public frmDownloadMapServiceLayer(IMap map)
{
InitializeComponent();
frmHlp = new frmHelper(map);
geoUtil = frmHlp.GeoUtility;
rsUtil = frmHlp.RasterUtility;
fillCmb();
}
public frmPhotoAnalysis(IMap mp, rasterUtil rasterUtility = null)
{
InitializeComponent();
frmHelper = new frmHelper(mp, rasterUtility);
rsUtil = frmHelper.RasterUtility;
geoUtil = frmHelper.GeoUtility;
fillCombo();
}
public frmSplitPoly(IMap map)
{
InitializeComponent();
frmHlp = new frmHelper(map);
rsUtil = frmHlp.RasterUtility;
geoUtil = frmHlp.GeoUtility;
ftrUtil = frmHlp.FeatureUtility;
fillCmb();
}
public frmTransportationCost(IMap Map, rasterUtil rasterUtility = null)
{
InitializeComponent();
frmHlp = new frmHelper(Map, rasterUtility);
geoUtil = frmHlp.GeoUtility;
rsUtil = frmHlp.RasterUtility;
ftrUtil = frmHlp.FeatureUtility;
populateCmb();
}
public frmCreateMosaic(IMap map)
{
InitializeComponent();
frmHlp = new frmHelper(map);
rsUtil = frmHlp.RasterUtility;
mp = frmHlp.TheMap;
geoUtil = frmHlp.GeoUtility;
populateComboBox();
}
public frmTiledMosaic(IMap map)
{
InitializeComponent();
frmHlp = new frmHelper(map);
rsUtil = frmHlp.RasterUtility;
geoUtil = frmHlp.GeoUtility;
ftrUtil = frmHlp.FeatureUtility;
ftrDic = frmHlp.FeatureDictionary;
fillCombo();
}
public frmRescaleRaster(IMap map)
{
InitializeComponent();
rsUtil = new rasterUtil();
mp = map;
frmHlp = new frmHelper(mp);
geoUtil = frmHlp.GeoUtility;
rsUtil = frmHlp.RasterUtility;
populateComboBox();
}
public frmRescaleRaster(IMap map, ref rasterUtil rasterUtility, bool AddToMap)
{
InitializeComponent();
rsUtil = rasterUtility;
addToMap = AddToMap;
mp = map;
frmHlp = new frmHelper(mp);
geoUtil = frmHlp.GeoUtility;
rsUtil = frmHlp.RasterUtility;
populateComboBox();
}
/// <summary>
/// fills in raster value by band for each point location. Appends those values to a field named by the raster/band combination
/// </summary>
/// <param name="map">The current focus map optionally it can = null</param>
public frmSampleRaster(IMap map)
{
InitializeComponent();
mp = map;
frmHlp = new frmHelper(map);
rsUtil = frmHlp.RasterUtility;
geoUtil = frmHlp.GeoUtility;
ftrDic = frmHlp.FeatureDictionary;
rstDic = frmHlp.FunctionRasterDictionary;
ftrUtil = frmHlp.FeatureUtility;
populateComboBox();
}
public frmCalcGridMetricsFusion(ESRI.ArcGIS.Carto.IMap mp, rasterUtil rasterUtility = null)
{
InitializeComponent();
if (rasterUtility == null)
{
rsUtil = new rasterUtil();
}
else
{
rsUtil = rasterUtility;
}
fsInt = new fusionIntegration(rsUtil);
frmHlp = new frmHelper(mp, rsUtil);
}
/// <summary>
/// Creates a point file with randommly assign sample locations given a raster. If statified is false the samples will be allocated randomly across the landsape and one field
/// is created within the point feature class called value that stores the raster values at each location.
/// If statified is true then each stratum will recieve a specfied number of sample loctions and 2 fields will be created called class and weight identifing the the value of the raster at that locaiton and the weight that sample represents from the population of
/// raster cells.
/// </summary>
/// <param name="map">the current map opionally this value can be null</param>
/// <param name="stratified">boolean value that identifies whether sampling using stratification or simple random sample</param>
public frmCreateRandomSample(IMap map, bool stratified)
{
InitializeComponent();
frmHlp = new frmHelper(map);
geoUtil = frmHlp.GeoUtility;
rstDic = frmHlp.FunctionRasterDictionary;
rsUtil = frmHlp.RasterUtility;
ftrDic = frmHlp.FeatureDictionary;
strata = stratified;
mp = map;
if (mp != null)
{
vUtil = new viewUtility((IActiveView)mp);
loadCombos();
}
if (strata)
{
this.Text = "Create Stratified Random Sample";
lblNS.Text = "Samples per Strata";
btnOpenModel.Visible = true;
}
}
private void aboutToolStripMenuItem_Click(object sender, EventArgs e)
{
var frmHelper = new frmHelper();
frmHelper.ShowDialog(this);
}
