//分级专题图
private void button2_Click(object sender, EventArgs e)
{
int classCount = 6;
ITableHistogram tableHistogram;
IBasicHistogram basicHistogram;
ITable table;
IGeoFeatureLayer geoFeatureLayer;
geoFeatureLayer = getGeoLayer("Continents");
ILayer layer = geoFeatureLayer as ILayer;
table = layer as ITable;
tableHistogram = new BasicTableHistogramClass();
//按照 数值字段分级
tableHistogram.Table = table;
tableHistogram.Field = "sqmi";
basicHistogram = tableHistogram as IBasicHistogram;
object values;
object frequencys;
//先统计每个值和各个值出现的次数
basicHistogram.GetHistogram(out values, out frequencys);
//创建平均分级对象
IClassifyGEN classifyGEN = new QuantileClass();
//用统计结果进行分级 ，级别数目为classCount
classifyGEN.Classify(values, frequencys, ref classCount);
//获得分级结果,是个 双精度类型数组
double[] classes;
classes = classifyGEN.ClassBreaks as double[];
IEnumColors enumColors = CreateAlgorithmicColorRamp(classes.Length).Colors;
IColor color;
IClassBreaksRenderer classBreaksRenderer = new ClassBreaksRendererClass();
classBreaksRenderer.Field = "sqmi";
classBreaksRenderer.BreakCount = classCount;
classBreaksRenderer.SortClassesAscending = true;
ISimpleFillSymbol simpleFillSymbol;
for (int i = 0; i < classes.Length - 1; i++)
{
color = enumColors.Next();
simpleFillSymbol = new SimpleFillSymbolClass();
simpleFillSymbol.Color = color;
simpleFillSymbol.Style = esriSimpleFillStyle.esriSFSSolid;
classBreaksRenderer.set_Symbol(i, simpleFillSymbol as ISymbol);
classBreaksRenderer.set_Break(i, classes[i]);
}
if (geoFeatureLayer != null)
{
geoFeatureLayer.Renderer = classBreaksRenderer as IFeatureRenderer;
}
this.axMapControl1.ActiveView.Refresh();
}
private void setColor(IGeoFeatureLayer IGFL)
{
int classCount = 10;
ITableHistogram tableHistogram;
IBasicHistogram basicHistogram;
ITable table;
IGeoFeatureLayer geoFeatureLayer;
geoFeatureLayer = IGFL;
ILayer layer = geoFeatureLayer as ILayer;
table = layer as ITable;
tableHistogram = new BasicTableHistogramClass();
tableHistogram.Table = table;
tableHistogram.Field = "HighTemperature";
basicHistogram = tableHistogram as IBasicHistogram;
object values;
object frequencys;
basicHistogram.GetHistogram(out values, out frequencys);
IClassifyGEN classifyGEN = new QuantileClass();
classifyGEN.Classify(values, frequencys, ref classCount);
double[] classes;
classes = classifyGEN.ClassBreaks as double[];
IEnumColors enumColors = CreateAlgorithmicColorRamp(classes.Length).Colors;
IColor color;
IClassBreaksRenderer classBreaksRenderer = new ClassBreaksRendererClass();
classBreaksRenderer.Field = "HighTemperature";
classBreaksRenderer.BreakCount = classCount + 1;
classBreaksRenderer.SortClassesAscending = true;
ISimpleFillSymbol simpleFillSymbol;
for (int i = 0; i < classes.Length; i++)
{
color = enumColors.Next();
simpleFillSymbol = new SimpleFillSymbolClass();
simpleFillSymbol.Color = color;
simpleFillSymbol.Style = esriSimpleFillStyle.esriSFSSolid;
classBreaksRenderer.set_Symbol(i, simpleFillSymbol as ISymbol);
classBreaksRenderer.set_Break(i, classes[i]);
}
if (geoFeatureLayer != null)
{
geoFeatureLayer.Renderer = classBreaksRenderer as IFeatureRenderer;
}
axMapControl1.ActiveView.Refresh();
}
private void setColor(IGeoFeatureLayer IGFL)
{
int classCount = 10;
ITableHistogram tableHistogram;
IBasicHistogram basicHistogram;
ITable table;
IGeoFeatureLayer geoFeatureLayer;
geoFeatureLayer = IGFL;
ILayer layer = geoFeatureLayer as ILayer;
table = layer as ITable;
tableHistogram = new BasicTableHistogramClass();
tableHistogram.Table = table;
tableHistogram.Field = "HighTemperature";
basicHistogram = tableHistogram as IBasicHistogram;
object values;
object frequencys;
basicHistogram.GetHistogram(out values, out frequencys);
IClassifyGEN classifyGEN = new QuantileClass();
classifyGEN.Classify(values, frequencys, ref classCount);
double[] classes;
classes = classifyGEN.ClassBreaks as double[];
IEnumColors enumColors = CreateAlgorithmicColorRamp(classes.Length).Colors;
IColor color;
IClassBreaksRenderer classBreaksRenderer = new ClassBreaksRendererClass();
classBreaksRenderer.Field = "HighTemperature";
classBreaksRenderer.BreakCount = classCount + 1;
classBreaksRenderer.SortClassesAscending = true;
ISimpleFillSymbol simpleFillSymbol;
for (int i = 0; i < classes.Length; i++)
{
color = enumColors.Next();
simpleFillSymbol = new SimpleFillSymbolClass();
simpleFillSymbol.Color = color;
simpleFillSymbol.Style = esriSimpleFillStyle.esriSFSSolid;
classBreaksRenderer.set_Symbol(i, simpleFillSymbol as ISymbol);
classBreaksRenderer.set_Break(i, classes[i]);
}
if (geoFeatureLayer != null)
geoFeatureLayer.Renderer = classBreaksRenderer as IFeatureRenderer;
axMapControl1.ActiveView.Refresh();
}
private static void MapUsingClassbreaksRenderer()
{
string layerName = CboLayers.GetSelectedLayer();
ILayer layer = GetLayerByName(layerName);
IFeatureLayer2 fLayer = layer as IFeatureLayer2;
string fieldName = CboFields.GetSelectedField();
// Get the number of classes
string selectedClass = CboClasses.GetSelectedClass();
int numberOfClasses = Convert.ToInt32(selectedClass);
ITableHistogram tableHistogram = new TableHistogramClass();
tableHistogram.Table = fLayer.FeatureClass as ITable;
tableHistogram.Field = fieldName;
IHistogram histo = tableHistogram as IHistogram;
object datavalues, datafrequencies;
histo.GetHistogram(out datavalues, out datafrequencies);
IClassify classify = new QuantileClass();
classify.SetHistogramData(datavalues, datafrequencies);
classify.Classify(ref numberOfClasses);
if (numberOfClasses <= 1)
{
return;
}
double[] classBreaks = (double[])classify.ClassBreaks;
IClassBreaksRenderer render = new ClassBreaksRenderer();
render.Field = fieldName;
render.BreakCount = numberOfClasses;
render.MinimumBreak = classBreaks[0];
// Get the colors
ICmykColor[] colors = ColorbrewerExtension.GetCmykColors();
IFillSymbol fill = null;
// Iterate through the colors
for (int i = 0; i < numberOfClasses; i++)
{
fill = new SimpleFillSymbol();
fill.Color = colors[i];
fill.Outline.Width = 0.5;
render.Symbol[i] = fill as ISymbol;
render.Break[i] = classBreaks[i + 1];
render.Label[i] = string.Format("{0} to {1}", classBreaks[i]
, classBreaks[i + 1]);
}
IGeoFeatureLayer gFLayer = layer as IGeoFeatureLayer;
gFLayer.Renderer = render as IFeatureRenderer;
IMxDocument mxDoc = ArcMap.Application.Document as IMxDocument;
mxDoc.ActiveView.PartialRefresh(esriViewDrawPhase.esriViewGeography, gFLayer
, mxDoc.ActiveView.Extent);
mxDoc.UpdateContents();
}
//分级专题图
private void button2_Click(object sender, EventArgs e)
{
int classCount = 6;
ITableHistogram tableHistogram;
IBasicHistogram basicHistogram;
ITable table;
IGeoFeatureLayer geoFeatureLayer;
geoFeatureLayer = getGeoLayer("东丰县行政区域");
ILayer layer = geoFeatureLayer as ILayer;
table = layer as ITable;
tableHistogram = new BasicTableHistogramClass();
//按照 数值字段分级
tableHistogram.Table = table;
tableHistogram.Field = "NAME";
basicHistogram = tableHistogram as IBasicHistogram;
object values;
object frequencys;
//先统计每个值和各个值出现的次数
basicHistogram.GetHistogram(out values, out frequencys);
//创建平均分级对象
IClassifyGEN classifyGEN = new QuantileClass();
//用统计结果进行分级 ，级别数目为classCount
classifyGEN.Classify(values, frequencys, ref classCount);
//获得分级结果,是个 双精度类型数组
double[] classes;
classes = classifyGEN.ClassBreaks as double[];
IEnumColors enumColors = CreateAlgorithmicColorRamp(classes.Length).Colors;
IColor color;
IClassBreaksRenderer classBreaksRenderer = new ClassBreaksRendererClass();
classBreaksRenderer.Field = "NAME";
classBreaksRenderer.BreakCount = classCount;
classBreaksRenderer.SortClassesAscending = true;
ISimpleFillSymbol simpleFillSymbol;
for (int i = 0; i < classes.Length - 1; i++)
{
color = enumColors.Next();
simpleFillSymbol = new SimpleFillSymbolClass();
simpleFillSymbol.Color = color;
simpleFillSymbol.Style = esriSimpleFillStyle.esriSFSSolid;
classBreaksRenderer.set_Symbol(i, simpleFillSymbol as ISymbol);
classBreaksRenderer.set_Break(i, classes[i]);
}
if (geoFeatureLayer != null)
{
geoFeatureLayer.Renderer = classBreaksRenderer as IFeatureRenderer;
}
this.axMapControl1.ActiveView.Refresh();
}
private void DrawCCMaps()
{
m_intClassNumber = Convert.ToInt32(nudGCNClasses.Value);
IFeatureClass pFClass = pFLayer.FeatureClass;
//Determine Class Breaks for variable
int intValueFldIdx = pFClass.FindField(strVarFldName);
ITable pTable = (ITable)pFClass;
IClassifyGEN pClassifyGEN = null;
switch (cboGCClassify.Text)
{
case "Equal Interval":
pClassifyGEN = new EqualIntervalClass();
break;
case "Geometrical Interval":
pClassifyGEN = new GeometricalInterval();
break;
case "Natural Breaks":
pClassifyGEN = new NaturalBreaksClass();
break;
case "Quantile":
pClassifyGEN = new QuantileClass();
break;
case "StandardDeviation":
pClassifyGEN = new StandardDeviationClass();
break;
default:
pClassifyGEN = new NaturalBreaksClass();
break;
}
ITableHistogram pTableHistogram = new BasicTableHistogramClass();
pTableHistogram.Field = strVarFldName;
pTableHistogram.Table = pTable;
//IHistogram pHistogram = (IHistogram)pTableHistogram2;
IBasicHistogram pHistogram = (IBasicHistogram)pTableHistogram;
////Not working in ArcGIS 10.5 022417 HK
//ITableHistogram pTableHistogram = new TableHistogramClass();
//pTableHistogram.Field = strVarFldName;
//pTableHistogram.Table = pTable;
//IHistogram pHistogram = (IHistogram)pTableHistogram;
object xVals, frqs;
pHistogram.GetHistogram(out xVals, out frqs);
pClassifyGEN.Classify(xVals, frqs, m_intClassNumber);
double[] cb = (double[])pClassifyGEN.ClassBreaks;
//Class Determinations for vertical and horizontal axis
if (m_VerticalBreaks == null)
{
pClassifyGEN = new QuantileClass(); //Using Quatile
pTableHistogram = new BasicTableHistogramClass();
pTableHistogram.Field = strVerConFldName;
pTableHistogram.Table = pTable;
pHistogram = (IBasicHistogram)pTableHistogram;
pHistogram.GetHistogram(out xVals, out frqs);
pClassifyGEN.Classify(xVals, frqs, intVerCnt);
m_VerticalBreaks = (double[])pClassifyGEN.ClassBreaks;
}
if (m_HorizontalBreaks == null)
{
pClassifyGEN = new QuantileClass(); //Using Quatile
pTableHistogram = new BasicTableHistogramClass();
pTableHistogram.Field = strHorConFldName;
pTableHistogram.Table = pTable;
pHistogram = (IBasicHistogram)pTableHistogram;
pHistogram.GetHistogram(out xVals, out frqs);
pClassifyGEN.Classify(xVals, frqs, intHorCnt);
m_HorizontalBreaks = (double[])pClassifyGEN.ClassBreaks;
}
//Create Renderer
IClassBreaksRenderer pRender = new ClassBreaksRenderer();
pRender.Field = strVarFldName;
pRender.BreakCount = m_intClassNumber;
pRender.MinimumBreak = cb[0];
string strColorRamp = cboColorRamp.Text;
IEnumColors pEnumColors = MultiPartColorRamp(strColorRamp, "CIE Lab", m_intClassNumber);
pEnumColors.Reset();
int[,] arrColors = new int[m_intClassNumber, 3];
for (int k = 0; k < m_intClassNumber; k++)
{
IColor pColor = pEnumColors.Next();
IRgbColor pRGBColor = new RgbColorClass();
pRGBColor.RGB = pColor.RGB;
arrColors[k, 0] = pRGBColor.Red;
arrColors[k, 1] = pRGBColor.Green;
arrColors[k, 2] = pRGBColor.Blue;
}
pEnumColors.Reset();
IRgbColor pColorOutline = new RgbColor();
//Can Change the color in here!
pColorOutline = m_pSnippet.getRGB(picOutlineColor.BackColor.R, picOutlineColor.BackColor.G, picOutlineColor.BackColor.B);
double dblGCOutlineSize = Convert.ToDouble(nudOutlinewidth.Value);
ICartographicLineSymbol pOutLines = new CartographicLineSymbol();
pOutLines.Width = dblGCOutlineSize;
pOutLines.Color = (IColor)pColorOutline;
//' use this interface to set dialog properties
IClassBreaksUIProperties pUIProperties = (IClassBreaksUIProperties)pRender;
pUIProperties.ColorRamp = "Custom";
ISimpleFillSymbol pSimpleFillSym;
pEnumColors.Reset();
double dblAdding = Math.Pow(0.1, m_intRounding);
for (int j = 0; j < m_intClassNumber; j++)
{
pRender.Break[j] = cb[j + 1];
if (j == 0)
{
pRender.Label[j] = Math.Round(cb[j], m_intRounding).ToString("N" + m_intRounding.ToString()) + " - " + Math.Round(cb[j + 1], 2).ToString("N" + m_intRounding.ToString());
}
else
{
pRender.Label[j] = Math.Round(cb[j] + dblAdding, m_intRounding).ToString("N" + m_intRounding.ToString()) + " - " + Math.Round(cb[j + 1], 2).ToString("N" + m_intRounding.ToString());
}
pUIProperties.LowBreak[j] = cb[j];
pSimpleFillSym = new SimpleFillSymbolClass();
IRgbColor pRGBColor = m_pSnippet.getRGB(arrColors[j, 0], arrColors[j, 1], arrColors[j, 2]);
pSimpleFillSym.Color = (IColor)pRGBColor;
pSimpleFillSym.Outline = pOutLines;
pRender.Symbol[j] = (ISymbol)pSimpleFillSym;
}
//Background Layer
ISimpleRenderer pSimpleRender = new SimpleRendererClass();
ISimpleFillSymbol pBGSymbol = new SimpleFillSymbolClass();
pBGSymbol.Color = (IColor)m_pSnippet.getRGB(picBGColor.BackColor.R, picBGColor.BackColor.G, picBGColor.BackColor.B);
ICartographicLineSymbol pBGOutLines = new CartographicLineSymbol();
pBGOutLines.Width = 0;
pBGOutLines.Color = m_pSnippet.getRGB(255, 255, 255);
pBGSymbol.Outline = pBGOutLines;
pSimpleRender.Symbol = (ISymbol)pBGSymbol;
IFeatureLayer pflBG = new FeatureLayerClass();
pflBG.FeatureClass = pFClass;
IGeoFeatureLayer pGeoBG = (IGeoFeatureLayer)pflBG;
pGeoBG.Renderer = (IFeatureRenderer)pSimpleRender;
pGeoBG.Selectable = false;
//Feature Count for each map
m_intsFeatureCnts = new int[intVerCnt * intHorCnt];
int l = 0;
for (int i = 0; i < intVerCnt; i++)
{
for (int j = 0; j < intHorCnt; j++)
{
IFeatureLayer pflOutput = new FeatureLayerClass();
pflOutput.FeatureClass = pFClass;
IGeoFeatureLayer pGeofeatureLayer = (IGeoFeatureLayer)pflOutput;
pGeofeatureLayer.Renderer = (IFeatureRenderer)pRender;
IFeatureLayerDefinition2 pFDefinition = (IFeatureLayerDefinition2)pGeofeatureLayer;
string strWhereClause = null;
if (i == 0 && j == 0)
{
strWhereClause = strVerConFldName + " >= " + m_VerticalBreaks[i].ToString() + " AND " +
strVerConFldName + " <= " + m_VerticalBreaks[i + 1].ToString() + " AND " +
strHorConFldName + " >= " + m_HorizontalBreaks[j].ToString() + " AND " +
strHorConFldName + " <= " + m_HorizontalBreaks[j + 1].ToString();
}
else if (i != 0 && j == 0)
{
strWhereClause = strVerConFldName + " > " + m_VerticalBreaks[i].ToString() + " AND " +
strVerConFldName + " <= " + m_VerticalBreaks[i + 1].ToString() + " AND " +
strHorConFldName + " >= " + m_HorizontalBreaks[j].ToString() + " AND " +
strHorConFldName + " <= " + m_HorizontalBreaks[j + 1].ToString();
}
else if (i == 0 && j != 0)
{
strWhereClause = strVerConFldName + " >= " + m_VerticalBreaks[i].ToString() + " AND " +
strVerConFldName + " <= " + m_VerticalBreaks[i + 1].ToString() + " AND " +
strHorConFldName + " > " + m_HorizontalBreaks[j].ToString() + " AND " +
strHorConFldName + " <= " + m_HorizontalBreaks[j + 1].ToString();
}
else
{
strWhereClause = strVerConFldName + " > " + m_VerticalBreaks[i].ToString() + " AND " +
strVerConFldName + " <= " + m_VerticalBreaks[i + 1].ToString() + " AND " +
strHorConFldName + " > " + m_HorizontalBreaks[j].ToString() + " AND " +
strHorConFldName + " <= " + m_HorizontalBreaks[j + 1].ToString();
}
pFDefinition.DefinitionExpression = strWhereClause;
IQueryFilter pQfilter = new QueryFilterClass();
pQfilter.WhereClause = strWhereClause;
m_intsFeatureCnts[l] = pGeofeatureLayer.FeatureClass.FeatureCount(pQfilter);
m_axMapControls[l].ActiveView.FocusMap.ClearLayers();
m_axMapControls[l].ActiveView.FocusMap.AddLayer(pGeoBG);
m_axMapControls[l].ActiveView.FocusMap.AddLayer(pGeofeatureLayer);
m_axMapControls[l].ActiveView.Extent = m_axMapControls[l].ActiveView.FullExtent;
m_axMapControls[l].ActiveView.Refresh();
l++;
}
}
lblVariable.Text = "Selected Variable: " + strVarFldName;
UpdateRange(lvSymbol, m_intClassNumber, cb, arrColors, m_intRounding);
if (m_blnAddBoxes)
{
UpdateTextBoxes();
}
else
{
AddTextBoxes();
}
UpdateLabels();
UpdateHorVerLabels();
}
/// <summary>
/// 分等级法渲染器(ClassBreakRenderer), 可以用分级的颜色和符号来绘制
/// </summary>
/// <param name="sender"></param>
/// <param name="e"></param>
private void 分等级法渲染ToolStripMenuItem_Click(object sender, EventArgs e)
{
//数据分成10个等级
int classCount = 10;
//声明一个ITableHistogram变量
//该变量用于控制从表格中生成的直方图的样式
ITableHistogram pTableHistogram;
//声明一个IBasicHistogram变量
//该变量用于控制从不同数据源中生成的直方图
IBasicHistogram pBasicHistogram;
//实例化表格对象
ITable pTable;
//获取生成分级专题图的目标图层
IGeoFeatureLayer pGeoFeatureLayer;
//获取渲染图层
pGeoFeatureLayer = getGeoLayer("北部湾");
//将pGeoFeatureLayer强转成ILayer
ILayer pLayer = pGeoFeatureLayer as ILayer;
//将目标图层(要素类)的属性表强转成ITable
pTable = pLayer as ITable;
//实例化
//BasicTableHistogram采用表对象输入数据的结构(如自然断点、分位数)生成直方图。
pTableHistogram = new BasicTableHistogramClass();
//赋值pTableHistogram的Table属性字段
pTableHistogram.Table = pTable;
//确定分级字段
pTableHistogram.Field = "年";
//pTableHistogram强制转换为IBasicHistogram
pBasicHistogram = pTableHistogram as IBasicHistogram;
//先统计每个值出现的次数, 输出结果赋予values, frequencys
object values;
object frequencys;
//out参数可以在一个方法中返回多个不同类型的值
pBasicHistogram.GetHistogram(out values, out frequencys);
//创建平均分级对象
IClassifyGEN pClassifyGEN = new QuantileClass();
//用统计结果(values——值, frequences——出现频率)进行分级, 级别数目为classCount
pClassifyGEN.Classify(values, frequencys, ref classCount);
double[] classes;
classes = pClassifyGEN.ClassBreaks as double[];
//获得分级结果, 是个双精度类型数组
//注意：获得双精度数组记录条数出现不可修复性错误, 故使用以下代码修复该错误
double[] myclasses;
myclasses = new double[classCount];
//当classes不为null时
if (classes != null)
{
//遍历classes, 从后往前移一位
for (int j = 0; j < classCount; j++)
{
myclasses[j] = classes[j + 1];
}
}
//定义一个颜色枚举变量, 通过函数获取颜色带
IEnumColors pEnumColors = CreateAlgorithmicColorRamp(myclasses.Length).Colors;
IColor color;
//声明并实例化分级渲染器对象类
//该变量提供成员控制渐变色、渐变符号专题图的制作
IClassBreaksRenderer classBreaksRenderer = new ClassBreaksRendererClass();
//确定分级渲染的属性字段
classBreaksRenderer.Field = "年";
//分级数量
classBreaksRenderer.BreakCount = classCount;
//指示该专题图是否按升序显示
classBreaksRenderer.SortClassesAscending = true;
//简单填充符号(ISimpleFillSymbol)
//该变量提供对成员的访问, 控制简单的填充符号
ISimpleFillSymbol simpleFillSymbol;
//通过一个循环, 给所有渲染的等级附上渲染颜色
for (int i = 0; i < myclasses.Length; i++)
{
color = pEnumColors.Next();
simpleFillSymbol = new SimpleFillSymbolClass();
simpleFillSymbol.Color = color;
//设置填充的样式(Style)为实体填充
simpleFillSymbol.Style = esriSimpleFillStyle.esriSFSSolid;
//指定分级渲染的符号(Symbol)
classBreaksRenderer.set_Symbol(i, simpleFillSymbol as ISymbol);
//按照分级进行渲染
classBreaksRenderer.set_Break(i, myclasses[i]);
}
if (pGeoFeatureLayer != null)
{
//调用Renderer属性, 具体说明如何通过图层要素渲染器绘制图层
pGeoFeatureLayer.Renderer = classBreaksRenderer as IFeatureRenderer;
}
axMapControl1.Refresh(); //刷新axMapControl1
axTOCControl1.Update(); //更新axTOCControl1
}
private void getBreaksValues(ClassifyMethodName ClassifyMethod,ILayer layer,string fieldName,double intervl,bool bfeuq)
{
ITableHistogram tableHistogram = new BasicTableHistogramClass();
tableHistogram.Table = ((IDisplayTable)layer).DisplayTable;
tableHistogram.Field = fieldName;
object valueArray = null, freq = null;
IBasicHistogram basicHistogram = (IBasicHistogram)tableHistogram;
basicHistogram.GetHistogram(out valueArray, out freq);
IClassify classify = null;
int breakNum = (int)intervl;
//�����
switch (ClassifyMethod)
{
case ClassifyMethodName.EqualInterval:
{
EqualIntervalClass eq = new EqualIntervalClass();
eq.Classify(valueArray, freq, ref breakNum);
classify = (IClassify)eq;
break;
}
case ClassifyMethodName.StandardDeviation:
{
StandardDeviationClass sd = new StandardDeviationClass();
IStatisticsResults stat = basicHistogram as IStatisticsResults;
classify = sd as IClassify;
classify.SetHistogramData(valueArray, freq);
IDeviationInterval di = sd as IDeviationInterval;
di.DeviationInterval = 1;
di.Mean = stat.Mean;
di.StandardDev = stat.StandardDeviation;
classify.Classify(ref breakNum);
break;
}
case ClassifyMethodName.Quantile:
{
Quantile qc = new QuantileClass();
qc.Classify(valueArray, freq, ref breakNum);
classify = qc as IClassify;
break;
}
case ClassifyMethodName.NaturalBreaks:
{
NaturalBreaksClass nb = new NaturalBreaksClass();
nb.Classify(valueArray, freq, ref breakNum);
classify = nb as IClassify;
break;
}
case ClassifyMethodName.DefinedInterval:
{
DefinedIntervalClass di = new DefinedIntervalClass();
di.IntervalRange = intervl;
di.Classify(valueArray, freq, ref breakNum);
classify = di as IClassify;
break;
}
default:
{
EqualIntervalClass eq = new EqualIntervalClass();
eq.Classify(valueArray, freq, ref breakNum);
classify = (IClassify)eq;
break;
}
}
object o = classify.ClassBreaks;
System.Array breakArray = o as System.Array;
IFrequencyStatistics freqstat = basicHistogram as IFrequencyStatistics;
lscBreakValues.Items.Clear();
foreach (object oo in breakArray)
{
lscBreakValues.Items.Add(oo.ToString());
}
}