public frmSummarizeGraphSedimentByArivalTime(IMap map, rasterUtil rasterUtility) { InitializeComponent(); mp = map; vUtil = new viewUtility((IActiveView)map); rsUtil = rasterUtility; populateComboBox(); }
public frmBatchProcess(IMap map, rasterUtil rasterUtility) { InitializeComponent(); mp = map; vUtil = new viewUtility((IActiveView)mp); rsUtil = rasterUtility; btCalc = new batchCalculations(rsUtil,rp); populateCmb(); }
public frmBatchProcess(IMap map, rasterUtil rasterUtility) { InitializeComponent(); mp = map; vUtil = new viewUtility((IActiveView)mp); rsUtil = rasterUtility; btCalc = new batchCalculations(rsUtil, rp); populateCmb(); }
public frmStratifiedVarCov(IMap map) { InitializeComponent(); mp = map; if (mp != null) { vUtil = new viewUtility((IActiveView)mp); } populateComboBox(); }
public frmMultivariateLinearRegression(IMap map) { InitializeComponent(); mp = map; if (mp != null) { vUtil = new viewUtility((IActiveView)mp); } populateComboBox(); }
public frmCompareClassifications(IMap map) { InitializeComponent(); mp = map; if (mp != null) { vUtil = new viewUtility((IActiveView)mp); } populateComboBox(); }
public frmExportSampleToCsv(IMap map) { InitializeComponent(); mp = map; if (mp != null) { vUtil = new viewUtility((IActiveView)mp); } populateComboBox(); }
public frmLinearRegressionRaster(IMap map) { InitializeComponent(); mp = map; if (mp != null) { vUtil = new viewUtility((IActiveView)mp); } populateComboBox(); }
public frmAdjustAccuracyAssessment(IMap map) { InitializeComponent(); mp = map; if (mp != null) { vUtil = new viewUtility((IActiveView)mp); } populateComboBox(); }
public frmRunPolytomousLogisticRegression(IMap map) { InitializeComponent(); mp = map; if (mp != null) { vUtil = new viewUtility((IActiveView)mp); } populateComboBox(); }
public frmFormatZonalData(IMap map) { InitializeComponent(); mp = map; if (mp != null) { vUtil = new viewUtility((IActiveView)mp); } populateComboBox(); }
public frmBuildRegressionRaster(IMap map) { InitializeComponent(); mp = map; if (mp != null) { vUtil = new viewUtility((IActiveView)mp); } populateComboBox(); }
public frmClusterSampleRaster(IMap map) { InitializeComponent(); mp = map; if (mp != null) { vUtil = new viewUtility((IActiveView)mp); } populateComboBox(); }
public frmExplodeSample(IMap map) { InitializeComponent(); mp = map; if (mp != null) { vUtil = new viewUtility((IActiveView)mp); } populateComboBox(); }
public frmSelectSamplesFromTable(IMap map) { InitializeComponent(); mp = map; if (mp != null) { vUtil = new viewUtility((IActiveView)mp); } populateComboBox(); }
public frmAccuracyAssessment(IMap map) { InitializeComponent(); mp = map; if (mp != null) { vUtil = new viewUtility((IActiveView)mp); } populateComboBox(); }
public frmSoftMaxNnet(IMap map) { InitializeComponent(); mp = map; if (mp != null) { vUtil = new viewUtility((IActiveView)mp); } populateComboBox(); }
public frmLocalRescaleAnalysis(IMap map) { InitializeComponent(); rsUtil = new rasterUtil(); mp = map; if (mp != null) { vUtil = new viewUtility((IActiveView)mp); } populateComboBox(); }
public frmCreateGlcmSurface(IMap map) { InitializeComponent(); mp = map; if (mp != null) { vUtil = new viewUtility((IActiveView)mp); } rstUtil = new rasterUtil(); populateComboBox(); }
public frmFiaSummarizePoly(IMap map) { InitializeComponent(); rsUtil = new rasterUtil(); mp = map; if (mp != null) { vUtil = new viewUtility((IActiveView)mp); } populateComboBox(); }
public frmLandscapeMetrics(IMap map) { InitializeComponent(); rsUtil = new rasterUtil(); mp = map; if (mp != null) { vUtil = new viewUtility((IActiveView)mp); } populateComboBox(); }
public frmCreateAttributeTable(IMap map) { InitializeComponent(); rsUtil = new rasterUtil(); mp = map; if (mp != null) { vUtil = new viewUtility((IActiveView)mp); } populateComboBox(); }
public frmConditionalRaster(IMap map) { InitializeComponent(); rsUtil = new rasterUtil(); mp = map; if (mp != null) { vUtil = new viewUtility((IActiveView)mp); } populateComboBox(); }
public frmNDVIRaster(IMap map) { InitializeComponent(); rsUtil = new rasterUtil(); mp = map; if (mp != null) { vUtil = new viewUtility((IActiveView)mp); } populateComboBox(); }
public frmLinearTransform(IMap map) { InitializeComponent(); rsUtil = new rasterUtil(); mp = map; if (mp != null) { vUtil = new viewUtility((IActiveView)mp); } populateComboBox(); }
public frmCreateGlcmSurface(IMap map, ref rasterUtil rasterUtility, bool addToMap) { InitializeComponent(); mp = map; if (mp != null) { vUtil = new viewUtility((IActiveView)mp); } rstUtil = rasterUtility; populateComboBox(); perm = addToMap; }
public frmRunRegressionRaster(IMap map) { InitializeComponent(); mp = map; if (mp != null) { vUtil = new viewUtility((IActiveView)mp); } populateComboBox(); rstUtil = new rasterUtil(); rR = new regressionRaster(ref rstUtil); }
public frmArithmeticRaster(IMap map,ref rasterUtil rasterUtility,bool addToMap) { InitializeComponent(); rsUtil = rasterUtility; mp = map; if (mp != null) { vUtil = new viewUtility((IActiveView)mp); } populateComboBox(); aM = addToMap; }
public frmNDVIRaster(IMap map, ref rasterUtil rasterUtility, bool AddToMap) { InitializeComponent(); rsUtil = rasterUtility; addToMap = AddToMap; mp = map; if (mp != null) { vUtil = new viewUtility((IActiveView)mp); } populateComboBox(); }
public frmLocalBinTimeRaster(IMap map, ref rasterUtil rasterUtility, bool AddToMap) { InitializeComponent(); rsUtil = rasterUtility; addToMap = AddToMap; mp = map; if (mp != null) { vUtil = new viewUtility((IActiveView)mp); } populateComboBox(); }
public frmCreateAttributeTable(IMap map, ref rasterUtil rasterUtility, bool AddToMap) { InitializeComponent(); rsUtil = rasterUtility; addToMap = AddToMap; mp = map; if (mp != null) { vUtil = new viewUtility((IActiveView)mp); } populateComboBox(); }
public frmArithmeticRaster(IMap map, ref rasterUtil rasterUtility, bool addToMap) { InitializeComponent(); rsUtil = rasterUtility; mp = map; if (mp != null) { vUtil = new viewUtility((IActiveView)mp); } populateComboBox(); aM = addToMap; }
public frmFlipRaster(IMap map, rasterUtil.surfaceType surfaceType = rasterUtil.surfaceType.FLIP) { InitializeComponent(); rsUtil = new rasterUtil(); sType = surfaceType; this.Text = sType.ToString() + " Raster"; mp = map; if (mp != null) { vUtil = new viewUtility((IActiveView)mp); } populateComboBox(); }
public frmLandscapeMetrics(IMap map, ref rasterUtil rasterUtility, bool AddToMap) { InitializeComponent(); rsUtil = rasterUtility; mp = map; if (mp != null) { vUtil = new viewUtility((IActiveView)mp); } populateComboBox(); addToMap = AddToMap; }
public frmFlipRaster(IMap map,rasterUtil.surfaceType surfaceType = rasterUtil.surfaceType.FLIP) { InitializeComponent(); rsUtil = new rasterUtil(); sType = surfaceType; this.Text = sType.ToString() + " Raster"; mp = map; if (mp != null) { vUtil = new viewUtility((IActiveView)mp); } populateComboBox(); }
private void btnAdd_Click(object sender, EventArgs e) { viewUtility vUtil = new viewUtility((IActiveView)map); foreach (string s in lstLayers.Items) { string lyrPath = String.Empty; lyrDic.TryGetValue(s, out lyrPath); if (lyrPath != String.Empty) { vUtil.addLayer(lyrPath); } } this.Close(); }
/// <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(); 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; } }
// = "Create Composite Raster") public frmCompositeRaster(IMap map, ref rasterUtil rasterUtility, bool AddToMap, bool composite = true) { InitializeComponent(); if (composite) { this.Text = "Create Composite Raster"; } else { this.Text = "Create Combine Raster"; } rsUtil = rasterUtility; addToMap = AddToMap; mp = map; if (mp != null) { vUtil = new viewUtility((IActiveView)mp); } populateComboBox(); }
public frmCompositeRaster(IMap map, bool composite = true)// title="Create Composite Raster") { InitializeComponent(); if (composite) { this.Text = "Create Composite Raster"; } else { mStr = "Combine"; this.Text = "Create Combine Raster"; } rsUtil = new rasterUtil(); mp = map; if (mp != null) { vUtil = new viewUtility((IActiveView)mp); } populateComboBox(); }
public frmCompositeRaster(IMap map, ref rasterUtil rasterUtility, bool AddToMap, bool composite = true)// = "Create Composite Raster") { InitializeComponent(); if (composite) { this.Text = "Create Composite Raster"; } else { this.Text = "Create Combine Raster"; } rsUtil = rasterUtility; addToMap = AddToMap; mp = map; if (mp != null) { vUtil = new viewUtility((IActiveView)mp); } populateComboBox(); }