public static modMath.sXY_int GetRotatedPos(sTileOrientation Orientation, modMath.sXY_int Pos, modMath.sXY_int Limits)
{
modMath.sXY_int _int2;
if (Orientation.SwitchedAxes)
{
if (Orientation.ResultXFlip)
{
_int2.X = Limits.Y - Pos.Y;
}
else
{
_int2.X = Pos.Y;
}
if (Orientation.ResultYFlip)
{
_int2.Y = Limits.X - Pos.X;
return _int2;
}
_int2.Y = Pos.X;
return _int2;
}
if (Orientation.ResultXFlip)
{
_int2.X = Limits.X - Pos.X;
}
else
{
_int2.X = Pos.X;
}
if (Orientation.ResultYFlip)
{
_int2.Y = Limits.Y - Pos.Y;
return _int2;
}
_int2.Y = Pos.Y;
return _int2;
}
public bool Pos_Get_Screen_XY(Position.XYZ_dbl Pos, ref modMath.sXY_int Result)
{
if (Pos.Z > 0.0)
{
try
{
double num = 1.0 / (this.FOVMultiplier * Pos.Z);
Result.X = (int) Math.Round((double) ((((double) this.MapView.GLSize.X) / 2.0) + (Pos.X * num)));
Result.Y = (int) Math.Round((double) ((((double) this.MapView.GLSize.Y) / 2.0) - (Pos.Y * num)));
return true;
}
catch (Exception exception1)
{
ProjectData.SetProjectError(exception1);
ProjectData.ClearProjectError();
}
}
return false;
}
private bool MakePassageNodes(modMath.sXY_int Pos, bool IsOnBorder)
{
int num;
modMath.sXY_int _int;
modMath.sXY_int _int3;
modMath.sXY_int[] _intArray = new modMath.sXY_int[4];
_int3.X = (int) Math.Round((double) (((double) (this.TileSize.X * 0x80)) / ((double) this.SymmetryBlockCountXY.X)));
_int3.Y = (int) Math.Round((double) (((double) (this.TileSize.Y * 0x80)) / ((double) this.SymmetryBlockCountXY.Y)));
_int.X = _int3.X - 1;
_int.Y = _int3.Y - 1;
int num3 = this.SymmetryBlockCount - 1;
for (num = 0; num <= num3; num++)
{
modMath.sXY_int _int2 = TileOrientation.GetRotatedPos(this.SymmetryBlocks[num].Orientation, Pos, _int);
_intArray[num].X = (this.SymmetryBlocks[num].XYNum.X * _int3.X) + _int2.X;
_intArray[num].Y = (this.SymmetryBlocks[num].XYNum.Y * _int3.Y) + _int2.Y;
int num4 = num - 1;
for (int i = 0; i <= num4; i++)
{
modMath.sXY_int _int4 = _intArray[num] - _intArray[i];
if (_int4.ToDoubles().GetMagnitude() < ((this.NodeScale * 128f) * 2.0))
{
return false;
}
}
}
int num5 = this.SymmetryBlockCount - 1;
for (num = 0; num <= num5; num++)
{
clsPassageNode node = new clsPassageNode();
this.PassageNodes[num, this.PassageNodeCount] = node;
node.Num = this.PassageNodeCount;
node.MirrorNum = num;
node.Pos = _intArray[num];
node.IsOnBorder = IsOnBorder;
}
this.PassageNodeCount++;
return true;
}
private PathfinderNode GetNearestNodeConnection(PathfinderNetwork Network, modMath.sXY_int Pos, int MinClearance, float MaxDistance)
{
PathfinderNode[] nodeArray = new PathfinderNode[((Network.get_GetNodeLayer(0).GetNodeCount * 10) - 1) + 1];
float[] numArray = new float[(Network.get_GetNodeLayer(0).GetNodeCount - 1) + 1];
int index = 0;
PathfinderNode node = null;
int num5 = Network.get_GetNodeLayer(0).GetNodeCount - 1;
int num = 0;
while (num <= num5)
{
numArray[num] = float.MaxValue;
num++;
}
nodeArray[0] = this.GetNearestNode(Network, Pos, 1);
if (nodeArray[0] == null)
{
return null;
}
int num3 = 1;
numArray[nodeArray[0].Layer_NodeNum] = 0f;
while (index < num3)
{
PathfinderNode self = nodeArray[index];
if (self.Clearance >= MinClearance)
{
if (node == null)
{
node = self;
}
else if (numArray[self.Layer_NodeNum] < numArray[node.Layer_NodeNum])
{
node = self;
}
}
int num6 = self.GetConnectionCount - 1;
for (num = 0; num <= num6; num++)
{
bool flag;
PathfinderConnection connection = self.get_GetConnection(num);
PathfinderNode otherNode = connection.GetOtherNode(self);
float num2 = numArray[self.Layer_NodeNum] + connection.GetValue;
if (node == null)
{
flag = true;
}
else if (num2 < numArray[node.Layer_NodeNum])
{
flag = true;
}
else
{
flag = false;
}
if (flag & (num2 < numArray[otherNode.Layer_NodeNum]))
{
numArray[otherNode.Layer_NodeNum] = num2;
nodeArray[num3] = otherNode;
num3++;
}
}
index++;
}
return node;
}
public sWorldPos(modMath.sXY_int NewHorizontal, int NewAltitude)
{
this = new modProgram.sWorldPos();
this.Horizontal = NewHorizontal;
this.Altitude = NewAltitude;
}
public void LookAtTile(modMath.sXY_int TileNum)
{
modMath.sXY_int _int;
_int.X = (int) Math.Round((double) ((TileNum.X + 0.5) * 128.0));
_int.Y = (int) Math.Round((double) ((TileNum.Y + 0.5) * 128.0));
this.LookAtPos(_int);
}
public bool IsViewPosOverMinimap(modMath.sXY_int Pos)
{
return ((((Pos.X >= 0) & (Pos.X < (((double) this.Map.Terrain.TileSize.X) / this.Tiles_Per_Minimap_Pixel))) & (Pos.Y >= 0)) & (Pos.Y < (((double) this.Map.Terrain.TileSize.Y) / this.Tiles_Per_Minimap_Pixel)));
}
public void ViewPosChange(modMath.sXYZ_int Displacement)
{
this.ViewPos.X += Displacement.X;
this.ViewPos.Z += Displacement.Z;
this.ViewPos.Y += Displacement.Y;
this.ViewPosClamp();
this.MapView.DrawViewLater();
}
public static void GetTileRotatedTexCoords(sTileOrientation TileOrientation, ref modMath.sXY_sng CoordA, ref modMath.sXY_sng CoordB, ref modMath.sXY_sng CoordC, ref modMath.sXY_sng CoordD)
{
sTileOrientation orientation = TileOrientation;
orientation.Reverse();
if (orientation.SwitchedAxes)
{
if (orientation.ResultXFlip)
{
CoordA.X = 1f;
CoordB.X = 1f;
CoordC.X = 0f;
CoordD.X = 0f;
}
else
{
CoordA.X = 0f;
CoordB.X = 0f;
CoordC.X = 1f;
CoordD.X = 1f;
}
if (orientation.ResultYFlip)
{
CoordA.Y = 1f;
CoordB.Y = 0f;
CoordC.Y = 1f;
CoordD.Y = 0f;
}
else
{
CoordA.Y = 0f;
CoordB.Y = 1f;
CoordC.Y = 0f;
CoordD.Y = 1f;
}
}
else
{
if (orientation.ResultXFlip)
{
CoordA.X = 1f;
CoordB.X = 0f;
CoordC.X = 1f;
CoordD.X = 0f;
}
else
{
CoordA.X = 0f;
CoordB.X = 1f;
CoordC.X = 0f;
CoordD.X = 1f;
}
if (orientation.ResultYFlip)
{
CoordA.Y = 1f;
CoordB.Y = 1f;
CoordC.Y = 0f;
CoordD.Y = 0f;
}
else
{
CoordA.Y = 0f;
CoordB.Y = 0f;
CoordC.Y = 1f;
CoordD.Y = 1f;
}
}
}
public static modMath.sXY_sng GetTileRotatedPos_sng(sTileOrientation TileOrientation, modMath.sXY_sng Pos)
{
modMath.sXY_sng _sng2;
if (TileOrientation.SwitchedAxes)
{
if (TileOrientation.ResultXFlip)
{
_sng2.X = 1f - Pos.Y;
}
else
{
_sng2.X = Pos.Y;
}
if (TileOrientation.ResultYFlip)
{
_sng2.Y = 1f - Pos.X;
return _sng2;
}
_sng2.Y = Pos.X;
return _sng2;
}
if (TileOrientation.ResultXFlip)
{
_sng2.X = 1f - Pos.X;
}
else
{
_sng2.X = Pos.X;
}
if (TileOrientation.ResultYFlip)
{
_sng2.Y = 1f - Pos.Y;
return _sng2;
}
_sng2.Y = Pos.Y;
return _sng2;
}
private void PerformAction(clsMap.clsAction Action, sPosNum PosNum, modMath.sXY_int LastValidNum)
{
if (Action.Map == null)
{
Debugger.Break();
}
else
{
modMath.sXY_int posNum = this.GetPosNum(PosNum);
Action.Effect = 1.0;
int introduced11 = modMath.Clamp_int(this.Tiles.YMin + posNum.Y, 0, LastValidNum.Y);
int introduced12 = modMath.Clamp_int(this.Tiles.YMax + posNum.Y, 0, LastValidNum.Y);
int num4 = introduced12 - posNum.Y;
for (int i = introduced11 - posNum.Y; i <= num4; i++)
{
Action.PosNum.Y = posNum.Y + i;
int index = i - this.Tiles.YMin;
int introduced13 = modMath.Clamp_int(this.Tiles.XMin[index] + posNum.X, 0, LastValidNum.X);
int introduced14 = modMath.Clamp_int(this.Tiles.XMax[index] + posNum.X, 0, LastValidNum.X);
int num5 = introduced14 - posNum.X;
for (int j = introduced13 - posNum.X; j <= num5; j++)
{
modMath.sXY_int _int2;
Action.PosNum.X = posNum.X + j;
if (Action.UseEffect && (this.Tiles.ResultRadius > 0.0))
{
switch (this._Shape)
{
case enumShape.Circle:
{
if (!this._Alignment)
{
goto Label_01DD;
}
Position.XY_dbl _dbl = new Position.XY_dbl((double) Action.PosNum.X, (double) Action.PosNum.Y);
Position.XY_dbl _dbl2 = new Position.XY_dbl(posNum.X - 0.5, posNum.Y - 0.5);
Position.XY_dbl _dbl3 = _dbl - _dbl2;
Action.Effect = 1.0 - (_dbl3.GetMagnitude() / (this.Tiles.ResultRadius + 0.5));
break;
}
case enumShape.Square:
{
if (!this._Alignment)
{
goto Label_02A3;
}
double introduced15 = Math.Abs((double) (Action.PosNum.X - (posNum.X - 0.5)));
Action.Effect = 1.0 - (Math.Max(introduced15, Math.Abs((double) (Action.PosNum.Y - (posNum.Y - 0.5)))) / (this.Tiles.ResultRadius + 0.5));
break;
}
}
}
goto Label_02FF;
Label_01DD:
_int2 = posNum - Action.PosNum;
Action.Effect = 1.0 - (_int2.ToDoubles().GetMagnitude() / (this.Tiles.ResultRadius + 0.5));
goto Label_02FF;
Label_02A3:
int introduced16 = Math.Abs((int) (Action.PosNum.X - posNum.X));
Action.Effect = 1.0 - (((double) Math.Max(introduced16, Math.Abs((int) (Action.PosNum.Y - posNum.Y)))) / (this.Tiles.ResultRadius + 0.5));
Label_02FF:
Action.ActionPerform();
}
}
}
}
public clsXY_int(modMath.sXY_int XY)
{
this.XY = XY;
}
public bool IsInRange(modMath.sXY_int Minimum, modMath.sXY_int Maximum)
{
return ((((this.X >= Minimum.X) & (this.X <= Maximum.X)) & (this.Y >= Minimum.Y)) & (this.Y <= Maximum.Y));
}
public static modMath.sXY_int Min(modMath.sXY_int a, modMath.sXY_int b)
{
modMath.sXY_int _int2;
_int2.X = Math.Min(a.X, b.X);
_int2.Y = Math.Min(a.Y, b.Y);
return _int2;
}
private void SelectUnits(modMath.sXY_int VertexA, modMath.sXY_int VertexB)
{
clsMap.clsUnit unit;
clsMap mainMap = this.MainMap;
clsViewInfo.clsMouseOver.clsOverTerrain mouseOverTerrain = mainMap.ViewInfo.GetMouseOverTerrain();
if (((Math.Abs((int) (VertexA.X - VertexB.X)) <= 1) & (Math.Abs((int) (VertexA.Y - VertexB.Y)) <= 1)) & (mouseOverTerrain != null))
{
if (mouseOverTerrain.Units.Count > 0)
{
if (mouseOverTerrain.Units.Count == 1)
{
unit = mouseOverTerrain.Units[0];
if (unit.MapSelectedUnitLink.IsConnected)
{
unit.MapDeselect();
}
else
{
unit.MapSelect();
}
}
else
{
this.ListSelectBegin(false);
}
}
}
else
{
modMath.sXY_int _int;
modMath.sXY_int _int2;
modMath.sXY_int _int3;
modMath.sXY_int _int4;
modMath.sXY_int _int5;
modMath.sXY_int _int6;
modMath.sXY_int _int7;
modMath.ReorderXY(VertexA, VertexB, ref _int7, ref _int2);
_int6.X = _int7.X * 0x80;
_int6.Y = _int7.Y * 0x80;
_int.X = _int2.X * 0x80;
_int.Y = _int2.Y * 0x80;
_int5.X = Math.Min((int) Math.Round(((double) (((double) _int7.X) / 8.0))), mainMap.SectorCount.X - 1);
_int5.Y = Math.Min((int) Math.Round(((double) (((double) _int7.Y) / 8.0))), mainMap.SectorCount.Y - 1);
_int3.X = Math.Min((int) Math.Round(((double) (((double) _int2.X) / 8.0))), mainMap.SectorCount.X - 1);
_int3.Y = Math.Min((int) Math.Round(((double) (((double) _int2.Y) / 8.0))), mainMap.SectorCount.Y - 1);
int y = _int3.Y;
_int4.Y = _int5.Y;
while (_int4.Y <= y)
{
int x = _int3.X;
_int4.X = _int5.X;
while (_int4.X <= x)
{
IEnumerator enumerator;
try
{
enumerator = mainMap.Sectors[_int4.X, _int4.Y].Units.GetEnumerator();
while (enumerator.MoveNext())
{
clsMap.clsUnitSectorConnection current = (clsMap.clsUnitSectorConnection) enumerator.Current;
unit = current.Unit;
if (((((unit.Pos.Horizontal.X >= _int6.X) & (unit.Pos.Horizontal.Y >= _int6.Y)) & (unit.Pos.Horizontal.X <= _int.X)) & (unit.Pos.Horizontal.Y <= _int.Y)) && !unit.MapSelectedUnitLink.IsConnected)
{
unit.MapSelect();
}
}
}
finally
{
if (enumerator is IDisposable)
{
(enumerator as IDisposable).Dispose();
}
}
_int4.X++;
}
_int4.Y++;
}
}
modMain.frmMainInstance.SelectedObject_Changed();
this.DrawViewLater();
}
public bool ScreenXY_Get_TerrainPos(modMath.sXY_int ScreenPos, ref modProgram.sWorldPos ResultPos)
{
try
{
Position.XYZ_dbl _dbl;
Position.XY_dbl _dbl3;
Position.XY_dbl _dbl4;
modMath.sXY_int _int;
modMath.sXY_int _int2;
Position.XYZ_dbl _dbl5;
Position.XYZ_dbl _dbl6;
Position.XYZ_dbl _dbl8;
_dbl5.X = this.ViewPos.X;
_dbl5.Y = this.ViewPos.Y;
_dbl5.Z = 0 - this.ViewPos.Z;
_dbl8.X = (ScreenPos.X - (((double) this.MapView.GLSize.X) / 2.0)) * this.FOVMultiplier;
_dbl8.Y = ((((double) this.MapView.GLSize.Y) / 2.0) - ScreenPos.Y) * this.FOVMultiplier;
_dbl8.Z = 1.0;
Matrix3DMath.VectorRotationByMatrix(this.ViewAngleMatrix, _dbl8, ref _dbl6);
_dbl6.Y = -_dbl6.Y;
_dbl6.Z = -_dbl6.Z;
double num2 = (_dbl5.Y - (0xff * this.Map.HeightMultiplier)) / _dbl6.Y;
_dbl3.X = _dbl5.X + (_dbl6.X * num2);
_dbl3.Y = _dbl5.Z + (_dbl6.Z * num2);
num2 = _dbl5.Y / _dbl6.Y;
_dbl4.X = _dbl5.X + (_dbl6.X * num2);
_dbl4.Y = _dbl5.Z + (_dbl6.Z * num2);
_int2.X = Math.Max((int) Math.Round(Conversion.Int((double) (Math.Min(_dbl3.X, _dbl4.X) / 128.0))), 0);
_int2.Y = Math.Max((int) Math.Round(Conversion.Int((double) (Math.Min(_dbl3.Y, _dbl4.Y) / 128.0))), 0);
_int.X = Math.Min((int) Math.Round(Conversion.Int((double) (Math.Max(_dbl3.X, _dbl4.X) / 128.0))), this.Map.Terrain.TileSize.X - 1);
_int.Y = Math.Min((int) Math.Round(Conversion.Int((double) (Math.Max(_dbl3.Y, _dbl4.Y) / 128.0))), this.Map.Terrain.TileSize.Y - 1);
double maxValue = double.MaxValue;
_dbl.X = double.NaN;
_dbl.Y = double.NaN;
_dbl.Z = double.NaN;
int y = _int.Y;
for (int i = _int2.Y; i <= y; i++)
{
int x = _int.X;
for (int j = _int2.X; j <= x; j++)
{
Position.XYZ_dbl _dbl2;
double magnitude;
double num4;
double num5;
Position.XY_dbl _dbl7;
double num6;
double num7;
double num8;
_dbl7.X = j * 0x80;
_dbl7.Y = i * 0x80;
if (this.Map.Terrain.Tiles[j, i].Tri)
{
num8 = this.Map.Terrain.Vertices[j, i].Height * this.Map.HeightMultiplier;
num6 = (this.Map.Terrain.Vertices[j + 1, i].Height * this.Map.HeightMultiplier) - num8;
num7 = (this.Map.Terrain.Vertices[j, i + 1].Height * this.Map.HeightMultiplier) - num8;
_dbl8.Y = (num8 + ((((num6 * (_dbl5.X - _dbl7.X)) + (num7 * (_dbl5.Z - _dbl7.Y))) + ((((num6 * _dbl6.X) + (num7 * _dbl6.Z)) * _dbl5.Y) / _dbl6.Y)) / 128.0)) / (1.0 + (((num6 * _dbl6.X) + (num7 * _dbl6.Z)) / (_dbl6.Y * 128.0)));
_dbl8.X = _dbl5.X + ((_dbl6.X * (_dbl5.Y - _dbl8.Y)) / _dbl6.Y);
_dbl8.Z = _dbl5.Z + ((_dbl6.Z * (_dbl5.Y - _dbl8.Y)) / _dbl6.Y);
num4 = (_dbl8.X / 128.0) - j;
num5 = (_dbl8.Z / 128.0) - i;
if (((((num5 <= (1.0 - num4)) & (num4 >= 0.0)) & (num5 >= 0.0)) & (num4 <= 1.0)) & (num5 <= 1.0))
{
_dbl2 = _dbl8 - _dbl5;
magnitude = _dbl2.GetMagnitude();
if (magnitude < maxValue)
{
maxValue = magnitude;
_dbl = _dbl8;
}
}
num8 = this.Map.Terrain.Vertices[j + 1, i + 1].Height * this.Map.HeightMultiplier;
num6 = (this.Map.Terrain.Vertices[j, i + 1].Height * this.Map.HeightMultiplier) - num8;
num7 = (this.Map.Terrain.Vertices[j + 1, i].Height * this.Map.HeightMultiplier) - num8;
_dbl8.Y = (((num8 + num6) + num7) + ((((num6 * (_dbl7.X - _dbl5.X)) + (num7 * (_dbl7.Y - _dbl5.Z))) - ((((num6 * _dbl6.X) + (num7 * _dbl6.Z)) * _dbl5.Y) / _dbl6.Y)) / 128.0)) / (1.0 - (((num6 * _dbl6.X) + (num7 * _dbl6.Z)) / (_dbl6.Y * 128.0)));
_dbl8.X = _dbl5.X + ((_dbl6.X * (_dbl5.Y - _dbl8.Y)) / _dbl6.Y);
_dbl8.Z = _dbl5.Z + ((_dbl6.Z * (_dbl5.Y - _dbl8.Y)) / _dbl6.Y);
num4 = (_dbl8.X / 128.0) - j;
num5 = (_dbl8.Z / 128.0) - i;
if (((((num5 >= (1.0 - num4)) & (num4 >= 0.0)) & (num5 >= 0.0)) & (num4 <= 1.0)) & (num5 <= 1.0))
{
_dbl2 = _dbl8 - _dbl5;
magnitude = _dbl2.GetMagnitude();
if (magnitude < maxValue)
{
maxValue = magnitude;
_dbl = _dbl8;
}
}
}
else
{
num8 = this.Map.Terrain.Vertices[j + 1, i].Height * this.Map.HeightMultiplier;
num6 = (this.Map.Terrain.Vertices[j, i].Height * this.Map.HeightMultiplier) - num8;
num7 = (this.Map.Terrain.Vertices[j + 1, i + 1].Height * this.Map.HeightMultiplier) - num8;
_dbl8.Y = ((num8 + num6) + ((((num6 * (_dbl7.X - _dbl5.X)) + (num7 * (_dbl5.Z - _dbl7.Y))) - ((((num6 * _dbl6.X) - (num7 * _dbl6.Z)) * _dbl5.Y) / _dbl6.Y)) / 128.0)) / (1.0 - (((num6 * _dbl6.X) - (num7 * _dbl6.Z)) / (_dbl6.Y * 128.0)));
_dbl8.X = _dbl5.X + ((_dbl6.X * (_dbl5.Y - _dbl8.Y)) / _dbl6.Y);
_dbl8.Z = _dbl5.Z + ((_dbl6.Z * (_dbl5.Y - _dbl8.Y)) / _dbl6.Y);
num4 = (_dbl8.X / 128.0) - j;
num5 = (_dbl8.Z / 128.0) - i;
if (((((num5 <= num4) & (num4 >= 0.0)) & (num5 >= 0.0)) & (num4 <= 1.0)) & (num5 <= 1.0))
{
_dbl2 = _dbl8 - _dbl5;
magnitude = _dbl2.GetMagnitude();
if (magnitude < maxValue)
{
maxValue = magnitude;
_dbl = _dbl8;
}
}
num8 = this.Map.Terrain.Vertices[j, i + 1].Height * this.Map.HeightMultiplier;
num6 = (this.Map.Terrain.Vertices[j + 1, i + 1].Height * this.Map.HeightMultiplier) - num8;
num7 = (this.Map.Terrain.Vertices[j, i].Height * this.Map.HeightMultiplier) - num8;
_dbl8.Y = ((num8 + num7) + ((((num6 * (_dbl5.X - _dbl7.X)) + (num7 * (_dbl7.Y - _dbl5.Z))) + ((((num6 * _dbl6.X) - (num7 * _dbl6.Z)) * _dbl5.Y) / _dbl6.Y)) / 128.0)) / (1.0 + (((num6 * _dbl6.X) - (num7 * _dbl6.Z)) / (_dbl6.Y * 128.0)));
_dbl8.X = _dbl5.X + ((_dbl6.X * (_dbl5.Y - _dbl8.Y)) / _dbl6.Y);
_dbl8.Z = _dbl5.Z + ((_dbl6.Z * (_dbl5.Y - _dbl8.Y)) / _dbl6.Y);
num4 = (_dbl8.X / 128.0) - j;
num5 = (_dbl8.Z / 128.0) - i;
if (((((num5 >= num4) & (num4 >= 0.0)) & (num5 >= 0.0)) & (num4 <= 1.0)) & (num5 <= 1.0))
{
magnitude = (_dbl8 - _dbl5).GetMagnitude();
if (magnitude < maxValue)
{
maxValue = magnitude;
_dbl = _dbl8;
}
}
}
}
}
if (_dbl.X == double.NaN)
{
return false;
}
ResultPos.Horizontal.X = (int) Math.Round(_dbl.X);
ResultPos.Altitude = (int) Math.Round(_dbl.Y);
ResultPos.Horizontal.Y = (int) Math.Round(_dbl.Z);
}
catch (Exception exception1)
{
ProjectData.SetProjectError(exception1);
ProjectData.ClearProjectError();
return false;
}
return true;
}
public bool ScreenXY_Get_ViewPlanePos(modMath.sXY_int ScreenPos, double PlaneHeight, ref Position.XY_dbl ResultPos)
{
try
{
Position.XYZ_dbl _dbl;
Position.XYZ_dbl _dbl2;
_dbl.X = (ScreenPos.X - (((double) this.MapView.GLSize.X) / 2.0)) * this.FOVMultiplier;
_dbl.Y = ((((double) this.MapView.GLSize.Y) / 2.0) - ScreenPos.Y) * this.FOVMultiplier;
_dbl.Z = 1.0;
Matrix3DMath.VectorRotationByMatrix(this.ViewAngleMatrix, _dbl, ref _dbl2);
double num = (PlaneHeight - this.ViewPos.Y) / _dbl2.Y;
ResultPos.X = this.ViewPos.X + (_dbl2.X * num);
ResultPos.Y = this.ViewPos.Z + (_dbl2.Z * num);
}
catch (Exception exception1)
{
ProjectData.SetProjectError(exception1);
ProjectData.ClearProjectError();
return false;
}
return true;
}
public static modMath.sXY_int GetTileRotatedOffset(sTileOrientation TileOrientation, modMath.sXY_int Pos)
{
modMath.sXY_int _int2;
if (TileOrientation.SwitchedAxes)
{
if (TileOrientation.ResultXFlip)
{
_int2.X = 0x80 - Pos.Y;
}
else
{
_int2.X = Pos.Y;
}
if (TileOrientation.ResultYFlip)
{
_int2.Y = 0x80 - Pos.X;
return _int2;
}
_int2.Y = Pos.X;
return _int2;
}
if (TileOrientation.ResultXFlip)
{
_int2.X = 0x80 - Pos.X;
}
else
{
_int2.X = Pos.X;
}
if (TileOrientation.ResultYFlip)
{
_int2.Y = 0x80 - Pos.Y;
return _int2;
}
_int2.Y = Pos.Y;
return _int2;
}
public void ViewPosSet(modMath.sXYZ_int NewViewPos)
{
this.ViewPos = NewViewPos;
this.ViewPosClamp();
this.MapView.DrawViewLater();
}
public PathfinderNode GetNearestNode(PathfinderNetwork Network, modMath.sXY_int Pos, int MinClearance)
{
double maxValue = double.MaxValue;
PathfinderNode node = null;
int num4 = Network.get_GetNodeLayer(0).GetNodeCount - 1;
for (int i = 0; i <= num4; i++)
{
PathfinderNode node3 = Network.get_GetNodeLayer(0).get_GetNode(i);
if (node3.GetClearance >= MinClearance)
{
clsNodeTag tag = (clsNodeTag) node3.Tag;
modMath.sXY_int _int = tag.Pos - Pos;
double magnitude = _int.ToDoubles().GetMagnitude();
if (magnitude < maxValue)
{
maxValue = magnitude;
node = node3;
}
}
}
return node;
}
public void LookAtPos(modMath.sXY_int Horizontal)
{
Position.XYZ_dbl _dbl;
modMath.sXYZ_int _int;
Matrix3DMath.Matrix3D matrix = new Matrix3DMath.Matrix3D();
Matrix3DMath.VectorForwardsRotationByMatrix(this.ViewAngleMatrix, ref _dbl);
double terrainHeight = this.Map.GetTerrainHeight(Horizontal);
int num = ((int) Math.Round(Math.Ceiling(terrainHeight))) + 0x80;
if (this.ViewPos.Y < num)
{
this.ViewPos.Y = num;
}
if (_dbl.Y > -0.33333333333333331)
{
Angles.AnglePY epy;
_dbl.Y = -0.33333333333333331;
Matrix3DMath.VectorToPY(_dbl, ref epy);
Matrix3DMath.MatrixSetToPY(matrix, epy);
this.ViewAngleSet(matrix);
}
terrainHeight = (this.ViewPos.Y - terrainHeight) / _dbl.Y;
_int.X = (int) Math.Round((double) (Horizontal.X + (terrainHeight * _dbl.X)));
_int.Y = this.ViewPos.Y;
_int.Z = (int) Math.Round((double) ((0 - Horizontal.Y) + (terrainHeight * _dbl.Z)));
this.ViewPosSet(_int);
}
public clsMap.clsUnit PlaceUnitNear(clsUnitType Type, modMath.sXY_int Pos, clsMap.clsUnitGroup UnitGroup, int Clearance, int Rotation, int MaxDistFromPos)
{
modMath.sXY_int _int;
modMath.sXY_int _int3;
modMath.sXY_int _int4;
PathfinderNode node = this.GetNearestNodeConnection(this.TilePathMap, Pos, Clearance, (float) MaxDistFromPos);
if (node == null)
{
return null;
}
clsNodeTag tag = (clsNodeTag) node.Tag;
modMath.sXY_int _int5 = Pos - tag.Pos;
if (_int5.ToDoubles().GetMagnitude() > MaxDistFromPos)
{
return null;
}
clsMap.clsUnitAdd add = new clsMap.clsUnitAdd {
Map = this.Map,
StoreChange = true
};
clsMap.clsUnit unit2 = new clsMap.clsUnit();
add.NewUnit = unit2;
unit2.Type = Type;
unit2.UnitGroup = UnitGroup;
_int.X = (int) Math.Round(((double) (((double) tag.Pos.X) / 128.0)));
_int.Y = (int) Math.Round(((double) (((double) tag.Pos.Y) / 128.0)));
modMath.sXY_int _int2 = Type.get_GetFootprintSelected(Rotation);
int num = _int2.X % 2;
if (num > 0)
{
unit2.Pos.Horizontal.X = tag.Pos.X;
}
else if (App.Random.Next() >= 0.5f)
{
unit2.Pos.Horizontal.X = tag.Pos.X - 0x40;
}
else
{
unit2.Pos.Horizontal.X = tag.Pos.X + 0x40;
}
num = _int2.Y % 2;
if (num > 0)
{
unit2.Pos.Horizontal.Y = tag.Pos.Y;
}
else if (App.Random.Next() >= 0.5f)
{
unit2.Pos.Horizontal.Y = tag.Pos.Y - 0x40;
}
else
{
unit2.Pos.Horizontal.Y = tag.Pos.Y + 0x40;
}
_int3.X = (int) Math.Round(((double) (((((double) unit2.Pos.Horizontal.X) / 128.0) - (((double) _int2.X) / 2.0)) + 0.5)));
_int3.Y = (int) Math.Round(((double) (((((double) unit2.Pos.Horizontal.Y) / 128.0) - (((double) _int2.Y) / 2.0)) + 0.5)));
_int4.X = (int) Math.Round(((double) (((((double) unit2.Pos.Horizontal.X) / 128.0) + (((double) _int2.X) / 2.0)) - 0.5)));
_int4.Y = (int) Math.Round(((double) (((((double) unit2.Pos.Horizontal.Y) / 128.0) + (((double) _int2.Y) / 2.0)) - 0.5)));
unit2.Rotation = Rotation;
add.Perform();
int num4 = Math.Min(_int4.Y, this.Map.Terrain.TileSize.Y - 1);
for (int i = Math.Max(_int3.Y, 0); i <= num4; i++)
{
int num5 = Math.Min(_int4.X, this.Map.Terrain.TileSize.X - 1);
for (int j = Math.Max(_int3.X, 0); j <= num5; j++)
{
this.TileNodeBlock(j, i);
}
}
this.TilePathMap.FindCalc();
return unit2;
}
private void SetScrollLimits(ref modMath.sXY_int Min, ref modMath.sXY_uint Max)
{
Min.X = 0;
Min.Y = 0;
Max.X = (uint) this.Map.Terrain.TileSize.X;
Max.Y = (uint) this.Map.Terrain.TileSize.Y;
if (!this.cbxAutoScrollLimits.Checked)
{
modIO.InvariantParse_int(this.txtScrollMinX.Text, ref Min.X);
modIO.InvariantParse_int(this.txtScrollMinY.Text, ref Min.Y);
modIO.InvariantParse_uint(this.txtScrollMaxX.Text, ref Max.X);
modIO.InvariantParse_uint(this.txtScrollMaxY.Text, ref Max.Y);
}
}
public static bool PosIsWithinTileArea(modMath.sXY_int WorldHorizontal, modMath.sXY_int StartTile, modMath.sXY_int FinishTile)
{
return ((((WorldHorizontal.X >= (StartTile.X * 0x80)) & (WorldHorizontal.Y >= (StartTile.Y * 0x80))) & (WorldHorizontal.X < (FinishTile.X * 0x80))) & (WorldHorizontal.Y < (FinishTile.Y * 0x80)));
}