/// <summary>
/// Keyboard movements
/// </summary>
public void MoveSpawnsWithKeyboard()
{
try
{
cam.device.Acquire();
}
catch
{
return;
}
Key[] keys = cam.device.GetPressedKeys();
foreach (Key kk in keys)
{
switch (kk.ToString())
{
case "Tab":
currentMode = (editingModes)((int)(currentMode + 1) % 3);
this.lblEditMode.Text = currentMode.ToString();
switch (currentMode)
{
case editingModes.None:
lblXLabel.Visible = false;
lblX.Visible = false;
lblYLabel.Visible = false;
lblY.Visible = false;
lblZLabel.Visible = false;
lblZ.Visible = false;
gbSurfaceFlags.Visible = false;
break;
case editingModes.Point:
lblXLabel.Visible = true;
lblX.Visible = true;
lblYLabel.Visible = true;
lblY.Visible = true;
lblZLabel.Visible = true;
lblZ.Visible = true;
gbSurfaceFlags.Visible = false;
lblXLabel.Text = "X:";
lblYLabel.Text = "Y:";
lblX.Location = new Point(28, 35);
lblY.Location = new Point(28, 51);
updateInfo();
break;
case editingModes.Surface:
lblXLabel.Visible = true;
lblX.Visible = true;
lblYLabel.Visible = true;
lblY.Visible = true;
lblZLabel.Visible = false;
lblZ.Visible = false;
gbSurfaceFlags.Visible = true;
lblXLabel.Text = "Surface #";
lblYLabel.Text = " Plane #";
lblX.Location = new Point(65, 33);
lblY.Location = new Point(65, 49);
updateInfo();
break;
}
System.Threading.Thread.Sleep(220);
break;
}
// Movement of points (only available in point mode)
if (currentMode == editingModes.Point)
{
for (int x = 0; x < SelectedPoints.Count; x++)
{
// tslabel.Text = kk.ToString();
switch (kk.ToString())
{
case "Up":
coll.Vertices[SelectedPoints[x]].X += cam.speed;
break;
case "DownArrow":
coll.Vertices[SelectedPoints[x]].X -= cam.speed;
break;
case "LeftArrow":
coll.Vertices[SelectedPoints[x]].Y += cam.speed;
break;
case "Right":
coll.Vertices[SelectedPoints[x]].Y -= cam.speed;
break;
case "PageDown":
coll.Vertices[SelectedPoints[x]].Z -= cam.speed;
break;
case "PageUp":
coll.Vertices[SelectedPoints[x]].Z += cam.speed;
break;
/*
* case "LeftControl":
* rotationBitMask |= (int)SelectedItemRotationType.Control;
* break;
* case "RightControl":
* rotationBitMask |= (int)SelectedItemRotationType.Control;
* break;
* case "LeftShift":
* rotationBitMask |= (int)SelectedItemRotationType.Shift;
* break;
* case "RightShift":
* rotationBitMask |= (int)SelectedItemRotationType.Shift;
* break;
* case "RightMenu":
* rotationBitMask |= (int)SelectedItemRotationType.Alt;
* break;
* case "LeftMenu":
* rotationBitMask |= (int)SelectedItemRotationType.Alt;
* break;
*/
}
TranslationMatrix[SelectedPoints[x]] = Matrix.Identity;
TranslationMatrix[SelectedPoints[x]].Multiply(Matrix.Translation(coll.Vertices[SelectedPoints[x]].X, coll.Vertices[SelectedPoints[x]].Y, coll.Vertices[SelectedPoints[x]].Z));
updateBSPInfo(SelectedPoints[x], coll.Vertices[SelectedPoints[x]].X, coll.Vertices[SelectedPoints[x]].Y, coll.Vertices[SelectedPoints[x]].Z);
}
}
}
}
/// <summary>
/// Keyboard movements
/// </summary>
public void MoveSpawnsWithKeyboard()
{
try
{
cam.device.Acquire();
}
catch
{
return;
}
Key[] keys = cam.device.GetPressedKeys();
foreach (Key kk in keys)
{
switch (kk.ToString())
{
case "Tab":
currentMode = (editingModes)((int)(currentMode + 1) % 3);
this.lblEditMode.Text = currentMode.ToString();
switch (currentMode)
{
case editingModes.None:
lblXLabel.Visible = false;
lblX.Visible = false;
lblYLabel.Visible = false;
lblY.Visible = false;
lblZLabel.Visible = false;
lblZ.Visible = false;
gbSurfaceFlags.Visible = false;
break;
case editingModes.Point:
lblXLabel.Visible = true;
lblX.Visible = true;
lblYLabel.Visible = true;
lblY.Visible = true;
lblZLabel.Visible = true;
lblZ.Visible = true;
gbSurfaceFlags.Visible = false;
lblXLabel.Text = "X:";
lblYLabel.Text = "Y:";
lblX.Location = new Point(28, 35);
lblY.Location = new Point(28, 51);
updateInfo();
break;
case editingModes.Surface:
lblXLabel.Visible = true;
lblX.Visible = true;
lblYLabel.Visible = true;
lblY.Visible = true;
lblZLabel.Visible = false;
lblZ.Visible = false;
gbSurfaceFlags.Visible = true;
lblXLabel.Text = "Surface #";
lblYLabel.Text = " Plane #";
lblX.Location = new Point(65, 33);
lblY.Location = new Point(65, 49);
updateInfo();
break;
}
System.Threading.Thread.Sleep(220);
break;
}
// Movement of points (only available in point mode)
if (currentMode == editingModes.Point)
for (int x = 0; x < SelectedPoints.Count; x++)
{
// tslabel.Text = kk.ToString();
switch (kk.ToString())
{
case "Up":
coll.Vertices[SelectedPoints[x]].X += cam.speed;
break;
case "DownArrow":
coll.Vertices[SelectedPoints[x]].X -= cam.speed;
break;
case "LeftArrow":
coll.Vertices[SelectedPoints[x]].Y += cam.speed;
break;
case "Right":
coll.Vertices[SelectedPoints[x]].Y -= cam.speed;
break;
case "PageDown":
coll.Vertices[SelectedPoints[x]].Z -= cam.speed;
break;
case "PageUp":
coll.Vertices[SelectedPoints[x]].Z += cam.speed;
break;
/*
case "LeftControl":
rotationBitMask |= (int)SelectedItemRotationType.Control;
break;
case "RightControl":
rotationBitMask |= (int)SelectedItemRotationType.Control;
break;
case "LeftShift":
rotationBitMask |= (int)SelectedItemRotationType.Shift;
break;
case "RightShift":
rotationBitMask |= (int)SelectedItemRotationType.Shift;
break;
case "RightMenu":
rotationBitMask |= (int)SelectedItemRotationType.Alt;
break;
case "LeftMenu":
rotationBitMask |= (int)SelectedItemRotationType.Alt;
break;
*/
}
TranslationMatrix[SelectedPoints[x]] = Matrix.Identity;
TranslationMatrix[SelectedPoints[x]].Multiply(Matrix.Translation(coll.Vertices[SelectedPoints[x]].X, coll.Vertices[SelectedPoints[x]].Y, coll.Vertices[SelectedPoints[x]].Z));
updateBSPInfo(SelectedPoints[x], coll.Vertices[SelectedPoints[x]].X, coll.Vertices[SelectedPoints[x]].Y, coll.Vertices[SelectedPoints[x]].Z);
}
}
}
