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specialstickinc.inc
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function TSpecialStickMan.Pnt(nIndex : integer) : TLabel2Ptr;
begin
Pnt := TLabel2Ptr(PntList.Items[nIndex-1]);
end;
constructor TSpecialStickMan.Create(AOwner : TWinControl; n1,n2,n3,n4,n5,n6,n7,n8,n9 : integer);
var
f : integer;
pPnt : TLabel2Ptr;
begin
m_styleInner := bsSolid;
m_styleOuter := psSolid;
m_nLineWidth := 5;
m_nDrawStyle := 1;
PntList := TList.Create;
m_pCanvas := @frmMain.m_Canvas;
m_nHeadDiam := 14;
m_InColour := clRed;
m_OutColour := clBlack;
Lng[1] := n1;
Lng[2] := n2;
Lng[3] := n3;
Lng[4] := n4;
Lng[5] := n5;
Lng[6] := n6;
Lng[7] := n7;
Lng[8] := n8;
Lng[9] := n9;
//
Lng[10] := 10;
Lng[11] := 10;
Lng[12] := 15;
Lng[13] := 15;
//
for f := 1 to 14 do
begin
Wid[f] := 10;
end;
for f := 1 to 14 do
begin
new(pPnt);
pPnt^ := TLabel2.Create();
pPnt^.Left := 0;
pPnt^.Top := 0;
pPnt^.Tag := f;
pPnt^.Color := clRed;
pPnt^.m_pUpdate := Update;
pPnt^.m_bLocked := FALSE;
PntList.Add(pPnt);
end;
Pnt(1)^.Color := clYellow;
Pnt(2)^.Color := clRed;
Pnt(3)^.Color := clRed;
Pnt(4)^.Color := clBlue;
Pnt(5)^.Color := clBlue;
Pnt(6)^.Color := clYellow;
Pnt(7)^.Color := clRed;
Pnt(8)^.Color := clRed;
Pnt(9)^.Color := clBlue;
Pnt(10)^.Color := clBlue;
//
Pnt(11)^.Color := clRed;
Pnt(12)^.Color := clBlue;
Pnt(13)^.Color := clRed;
Pnt(14)^.Color := clBlue;
m_alpha := 255;
m_angle := 0;
m_aliased := 1;
end;
destructor TSpecialStickMan.Destroy;
var
f : integer;
pPnt : TLabel2Ptr;
begin
for f := 0 to PntList.Count-1 do
begin
pPnt := PntList.Items[f];
pPnt^.Free;
dispose(pPnt);
end;
PntList.Free;
end;
procedure TSpecialStickMan.Assign(source : TSpecialStickManPtr);
var
f : integer;
begin
for f := 1 to 13 do
begin
Lng[f] := source^.Lng[f];
end;
for f := 1 to 14 do
begin
Pnt(f)^.Left := source^.Pnt(f)^.Left;
Pnt(f)^.Top := source^.Pnt(f)^.Top;
Wid[f] := source^.Wid[f];
end;
m_styleInner := source^.m_styleInner;
m_styleOuter := source^.m_styleOuter;
m_nDrawStyle := source^.m_nDrawStyle;
m_nHeadDiam := source^.m_nHeadDiam;
m_InColour := source^.m_InColour;
m_OutColour := source^.m_OutColour;
m_nLineWidth := source^.m_nLineWidth;
end;
procedure TSpecialStickMan.Update(nIndex : integer);
begin
SetPoint(Pnt(nIndex)^.Left, Pnt(nIndex)^.Top, Pnt(nIndex)^.Tag, Pnt(nIndex)^.Tag);
end;
procedure TSpecialStickMan.UpdatePoint(nIndex1, nIndex2, nIndex3 : integer);
var
angle : double;
Rads : double;
cx, cy : double;
pPnt : array[1..2] of TLabel2Ptr;
begin
pPnt[1] := Pnt(nIndex1);
pPnt[2] := Pnt(nIndex2);
angle := 180 * (1 + ArcTan2(pPnt[1]^.Top-pPnt[2]^.Top, pPnt[1]^.Left-pPnt[2]^.Left) / PI);
if angle >= 360.0 then angle := angle - 360.0;
Rads := DegToRad(angle);
cx := Round(Lng[nIndex3] * Cos(Rads));
cy := Round(Lng[nIndex3] * Sin(Rads));
pPnt[2]^.Left := round(pPnt[1]^.Left+cx);
pPnt[2]^.Top := round(pPnt[1]^.Top+cy);
end;
procedure TSpecialStickMan.SetPoint(x, y, nIndex, nSrcIndex : integer);
var
angle : double;
Rads : double;
cx, cy : double;
ox,oy : integer;
bOld : boolean;
begin
if (not Pnt(nIndex)^.m_bLocked) then
begin
Pnt(nIndex)^.Left := x;
Pnt(nIndex)^.Top := y;
end;
if (m_nDrawStyle = 3) then
begin
//////////////
if (nIndex = 14) then
begin
if (nSrcindex <> 5) and (pnt(5)^.m_bLocked) then
begin
UpdatePoint(5, 14, 13);
exit;
end;
if (nSrcIndex <> 5) then
begin
UpdatePoint(14, 5, 13);
SetPoint(Pnt(5)^.Left, Pnt(5)^.Top, 5, 14);
end;
UpdatePoint(14, 5, 13);
end;
if (nIndex = 5) then
begin
UpdatePoint(5, 14, 13);
if (nSrcindex <> 4) and (pnt(4)^.m_bLocked) then
begin
UpdatePoint(4, 5, 4);
SetPoint(Pnt(4)^.Left, Pnt(4)^.Top, 4, 5);
exit;
end;
if (nSrcIndex <> 4) then
begin
UpdatePoint(5, 4, 4);
SetPoint(Pnt(4)^.Left, Pnt(4)^.Top, 4, 5);
end;
UpdatePoint(5, 14, 13);
end;
if (nIndex = 4) then
begin
if (nSrcIndex <> 1) then
begin
Pnt(1)^.Left := Pnt(2)^.Left + ((Pnt(4)^.Left - Pnt(2)^.Left) div 2);
Pnt(1)^.Top := Pnt(2)^.Top + ((Pnt(4)^.Top - Pnt(2)^.Top) div 2);
angle := 180 * (1 + ArcTan2(Pnt(2)^.Top-Pnt(4)^.Top, Pnt(2)^.Left-Pnt(4)^.Left) / PI);
if angle >= 360.0 then angle := angle - 360.0;
Rads := DegToRad(angle-90);
cx := Round(Lng[5] * Cos(Rads));
cy := Round(Lng[5] * Sin(Rads));
Pnt(6)^.Left := round(Pnt(1)^.Left+cx);
Pnt(6)^.Top := round(Pnt(1)^.Top+cy);
SetPoint(Pnt(6)^.Left, Pnt(6)^.Top, 6, 4);
end;
UpdatePoint(4, 5, 4);
if (nSrcIndex <> 5) then
begin
SetPoint(Pnt(5)^.Left, Pnt(5)^.Top, 5, 4);
end;
end;
////////////////////////////
if (nIndex = 13) then
begin
if (nSrcindex <> 3) and (pnt(3)^.m_bLocked) then
begin
UpdatePoint(3, 13, 12);
exit;
end;
if (nSrcIndex <> 3) then
begin
UpdatePoint(13, 3, 12);
SetPoint(Pnt(3)^.Left, Pnt(3)^.Top, 3, 13);
end;
UpdatePoint(13, 3, 12);
end;
if (nIndex = 3) then
begin
UpdatePoint(3, 13, 12);
if (nSrcindex <> 2) and (pnt(2)^.m_bLocked) then
begin
UpdatePoint(2, 3, 2);
SetPoint(Pnt(2)^.Left, Pnt(2)^.Top, 2, 3);
exit;
end;
if (nSrcIndex <> 2) then
begin
UpdatePoint(3, 2, 2);
SetPoint(Pnt(2)^.Left, Pnt(2)^.Top, 2, 3);
end;
UpdatePoint(3, 13, 12);
end;
if (nIndex = 2) then
begin
if (nSrcIndex <> 1) then
begin
Pnt(1)^.Left := Pnt(2)^.Left + ((Pnt(4)^.Left - Pnt(2)^.Left) div 2);
Pnt(1)^.Top := Pnt(2)^.Top + ((Pnt(4)^.Top - Pnt(2)^.Top) div 2);
angle := 180 * (1 + ArcTan2(Pnt(2)^.Top-Pnt(4)^.Top, Pnt(2)^.Left-Pnt(4)^.Left) / PI);
if angle >= 360.0 then angle := angle - 360.0;
Rads := DegToRad(angle-90);
cx := Round(Lng[5] * Cos(Rads));
cy := Round(Lng[5] * Sin(Rads));
Pnt(6)^.Left := round(Pnt(1)^.Left+cx);
Pnt(6)^.Top := round(Pnt(1)^.Top+cy);
SetPoint(Pnt(6)^.Left, Pnt(6)^.Top, 6, 2);
end;
UpdatePoint(2, 3, 2);
if (nSrcIndex <> 3) then
begin
SetPoint(Pnt(3)^.Left, Pnt(3)^.Top, 3, 2);
end;
end;
////////////////////////////
if (nIndex = 12) then
begin
if (nSrcindex <> 10) and (pnt(10)^.m_bLocked) then
begin
UpdatePoint(10, 12, 11);
exit;
end;
if (nSrcIndex <> 10) then
begin
UpdatePoint(12, 10, 11);
SetPoint(Pnt(10)^.Left, Pnt(10)^.Top, 10, 12);
end;
UpdatePoint(10, 12, 12);
end;
if (nIndex = 10) then
begin
UpdatePoint(10, 12, 11);
if (nSrcindex <> 9) and (pnt(9)^.m_bLocked) then
begin
UpdatePoint(9, 10, 9);
SetPoint(Pnt(9)^.Left, Pnt(9)^.Top, 9, 10);
exit;
end;
if (nSrcIndex <> 9) then
begin
UpdatePoint(10, 9, 9);
SetPoint(Pnt(9)^.Left, Pnt(9)^.Top, 9, 10);
end;
UpdatePoint(10, 12, 11);
end;
if (nIndex = 9) then
begin
if (nSrcIndex <> 6) then
begin
Pnt(6)^.Left := Pnt(7)^.Left + ((Pnt(9)^.Left - Pnt(7)^.Left) div 2);
Pnt(6)^.Top := Pnt(7)^.Top + ((Pnt(9)^.Top - Pnt(7)^.Top) div 2);
angle := 180 * (1 + ArcTan2(Pnt(7)^.Top-Pnt(9)^.Top, Pnt(7)^.Left-Pnt(9)^.Left) / PI);
if angle >= 360.0 then angle := angle - 360.0;
Rads := DegToRad(angle+90);
cx := Round(Lng[5] * Cos(Rads));
cy := Round(Lng[5] * Sin(Rads));
Pnt(1)^.Left := round(Pnt(6)^.Left+cx);
Pnt(1)^.Top := round(Pnt(6)^.Top+cy);
SetPoint(Pnt(1)^.Left, Pnt(1)^.Top, 1, 7);
{UpdatePoint(9, 6, 8);
SetPoint(Pnt(6)^.Left, Pnt(6)^.Top, 6, 9);
UpdatePoint(6,9, 8);}
end;
UpdatePoint(9, 10, 9);
if (nSrcIndex <> 10) then
begin
SetPoint(Pnt(10)^.Left, Pnt(10)^.Top, 10, 9);
end;
end;
////////////////////////////
if (nIndex = 11) then
begin
if (nSrcindex <> 8) and (pnt(8)^.m_bLocked) then
begin
UpdatePoint(8, 11, 10);
exit;
end;
if (nSrcIndex <> 8) then
begin
UpdatePoint(11, 8, 10);
SetPoint(Pnt(8)^.Left, Pnt(8)^.Top, 8, 10);
end;
UpdatePoint(8, 11, 10);
end;
if (nIndex = 8) then
begin
UpdatePoint(8, 11, 10);
if (nSrcindex <> 7) and (pnt(7)^.m_bLocked) then
begin
UpdatePoint(7, 8, 7);
SetPoint(Pnt(7)^.Left, Pnt(7)^.Top, 7, 8);
exit;
end;
if (nSrcIndex <> 7) then
begin
UpdatePoint(8, 7, 7);
SetPoint(Pnt(7)^.Left, Pnt(7)^.Top, 7, 8);
end;
UpdatePoint(8, 11, 10);
end;
if (nIndex = 7) then
begin
if (nSrcIndex <> 6) then
begin
Pnt(6)^.Left := Pnt(7)^.Left + ((Pnt(9)^.Left - Pnt(7)^.Left) div 2);
Pnt(6)^.Top := Pnt(7)^.Top + ((Pnt(9)^.Top - Pnt(7)^.Top) div 2);
angle := 180 * (1 + ArcTan2(Pnt(7)^.Top-Pnt(9)^.Top, Pnt(7)^.Left-Pnt(9)^.Left) / PI);
if angle >= 360.0 then angle := angle - 360.0;
Rads := DegToRad(angle+90);
cx := Round(Lng[5] * Cos(Rads));
cy := Round(Lng[5] * Sin(Rads));
Pnt(1)^.Left := round(Pnt(6)^.Left+cx);
Pnt(1)^.Top := round(Pnt(6)^.Top+cy);
SetPoint(Pnt(1)^.Left, Pnt(1)^.Top, 1, 7);
{UpdatePoint(7, 6, 6);
SetPoint(Pnt(6)^.Left, Pnt(6)^.Top, 6, 7);
UpdatePoint(6,7, 6); }
end;
UpdatePoint(7, 8, 7);
if (nSrcIndex <> 8) then
begin
SetPoint(Pnt(8)^.Left, Pnt(8)^.Top, 8, 7);
end;
end;
/////////////////////
if (nIndex = 6) then
begin
if (nSrcIndex <> 7) and (Pnt(7)^.m_bLocked) then
begin
UpdatePoint(7,6, 6);
ox := Pnt(7)^.Left;
oy := Pnt(7)^.Top;
SetPoint(Pnt(6)^.Left, Pnt(6)^.Top, 6,7);
Pnt(7)^.Left := ox;
Pnt(7)^.Top := oy;
UpdatePoint(7,6, 6);
exit;
end;
if (nSrcIndex <> 9) and (Pnt(9)^.m_bLocked) then
begin
UpdatePoint(9,6, 8);
ox := Pnt(9)^.Left;
oy := Pnt(9)^.Top;
SetPoint(Pnt(6)^.Left, Pnt(6)^.Top, 6,9);
Pnt(9)^.Left := ox;
Pnt(9)^.Top := oy;
UpdatePoint(9,6, 8);
exit;
end;
angle := 180 * (1 + ArcTan2(Pnt(6)^.Top-Pnt(1)^.Top, Pnt(6)^.Left-Pnt(1)^.Left) / PI);
if angle >= 360.0 then angle := angle - 360.0;
Rads := DegToRad(angle);
cx := Round(Lng[5] * Cos(Rads));
cy := Round(Lng[5] * Sin(Rads));
Pnt(1)^.Left := round(Pnt(6)^.Left+cx);
Pnt(1)^.Top := round(Pnt(6)^.Top+cy);
Rads := DegToRad(angle+90);
cx := Round(Lng[6] * Cos(Rads));
cy := Round(Lng[6] * Sin(Rads));
Pnt(7)^.Left := round(Pnt(6)^.Left+cx);
Pnt(7)^.Top := round(Pnt(6)^.Top+cy);
Rads := DegToRad(angle-90);
cx := Round(Lng[8] * Cos(Rads));
cy := Round(Lng[8] * Sin(Rads));
Pnt(9)^.Left := round(Pnt(6)^.Left+cx);
Pnt(9)^.Top := round(Pnt(6)^.Top+cy);
if (nSrcIndex <> 1) then SetPoint(Pnt(1)^.Left, Pnt(1)^.Top, 1, 6);
if (nSrcIndex <> 7) then SetPoint(Pnt(7)^.Left, Pnt(7)^.Top, 7, 6);
if (nSrcIndex <> 9) then SetPoint(Pnt(9)^.Left, Pnt(9)^.Top, 9, 6);
end;
if (nIndex = 1) then
begin
if (nSrcIndex <> 2) and (Pnt(2)^.m_bLocked) then
begin
UpdatePoint(2,1, 1);
ox := Pnt(2)^.Left;
oy := Pnt(2)^.Top;
SetPoint(Pnt(1)^.Left, Pnt(1)^.Top, 1,2);
Pnt(2)^.Left := ox;
Pnt(2)^.Top := oy;
UpdatePoint(2,1, 1);
exit;
end;
if (nSrcIndex <> 4) and (Pnt(4)^.m_bLocked) then
begin
UpdatePoint(4,1, 3);
ox := Pnt(4)^.Left;
oy := Pnt(4)^.Top;
SetPoint(Pnt(1)^.Left, Pnt(1)^.Top, 1,4);
Pnt(4)^.Left := ox;
Pnt(4)^.Top := oy;
UpdatePoint(4,1, 3);
exit;
end;
angle := 180 * (1 + ArcTan2(Pnt(1)^.Top-Pnt(6)^.Top, Pnt(1)^.Left-Pnt(6)^.Left) / PI);
if angle >= 360.0 then angle := angle - 360.0;
Rads := DegToRad(angle);
cx := Round(Lng[5] * Cos(Rads));
cy := Round(Lng[5] * Sin(Rads));
Pnt(6)^.Left := round(Pnt(1)^.Left+cx);
Pnt(6)^.Top := round(Pnt(1)^.Top+cy);
Rads := DegToRad(angle-90);
cx := Round(Lng[1] * Cos(Rads));
cy := Round(Lng[1] * Sin(Rads));
Pnt(2)^.Left := round(Pnt(1)^.Left+cx);
Pnt(2)^.Top := round(Pnt(1)^.Top+cy);
Rads := DegToRad(angle+90);
cx := Round(Lng[3] * Cos(Rads));
cy := Round(Lng[3] * Sin(Rads));
Pnt(4)^.Left := round(Pnt(1)^.Left+cx);
Pnt(4)^.Top := round(Pnt(1)^.Top+cy);
if (nSrcIndex <> 6) then SetPoint(Pnt(6)^.Left, Pnt(6)^.Top, 6, 1);
if (nSrcIndex <> 2) then SetPoint(Pnt(2)^.Left, Pnt(2)^.Top, 2, 1);
if (nSrcIndex <> 4) then SetPoint(Pnt(4)^.Left, Pnt(4)^.Top, 4, 1);
end;
end else
begin
if (nIndex = 6) then
begin
if (nSrcIndex = 6) or (nSrcIndex = 1) then
begin
if Pnt(7)^.m_bLocked = FALSE then UpdatePoint(6,7, 6);
SetPoint(Pnt(7)^.Left, Pnt(7)^.Top, 7, 6);
UpdatePoint(7,6, 6);
if (Pnt(9)^.m_bLocked) = FALSE then UpdatePoint(6,9, 8);
SetPoint(Pnt(9)^.Left, Pnt(9)^.Top, 9, 6);
UpdatePoint(9,6, 8);
if (Pnt(1)^.m_bLocked) then
begin
UpdatePoint(1,6,5);
if not Pnt(7)^.m_bLocked then
begin
UpdatePoint(6,7,7);
UpdatePoint(7,8,7);
end;
if not Pnt(9)^.m_bLocked then
begin
UpdatePoint(6,9,8);
UpdatePoint(9,10,9);
end;
end;
//
// lock both hands, then pull neck, left arm stretches, can't do bottom code
// otherwise right arm stretches...dammit..
//UpdatePoint(7,6, 6);
//UpdatePoint(9,6, 8);
end;
///////
if (nSrcIndex = 7) then
begin
if Pnt(6)^.m_bLocked then
begin
UpdatePoint(6,7, 6);
end else
begin
UpdatePoint(7,6, 6);
if (Pnt(9)^.m_bLocked) then
begin
UpdatePoint(9,6, 8);
UpdatePoint(6,7, 6);
end else
begin
UpdatePoint(6,9, 8);
if (Pnt(10)^.m_bLocked) then
begin
UpdatePoint(10,9, 9);
UpdatePoint(9,6, 8);
UpdatePoint(6,7, 6);
end else
begin
UpdatePoint(9,10, 9);
end;
end;
end;
end;
///////////////////
if (nSrcIndex = 9) then
begin
if Pnt(6)^.m_bLocked then
begin
UpdatePoint(6,9, 8);
end else
begin
UpdatePoint(9,6, 8);
if (Pnt(7)^.m_bLocked) then
begin
UpdatePoint(7,6, 6);
UpdatePoint(6,9, 8);
end else
begin
UpdatePoint(6,7, 6);
if (Pnt(8)^.m_bLocked) then
begin
UpdatePoint(8,7, 7);
UpdatePoint(7,6, 6);
UpdatePoint(6,9, 8);
end else
begin
UpdatePoint(7,8, 7);
end;
end;
end;
end;
//update all
if (nSrcIndex <> 1) then
begin
if (Pnt(1)^.m_bLocked) then
begin
UpdatePoint(1,6, 5);
end else
begin
UpdatePoint(6,1, 5);
SetPoint(Pnt(1)^.Left, Pnt(1)^.Top, 1, 6);
UpdatePoint(1,6, 5);
SetPoint(Pnt(6)^.Left, Pnt(6)^.Top, 6, 1);
end;
end else
begin
UpdatePoint(6,1, 5);
end;
///////////////////////////////
{UpdatePoint(6,7,6);
UpdatePoint(7,8,7);
UpdatePoint(6,9,8);
UpdatePoint(9,10,9); }
exit;
end;
if (nIndex = 7) then
begin
angle := 180 * (1 + ArcTan2(Pnt(7)^.Top-Pnt(6)^.Top, Pnt(7)^.Left-Pnt(6)^.Left) / PI);
if angle >= 360.0 then angle := angle - 360.0;
Rads := DegToRad(angle);
cx := (Lng[6] * Cos(Rads));
cy := (Lng[6] * Sin(Rads));
if (nSrcIndex <> 6) then SetPoint( round(Pnt(6)^.Left+cx), round(Pnt(6)^.Top+cy), 6, 7);
angle := 180 * (1 + ArcTan2(Pnt(7)^.Top-Pnt(8)^.Top, Pnt(7)^.Left-Pnt(8)^.Left) / PI);
if angle >= 360.0 then angle := angle - 360.0;
Rads := DegToRad(angle);
cx := (Lng[7] * Cos(Rads));
cy := (Lng[7] * Sin(Rads));
if (nSrcIndex <> 8) then
begin
SetPoint( round(Pnt(7)^.Left + cx), round(Pnt(7)^.Top + cy), 8, 7);
UpdatePoint(8,7, 7);
if (not Pnt(11)^.m_bLocked) then
begin
UpdatePoint(8,11, 10);
end else
begin
UpdatePoint(11,8, 10);
UpdatePoint(8,7, 7);
end;
end else
begin
UpdatePoint(8,7, 7);
if (not Pnt(11)^.m_bLocked) then
begin
UpdatePoint(8,11, 10);
end else
begin
UpdatePoint(11,8, 10);
UpdatePoint(8,7, 7);
end;
end;
angle := 180 * (1 + ArcTan2(Pnt(7)^.Top-Pnt(6)^.Top, Pnt(7)^.Left-Pnt(6)^.Left) / PI);
if angle >= 360.0 then angle := angle - 360.0;
Rads := DegToRad(angle);
cx := (Lng[6] * Cos(Rads));
cy := (Lng[6] * Sin(Rads));
if (nSrcIndex <> 6) then SetPoint( round(Pnt(6)^.Left+cx), round(Pnt(6)^.Top+cy), 6, 7);
{UpdatePoint(6,7,6);
UpdatePoint(7,8,7);
UpdatePoint(6,9,8);
UpdatePoint(9,10,9);}
end;
if (nIndex = 8) then
begin
angle := 180 * (1 + ArcTan2(Pnt(8)^.Top-Pnt(7)^.Top, Pnt(8)^.Left-Pnt(7)^.Left) / PI);
if angle >= 360.0 then angle := angle - 360.0;
Rads := DegToRad(angle);
cx := (Lng[7] * Cos(Rads));
cy := (Lng[7] * Sin(Rads));
if (nSrcIndex <> 7) then
begin
SetPoint( round(Pnt(8)^.Left+cx), round(Pnt(8)^.Top+cy), 7, 8);
// left hand
if (not Pnt(11)^.m_bLocked) then
begin
UpdatePoint(8,11, 10);
end else
begin
UpdatePoint(11,8, 10);
end;
//
UpdatePoint(6,7, 6);
UpdatePoint(7,8, 7);
end else
begin
end;
end;
if (nIndex = 11) then
begin
angle := 180 * (1 + ArcTan2(Pnt(11)^.Top-Pnt(8)^.Top, Pnt(11)^.Left-Pnt(8)^.Left) / PI);
if angle >= 360.0 then angle := angle - 360.0;
Rads := DegToRad(angle);
cx := (Lng[10] * Cos(Rads));
cy := (Lng[10] * Sin(Rads));
if (nSrcIndex <> 8) then
begin
SetPoint( round(Pnt(11)^.Left+cx), round(Pnt(11)^.Top+cy), 8, 11);
end else
begin
end;
end;
if (nIndex = 12) then
begin
angle := 180 * (1 + ArcTan2(Pnt(12)^.Top-Pnt(10)^.Top, Pnt(12)^.Left-Pnt(10)^.Left) / PI);
if angle >= 360.0 then angle := angle - 360.0;
Rads := DegToRad(angle);
cx := (Lng[11] * Cos(Rads));
cy := (Lng[11] * Sin(Rads));
if (nSrcIndex <> 8) then
begin
SetPoint( round(Pnt(12)^.Left+cx), round(Pnt(12)^.Top+cy), 10, 12);
end else
begin
end;
end;
if (nIndex = 9) then
begin
angle := 180 * (1 + ArcTan2(Pnt(9)^.Top-Pnt(6)^.Top, Pnt(9)^.Left-Pnt(6)^.Left) / PI);
if angle >= 360.0 then angle := angle - 360.0;
Rads := DegToRad(angle);
cx := (Lng[8] * Cos(Rads));
cy := (Lng[8] * Sin(Rads));
if (nSrcIndex <> 6) then SetPoint( round(Pnt(6)^.Left+cx), round(Pnt(6)^.Top+cy), 6, 9);
angle := 180 * (1 + ArcTan2(Pnt(9)^.Top-Pnt(10)^.Top, Pnt(9)^.Left-Pnt(10)^.Left) / PI);
if angle >= 360.0 then angle := angle - 360.0;
Rads := DegToRad(angle);
cx := (Lng[9] * Cos(Rads));
cy := (Lng[9] * Sin(Rads));
if (nSrcIndex <> 10) then
begin
SetPoint( round(Pnt(9)^.Left + cx), round(Pnt(9)^.Top + cy), 10, 9);
UpdatePoint(10,9, 9);
end else
begin
UpdatePoint(9,10, 9);
end;
angle := 180 * (1 + ArcTan2(Pnt(9)^.Top-Pnt(6)^.Top, Pnt(9)^.Left-Pnt(6)^.Left) / PI);
if angle >= 360.0 then angle := angle - 360.0;
Rads := DegToRad(angle);
cx := (Lng[8] * Cos(Rads));
cy := (Lng[8] * Sin(Rads));
if (nSrcIndex <> 6) then SetPoint( round(Pnt(6)^.Left+cx), round(Pnt(6)^.Top+cy), 6, 9);
{UpdatePoint(6,9,8);
UpdatePoint(9,10,9);
UpdatePoint(6,7,6);
UpdatePoint(7,8,7);}
end;
if (nIndex = 10) then
begin
bOld := Pnt(10)^.m_bLocked;
Pnt(10)^.m_bLocked := FALSE;
ox := Pnt(10)^.Left;
oy := Pnt(10)^.Top;
if (nSrcIndex = 10) then
begin
SetPoint( round(Pnt(9)^.Left), round(Pnt(9)^.Top), 9, 9);
UpdatePoint(6,9,8);
end;
Pnt(10)^.Left := ox;
Pnt(10)^.Top := oy;
angle := 180 * (1 + ArcTan2(Pnt(10)^.Top-Pnt(9)^.Top, Pnt(10)^.Left-Pnt(9)^.Left) / PI);
if angle >= 360.0 then angle := angle - 360.0;
Rads := DegToRad(angle);
cx := (Lng[9] * Cos(Rads));
cy := (Lng[9] * Sin(Rads));
if (nSrcIndex <> 9) then
begin
SetPoint( round(Pnt(10)^.Left+cx), round(Pnt(10)^.Top+cy), 9, 10);
UpdatePoint(6,9,8);
end;
UpdatePoint(9,10,9);
// left hand
if (not Pnt(12)^.m_bLocked) then
begin
UpdatePoint(10,12, 11);
end else
begin
UpdatePoint(12,10, 11);
end;
//
Pnt(10)^.m_bLocked := bOld;
end;
if (nIndex = 1) then
begin
if (nSrcIndex = 1) or (nSrcIndex = 6) then
begin
if (nSrcIndex = 1) then
begin
if (Pnt(6)^.m_bLocked) then
begin
UpdatePoint(6,1, 5);
end;
end;
if Pnt(2)^.m_bLocked = false then UpdatePoint(1,2, 1);
SetPoint(Pnt(2)^.Left, Pnt(2)^.Top, 2, 1);
UpdatePoint(2,1, 1);
if Pnt(4)^.m_bLocked = FALSE then UpdatePoint(1,4, 3);
SetPoint(Pnt(4)^.Left, Pnt(4)^.Top, 4, 1);
UpdatePoint(4,1, 3);
//
// lock both hands, then pull neck, left arm stretches, can't do bottom code
// otherwise right arm stretches...dammit..
//UpdatePoint(7,6, 6);
//UpdatePoint(9,6, 8);
end;
///////
if (nSrcIndex = 2) then
begin
if Pnt(1)^.m_bLocked then
begin
UpdatePoint(1,2, 1);
end else
begin
UpdatePoint(2,1, 1);
if (Pnt(4)^.m_bLocked) then
begin
UpdatePoint(4,1, 3);
UpdatePoint(1,2, 1);
end else
begin
UpdatePoint(1,4, 3);
if (Pnt(5)^.m_bLocked) then
begin
UpdatePoint(5,4, 4);
UpdatePoint(4,1, 3);
UpdatePoint(1,2, 1);
end else
begin
UpdatePoint(4,5, 4);
end;
end;
end;
end;
///////////////////
if (nSrcIndex = 4) then
begin
if Pnt(1)^.m_bLocked then
begin
UpdatePoint(1,4, 3);
end else
begin
UpdatePoint(4,1, 3);
if (Pnt(2)^.m_bLocked) then
begin
UpdatePoint(2,1, 1);
UpdatePoint(1,4, 3);
end else
begin
UpdatePoint(1,2, 1);
if (Pnt(3)^.m_bLocked) then
begin
UpdatePoint(3,2, 2);
UpdatePoint(2,1, 1);
UpdatePoint(1,4, 3);
end else
begin
UpdatePoint(2,3, 2);
end;
end;
end;
end;
///////////////////////////////
if (nSrcIndex <> 6) then
begin
if (Pnt(6)^.m_bLocked) then
begin
UpdatePoint(6,1, 5);
end else
begin
UpdatePoint(1,6, 5);
SetPoint(Pnt(6)^.Left, Pnt(6)^.Top, 6, 1);
UpdatePoint(6,1, 5);
SetPoint(Pnt(1)^.Left, Pnt(1)^.Top, 1, 6);
end;
end;
exit;
end;
if (nIndex = 2) then
begin
if nSrcIndex = 2 then
if (Pnt(6)^.m_bLocked) then
begin
//UpdatePoint(6,1, 5);
UpdatePoint(2,1, 1);
UpdatePoint(1,2, 1);
end;
angle := 180 * (1 + ArcTan2(Pnt(2)^.Top-Pnt(1)^.Top, Pnt(2)^.Left-Pnt(1)^.Left) / PI);
if angle >= 360.0 then angle := angle - 360.0;
Rads := DegToRad(angle);
cx := (Lng[1] * Cos(Rads));
cy := (Lng[1] * Sin(Rads));
if (nSrcIndex <> 1) then
begin
SetPoint( round(Pnt(1)^.Left+cx), round(Pnt(1)^.Top+cy), 1, 2);
end;
if nSrcIndex = 2 then
if (Pnt(6)^.m_bLocked) then
begin
//UpdatePoint(6,1, 5);
UpdatePoint(1,2, 1);
end;
angle := 180 * (1 + ArcTan2(Pnt(2)^.Top-Pnt(3)^.Top, Pnt(2)^.Left-Pnt(3)^.Left) / PI);
if angle >= 360.0 then angle := angle - 360.0;
Rads := DegToRad(angle);
cx := (Lng[2] * Cos(Rads));
cy := (Lng[2] * Sin(Rads));
if (nSrcIndex <> 3) then
begin
SetPoint( round(Pnt(2)^.Left + cx), round(Pnt(2)^.Top + cy), 3, 2);
UpdatePoint(3,2, 2);
end else
begin
UpdatePoint(2,3, 2);
end;
if (not Pnt(13)^.m_bLocked) then
begin
UpdatePoint(3,13, 12);
end else
begin
UpdatePoint(13,3, 12);
UpdatePoint(3,2, 2);
//SetPoint(Pnt(2)^.Left,Pnt(2)^.Top, 2,2);
end;
angle := 180 * (1 + ArcTan2(Pnt(2)^.Top-Pnt(1)^.Top, Pnt(2)^.Left-Pnt(1)^.Left) / PI);
if angle >= 360.0 then angle := angle - 360.0;
Rads := DegToRad(angle);
cx := (Lng[1] * Cos(Rads));
cy := (Lng[1] * Sin(Rads));
if (nSrcIndex <> 1) then SetPoint( round(Pnt(1)^.Left+cx), round(Pnt(1)^.Top+cy), 1, 2);
end;
if (nIndex = 3) then
begin
angle := 180 * (1 + ArcTan2(Pnt(3)^.Top-Pnt(2)^.Top, Pnt(3)^.Left-Pnt(2)^.Left) / PI);
if angle >= 360.0 then angle := angle - 360.0;
Rads := DegToRad(angle);
cx := (Lng[2] * Cos(Rads));
cy := (Lng[2] * Sin(Rads));
if (nSrcIndex <> 2) then
begin
SetPoint( round(Pnt(3)^.Left+cx), round(Pnt(3)^.Top+cy), 2, 3);
if (not Pnt(13)^.m_bLocked) then
begin
UpdatePoint(3,13, 12);
end else
begin
UpdatePoint(13,3, 12);
end;
UpdatePoint(1,2, 1);
UpdatePoint(2,3, 2);
end else
begin
end;
end;
if (nIndex = 4) then
begin
angle := 180 * (1 + ArcTan2(Pnt(4)^.Top-Pnt(1)^.Top, Pnt(4)^.Left-Pnt(1)^.Left) / PI);
if angle >= 360.0 then angle := angle - 360.0;
Rads := DegToRad(angle);
cx := (Lng[3] * Cos(Rads));
cy := (Lng[3] * Sin(Rads));
if (nSrcIndex <> 1) then SetPoint( round(Pnt(1)^.Left+cx), round(Pnt(1)^.Top+cy), 1, 4);
angle := 180 * (1 + ArcTan2(Pnt(4)^.Top-Pnt(5)^.Top, Pnt(4)^.Left-Pnt(5)^.Left) / PI);
if angle >= 360.0 then angle := angle - 360.0;
Rads := DegToRad(angle);
cx := (Lng[4] * Cos(Rads));
cy := (Lng[4] * Sin(Rads));
if (nSrcIndex <> 5) then
begin
SetPoint( round(Pnt(4)^.Left + cx), round(Pnt(4)^.Top + cy), 5, 4);
UpdatePoint(5,4, 4);
end else
begin
UpdatePoint(4,5, 4);
end;
if (not Pnt(14)^.m_bLocked) then
begin
UpdatePoint(5,14, 13);
end else
begin
UpdatePoint(14,5, 13);
UpdatePoint(5,4, 4);
//SetPoint(Pnt(2)^.Left,Pnt(2)^.Top, 2,2);
end;
angle := 180 * (1 + ArcTan2(Pnt(4)^.Top-Pnt(1)^.Top, Pnt(4)^.Left-Pnt(1)^.Left) / PI);
if angle >= 360.0 then angle := angle - 360.0;
Rads := DegToRad(angle);
cx := (Lng[3] * Cos(Rads));
cy := (Lng[3] * Sin(Rads));
if (nSrcIndex <> 1) then SetPoint( round(Pnt(1)^.Left+cx), round(Pnt(1)^.Top+cy), 1, 4);
{UpdatePoint(1,4,3);
UpdatePoint(4,5,4);
UpdatePoint(1,2,1);
UpdatePoint(2,3,2); }
end;
if (nIndex = 5) then
begin
angle := 180 * (1 + ArcTan2(Pnt(5)^.Top-Pnt(4)^.Top, Pnt(5)^.Left-Pnt(4)^.Left) / PI);
if angle >= 360.0 then angle := angle - 360.0;
Rads := DegToRad(angle);
cx := (Lng[4] * Cos(Rads));
cy := (Lng[4] * Sin(Rads));
if (nSrcIndex <> 4) then
begin
SetPoint( round(Pnt(5)^.Left+cx), round(Pnt(5)^.Top+cy), 4, 5);
if (not Pnt(14)^.m_bLocked) then
begin
UpdatePoint(5,14, 13);
end else
begin
UpdatePoint(14,5, 13);
end;
UpdatePoint(1,4, 3);
UpdatePoint(4,5, 4);
end else
begin
end;
end;
if (nIndex = 13) then
begin
angle := 180 * (1 + ArcTan2(Pnt(13)^.Top-Pnt(3)^.Top, Pnt(13)^.Left-Pnt(3)^.Left) / PI);
if angle >= 360.0 then angle := angle - 360.0;
Rads := DegToRad(angle);
cx := (Lng[12] * Cos(Rads));
cy := (Lng[12] * Sin(Rads));
if (nSrcIndex <> 3) then
begin
SetPoint( round(Pnt(13)^.Left+cx), round(Pnt(13)^.Top+cy), 3, 12);
end else
begin
end;
end;
if (nIndex = 14) then
begin
angle := 180 * (1 + ArcTan2(Pnt(14)^.Top-Pnt(5)^.Top, Pnt(14)^.Left-Pnt(5)^.Left) / PI);
if angle >= 360.0 then angle := angle - 360.0;
Rads := DegToRad(angle);
cx := (Lng[13] * Cos(Rads));
cy := (Lng[13] * Sin(Rads));
if (nSrcIndex <> 5) then