private void btnSavePoleArea_Click(object sender, EventArgs e)
{
if (chkUseDefaultPnlProp.Checked)
{
project.PvHeightGlo = lblHeight2.Text;
project.PvWidthGlo = lblWidth2.Text;
project.HorzSpaceGlo = txtGridSpacingX.Text;
project.VertSpaceGlo = txtGridSpacingY.Text;
project.PvTiltGlo = lblTilt2.Text;
project.PvAzimuthGlo = lblAzimuth2.Text;
project.GridRotAngGlo = Convert.ToString(pvPanelPoleGridCtl1.RotationAngle);
project.pvHeightEdit = lblHeight2.Text;
project.pvWidthEdit = lblWidth2.Text;
project.pvTiltEdit = lblTilt2.Text;
project.pvAzimuthEdit = lblAzimuth2.Text;
Michael.CreateGridPole(true, true);
Michael.CreatePvPanel();
}
else
{
project.HorzSpaceGlo = txtGridSpacingX.Text;
project.VertSpaceGlo = txtGridSpacingY.Text;
project.GridRotAngGlo = Convert.ToString(pvPanelPoleGridCtl1.RotationAngle);
Michael.CreateGridPole(true, false);
}
Michael.propertyGrid1.Refresh();
Michael.cmdPvPanelAngle.Enabled = true;
Michael.btnMovePanels.Enabled = true;
Michael.cmdExportSketchUp.Enabled = true;
this.Close();
}
static void Main(string[] args)
{
Joey joey = new Joey();
Karl malone = new Karl();
Larry bird = new Larry();
Magic johnson = new Magic();
Michael jordan = new Michael();
Patrick ewing = new Patrick();
List <IDreamteam> serverSide = new List <IDreamteam>();
serverSide.Add(joey);
serverSide.Add(malone);
serverSide.Add(bird);
List <IDreamteam> clientSide = new List <IDreamteam>();
clientSide.Add(johnson);
clientSide.Add(jordan);
clientSide.Add(ewing);
foreach (var server in serverSide)
{
server.work();
}
foreach (var client in clientSide)
{
client.work();
}
}
private void txtGridSpacingY_TextChanged(object sender, EventArgs e)
{
project.VertSpaceGlo = txtGridSpacingY.Text;
Michael.propertyGrid1.Refresh();
if (FirstRefresh == false)
{
Michael.CreateGridPole(false);
updateLblNumPanels();
//CreateGridPole(false);
}
}
private void pvPanelPoleGridCtl1_Paint_1(object sender, PaintEventArgs e)
{
if (FirstRefresh == false)
{
project.GridRotAngGlo = Convert.ToString(pvPanelPoleGridCtl1.RotationAngle);
Michael.propertyGrid1.Refresh();
Michael.CreateGridPole(false);
updateLblNumPanels();
//CreateGridPole(false);
}
FirstRefresh = false;
}
private void cmdApplyAllPanel_Click(object sender, EventArgs e)
{
project.PvHeight = Convert.ToDouble(txtPvHeight.Text);
project.PvWidth = Convert.ToDouble(txtPvWidth.Text);
Michael.CreatePvPanel();
/*
* List<IFeature> ls1 = new List<IFeature>();
* FeatureLayer fl1 = pvMap.Layers[project.LyrPole] as FeatureLayer;
* ISelection il1 = fl1.Selection;
* FeatureSet FeSet = il1.ToFeatureSet();
*
*
* for (int i = 0; i < FeSet.NumRows();i++ )
* {
* IFeature fs = FeSet.GetFeature(i);
* try
* {
* fs.DataRow.BeginEdit();
* fs.DataRow["H"] = Convert.ToDouble(txtPvHeight.Text);
* fs.DataRow["W"] = Convert.ToDouble(txtPvWidth.Text);
* fs.DataRow.EndEdit();
* }
* catch { }
* }
*/
if (Project.LyrPole != -1)
{
IMapFeatureLayer pvPositionFe = PvMap.Layers[Project.LyrPole] as IMapFeatureLayer;
List <IFeature> lstFe = new List <IFeature>();
ISelection selFe = pvPositionFe.Selection;
lstFe = selFe.ToFeatureList();
int iRow = 0;
foreach (IFeature fs in lstFe)
{
try
{
fs.DataRow.BeginEdit();
fs.DataRow["h"] = Convert.ToDouble(txtPvHeight.Text);
fs.DataRow["W"] = Convert.ToDouble(txtPvWidth.Text);
fs.DataRow.EndEdit();
iRow++;
}
catch { }
}
this.Close();
}
MessageBox.Show("Data updated successfully");
this.Close();
}
private void btnSaveBuilding_Click(object sender, EventArgs e)
{
if (project.Path != "")
{
if (util.getLayerHdl("Solar Radiation Rose", pvMap) == -1)
{
Michael.CentroidAsSite(project.LyrBuildingName, pvMap);
}
}
Michael.drawBuildingShadow();
Michael.ExportBldgAndTrr2SketchUp.Enabled = true;
Michael.EnableBuildingEdit();
this.Close();
}
private void cmdUpdateShape_Click(object sender, EventArgs e)
{
project.PvHeightEdit = lblPvHeight.Text;
project.PvWidthEdit = lblPvWidth.Text;
project.PvTiltEdit = lblTilt.Text;
project.PvAzimuthEdit = lblAzimuth.Text;
/*
* try
* {
* tabControl1.SelectedTab = tabPage0;
* for (int iRow = 0; iRow < grdPvPoleSelected.RowCount; iRow++)
* {
* grdPvPoleSelected.Rows[iRow].Cells["Ele_Angle"].Value = lblTilt.Text;
* grdPvPoleSelected.Rows[iRow].Cells["Azimuth"].Value = lblAzimuth.Text;
* grdPvPoleSelected.Rows[iRow].Cells["w"].Value = lblPvWidth.Text;
* grdPvPoleSelected.Rows[iRow].Cells["h"].Value = lblPvHeight.Text;
* }
* }
* catch { }
*/
if (Project.LyrPole != -1)
{
IMapFeatureLayer LocationFe = PvMap.Layers[Project.LyrPole] as IMapFeatureLayer;
List <IFeature> lstFe = new List <IFeature>();
ISelection selFe = LocationFe.Selection;
lstFe = selFe.ToFeatureList();
int iRow = 0;
foreach (IFeature fs in lstFe)
{
try
{
fs.DataRow.BeginEdit();
fs.DataRow["Ele_Angle"] = grdPvPoleSelected.Rows[iRow].Cells["Ele_Angle"].Value;
fs.DataRow["Azimuth"] = grdPvPoleSelected.Rows[iRow].Cells["Azimuth"].Value;
fs.DataRow["h"] = grdPvPoleSelected.Rows[iRow].Cells["h"].Value;
fs.DataRow["w"] = grdPvPoleSelected.Rows[iRow].Cells["w"].Value;
fs.DataRow["x"] = grdPvPoleSelected.Rows[iRow].Cells["x"].Value;
fs.DataRow["y"] = grdPvPoleSelected.Rows[iRow].Cells["y"].Value;
fs.DataRow.EndEdit();
iRow++;
}
catch { }
}
this.Close();
}
Michael.CreatePvPanel();
}
private void btnCloseDrawTree_Click(object sender, EventArgs e)
{
if (project.Path != "")
{
if (util.getLayerHdl("Solar Radiation Rose", pvMap) == -1)
{
Michael.CentroidAsSite(project.LyrTreeName, pvMap);
}
}
this.Close();
Michael.EnableTreeEditing();
//Michael.SolarObstuctionVerification();
//Draw tree shadows
Michael.DrawTreeShadow();
Michael.ExportBldgAndTrr2SketchUp.Enabled = true;
}
public static void Main(String[] args)
{
// one way to use them is to declare their full qualified name.
// System.IO.StreamReader sr = new System.IO.StreamReader();
// alternatively, we can add using System.IO above, and use this:
// StreamReader sr = new StreamReader();
// sometimes, however, there may be conflicting using statements,
// i.e. two namespaces might have the same class defined. In that
// case, user the full qualified name.
// Refer to the class within the custom namespace.
Michael mDLL = new Michael();
Console.WriteLine(mDLL.Lookup("http://www.learnvisualstudio.net"));
Console.ReadLine();
}
private void cmdUpdateShape_Click(object sender, EventArgs e)
{
if (ProjectFile.LyrTree != -1)
{
IMapFeatureLayer TreeFe = PvMap.Layers[ProjectFile.LyrTree] as IMapFeatureLayer;
List <IFeature> lstFe = new List <IFeature>();
ISelection selFe = TreeFe.Selection;
lstFe = selFe.ToFeatureList();
int iRow = 0;
foreach (IFeature fs in lstFe)
{
try
{
fs.DataRow.BeginEdit();
fs.DataRow["Height"] = grdTreeAttribute.Rows[iRow].Cells["Height"].Value;
fs.DataRow["Diameter"] = grdTreeAttribute.Rows[iRow].Cells["Diameter"].Value;
fs.DataRow["Type"] = grdTreeAttribute.Rows[iRow].Cells["Type"].Value;
fs.DataRow.EndEdit();
iRow++;
double Radius = Convert.ToDouble(fs.DataRow["Diameter"]) / 2;
//short numVertx = 36;
//Michael.kDrawTreeCircle(Convert.ToDouble(fs.DataRow['X']), Convert.ToDouble(fs.DataRow['Y']), Convert.ToDouble(fs.DataRow["Diameter"]), numVertx, pvMap, Color.Green);
}
catch { }
}
if (Michael.SolarObstuctionVerification())
{
TreeFe.Selection.Clear();
this.Close();
Michael.DrawTreeShadow();
}
else
{
MessageBox.Show("There is an error in the edited properties.");
}
}
}
private void pvPanelPoleGridCtl1_Paint(object sender, PaintEventArgs e)
{
Michael.CreateGridPole();
}
private void cmdPole_in_Area_Click(object sender, EventArgs e)
{
Michael.CreateGridPole(true);
updateLblNumPanels();
//CreateGridPole(true);
}
private void btnCancelMove_Click(object sender, EventArgs e)
{
Michael.resetMapAct();
this.Close();
}
private void btnRedrawAlignment_Click(object sender, EventArgs e)
{
util.removeDupplicateLyr(Michael.cmbAlignmentLyr.Text, pvMap);
this.Close();
Michael.DrawAlignment();
}