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UberTool.cpp
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#include "UberTool.h"
#include "aDDict2.h"
int GetPivot(OBJECT *Obj, VECTOR3 &Pivot, VECTOR3 ParentPos)
{
if (Obj->Primitive!=aDDict_CLONE)
{
Pivot=V3_Add(V3_Add(Pivot,V3_Make(Obj->ModelView[0][3],
Obj->ModelView[1][3],
Obj->ModelView[2][3])),ParentPos);
return 1;
}
else
{
int Cnt=0;
for (int x=0; x<Obj->Param1; x++)
{
Cnt+=GetPivot( (OBJECT*)(((int*)Obj->Param3)[x]), Pivot, V3_Add(V3_Make(Obj->ModelView[0][3],
Obj->ModelView[1][3],
Obj->ModelView[2][3]),ParentPos));
}
return Cnt;
}
return 0;
}
int GetPivot2(OBJECT *Obj, VECTOR3 &Pivot, VECTOR3 ParentPos)
{
if (Obj->Primitive!=aDDict_CLONE)
{
Pivot=V3_Add(V3_Add(Pivot,V3_Make(Obj->TransformBuffer[0][3],
Obj->TransformBuffer[1][3],
Obj->TransformBuffer[2][3])),ParentPos);
return 1;
}
else
{
int Cnt=0;
for (int x=0; x<Obj->Param1; x++)
{
Cnt+=GetPivot2( (OBJECT*)(((int*)Obj->Param3)[x]), Pivot, V3_Add(V3_Make(Obj->TransformBuffer[0][3],
Obj->TransformBuffer[1][3],
Obj->TransformBuffer[2][3]),ParentPos));
}
return Cnt;
}
return 0;
}
void __stdcall GUI_3dLeftClick(cINTERFACE* Interface, int ButtonId)
{
VECTOR3 ScaleVector;
VECTOR3 RotateAxis; float RotateAngle;
VECTOR3 TransformVector;
WriteDebug("GUI_3dLeftClick\n");
GUIITEM *View=&Interface->ItemList[ButtonId];
VECTOR3 Min=V3_Make(0,0,0),Max=V3_Make(0,0,0);
VECTOR3 Pivot;
bool P=false; int Selected=0;
int PCount=0;
Pivot=V3_Make(0,0,0);
if (ActualScene)
for (int x=0; x<ActualScene->ObjectNum; x++)
if (!ActualScene->ObjectList[x].Deleted && !ActualScene->ObjectList[x].ListItem->Hidden && ActualScene->ObjectList[x].Primitive<aDDict_MAPXFORM)
{
if (ActualScene->ObjectList[x].ListItem->Selected)
{
PCount+=GetPivot(&ActualScene->ObjectList[x],Pivot,V3_Make(0,0,0));
Selected++;
TestScaleFactors(Min,Max,V3_Make( 1, 1, 1),ActualScene->ObjectList[x].ModelView);
TestScaleFactors(Min,Max,V3_Make( 1,-1, 1),ActualScene->ObjectList[x].ModelView);
TestScaleFactors(Min,Max,V3_Make( 1,-1,-1),ActualScene->ObjectList[x].ModelView);
TestScaleFactors(Min,Max,V3_Make( 1, 1,-1),ActualScene->ObjectList[x].ModelView);
TestScaleFactors(Min,Max,V3_Make(-1, 1, 1),ActualScene->ObjectList[x].ModelView);
TestScaleFactors(Min,Max,V3_Make(-1,-1, 1),ActualScene->ObjectList[x].ModelView);
TestScaleFactors(Min,Max,V3_Make(-1,-1,-1),ActualScene->ObjectList[x].ModelView);
TestScaleFactors(Min,Max,V3_Make(-1, 1,-1),ActualScene->ObjectList[x].ModelView);
}
}
if (PCount) Pivot=V3_Mults(Pivot,1/(float)PCount);
VECTOR3 ScaleFactors=V3_Sub(Max,Min);
if (!View->ParentInterface->ItemList[1].Interface->ItemList[1].ButtonPushed) Pivot=V3_Make(0,0,0);
VECTOR3 v;
v.x=View->i.x*View->i.x+View->j.x*View->j.x;
v.y=View->i.y*View->i.y+View->j.y*View->j.y;
v.z=View->i.z*View->i.z+View->j.z*View->j.z;
if (!View->WireFrame) v=V3_Make(1,1,1);
float z=V3_Length(V3_Sub(View->Cam.Target,View->Cam.Eye));
//if (Interface->ItemList[ButtonId].WireFrame)
if (
!(lx<=Interface->ItemList[ButtonId].x1+19 && ly<Interface->ItemList[ButtonId].y1+19) &&
!(lx>=Interface->ItemList[ButtonId].x2-19*4 && ly<Interface->ItemList[ButtonId].y1+19) &&
!(lx>=Interface->ItemList[ButtonId].x2-19 && ly<Interface->ItemList[ButtonId].y1+19*3))
{
if (ActualScene)
{
if (!Interface->ItemList[ButtonId].WireFrame)
{
if (PolySelect)
{
WaitLeftButton=true;
glPushAttrib(GL_ALL_ATTRIB_BITS);
glViewport(View->x1,YRes-View->y2,max(1,View->x2-View->x1+1),max(1,View->y2-View->y1+1));
SetCameraView(&View->Cam,4/3.0f,1,mx,my);
unsigned int *buffer=new unsigned int[4*ActualScene->ObjectList[PolySelectObject].PolygonNum];
glSelectBuffer(4*ActualScene->ObjectList[PolySelectObject].PolygonNum,buffer);
glRenderMode(GL_SELECT);
glInitNames();
glPushName(0);
glPushMatrix();
MultModelViewMatrix(ActualScene->ObjectList[PolySelectObject].ModelView,1);
for (int x=0; x<ActualScene->ObjectList[PolySelectObject].PolygonNum; x++)
{
glLoadName(x);
glBegin(GL_TRIANGLES);
glVertex3f(ActualScene->ObjectList[PolySelectObject].VertexList[ActualScene->ObjectList[PolySelectObject].PolygonList[x].v1].Position.x,ActualScene->ObjectList[PolySelectObject].VertexList[ActualScene->ObjectList[PolySelectObject].PolygonList[x].v1].Position.y,ActualScene->ObjectList[PolySelectObject].VertexList[ActualScene->ObjectList[PolySelectObject].PolygonList[x].v1].Position.z);
glVertex3f(ActualScene->ObjectList[PolySelectObject].VertexList[ActualScene->ObjectList[PolySelectObject].PolygonList[x].v2].Position.x,ActualScene->ObjectList[PolySelectObject].VertexList[ActualScene->ObjectList[PolySelectObject].PolygonList[x].v2].Position.y,ActualScene->ObjectList[PolySelectObject].VertexList[ActualScene->ObjectList[PolySelectObject].PolygonList[x].v2].Position.z);
glVertex3f(ActualScene->ObjectList[PolySelectObject].VertexList[ActualScene->ObjectList[PolySelectObject].PolygonList[x].v3].Position.x,ActualScene->ObjectList[PolySelectObject].VertexList[ActualScene->ObjectList[PolySelectObject].PolygonList[x].v3].Position.y,ActualScene->ObjectList[PolySelectObject].VertexList[ActualScene->ObjectList[PolySelectObject].PolygonList[x].v3].Position.z);
glEnd();
}
glPopMatrix();
glViewport(View->x1,YRes-View->y2,max(1,View->x2-View->x1+1),max(1,View->y2-View->y1+1));
SetCameraView(&View->Cam,4/3.0f,0,mx,my);
int hits=glRenderMode(GL_RENDER);
int smallest=buffer[3];
int depth=buffer[1];
for (int k=1; k<hits; k++)
{
if (buffer[k*4+1]<(GLuint)depth)
{
smallest=buffer[k*4+3];
depth=buffer[k*4+1];
}
}
delete buffer;
if (hits || BrushList->ItemList[2].ActiveBranch)
{
PVSelect SelectData;
memset(&SelectData,0,sizeof(SelectData));
for (int kl=0; kl<3; kl++)
if (BrushOperator->ItemList[kl].ActiveBranch) SelectData.Operator=kl;
if (BrushList->ItemList[0].ActiveBranch)
{
SelectData.Brush=0;
SelectData.Param1=ActualScene->ObjectList[PolySelectObject].PolygonList[smallest].v1;
SelectData.Param2=BrushSize-1;
}
if (BrushList->ItemList[1].ActiveBranch)
{
SelectData.Brush=1;
SelectData.Param1=smallest;
SelectData.Param2=BrushSize-1;
}
if (BrushList->ItemList[2].ActiveBranch)
{
SelectData.Brush=2;
RndMax=ActualScene->ObjectList[PolySelectObject].PolygonNum;
SelectData.Param1=RndMax;
SelectData.Param2=RndSeed;
SelectData.Param3=RndCount;
}
PVSelect *s=new PVSelect;
memcpy(s,&SelectData,sizeof(PVSelect));
switch (SelectData.Brush)
{
case 0:
((ITEMLIST*)PolySelectInterface->ItemList[4].data)->AddItem("VX SELECT",s,GUI_SelectOnlyThisSelection,GUI_Rename,nop);
break;
case 1:
((ITEMLIST*)PolySelectInterface->ItemList[4].data)->AddItem("PLY SELECT",s,GUI_SelectOnlyThisSelection,GUI_Rename,nop);
break;
case 2:
((ITEMLIST*)PolySelectInterface->ItemList[4].data)->AddItem("RND SELECT",s,GUI_SelectOnlyThisSelection,GUI_Rename,nop);
break;
case 3:
((ITEMLIST*)PolySelectInterface->ItemList[4].data)->AddItem("MAP SELECT",s,GUI_SelectOnlyThisSelection,GUI_Rename,nop);
break;
}
PolySelectInterface->ItemList[4].ItemNum++;
CurrentPolySelection->ItemNum++;
Obj_DoPolySelection(&ActualScene->ObjectList[PolySelectObject],&SelectData,true);
for (int k=0; k<ActualScene->ObjectList[PolySelectObject].PolygonNum; k++)
if (ActualScene->ObjectList[PolySelectObject].PolygonList[k].Highlighted)
{
ActualScene->ObjectList[PolySelectObject].PolygonList[k].Selected=!ActualScene->ObjectList[PolySelectObject].PolygonList[k].Selected;
}
}
glPopAttrib();
}
}
if (MainScroller->ParentItem->SelectedItem==1) //camera transform
{
float xx=((mx-(Interface->ItemList[ButtonId].x2-Interface->ItemList[ButtonId].x1)/2.0f-Interface->ItemList[ButtonId].x1))/(float)(Interface->ItemList[ButtonId].x2-Interface->ItemList[ButtonId].x1)*CalcXGLScene(z, View->Cam.Fov, 4/3.0f);
float yy=(-(my-(Interface->ItemList[ButtonId].y2-Interface->ItemList[ButtonId].y1)/2.0f-Interface->ItemList[ButtonId].y1))/(float)(Interface->ItemList[ButtonId].y2-Interface->ItemList[ButtonId].y1)*CalcYGLScene(z, View->Cam.Fov, 4/3.0f);
ModellerDisplay4->ParentItem->Cam.Eye.a[View->i1]=xx*View->i.a[View->i1]+View->Cam.Eye.a[View->i1];
ModellerDisplay4->ParentItem->Cam.Eye.a[View->j1]=yy*View->j.a[View->j1]+View->Cam.Eye.a[View->j1];
}
if (!(PolySelect && !View->WireFrame) && MainScroller->ParentItem->SelectedItem==3+(int)(ActualScene->ItemList->List->Next->Next->SubOpened)*8)
{
//for (ITEM *I=ActualScene->ItemList->List;I;I=I->Next)
for (int i=0; i<ActualScene->ObjectNum; i++)
if (!ActualScene->ObjectList[i].Deleted && !ActualScene->ObjectList[i].ListItem->Hidden && ActualScene->ObjectList[i].Primitive<aDDict_MAPXFORM)
{
ITEM *I=ActualScene->ObjectList[i].ListItem;
I->Data=&(ActualScene->ObjectList[i]);
if (I->Data && I->Selected)
{
//Transform kell
MATRIX ObjPosition;
//ObjCenter Transform
if (Interface->ItemList[1].Interface->ItemList[4].ButtonPushed)
{
memcpy(ObjPosition,((OBJECT*)I->Data)->TransformBuffer,sizeof(MATRIX));
int x;
for (x=0; x<3; x++)
for (int y=0; y<3; y++)
if (x==y) ObjPosition[x][y]=1; else ObjPosition[x][y]=0;
for (x=0; x<3; x++) ObjPosition[x][3]*=-1;
M_Mult(ObjPosition,((OBJECT*)I->Data)->ModelView,((OBJECT*)I->Data)->ModelView);
}
else
{
M_Identity(ObjPosition);
ObjPosition[0][3]=-Pivot.x;
ObjPosition[1][3]=-Pivot.y;
ObjPosition[2][3]=-Pivot.z;
M_Mult(ObjPosition,((OBJECT*)I->Data)->ModelView,((OBJECT*)I->Data)->ModelView);
}
MATRIX m;
if (Interface->ItemList[1].Interface->ItemList[2].Interface->ItemList[0].ButtonPushed)
{ // scale
int hits=0;
unsigned int buffer[120];
if (View->ParentInterface->ItemList[1].Interface->ItemList[2].Interface->ItemList[0].ButtonPushed && View->ParentInterface->ItemList[1].Interface->ItemList[1].ButtonPushed)
{
glLineWidth(2);
glPushAttrib(GL_ALL_ATTRIB_BITS);
glScissor(View->x1,YRes-View->y2,max(1,View->x2-View->x1+1),max(1,View->y2-View->y1+1));
glEnable(GL_SCISSOR_TEST);
glColor4f(0,0,0,0);
glDisable(GL_DEPTH_TEST);
glEnable(GL_DEPTH_TEST);
glViewport(View->x1,YRes-View->y2,max(1,View->x2-View->x1+1),max(1,View->y2-View->y1+1));
SetCameraView(&View->Cam,4/3.0f,10,lx,ly);
glSelectBuffer(120,buffer);
glRenderMode(GL_SELECT);
glInitNames();
glPushName(0);
glLoadName(0);
VECTOR3 aa,bb;
aa=View->Cam.Eye;
if (View->WireFrame)
for (int x=0; x<3; x++) if (View->k!=x) aa.a[x]=0;
bb=Pivot;
if (View->WireFrame)
{
for (int x=0; x<3; x++) if (View->k!=x) bb.a[x]=0;
bb.x*=v.x;
bb.y*=v.y;
bb.z*=v.z;
}
float f=V3_Length(V3_Sub(aa,bb))/10;
if (v.x)
{
glBegin(GL_LINES);
glVertex3f((Pivot.x+0.5f*f)*v.x,Pivot.y*v.y,Pivot.z*v.z);
glVertex3f((Pivot.x+2.0f*f)*v.x,Pivot.y*v.y,Pivot.z*v.z);
glEnd();
glBegin(GL_TRIANGLES);
for (int x=0; x<12; x++)
{
glVertex3f((Pivot.x+2.0f*f)*v.x,Pivot.y*v.y,Pivot.z*v.z);
glVertex3d((Pivot.x+1.7f*f)*v.x,(Pivot.y+0.15f*f*sin(x*360.0/12.0*radtheta))*v.y,(Pivot.z+0.15f*f*cos(x*360.0/12.0*radtheta))*v.z);
glVertex3d((Pivot.x+1.7f*f)*v.x,(Pivot.y+0.15f*f*sin((x+1)*360.0/12.0*radtheta))*v.y,(Pivot.z+0.15f*f*cos((x+1)*360.0/12.0*radtheta))*v.z);
}
glEnd();
}
glLoadName(1);
if (v.y)
{
glBegin(GL_LINES);
glVertex3f(Pivot.x*v.x,(Pivot.y+0.5f*f)*v.y,Pivot.z*v.z);
glVertex3f(Pivot.x*v.x,(Pivot.y+2.0f*f)*v.y,Pivot.z*v.z);
glEnd();
glBegin(GL_TRIANGLES);
for (int x=0; x<12; x++)
{
glVertex3f(Pivot.x*v.x,(Pivot.y+2.0f*f)*v.y,Pivot.z*v.z);
glVertex3d((Pivot.x+0.15f*f*sin(x*360.0/12.0*radtheta))*v.x,(Pivot.y+1.7f*f)*v.y,(Pivot.z+0.15f*f*cos(x*360.0/12.0*radtheta))*v.z);
glVertex3d((Pivot.x+0.15f*f*sin((x+1)*360.0/12.0*radtheta))*v.x,(Pivot.y+1.7f*f)*v.y,(Pivot.z+0.15f*f*cos((x+1)*360.0/12.0*radtheta))*v.z);
}
glEnd();
}
glLoadName(2);
if (v.z)
{
glBegin(GL_LINES);
glVertex3f(Pivot.x*v.x,Pivot.y*v.y,(Pivot.z+0.5f*f)*v.z);
glVertex3f(Pivot.x*v.x,Pivot.y*v.y,(Pivot.z+2.0f*f)*v.z);
glEnd();
glBegin(GL_TRIANGLES);
for (int x=0; x<12; x++)
{
glVertex3f(Pivot.x*v.x,Pivot.y*v.y,(Pivot.z+2.0f*f)*v.z);
glVertex3d((Pivot.x+0.15f*f*sin(x*360.0/12.0*radtheta))*v.x,(Pivot.y+0.15f*f*cos(x*360.0/12.0*radtheta))*v.y,(Pivot.z+1.7f*f)*v.z);
glVertex3d((Pivot.x+0.15f*f*sin((x+1)*360.0/12.0*radtheta))*v.x,(Pivot.y+0.15f*f*cos((x+1)*360.0/12.0*radtheta))*v.y,(Pivot.z+1.7f*f)*v.z);
}
glEnd();
}
SetCameraView(&View->Cam,4/3.0f,1,lx,ly);
glLoadName(3);
if ((v.x && v.y && v.z) || !v.x)
{
glBegin(GL_QUADS);
glVertex3f(Pivot.x*v.x,(Pivot.y+0.5f*f)*v.y,Pivot.z*v.z);
glVertex3f(Pivot.x*v.x,(Pivot.y+1.0f*f)*v.y,Pivot.z*v.z);
glVertex3f(Pivot.x*v.x,Pivot.y*v.y,(Pivot.z+1.0f*f)*v.z);
glVertex3f(Pivot.x*v.x,Pivot.y*v.y,(Pivot.z+0.5f*f)*v.z);
glEnd();
}
glLoadName(4);
if ((v.x && v.y && v.z) || !v.y)
{
glBegin(GL_QUADS);
glVertex3f((Pivot.x+0.5f*f)*v.x,Pivot.y*v.y,Pivot.z*v.z);
glVertex3f((Pivot.x+1.0f*f)*v.x,Pivot.y*v.y,Pivot.z*v.z);
glVertex3f(Pivot.x*v.x,Pivot.y*v.y,(Pivot.z+1.0f*f)*v.z);
glVertex3f(Pivot.x*v.x,Pivot.y*v.y,(Pivot.z+0.5f*f)*v.z);
glEnd();
}
glLoadName(5);
if ((v.x && v.y && v.z) || !v.z)
{
glBegin(GL_QUADS);
glVertex3f(Pivot.x*v.x,(Pivot.y+0.5f*f)*v.y,Pivot.z*v.z);
glVertex3f(Pivot.x*v.x,(Pivot.y+1.0f*f)*v.y,Pivot.z*v.z);
glVertex3f((Pivot.x+1.0f*f)*v.x,Pivot.y*v.y,Pivot.z*v.z);
glVertex3f((Pivot.x+0.5f*f)*v.x,Pivot.y*v.y,Pivot.z*v.z);
glEnd();
}
glLoadName(6);
if ((v.x && v.y && v.z) || !v.x)
{
glBegin(GL_QUADS);
glVertex3f(Pivot.x*v.x,(Pivot.y+1.0f*f)*v.y,Pivot.z*v.z);
glVertex3f(Pivot.x*v.x,(Pivot.y+1.5f*f)*v.y,Pivot.z*v.z);
glVertex3f(Pivot.x*v.x,Pivot.y*v.y,(Pivot.z+1.5f*f)*v.z);
glVertex3f(Pivot.x*v.x,Pivot.y*v.y,(Pivot.z+1.0f*f)*v.z);
glEnd();
}
glLoadName(7);
if ((v.x && v.y && v.z) || !v.y)
{
glBegin(GL_QUADS);
glVertex3f((Pivot.x+1.0f*f)*v.x,Pivot.y*v.y,Pivot.z*v.z);
glVertex3f((Pivot.x+1.5f*f)*v.x,Pivot.y*v.y,Pivot.z*v.z);
glVertex3f(Pivot.x*v.x,Pivot.y*v.y,(Pivot.z+1.5f*f)*v.z);
glVertex3f(Pivot.x*v.x,Pivot.y*v.y,(Pivot.z+1.0f*f)*v.z);
glEnd();
}
glLoadName(8);
if ((v.x && v.y && v.z) || !v.z)
{
glBegin(GL_QUADS);
glVertex3f(Pivot.x*v.x,(Pivot.y+1.0f*f)*v.y,Pivot.z*v.z);
glVertex3f(Pivot.x*v.x,(Pivot.y+1.5f*f)*v.y,Pivot.z*v.z);
glVertex3f((Pivot.x+1.5f*f)*v.x,Pivot.y*v.y,Pivot.z*v.z);
glVertex3f((Pivot.x+1.0f*f)*v.x,Pivot.y*v.y,Pivot.z*v.z);
glEnd();
}
glLoadName(9);
if ((v.x && v.y && v.z) || !v.x)
{
glBegin(GL_QUADS);
glVertex3f(Pivot.x*v.x,(Pivot.y)*v.y,Pivot.z*v.z);
glVertex3f(Pivot.x*v.x,(Pivot.y+0.5f*f)*v.y,Pivot.z*v.z);
glVertex3f(Pivot.x*v.x,Pivot.y*v.y,(Pivot.z+0.5f*f)*v.z);
glVertex3f(Pivot.x*v.x,Pivot.y*v.y,(Pivot.z)*v.z);
glEnd();
}
if ((v.x && v.y && v.z) || !v.y)
{
glBegin(GL_QUADS);
glVertex3f((Pivot.x)*v.x,Pivot.y*v.y,Pivot.z*v.z);
glVertex3f((Pivot.x+0.5f*f)*v.x,Pivot.y*v.y,Pivot.z*v.z);
glVertex3f(Pivot.x*v.x,Pivot.y*v.y,(Pivot.z+0.5f*f)*v.z);
glVertex3f(Pivot.x*v.x,Pivot.y*v.y,(Pivot.z)*v.z);
glEnd();
}
if ((v.x && v.y && v.z) || !v.z)
{
glBegin(GL_QUADS);
glVertex3f(Pivot.x*v.x,(Pivot.y)*v.y,Pivot.z*v.z);
glVertex3f(Pivot.x*v.x,(Pivot.y+0.5f*f)*v.y,Pivot.z*v.z);
glVertex3f((Pivot.x+0.5f*f)*v.x,Pivot.y*v.y,Pivot.z*v.z);
glVertex3f((Pivot.x)*v.x,Pivot.y*v.y,Pivot.z*v.z);
glEnd();
}
hits=glRenderMode(GL_RENDER);
int smallest=buffer[3];
int depth=buffer[1];
for (int k=1; k<hits; k++)
{
if (buffer[k*4+1]<(GLuint)depth)
{
smallest=buffer[k*4+3];
depth=buffer[k*4+1];
}
}
buffer[3]=smallest;
SwitchTo2D();
glPopAttrib();
glLineWidth(1);
}
float x=(int)(((mx-lx)/(float)(Interface->ItemList[ButtonId].x2-Interface->ItemList[ButtonId].x1)*CalcXGLScene(z, View->Cam.Fov, 4/3.0f)/ScaleFactors.a[View->i1]*4)*1000)/1000.0f;
float y=(int)(((my-ly)/(float)(Interface->ItemList[ButtonId].y2-Interface->ItemList[ButtonId].y1)*CalcYGLScene(z, View->Cam.Fov, 4/3.0f)/ScaleFactors.a[View->j1]*4)*1000)/1000.0f;
VECTOR3 mask;
if (hits)
{
mask=V3_Make(0,0,0);
if (buffer[3]<3)
mask.a[buffer[3]]=1;
else
{
mask=V3_Make(1,1,1);
if (buffer[3]<6)
mask.a[buffer[3]-3]=0;
else
mask.a[buffer[3]-6]=0;
}
}
M_Scale(View->i.x*View->i.x*x+View->j.x*View->j.x*y+1.0f,
View->i.y*View->i.y*x+View->j.y*View->j.y*y+1.0f,
View->i.z*View->i.z*x+View->j.z*View->j.z*y+1.0f,m);
ScaleVector=V3_Make(View->i.x*View->i.x*x+View->j.x*View->j.x*y,
View->i.y*View->i.y*x+View->j.y*View->j.y*y,
View->i.z*View->i.z*x+View->j.z*View->j.z*y);
if (hits /*&& !View->WireFrame*/)
{
SetCameraView(&View->Cam,4/3.0f,0,0,0);
VECTOR3 Dir=CalcXYDir((lx-View->x1)/(float)(View->x2-View->x1),
(ly-View->y1)/(float)(View->y2-View->y1),View->Cam.Fov,4/3.0f);
VECTOR3 Dir2=CalcXYDir((mx-View->x1)/(float)(View->x2-View->x1),(my-View->y1)/(float)(View->y2-View->y1),View->Cam.Fov,4/3.0f);
float matrix[16];
MATRIX CameraMatrix;
M_Identity(CameraMatrix);
glGetFloatv(GL_MODELVIEW_MATRIX,matrix);
for (int x=0; x<4; x++)
for (int y=0; y<4; y++)
CameraMatrix[y][x]=matrix[x+y*4];
M_Xform3(CameraMatrix,Dir,Dir);
M_Xform3(CameraMatrix,Dir2,Dir2);
VECTOR3 PlaneNormal,PB,D;
float d;
switch (buffer[3])
{
case 0:
PlaneNormal=V3_Make(0,1,0);
PB=V3_Make(0,0,1);
D=V3_Normalize(V3_Sub(View->Cam.Target,View->Cam.Eye));
if (fabs(V3_Dot(PB,D))>fabs(V3_Dot(PlaneNormal,D)))
{
PlaneNormal=PB;
d=Pivot.z;
}
else
d=Pivot.y;
break;
case 4:
case 7:
case 9:
PlaneNormal=V3_Make(0,1,0);
d=Pivot.y;
break;
case 1:
PlaneNormal=V3_Make(1,0,0);
PB=V3_Make(0,0,1);
D=V3_Normalize(V3_Sub(View->Cam.Target,View->Cam.Eye));
if (fabs(V3_Dot(PB,D))>fabs(V3_Dot(PlaneNormal,D)))
{
PlaneNormal=PB;
d=Pivot.z;
}
else
d=Pivot.x;
break;
case 3:
case 6:
PlaneNormal=V3_Make(1,0,0);
d=Pivot.x;
break;
case 2:
PlaneNormal=V3_Make(0,1,0);
PB=V3_Make(1,0,0);
D=V3_Normalize(V3_Sub(View->Cam.Target,View->Cam.Eye));
if (fabs(V3_Dot(PB,D))>fabs(V3_Dot(PlaneNormal,D)))
{
PlaneNormal=PB;
d=Pivot.x;
}
else
d=Pivot.y;
break;
case 5:
case 8:
PlaneNormal=V3_Make(0,0,1);
d=Pivot.z;
break;
}
float t1=distRayPlane(View->Cam.Eye,Dir,PlaneNormal,d);
float t2=distRayPlane(View->Cam.Eye,Dir2,PlaneNormal,d);
VECTOR3 P1,P2;
P1=V3_Add(View->Cam.Eye,V3_Mults(Dir,t1));
P2=V3_Add(View->Cam.Eye,V3_Mults(Dir2,t2));
VECTOR3 Displacement=V3_Sub(P2,P1);
if (buffer[3]>=3 && buffer[3]<=5)
{
mask.x=mask.y=mask.z=1;
mask.a[buffer[3]-3]=0;
Displacement.x=Displacement.y=Displacement.z=-(lx-mx)/30.0f;
ScaleFactors.x=ScaleFactors.z=ScaleFactors.y;
}
if (buffer[3]==9)
{
mask=V3_Make(1,1,1);
Displacement.x=Displacement.y=Displacement.z=-(lx-mx)/30.0f;
ScaleFactors.x=ScaleFactors.z=ScaleFactors.y;
}
M_Scale((int)(((Displacement.x/ScaleFactors.x*3)*mask.x+1)*1000)/1000.0f,
(int)(((Displacement.y/ScaleFactors.y*3)*mask.y+1)*1000)/1000.0f,
(int)(((Displacement.z/ScaleFactors.z*3)*mask.z+1)*1000)/1000.0f,m);
ScaleVector=V3_Make((Displacement.x/ScaleFactors.x*3)*mask.x,(Displacement.y/ScaleFactors.y*3)*mask.y,(Displacement.z/ScaleFactors.z*3)*mask.z);
SwitchTo2D();
}
//MouseString=new char[50];
//memset(MouseString,0,50);
_snprintf(MouseString,30,"(%.3fx, %.3fx, %.3fx)\0",m[0][0],m[1][1],m[2][2]);
}
if (Interface->ItemList[1].Interface->ItemList[2].Interface->ItemList[1].ButtonPushed)
{ // rotate
VECTOR3 aa,bb;
aa=View->Cam.Eye;
if (View->WireFrame)
for (int x=0; x<3; x++) if (View->k!=x) aa.a[x]=0;
bb=Pivot;
if (View->WireFrame)
{
for (int x=0; x<3; x++) if (View->k!=x) bb.a[x]=0;
bb.x*=v.x;
bb.y*=v.y;
bb.z*=v.z;
}
float f=V3_Length(V3_Sub(aa,bb))/10;
int hits=0;
unsigned int buffer[12];
memset(buffer,0,sizeof(int)*12);
if (View->ParentInterface->ItemList[1].Interface->ItemList[2].Interface->ItemList[1].ButtonPushed && View->ParentInterface->ItemList[1].Interface->ItemList[1].ButtonPushed)
{
glLineWidth(2);
glPushAttrib(GL_ALL_ATTRIB_BITS);
glScissor(View->x1,YRes-View->y2,max(1,View->x2-View->x1+1),max(1,View->y2-View->y1+1));
glEnable(GL_SCISSOR_TEST);
glColor4f(0,0,0,0);
glDisable(GL_DEPTH_TEST);
glEnable(GL_DEPTH_TEST);
glViewport(View->x1,YRes-View->y2,max(1,View->x2-View->x1+1),max(1,View->y2-View->y1+1));
SetCameraView(&View->Cam,4/3.0f,10,lx,ly);
glSelectBuffer(12,buffer);
glRenderMode(GL_SELECT);
glInitNames();
glPushName(0);
glLoadName(2);
glBegin(GL_LINE_STRIP);
int x;
for (x=0; x<36*4+1; x++)
glVertex3d((sin(x*2.5*radtheta)*2*f+Pivot.x)*v.x,(cos(x*2.5*radtheta)*2*f+Pivot.y)*v.y,Pivot.z*v.z);
glEnd();
glLoadName(1);
glBegin(GL_LINE_STRIP);
for (x=0; x<36*4+1; x++)
glVertex3d((sin(x*2.5*radtheta)*2*f+Pivot.x)*v.x,Pivot.y*v.y,(cos(x*2.5*radtheta)*2*f+Pivot.z)*v.z);
glEnd();
glLoadName(0);
glBegin(GL_LINE_STRIP);
for (x=0; x<36*4+1; x++)
glVertex3d(Pivot.x*v.x,(sin(x*2.5*radtheta)*2*f+Pivot.y)*v.y,(cos(x*2.5*radtheta)*2*f+Pivot.z)*v.z);
glEnd();
hits=glRenderMode(GL_RENDER);
int smallest=buffer[3];
int depth=buffer[1];
for (int k=1; k<hits; k++)
{
if (buffer[k*4+1]<(GLuint)depth)
{
smallest=buffer[k*4+3];
depth=buffer[k*4+1];
}
}
buffer[3]=smallest;
SwitchTo2D();
glPopAttrib();
glLineWidth(1);
}
float x=(float)((lx-mx)*radtheta);
VECTOR3 v=V3_Make(0,0,0);
v.a[View->k]=1; if (Interface->ParentItem->InterfaceItemId==2) v.a[View->k]=-1;
M_Rotate(v.x,v.y,v.z,x,m);
RotateAxis=V3_Make(v.x,v.y,v.z);
RotateAngle=x;
int Displacement;
if (hits && !View->WireFrame)
{
SetCameraView(&View->Cam,4/3.0f,0,0,0);
VECTOR3 Dir=CalcXYDir((lx-View->x1)/(float)(View->x2-View->x1),
(ly-View->y1)/(float)(View->y2-View->y1),View->Cam.Fov,4/3.0f);
VECTOR3 Dir2=CalcXYDir((mx-View->x1)/(float)(View->x2-View->x1),(my-View->y1)/(float)(View->y2-View->y1),View->Cam.Fov,4/3.0f);
float matrix[16];
MATRIX CameraMatrix;
M_Identity(CameraMatrix);
glGetFloatv(GL_MODELVIEW_MATRIX,matrix);
for (int x=0; x<4; x++)
for (int y=0; y<4; y++)
CameraMatrix[y][x]=matrix[x+y*4];
M_Xform3(CameraMatrix,Dir,Dir);
M_Xform3(CameraMatrix,Dir2,Dir2);
VECTOR3 mask=V3_Make(0,0,0);
mask.a[buffer[3]]=1;
float t1=distRayPlane(View->Cam.Eye,Dir,mask,Pivot.a[buffer[3]]);
float t2=distRayPlane(View->Cam.Eye,Dir2,mask,Pivot.a[buffer[3]]);
VECTOR3 P1,P2;
P1=V3_Add(View->Cam.Eye,V3_Mults(Dir,t1)); //pont a koron
P2=V3_Add(View->Cam.Eye,V3_Mults(Dir2,t2)); //kurzorpozicio
VECTOR3 B=V3_Normalize(V3_Sub(P1,Pivot));
VECTOR3 Planenormal=V3_Cross(mask,B);
Displacement=(int)((Planenormal.x*(P2.x-Pivot.x)+Planenormal.y*(P2.y-Pivot.y)+Planenormal.z*(P2.z-Pivot.z))/radtheta*180.0f*180.0f/f);
M_Rotate(mask.x,mask.y,mask.z,Displacement*(float)radtheta,m);
RotateAxis=V3_Make(mask.x,mask.y,mask.z);
RotateAngle=Displacement*(float)radtheta/f;
SwitchTo2D();
}
else if (!View->WireFrame) M_Identity(m);
if (hits && View->WireFrame)
{
int rot;
VECTOR3 mask=V3_Make(0,0,0);
switch (View->k)
{
case 0:
mask.a[buffer[3]]=1;
if (buffer[3]==0) rot=mx-lx;
if (buffer[3]==1) rot=mx-lx;
if (buffer[3]==2) rot=my-ly;
break;
case 1:
mask.a[buffer[3]]=1;
if (buffer[3]==0) rot=my-ly;
if (buffer[3]==1) rot=lx-mx;
if (buffer[3]==2) rot=lx-mx;
break;
case 2:
mask.a[buffer[3]]=1;
if (buffer[3]==0) rot=my-ly;
if (buffer[3]==1) rot=mx-lx;
if (buffer[3]==2) rot=lx-mx;
break;
}
M_Rotate(mask.x,mask.y,mask.z,rot*(float)radtheta,m);
RotateAxis=V3_Make(mask.x,mask.y,mask.z);
RotateAngle=rot*(float)radtheta;
}
//MouseString=new char[20];
//memset(MouseString,0,20);
if (View->WireFrame)
if (RotateAxis.a[View->i1]==0)
_snprintf(MouseString,100,"(%d degrees)\0",mx-lx);
else
_snprintf(MouseString,100,"(%d degrees)\0",my-ly);
if (hits && !View->WireFrame)
_snprintf(MouseString,100,"(%d degrees)\0",-Displacement);
}
if (Interface->ItemList[1].Interface->ItemList[2].Interface->ItemList[2].ButtonPushed /*&& View->ParentInterface->ItemList[1].Interface->ItemList[1].ButtonPushed*/)
{ // move
int hits=0;
unsigned int buffer[120];
if (View->ParentInterface->ItemList[1].Interface->ItemList[2].Interface->ItemList[2].ButtonPushed && View->ParentInterface->ItemList[1].Interface->ItemList[1].ButtonPushed)
{
glLineWidth(2);
glPushAttrib(GL_ALL_ATTRIB_BITS);
glScissor(View->x1,YRes-View->y2,max(1,View->x2-View->x1+1),max(1,View->y2-View->y1+1));
glEnable(GL_SCISSOR_TEST);
glColor4f(0,0,0,0);
glDisable(GL_DEPTH_TEST);
glEnable(GL_DEPTH_TEST);
glViewport(View->x1,YRes-View->y2,max(1,View->x2-View->x1+1),max(1,View->y2-View->y1+1));
SetCameraView(&View->Cam,4/3.0f,10,lx,ly);
glSelectBuffer(120,buffer);
glRenderMode(GL_SELECT);
glInitNames();
glPushName(0);
VECTOR3 aa,bb;
aa=View->Cam.Eye;
if (View->WireFrame)
for (int x=0; x<3; x++) if (View->k!=x) aa.a[x]=0;
bb=Pivot;
if (View->WireFrame)
{
for (int x=0; x<3; x++) if (View->k!=x) bb.a[x]=0;
bb.x*=v.x;
bb.y*=v.y;
bb.z*=v.z;
}
float f=V3_Length(V3_Sub(aa,bb))/10;
if (v.x)
{
glLoadName(0);
glBegin(GL_LINES);
glVertex3f(Pivot.x*v.x,Pivot.y*v.y,Pivot.z*v.z);
glVertex3f((Pivot.x+2.0f*f)*v.x,Pivot.y*v.y,Pivot.z*v.z);
glEnd();
glBegin(GL_TRIANGLES);
for (int xx=0; xx<12; xx++)
{
glVertex3f((Pivot.x+2.0f*f)*v.x,Pivot.y*v.y,Pivot.z*v.z);
glVertex3d((Pivot.x+1.7f*f)*v.x,(Pivot.y+0.15f*f*sin(xx*360.0/12.0*radtheta))*v.y,(Pivot.z+0.15f*f*cos(xx*360.0/12.0*radtheta))*v.z);
glVertex3d((Pivot.x+1.7f*f)*v.x,(Pivot.y+0.15f*f*sin((xx+1)*360.0/12.0*radtheta))*v.y,(Pivot.z+0.15f*f*cos((xx+1)*360.0/12.0*radtheta))*v.z);
}
glEnd();
}
if (v.y)
{
glLoadName(1);
glBegin(GL_LINES);
glVertex3f(Pivot.x*v.x,Pivot.y*v.y,Pivot.z*v.z);
glVertex3f(Pivot.x*v.x,(Pivot.y+2.0f*f)*v.y,Pivot.z*v.z);
glEnd();
glBegin(GL_TRIANGLES);
for (int xx=0; xx<12; xx++)
{
glVertex3f(Pivot.x*v.x,(Pivot.y+2.0f*f)*v.y,Pivot.z*v.z);
glVertex3d((Pivot.x+0.15f*f*sin(xx*360.0/12.0*radtheta))*v.x,(Pivot.y+1.7f*f)*v.y,(Pivot.z+0.15f*f*cos(xx*360.0/12.0*radtheta))*v.z);
glVertex3d((Pivot.x+0.15f*f*sin((xx+1)*360.0/12.0*radtheta))*v.x,(Pivot.y+1.7f*f)*v.y,(Pivot.z+0.15f*f*cos((xx+1)*360.0/12.0*radtheta))*v.z);
}
glEnd();
}
if (v.z)
{
glLoadName(2);
glBegin(GL_LINES);
glVertex3f(Pivot.x*v.x,Pivot.y*v.y,Pivot.z*v.z);
glVertex3f(Pivot.x*v.x,Pivot.y*v.y,(Pivot.z+2.0f*f)*v.z);
glEnd();
glBegin(GL_TRIANGLES);
for (int xx=0; xx<12; xx++)
{
glVertex3f(Pivot.x*v.x,Pivot.y*v.y,(Pivot.z+2.0f*f)*v.z);
glVertex3d((Pivot.x+0.15f*f*sin(xx*360.0/12.0*radtheta))*v.x,(Pivot.y+0.15f*f*cos(xx*360.0/12.0*radtheta))*v.y,(Pivot.z+1.7f*f)*v.z);
glVertex3d((Pivot.x+0.15f*f*sin((xx+1)*360.0/12.0*radtheta))*v.x,(Pivot.y+0.15f*f*cos((xx+1)*360.0/12.0*radtheta))*v.y,(Pivot.z+1.7f*f)*v.z);
}
glEnd();
}
if ((v.x && v.y && v.z))
{
glLoadName(3);
glBegin(GL_QUADS);
glVertex3f(Pivot.x*v.x,(Pivot.y+0.5f*f)*v.y,Pivot.z*v.z);
glVertex3f(Pivot.x*v.x,(Pivot.y+0.5f*f)*v.y,(Pivot.z+0.5f*f)*v.z);
glVertex3f(Pivot.x*v.x,(Pivot.y+0.0f)*v.y,(Pivot.z+0.5f*f)*v.z);
glVertex3f(Pivot.x*v.x,Pivot.y*v.y,Pivot.z*v.z);
glEnd();
glLoadName(4);
glBegin(GL_QUADS);
glVertex3f((Pivot.x+0.5f*f)*v.x,Pivot.y*v.y,Pivot.z*v.z);
glVertex3f((Pivot.x+0.5f*f)*v.x,Pivot.y*v.y,(Pivot.z+0.5f*f)*v.z);
glVertex3f((Pivot.x)*v.x,Pivot.y*v.y,(Pivot.z+0.5f*f)*v.z);
glVertex3f((Pivot.x)*v.x,Pivot.y*v.y,Pivot.z*v.z);
glEnd();
glLoadName(5);
glBegin(GL_QUADS);
glVertex3f((Pivot.x+0.5f*f)*v.x,Pivot.y*v.y,Pivot.z*v.z);
glVertex3f((Pivot.x+0.5f*f)*v.x,(Pivot.y+0.5f*f)*v.y,Pivot.z*v.z);
glVertex3f(Pivot.x*v.x,(Pivot.y+0.5f*f)*v.y,Pivot.z*v.z);
glVertex3f(Pivot.x*v.x,Pivot.y*v.y,Pivot.z*v.z);
glEnd();
}
hits=glRenderMode(GL_RENDER);
int smallest=buffer[3];
int depth=buffer[1];
for (int k=1; k<hits; k++)
{
if (buffer[k*4+1]<(GLuint)depth)
{
smallest=buffer[k*4+3];
depth=buffer[k*4+1];
}
}
buffer[3]=smallest;
SwitchTo2D();
glPopAttrib();
glLineWidth(1);
}
VECTOR3 mask=V3_Make(1,1,1);
float x,y;
x=(int)((((mx-lx))/(float)(Interface->ItemList[ButtonId].x2-Interface->ItemList[ButtonId].x1)*CalcXGLScene(z, View->Cam.Fov, 4/3.0f))*1000)/1000.0f;
y=(int)(((-(my-ly))/(float)(Interface->ItemList[ButtonId].y2-Interface->ItemList[ButtonId].y1)*CalcYGLScene(z, View->Cam.Fov, 4/3.0f))*1000)/1000.0f;
if (hits)
{
mask=V3_Make(0,0,0);
if (buffer[3]<3)
mask.a[buffer[3]]=1;
else
{
mask=V3_Make(1,1,1);
mask.a[buffer[3]-3]=0;
}
}
M_XPose((View->i.x*x+View->j.x*y)*mask.x,(View->i.y*x+View->j.y*y)*mask.y,(View->i.z*x+View->j.z*y)*mask.z,m);
TransformVector=V3_Make((View->i.x*x+View->j.x*y)*mask.x,(View->i.y*x+View->j.y*y)*mask.y,(View->i.z*x+View->j.z*y)*mask.z);
if (hits && !View->WireFrame)
{
SetCameraView(&View->Cam,4/3.0f,0,0,0);
VECTOR3 Dir=CalcXYDir((lx-View->x1)/(float)(View->x2-View->x1),
(ly-View->y1)/(float)(View->y2-View->y1),View->Cam.Fov,4/3.0f);
VECTOR3 Dir2=CalcXYDir((mx-View->x1)/(float)(View->x2-View->x1),(my-View->y1)/(float)(View->y2-View->y1),View->Cam.Fov,4/3.0f);
float matrix[16];
MATRIX CameraMatrix;
M_Identity(CameraMatrix);
glGetFloatv(GL_MODELVIEW_MATRIX,matrix);
for (int x=0; x<4; x++)
for (int y=0; y<4; y++)
CameraMatrix[y][x]=matrix[x+y*4];
M_Xform3(CameraMatrix,Dir,Dir);
M_Xform3(CameraMatrix,Dir2,Dir2);
VECTOR3 PlaneNormal,PB,D;
float d;
switch (buffer[3])
{
case 0:
PlaneNormal=V3_Make(0,1,0);
PB=V3_Make(0,0,1);
D=V3_Normalize(V3_Sub(View->Cam.Target,View->Cam.Eye));
if (fabs(V3_Dot(PB,D))>fabs(V3_Dot(PlaneNormal,D)))
{
PlaneNormal=PB;
d=Pivot.z;
}
else
d=Pivot.y;
break;
case 4:
PlaneNormal=V3_Make(0,1,0);
d=Pivot.y;
break;
case 1:
PlaneNormal=V3_Make(1,0,0);
PB=V3_Make(0,0,1);
D=V3_Normalize(V3_Sub(View->Cam.Target,View->Cam.Eye));
if (fabs(V3_Dot(PB,D))>fabs(V3_Dot(PlaneNormal,D)))
{
PlaneNormal=PB;
d=Pivot.z;
}
else
d=Pivot.x;
break;
case 3:
PlaneNormal=V3_Make(1,0,0);
d=Pivot.x;
break;
case 2:
PlaneNormal=V3_Make(0,1,0);
PB=V3_Make(1,0,0);
D=V3_Normalize(V3_Sub(View->Cam.Target,View->Cam.Eye));
if (fabs(V3_Dot(PB,D))>fabs(V3_Dot(PlaneNormal,D)))
{
PlaneNormal=PB;
d=Pivot.x;
}
else
d=Pivot.y;
break;
case 5:
PlaneNormal=V3_Make(0,0,1);
d=Pivot.z;
break;
}
float t1=distRayPlane(View->Cam.Eye,Dir,PlaneNormal,d);
float t2=distRayPlane(View->Cam.Eye,Dir2,PlaneNormal,d);
VECTOR3 P1,P2;
P1=V3_Add(View->Cam.Eye,V3_Mults(Dir,t1));
P2=V3_Add(View->Cam.Eye,V3_Mults(Dir2,t2));
VECTOR3 Displacement=V3_Sub(P2,P1);
M_XPose((int)(((Displacement.x)*mask.x)*1000)/1000.0f,
(int)(((Displacement.y)*mask.y)*1000)/1000.0f,
(int)(((Displacement.z)*mask.z)*1000)/1000.0f,m);
TransformVector=V3_Make((Displacement.x)*mask.x,(Displacement.y)*mask.y,(Displacement.z)*mask.z);
SwitchTo2D();
}
//MouseString=new char[50];
//memset(MouseString,0,50);
_snprintf(MouseString,100,"(%.3f, %.3f, %.3f)\0",m[0][3],m[1][3],m[2][3]);
}
if (Interface->ItemList[1].Interface->ItemList[2].Interface->ItemList[3].ButtonPushed /*&& View->ParentInterface->ItemList[1].Interface->ItemList[1].ButtonPushed*/)
{ // skew
M_Identity(m);
float x;
x=(int)(((mx-lx))/(float)(Interface->ItemList[ButtonId].x2-Interface->ItemList[ButtonId].x1)*CalcXGLScene(z, View->Cam.Fov, 4/3.0f)*1000.0f)/1000.0f;
M_Skew(x,0,0,m);
_snprintf(MouseString,100,"(%.3f)\0",x);
if (View->k==2)
{
MATRIX a;
M_Rotate(1,0,0,3.1415f/2.0f,a);
M_Mult(a,m,m);
M_Rotate(1,0,0,-3.1415f/2.0f,a);
M_Mult(m,a,m);
}