private void glControl1_MouseUp(object sender, MouseEventArgs e)
{
prevUpLoc = mouseUpLoc;
Point actualGL_pos = new Point(e.Location.X - (int)xWCS, e.Location.Y - (int)yWCS);
mouseUpLoc = actualGL_pos;
if (userLine)
{
line temp = new line(mouseDownLoc, mouseUpLoc);
temp.propColor = Color.GreenYellow;
ds.Add(temp);
ds.useDrawProgress = false;
mouseDownLoc = new Point();
}
if (userPoly)
{
//userPolyPts.Add(mouseDownLoc);
userPolyPts.Add(mouseUpLoc);
polygon temp = new polygon(userPolyPts);
ds.Add(temp);
ds.useDrawProgress = false;
mouseDownLoc = new Point();
//mouseUpLoc = mouseDownLoc;
}
if (userQuad && (mouseDownLoc != new Point()))
{
quad temp = new quad(mouseDownLoc, mouseUpLoc);
ds.Add(temp);
ds.useDrawProgress = false;
prevDownLoc = mouseDownLoc;
mouseDownLoc = new Point();
mouseUpLoc = new Point();
}
if (userLoopLine && (mouseDownLoc != new Point()))
{
userPoints.Add(mouseDownLoc);
userPoints.Add(mouseUpLoc);
loopline temp = new loopline(userPoints);
ds.Add(temp);
ds.useDrawProgress = false;
}
refreshListView1();
}
private void buttonOkay_Click(object sender, EventArgs e)
{
//Gather up the information and set it
output = new glPrimitives();
output = input;
switch (_Type)
{
case "TRIANGLE":
_aTri = (triangle)input;
_aTri.showVerts = checkBox_showVerts.Checked;
_aTri.lineColor = button_VertexColor.BackColor;
_aTri.vertSize = (float)Convert.ToDecimal(UpDown_VertextSize.Text.ToString());
_aTri.showLines = checkBox_showLines.Checked;
_aTri.lineColor = button_LineColor.BackColor;
_aTri.lineWidth = (float)Convert.ToDecimal(UpDown_LineWidth.Text.ToString());
output = _aTri;
break;
case "LINE":
_aLine = (line)input;
_aLine.showVerts = checkBox_showVerts.Checked;
_aLine.propColor = button_ObjectColor.BackColor;
_aLine.vertColor = button_VertexColor.BackColor;
_aLine.vertSize = (float)Convert.ToDecimal(UpDown_VertextSize.Text.ToString());
output = _aLine;
break;
case "POINT":
_aPoint = (point)input;
output = _aPoint;
break;
case "POLYGON":
_aPoly = (polygon)input;
output = _aPoly;
break;
case "QUAD":
_aQuad = (quad)input;
_aQuad.showVerts = checkBox_showVerts.Checked;
_aQuad.lineColor = button_VertexColor.BackColor;
_aQuad.vertSize = (float)Convert.ToDecimal(UpDown_VertextSize.Text.ToString());
_aQuad.showLines = checkBox_showLines.Checked;
_aQuad.lineColor = button_LineColor.BackColor;
_aQuad.lineWidth = (float)Convert.ToDecimal(UpDown_LineWidth.Text.ToString());
_aQuad.propColor = button_ObjectColor.BackColor;
output = _aQuad;
break;
case "LOOPLINE":
_aLoopLine = (loopline)input;
output = _aLoopLine;
break;
default:
break;
}
this.Close();
}
private void glControl1_MouseMove(object sender, MouseEventArgs e)
{
actualGL_pos = new Point(e.Location.X - (int)xWCS, e.Location.Y - (int)yWCS);
label3.Text = "X: " + actualGL_pos.X.ToString() + " Y: " + actualGL_pos.Y.ToString();
if (ds.useMoveProgress)
Render();
else
{
if (cb_vertexSnap.Checked)
if (!bgw_vertexSnap.IsBusy)
bgw_vertexSnap.RunWorkerAsync(actualGL_pos);
if (userLine && (mouseDownLoc != new Point()))
{
line temp = new line(mouseDownLoc, actualGL_pos);
ds.setProgressObj(temp);
ds.useDrawProgress = true;
}
if (userPoly && userPolyPts.Count > 0 && mouseDownLoc != new Point())
{
userPolyPts.Add(actualGL_pos); // mouse current location
polygon temp = new polygon(userPolyPts);
ds.setProgressObj(temp);
ds.useDrawProgress = true;
}
if (userPoint)
{
point temp = new point(actualGL_pos);
temp.size = 5;
temp.propColor = Color.Azure;
ds.setProgressObj(temp);
ds.useDrawProgress = true;
}
if (userQuad && (mouseDownLoc != new Point()))
{
quad temp = new quad(mouseDownLoc, actualGL_pos); // use the two point method
ds.setProgressObj(temp);
ds.useDrawProgress = true;
prevDownLoc = mouseDownLoc;
}
if (userLoopLine && (mouseDownLoc != new Point()) && (userPoints.Count() > 0))
{
userPoints.Add(actualGL_pos);
loopline temp = new loopline(userPoints);
userPoints.RemoveAt(userPoints.Count() - 1);
ds.setProgressObj(temp);
ds.useDrawProgress = true;
}
}
}
private void glPrimitiveDialog_Load(object sender, EventArgs e)
{
this.Text = _Type + " properties";
_isOpen = true;
switch (_Type)
{
case "TRIANGLE":
_aTri = (triangle)input;
enableControls(true, true, true);
checkBox_showVerts.Checked = _aTri.showVerts;
button_VertexColor.BackColor = _aTri.lineColor;
UpDown_VertextSize.Text = _aTri.vertSize.ToString();
checkBox_showLines.Checked = _aTri.showLines;
button_LineColor.BackColor = _aTri.lineColor;
UpDown_LineWidth.Text = _aTri.lineWidth.ToString();
break;
case "LINE":
_aLine = (line)input;
enableControls(true, true, false);
checkBox_showVerts.Checked = _aLine.showVerts;
UpDown_VertextSize.Text = _aLine.vertSize.ToString();
break;
case "POINT":
_aPoint = (point)input;
enableControls(true, false, false);
break;
case "POLYGON":
_aPoly = (polygon)input;
enableControls(true, true, true);
break;
case "QUAD":
_aQuad = (quad)input;
enableControls(true, true, true);
checkBox_showVerts.Checked = _aQuad.showVerts;
button_VertexColor.BackColor = _aQuad.lineColor;
UpDown_VertextSize.Text = _aQuad.vertSize.ToString();
checkBox_showLines.Checked = _aQuad.showLines;
button_LineColor.BackColor = _aQuad.lineColor;
UpDown_LineWidth.Text = _aQuad.lineWidth.ToString();
button_ObjectColor.BackColor = _aQuad.propColor;
break;
case "LOOPLINE":
_aLoopLine = (loopline)input;
enableControls(true, true, true);
break;
default:
break;
}
}
