbFields = lithoDBFields;
}
else
{
}
ImportDataPreview.SetMandatoryMappingColumns(dbFields);
ImportDataPreview.SetPreviewType("MODEL");
bool firstLineIsHeader = true;
var rawFileReader = new RawFileReader((SelectedFile.ToLower().IndexOf(".csv") > -1) ? ',' : '\t');
List<RawDataRow> dt = rawFileReader.LoadRawDataForPreview(inputFilename, ares);
if (inputFilename.ToLower().EndsWith("las"))
{
ImportDataPreview.ResetTable(dt, false);
}
else
{
ImportDataPreview.ResetTable(dt, firstLineIsHeader);
}
}
