/// <summary>
/// Loads the last setting that has been saved previously.
/// </summary>
public void LoadLastSetting()
{
if (savedSetting != null)
{
InitFromSetting(savedSetting);
savedSetting = null;
}
}
/// <summary>
/// Initializes this instance from an existing InterpolationSetting
/// </summary>
/// <param name="pSetting">The InterpolationSetting to instantiate from.</param>
private void InitFromSetting(InterpolationSetting pSetting)
{
warpAboveDistance = pSetting.warpAboveDistance;
interpolateHeavyAboveDistance = pSetting.interpolateHeavyAboveDistance;
interpolateAboveDistance = pSetting.interpolateAboveDistance;
distanceStrength = pSetting.distanceStrength;
warpAboveAngle = pSetting.warpAboveAngle;
interpolateHeavyAboveAngle = pSetting.interpolateHeavyAboveAngle;
interpolateAboveAngle = pSetting.interpolateAboveAngle;
angleStrength = pSetting.angleStrength;
}
public void GetParameters(ref InterpolationSetting GI)
{
Single minX, maxX, minY, maxY;
minX = Convert.ToSingle(TB_MinX.Text);
maxX = Convert.ToSingle(TB_MaxX.Text);
minY = Convert.ToSingle(TB_MinY.Text);
maxY = Convert.ToSingle(TB_MaxY.Text);
GridDataSetting aGDP = new GridDataSetting();
aGDP.DataExtent.minX = minX;
aGDP.DataExtent.maxX = maxX;
aGDP.DataExtent.minY = minY;
aGDP.DataExtent.maxY = maxY;
aGDP.XNum = Convert.ToInt32(TB_XNum.Text);
aGDP.YNum = Convert.ToInt32(TB_YNum.Text);
GI.GridDataSet = aGDP;
GI.InterpolationMethod = (InterpolationMethods)Enum.Parse(typeof(InterpolationMethods),
CB_Method.Text, true);
switch (GI.InterpolationMethod)
{
case InterpolationMethods.Cressman:
if (TB_Radius.Text.Trim() != string.Empty)
{
string[] radStrs = TB_Radius.Text.Split(';');
GI.RadList = new List <double>();
for (int i = 0; i < radStrs.Length; i++)
{
GI.RadList.Add(double.Parse(radStrs[i]));
}
}
else
{
GI.RadList = new List <double>();
}
GI.MinPointNum = Convert.ToInt32(TB_MinNum.Text);
break;
case InterpolationMethods.IDW_Neighbors:
case InterpolationMethods.IDW_Radius:
GI.Radius = double.Parse(TB_Radius.Text);
GI.MinPointNum = Convert.ToInt32(TB_MinNum.Text);
break;
}
}
public void SetParameters(InterpolationSetting GI)
{
_GridInter = GI;
TB_MinX.Text = GI.GridDataSet.DataExtent.minX.ToString();
TB_MaxX.Text = GI.GridDataSet.DataExtent.maxX.ToString();
TB_MinY.Text = GI.GridDataSet.DataExtent.minY.ToString();
TB_MaxY.Text = GI.GridDataSet.DataExtent.maxY.ToString();
TB_XNum.Text = GI.GridDataSet.XNum.ToString();
TB_YNum.Text = GI.GridDataSet.YNum.ToString();
SetXYSize();
CB_Method.Items.Add(InterpolationMethods.IDW_Radius.ToString());
CB_Method.Items.Add(InterpolationMethods.IDW_Neighbors.ToString());
CB_Method.Items.Add(InterpolationMethods.Cressman.ToString());
CB_Method.Items.Add(InterpolationMethods.AssignPointToGrid.ToString());
CB_Method.Text = GI.InterpolationMethod.ToString();
switch (GI.InterpolationMethod)
{
case InterpolationMethods.Cressman:
string radStr = "";
for (int i = 0; i < GI.RadList.Count; i++)
{
radStr = radStr + GI.RadList[i].ToString() + ";";
}
radStr = radStr.TrimEnd(';');
TB_Radius.Text = radStr;
TB_MinNum.Text = GI.MinPointNum.ToString();
TB_UndefData.Text = GI.UnDefData.ToString();
TB_UndefData.ReadOnly = true;
break;
case InterpolationMethods.IDW_Neighbors:
case InterpolationMethods.IDW_Radius:
TB_Radius.Text = GI.Radius.ToString();
TB_MinNum.Text = GI.MinPointNum.ToString();
TB_UndefData.Text = GI.UnDefData.ToString();
TB_UndefData.ReadOnly = true;
break;
case InterpolationMethods.AssignPointToGrid:
break;
}
}
public InterpolationSetting(InterpolationSetting pSetting)
{
InitFromSetting(pSetting);
}
/// <summary>
/// Saves the current setting to be loaded at a later time.
/// </summary>
public void SaveCurrentSetting()
{
savedSetting = new InterpolationSetting(this);
}
