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simbed.cpp
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simbed.cpp
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#define SIZESECTOR 15
using namespace std;
#include "BZK_POSIX.h"
#include "BZK_BaseIncludes.h"
#include "Vacuum/VAC_BaseIncludes.h"
#include "bzk1/World.h"
//#include "Vacuum/VAC_LogoLang.h"
//dummy game control
void GameStart(VAC_ActorManager&, VAC_World&){}
VAC_World World;
VAC_ActorManager People;
BZK1_PET PET;
VAC_Sector *CurrentSector;//=World.GetSector(0);
VAC_ColorRGBA Palette[256];
int PaletteTop;
BZK_Vector<string> textures;
void Export_Lama (string aFilename);
void ImportOBJ(string aobj,string aout);
int gridsizex;
int gridsizey;
int gridsizez;
//int gridsize;
float sectsizex;
float sectsizey;
float sectsizez;
//int sectsize;
int floors;
class rect;
int *_fig;
int *_sec;
void MakeIrregular ();
long Polycount();
void Prompt();
void Export_OBJ(string aObj);
void Optimize();
BZK_Vector<BZK_Vector<int>*> iPartitions;
enum {VERTICAL,HORIZONTAL};
string orientacao[2];
int sec(int z, int y, int x)
{
return _sec[((gridsizex*gridsizey)*z)+(gridsizex*y)+x];
}
int fig(int z, int y, int x)
{
return _fig[((gridsizex*gridsizey)*z)+(gridsizex*y)+x];
}
void setsec(int z, int y, int x,int value)
{
_sec[((gridsizex*gridsizey)*z)+(gridsizex*y)+x]=value;
}
void setfig(int z, int y, int x,int value)
{
_fig[((gridsizex*gridsizey)*z)+(gridsizex*y)+x]=value;
}
void VisitAndExportSVG(int aSector , ofstream &aSVG)
{
VAC_Sector *ptr=World.GetSector(aSector);
// if (ptr->HasBeenDrawn()) return;
/// adiciona setor na lista
// aList.Add(aSector);
// ptr->Visiting();
cout << aSector <<endl;
int current[4];
int r,g,b,x,y,h,w;
char buffer[12];
current[N]=BZK_FastMath::Fix32toInt32(ptr->Point(N)->GetZ());
current[S]=BZK_FastMath::Fix32toInt32(ptr->Point(S)->GetZ());
current[W]=BZK_FastMath::Fix32toInt32(ptr->Point(W)->GetX());
current[E]=BZK_FastMath::Fix32toInt32(ptr->Point(E)->GetX());
r=BZK_FastMath::Fix32toInt32(ptr->iColor[FLOOR].GetR());
g=BZK_FastMath::Fix32toInt32(ptr->iColor[FLOOR].GetG());
b=BZK_FastMath::Fix32toInt32(ptr->iColor[FLOOR].GetB());
x=BZK_FastMath::Fix32toInt32(ptr->Rect()->GetX0());
y=BZK_FastMath::Fix32toInt32(ptr->Rect()->GetY0());
h=BZK_FastMath::Fix32toInt32(ptr->Rect()->GetH());
w=BZK_FastMath::Fix32toInt32(ptr->Rect()->GetW());
sprintf(buffer,"%x%x%x",r,g,b);
aSVG<<"<rect style='fill:#"<<buffer<<"' width='"<<w<<"' height='"<<h<<"' x='"<<x<<"' y='"<<y<<"' />"<<endl;
cout << "SVG:"<<"<rect style='fill:#"<<buffer<<"' width='"<<w<<"' height='"<<h<<"' x='"<<x<<"' y='"<<y<<"' />"<<endl;
}
void WriteSVGHeader(ofstream &aSVG)
{
aSVG <<"<?xml version='1.0' encoding='UTF-8' standalone='no'?>"<<endl;
aSVG <<"<svg xmlns:dc='http://purl.org/dc/elements/1.1/'"<<endl;
aSVG <<" xmlns:cc='http://web.resource.org/cc/'"<<endl;
aSVG <<" xmlns:rdf='http://www.w3.org/1999/02/22-rdf-syntax-ns#'"<<endl;
aSVG <<" xmlns:svg='http://www.w3.org/2000/svg'"<<endl;
aSVG <<" xmlns='http://www.w3.org/2000/svg'"<<endl;
aSVG <<" xmlns:sodipodi='http://sodipodi.sourceforge.net/DTD/sodipodi-0.dtd'"<<endl;
aSVG <<" xmlns:inkscape='http://www.inkscape.org/namespaces/inkscape'"<<endl;
aSVG <<" width='210mm'"<<endl;
aSVG <<" height='297mm'"<<endl;
aSVG <<" id='svg2'"<<endl;
aSVG <<" sodipodi:version='0.32'"<<endl;
aSVG <<" inkscape:version='0.45.1'"<<endl;
aSVG << " sodipodi:docbase='"<<STOREPATH<<"'"<<endl;
aSVG <<" sodipodi:docname='desenho.svg'"<<endl;
aSVG <<" inkscape:output_extension='org.inkscape.output.svg.inkscape'>"<<endl;
}
void ExportSVGPaper(const char *aFileName)
{
char buffer[20]="";
int r,g,b;
ofstream aSVG(aFileName);
WriteSVGHeader(aSVG);
aSVG << "<g id='x'>"<<endl;
for (int z=0;z<gridsizez;z++)
{
for (int x=0;x<gridsizex;x++)
{
for (int y=0;y<gridsizey;y++)
{
if (fig(z,y,x)==-1) continue;
r=BZK_FastMath::Fix32toInt32(Palette[fig(z,y,x)].GetR());
g=BZK_FastMath::Fix32toInt32(Palette[fig(z,y,x)].GetG());
b=BZK_FastMath::Fix32toInt32(Palette[fig(z,y,x)].GetB());
sprintf(buffer,"%x%x%x",r,g,b);
aSVG<<"<rect style='fill:#"<<buffer<<"' width='1' height='1' x='"<<z+x+(z*gridsizex)<<"' y='"<<y<<"' />"<<endl;
}
}
}
aSVG<<"</g>"<<endl;
aSVG << "<g id='x'>"<<endl;
for (int z=0;z<gridsizex;z++)
{
for (int x=0;x<gridsizez;x++)
{
for (int y=0;y<gridsizey;y++)
{
if (fig(x,y,z)==-1) continue;
r=BZK_FastMath::Fix32toInt32(Palette[fig(x,y,z)].GetR());
g=BZK_FastMath::Fix32toInt32(Palette[fig(x,y,z)].GetG());
b=BZK_FastMath::Fix32toInt32(Palette[fig(x,y,z)].GetB());
sprintf(buffer,"%x%x%x",r,g,b);
aSVG<<"<rect style='fill:#"<<buffer<<"' width='1' height='1' x='"<<z+x+(z*gridsizez)<<"' y='"<<5+y+gridsizey<<"' />"<<endl;
}
}
}
aSVG<<"</g>"<<endl;
aSVG << "<g id='x'>"<<endl;
for (int z=0;z<gridsizey;z++)
{
for (int x=0;x<gridsizez;x++)
{
for (int y=0;y<gridsizex;y++)
{
if (fig(x,z,y)==-1) continue;
r=BZK_FastMath::Fix32toInt32(Palette[fig(x,z,y)].GetR());
g=BZK_FastMath::Fix32toInt32(Palette[fig(x,z,y)].GetG());
b=BZK_FastMath::Fix32toInt32(Palette[fig(x,z,y)].GetB());
sprintf(buffer,"%x%x%x",r,g,b);
aSVG<<"<rect style='fill:#"<<buffer<<"' width='1' height='1' x='"<<z+x+(z*gridsizez)<<"' y='"<<10+y+(2*gridsizey)<<"' />"<<endl;
}
}
}
aSVG<<"</g>"<<endl;
aSVG<<"</svg>"<<endl;
exit(0);
}
void ExportSVG(const char *aFileName)
{
char buffer[6]="";
int r,g,b;
ofstream aSVG(aFileName);
WriteSVGHeader(aSVG);
for (int z=0;z<gridsizez;z++)
{
aSVG << "<g id='"<<z<<"'>"<<endl;
for (int x=0;x<gridsizex;x++)
{
for (int y=0;y<gridsizey;y++)
{
if (fig(z,y,x)==-1) continue;
r=BZK_FastMath::Fix32toInt32(Palette[fig(z,y,x)].GetR());
g=BZK_FastMath::Fix32toInt32(Palette[fig(z,y,x)].GetG());
b=BZK_FastMath::Fix32toInt32(Palette[fig(z,y,x)].GetB());
sprintf(buffer,"%x%x%x",r,g,b);
aSVG<<"<rect style='fill:#"<<buffer<<"' width='1' height='1' x='"<<x<<"' y='"<<y<<"' />"<<endl;
}
}
aSVG<<"</g>"<<endl;
}
aSVG<<"</svg>"<<endl;
}
bool index(vector<int> &vect,int num)
{
int c;
for (c=0;c<vect.size();c++)
if (vect[c]==num)
return c;
return -1;
}
vector<vector<int>*> indivisiveis;
bool subdivide(int aX0,int aX1,int aY0,int aY1,int aAllign,ofstream &aSVG)
{
cout << "*****************"<<endl;
orientacao[0]="vertical";
orientacao[1]="horizontal";
World.NotifyEndOfCycle();
int maior[4];
int current[4];
int sector[4];
BZK_Vector<int> *list;
vector<int> lista;
vector<int> *lista_ptr=new vector<int>();
int c;
int last=0;
VAC_Sector *ptr;
memset(maior,0,sizeof(int)*4);
memset(current,0,sizeof(int)*4);
memset(sector,0,sizeof(int)*4);
for (c=1;c<World.TotalSectors();c++)
{
ptr=World.GetSector(c);
//// obtem dimensoes do setor //////////////////////////
current[N]=BZK_FastMath::Fix32toInt32(ptr->Point(N)->GetZ());
current[S]=BZK_FastMath::Fix32toInt32(ptr->Point(S)->GetZ());
current[W]=BZK_FastMath::Fix32toInt32(ptr->Point(W)->GetX());
current[E]=BZK_FastMath::Fix32toInt32(ptr->Point(E)->GetX());
///////////////// se o setor esta fora a area de foco atual, passe pro pr�ximo ///////
if (current[N] > aY1 || current[N]<aY0)
continue;
if (current[S] > aY1 || current[S]<aY0)
continue;
if (current[W] > aX1 || current[W]<aX0)
continue;
if (current[E] > aX1 || current[E]<aX0)
continue;
/////////////////////////////////////////////////////////
// como setor � interessante, vamos guarda-lo
lista.push_back(c);
}
if (lista.size()<2) return false;
cout << aX0<<","<<aY0<<"-"<<aX1<<","<<aY1;//<<endl;
cout << " setores:" <<endl;
for (c=0;c<lista.size();c++)
{
cout << lista[c] <<";";
lista_ptr->push_back(c);
for (int d=0;d<6;d++)
if (World.GetSector(lista[c])->Get_Connection(d)!=0)
if (index(lista,World.GetSector(lista[c])->Get_Connection(d))==-1)
cout << "tem que dividir" <<endl;
}
cout << endl;
cout << "orientacao:" << orientacao[aAllign%2] << endl;
if (lista.size()!=0)
if (aAllign%2==HORIZONTAL)
{
//se ainda � divisivel sem que de no mesmo.
if (aY1/2 != aY1)
if(subdivide(aX0,aX1,aY0,aY1/2,aAllign+1,aSVG))
aSVG<<"<rect style='fill:#0f0' width='"<<aX1-aX0<<"' height='"<<aY1-aY0<<"' x='"<<aX0<<"' y='"<<aY0<<"' />"<<endl;
else
{
indivisiveis.push_back(lista_ptr);
return false;
}
if (aY1/2 != aY0)
if (subdivide(aX0,aX1,aY1/2,aY1,aAllign+1,aSVG))
aSVG<<"<rect style='fill:#0f0' width='"<<aX1-aX0<<"' height='"<<aY1-aY0<<"' x='"<<aX0<<"' y='"<<aY0<<"' />"<<endl;
else
{
indivisiveis.push_back(lista_ptr);
return false;
}
return true;
}
else
{
if (aX1/2 != aX1)
if ( subdivide(aX0,aX1/2,aY0,aY1,aAllign+1,aSVG))
aSVG<<"<rect style='fill:#0f0' width='"<<aX1-aX0<<"' height='"<<aY1-aY0<<"' x='"<<aX0<<"' y='"<<aY0<<"' />"<<endl;
else
{
indivisiveis.push_back(lista_ptr);
return false;
}
if (aX1/2 != aX0)
if (subdivide(aX1/2,aX1,aY0,aY1,aAllign+1,aSVG))
aSVG<<"<rect style='fill:#0f0' width='"<<aX1-aX0<<"' height='"<<aY1-aY0<<"' x='"<<aX0<<"' y='"<<aY0<<"' />"<<endl;
else
{
indivisiveis.push_back(lista_ptr);
return false;
}
return true;
}
else
return false;
}
void initmatrices(int agridsizex,int agridsizey,int agridsizez, float asecsizex, float asecsizey,float asecsizez)
{
floors=agridsizez;
gridsizex=agridsizex;
gridsizey=agridsizey;
gridsizez=agridsizez;
//gridsize=agridsizex;
sectsizex=asecsizex;
sectsizey=asecsizey;
sectsizez=asecsizez;
//sectsize=asecsizex;
_fig=(int*)malloc(((gridsizex+1)*(gridsizey+1)*(gridsizez+1))*sizeof(int));
_sec=(int*)malloc(((gridsizex+1)*(gridsizey+1)*(gridsizez+1))*sizeof(int));
}
void InitVoxelPet(int aLayers)
{
int h;
for (h=0;h<aLayers;h++)
{
PET.patterns[h].HeightFloor=1+(h)*sectsizez;
PET.patterns[h].HeightCeiling=1+(h+1)*sectsizez;
}
}
class rect
{
public:
int x0;
int y0;
int x1;
int y1;
int z0;
int z1;
int divx;
int divy;
int padrao;
int outro;
//int *_mat;
rect *next_ptr;
void
clear()
{
int x,y,z;
for (z=z0;x<z1;z++)
for (x=x0;x<x1;x++)
for(y=y0;y<y1;y++)
setfig(z,y,x,0);
}
void
show()
{
cout <<"padr�o matricial"<<endl;
int x,y;
for (y=y0;y<y1;y++)
{
// cout<<y<<"-";
for(x=x0;x<x1;x++)
cout <<fig(0,y,x)<<".";
cout<<endl;
}
}
void readfile(ifstream &inputfile)
{
int x,y,h,in;
string head;
int agridsizex;
int agridsizey;
int agridsizez;
// int agridsize;
float asectsizex;
float asectsizey;
float asectsizez;
// int asectsize;
int afloors;
inputfile >> agridsizex;
inputfile >> agridsizey;
inputfile >> agridsizez;
inputfile >> sectsizex;
inputfile >> sectsizey;
inputfile >> sectsizez;
// sectsize=sectsizex;
initmatrices(agridsizex,agridsizey,agridsizez,(sectsizex),(sectsizey),(sectsizez));
x1=agridsizex;
y1=agridsizey;
z1=agridsizez;
for (h=0;h<floors;h++)
{
inputfile >> in;//dummy
for (y=y0;y<y1;y++)
{
cout<<y<<"-";
for(x=x0;x<x1;x++)
{
inputfile >> in;
setfig(h,y,x,in);
cout <<fig(h,y,x)<<".";
}
cout<<endl;
}
}
while (inputfile.good())
{
inputfile >> head;
textures.Add(head);
cout << "lida textura "<<head<<endl;
}
inputfile.close();
cout << "leitura finalizada"<<endl;
}
void sect()
{
cout<<endl;
int x,y,h,a;
for (h=0;h<floors;h++)
for (y=y0;y<y1;y++)
{
cout<<y<<"-";
for(x=x0;x<x1;x++)
if (sec(h,y,x)!=0)
cout <<"#";
else
cout <<".";
cout<<endl;
}
}
rect(int apadrao,int ax0,int ay0,int ax1,int ay1,int z0,int z1)
{
x0=ax0;
y0=ay0;
x1=ax1;
y1=ay1;
divx=x1;
divy=y1;
padrao=apadrao;
outro=0;
next_ptr=NULL;
}
BZK_Rect*
ToSector()
{
//assume os valores como FixP - o que nao eh muito legal...
BZK_Rect *New=new BZK_Rect;
New->SetX0(x0);
New->SetY0(x0);
New->SetW(x1-x0);
New->SetH(y1-y0);
return New;
}
void
print()
{
cout <<"rect:["<<x0<<","<<y0<<"]-["<<x1<<","<<y1<<"]:["<<divx<<","<<divy<<"]=esperado "<<padrao<<" encontrado "<<outro<<endl;
if (next_ptr!=NULL) next_ptr->print();
}
};
bool
verifica_h(rect &pesq)
{
int c;
int lastx=pesq.x0;
int lasty=pesq.y0;
int linha;
int coluna=c;
if ((pesq.x0==pesq.x1)&&(pesq.y0==pesq.y1)) return true;
for (linha=pesq.y0;linha<pesq.y1;linha++)
{
for (c=pesq.x0;c<pesq.x1;c++)
{
if (fig(0,linha,c)!=pesq.padrao)
{
pesq.x1=pesq.x1;
pesq.y1=lasty;
pesq.divx=c;
pesq.divy=linha;
pesq.outro=fig(0,linha,c);
return false;
}
lastx=c;
}
lasty=linha;
}
return true;
}
bool
ScanVoxel(rect &pesq)
{
int c;
int lastx=pesq.x0;
int lasty=pesq.y0;
int linha;
int coluna=c;
int h=0;
BZK_Rect sect;
if (World.TotalSectors() ==0)
{
//master sector
sect.SetX0(0);
sect.SetY0(0);
sect.SetW(BZK_FastMath::Int32toFix32(255));
sect.SetH(BZK_FastMath::Int32toFix32(255));
World.CreateSector(sect,0,255);
}
if ((pesq.x0==pesq.x1)&&(pesq.y0==pesq.y1)) return true;
for (h=0;h<floors;h++)
for (linha=pesq.y0;linha<pesq.y1;linha++)
for (c=pesq.x0;c<pesq.x1;c++)
{
sect.SetX0(BZK_FastMath::Real32toFix32(c*sectsizex));
sect.SetY0(BZK_FastMath::Real32toFix32(linha*sectsizey));
sect.SetW(BZK_FastMath::Real32toFix32(sectsizex));
sect.SetH(BZK_FastMath::Real32toFix32(sectsizey));
setsec(h,linha,c,0);
if (fig(h,linha,c)==-1)
{
setsec(h,linha,c,World.CreateSector(sect,BZK_FastMath::Fix32toInt32(PET.patterns[h].HeightFloor),BZK_FastMath::Fix32toInt32(PET.patterns[h].HeightCeiling)));
// setsec(h,linha,h*sectsizez,(h-1)*sectsizez);
}
}
}
bool
LinkVoxel(rect &pesq)
{
int c;
int lastx=pesq.x0;
int lasty=pesq.y0;
int h=0;
int linha;
int coluna=c;
int k=0;
int one=1;
CurrentSector=World.GetSector(0);
// for (k=0;k<World.TotalSectors();k++) CurrentSector->iPVS.Add(one); //o ideal � zero, embora isso seja arbitr�rio
for (h=0;h<floors;h++)
for (linha=pesq.y0;linha<pesq.y1;linha++)
for (c=pesq.x0;c<pesq.x1;c++)
{
/*
funcionou bem usando W e E invertidos...
preciso rever os calculos para entender porque esta tudo invertido na
quest�o das coordenadas...
*/
if (sec(h,linha,c)!=0)
{
CurrentSector=World.GetSector(sec(h,linha,c));
// for (k=0;k<World.TotalSectors();k++) CurrentSector->iPVS.Add(one);
if (linha>0)
if (fig(h,linha-1,c)==-1)
CurrentSector->SetConnection(N,sec(h,linha-1,c));
else
if (fig(h,linha-1,c)>PaletteTop)
{
CurrentSector->iTextures[N]=new VAC_PolyBuffer();
CurrentSector->iTextures[N]->iResourceName=textures[fig(h,linha-1,c)-PaletteTop];
}
else
{
CurrentSector->iColor[N].Copy(Palette[fig(h,linha-1,c)]);
CurrentSector->iColor[N].SetR(BZK_FastMath::Mul(CurrentSector->iColor[N].GetR(),BZK_FastMath::Real32toFix32(1.0)));
CurrentSector->iColor[N].SetG(BZK_FastMath::Mul(CurrentSector->iColor[N].GetG(),BZK_FastMath::Real32toFix32(1.0)));
CurrentSector->iColor[N].SetB(BZK_FastMath::Mul(CurrentSector->iColor[N].GetB(),BZK_FastMath::Real32toFix32(1.0)));
CurrentSector->SetConnection(N,0);
}
if (linha<gridsizey)
if (fig(h,linha+1,c)==-1)
CurrentSector->SetConnection(S,sec(h,linha+1,c));
else
if (fig(h,linha+1,c)>PaletteTop)
{
CurrentSector->iTextures[S]=new VAC_PolyBuffer();
CurrentSector->iTextures[S]->iResourceName=textures[fig(h,linha+1,c)-PaletteTop];
}
else
{
CurrentSector->iColor[S].Copy(Palette[fig(h,linha+1,c)]);
CurrentSector->iColor[S].SetR(BZK_FastMath::Mul(CurrentSector->iColor[S].GetR(),BZK_FastMath::Real32toFix32(1.0)));
CurrentSector->iColor[S].SetG(BZK_FastMath::Mul(CurrentSector->iColor[S].GetG(),BZK_FastMath::Real32toFix32(1.0)));
CurrentSector->iColor[S].SetB(BZK_FastMath::Mul(CurrentSector->iColor[S].GetB(),BZK_FastMath::Real32toFix32(1.0)));
CurrentSector->SetConnection(S,0);
}
if (c<gridsizex)
if (fig(h,linha,c+1)==-1)
CurrentSector->SetConnection(W,sec(h,linha,c+1));
else
if (fig(h,linha,c+1)>PaletteTop)
{
CurrentSector->iTextures[W]=new VAC_PolyBuffer();
CurrentSector->iTextures[W]->iResourceName=textures[fig(h,linha,c+1)-PaletteTop];
}
else
{
CurrentSector->SetConnection(W,0);
CurrentSector->iColor[W].Copy(Palette[fig(h,linha,c+1)]);
CurrentSector->iColor[W].SetR(BZK_FastMath::Mul(CurrentSector->iColor[W].GetR(),BZK_FastMath::Real32toFix32(1.0)));
CurrentSector->iColor[W].SetG(BZK_FastMath::Mul(CurrentSector->iColor[W].GetG(),BZK_FastMath::Real32toFix32(1.0)));
CurrentSector->iColor[W].SetB(BZK_FastMath::Mul(CurrentSector->iColor[W].GetB(),BZK_FastMath::Real32toFix32(1.0)));
}
if (c>0)
if (fig(h,linha,c-1)==-1)
CurrentSector->SetConnection(E,sec(h,linha,c-1));
else
if (fig(h,linha,c-1)>PaletteTop)
{
CurrentSector->iTextures[E]=new VAC_PolyBuffer();
CurrentSector->iTextures[E]->iResourceName=textures[fig(h,linha,c-1)-PaletteTop];
}
else
{
CurrentSector->SetConnection(E,0);
CurrentSector->iColor[E].Copy(Palette[fig(h,linha,c-1)]);
CurrentSector->iColor[E].SetR(BZK_FastMath::Mul(CurrentSector->iColor[E].GetR(),BZK_FastMath::Real32toFix32(1.0)));
CurrentSector->iColor[E].SetG(BZK_FastMath::Mul(CurrentSector->iColor[E].GetG(),BZK_FastMath::Real32toFix32(1.0)));
CurrentSector->iColor[E].SetB(BZK_FastMath::Mul(CurrentSector->iColor[E].GetB(),BZK_FastMath::Real32toFix32(1.0)));
}
if (h>0)
if (fig(h-1,linha,c)==-1)
CurrentSector->SetConnection(FLOOR,sec(h-1,linha,c));
else
{
CurrentSector->SetConnection(FLOOR,0);
CurrentSector->iColor[FLOOR].Copy(Palette[fig(h-1,linha,c)]);
CurrentSector->iColor[FLOOR].SetR(BZK_FastMath::Mul(CurrentSector->iColor[FLOOR].GetR(),BZK_FastMath::Real32toFix32(1.0)));
CurrentSector->iColor[FLOOR].SetG(BZK_FastMath::Mul(CurrentSector->iColor[FLOOR].GetG(),BZK_FastMath::Real32toFix32(1.0)));
CurrentSector->iColor[FLOOR].SetB(BZK_FastMath::Mul(CurrentSector->iColor[FLOOR].GetB(),BZK_FastMath::Real32toFix32(1.0)));
}
if (h<floors)
if (fig(h+1,linha,c)==-1)
CurrentSector->SetConnection(CEILING,sec(h+1,linha,c));
else
{
CurrentSector->SetConnection(CEILING,0);
CurrentSector->iColor[CEILING].Copy(Palette[fig(h+1,linha,c)]);
CurrentSector->iColor[CEILING].SetR(BZK_FastMath::Mul(CurrentSector->iColor[CEILING].GetR(),BZK_FastMath::Real32toFix32(1.0)));
CurrentSector->iColor[CEILING].SetG(BZK_FastMath::Mul(CurrentSector->iColor[CEILING].GetG(),BZK_FastMath::Real32toFix32(1.0)));
CurrentSector->iColor[CEILING].SetB(BZK_FastMath::Mul(CurrentSector->iColor[CEILING].GetB(),BZK_FastMath::Real32toFix32(1.0)));
}
}
}
pesq.sect();
}
bool
SetPVS(rect &pesq)
{
int c;
int lastx=pesq.x0;
int lasty=pesq.y0;
int linha;
int coluna=c;
int outro=0;
int x,y,z,temp,temp2;
bool visivel;
for (z=0;z<floors;z++)
for (linha=pesq.y0;linha<pesq.y1;linha++)
for (c=pesq.x0;c<pesq.x1;c++)
{
/*
funcionou bem usando W e E invertidos...
preciso rever os calculos para entender porque esta tudo invertido na
quest�o das coordenadas...
*/
if (sec(z,linha,c)!=0)
{
// CurrentSector=(*World.iSector)[(sec[z][linha][c])];
CurrentSector=World.GetSector(sec(z,linha,c));
//principais
visivel=true;
//W
for (x=c;x<pesq.x0;x--)
{
outro=sec(z,linha,x);
if (outro==0)
visivel=false;
// else
// CurrentSector->iPVS[outro]=true&&(visivel);
}
//E
visivel=true;
for (x=c;x<pesq.x1;x++)
{
outro=sec(z,linha,x);
if (outro==0)
visivel=false;
// else
// CurrentSector->iPVS[outro]=true&&(visivel);
}
//N
visivel=true;
for (y=linha;y<pesq.y0;y--)
{
outro=sec(z,y,c);
if (outro==0)
visivel=false;
// else
// CurrentSector->iPVS[outro]=true&&(visivel);
}
//S
visivel=true;
for (y=linha;y<pesq.y1;y++)
{
outro=sec(z,y,c);
if (outro==0)
visivel=false;
// else
// CurrentSector->iPVS[outro]=true&&(visivel);
}
//FLOOR
visivel=true;
for (y=z;y>0;y--)
{
outro=sec(y,linha,c);
if (outro==0)
visivel=false;
// else
// CurrentSector->iPVS[outro]=true&&(visivel);
}
//CEILING
visivel=true;
for (y=z;y<floors;y++)
{
outro=sec(y,linha,c);
if (outro==0)
visivel=false;
// else
// CurrentSector->iPVS[outro]=true&&(visivel);
}
//diagonais
//apesar de estar funcionando, ao ver de um setor fora desta diagonal, ele afetou
//a PVS de outro setor.
visivel=true;
for (y=linha;y>pesq.y0;y--)
{
outro=sec(z,y,y);
if (outro==0)
visivel=false;
// else
// CurrentSector->iPVS[outro]=true&&(visivel);
}
//apesar de estar funcionando, ao ver de um setor fora desta diagonal, ele afetou
//a PVS de outro setor.
visivel=true;
for (y=linha;y<pesq.y1;y++)
{
outro=sec(z,y,y);
if (outro==0)
visivel=false;
// CurrentSector->iPVS[outro]=true&&(visivel);
}
//ruim
visivel=true;
for (y=linha;y>pesq.y0;y--)
{
outro=sec(z,y,linha-y);
if (outro==0)
visivel=false;
// else
// CurrentSector->iPVS[outro]=true&&(visivel);
}
//ruim
visivel=true;
for (y=linha;y<pesq.y1;y++)
{
outro=sec(z,y,linha-y);
if (outro==0)
visivel=false;
// else
// CurrentSector->iPVS[outro]=true&&(visivel);
}
}
}
pesq.sect();
}
bool
verifica_v(rect &pesq)
{
int c;
int lastx=pesq.x0;
int lasty=pesq.y0;
int linha=c;
int coluna;
for (coluna=pesq.x0;coluna<pesq.x1;coluna++)
{
for (c=pesq.y0;c<pesq.y1;c++)
{
if (fig(0,c,coluna)!=pesq.padrao)
{
pesq.x1=lastx-1;
pesq.y1=lasty-1;
pesq.divx=coluna;
pesq.divy=c;
pesq.outro=fig(0,c,coluna);
return false;
}
lastx=coluna;
}
lasty=c;
}
return true;
}
void
scan(rect &pesq)
{
rect *last=&pesq;
rect pesquisa(0,0,0,0,0,0,0);
rect pesquisa2(0,0,0,0,0,0,0);
rect pesquisa3(0,0,0,0,0,0,0);
// pesquisa.mat=fig;
// pesquisa2.mat=fig;
// pesquisa3.mat=fig;
memcpy(&pesquisa,&pesq,sizeof(rect));
while (!verifica_h(pesquisa))
{
memcpy(&pesquisa2,&pesquisa,sizeof(rect));
pesquisa2.padrao=0;
pesquisa2.x0=pesquisa.divx-1;
pesquisa2.y0=pesquisa.divy;
pesquisa2.x1=pesq.x1;
pesquisa2.y1=pesq.y1;
verifica_h(pesquisa2);
memcpy(&pesquisa3,&pesquisa,sizeof(rect));
pesquisa3.padrao=0;
pesquisa3.x0=pesquisa.divx;
pesquisa3.y0=pesquisa.divy-1;
pesquisa3.x1=pesq.x1;
pesquisa3.y1=pesq.y1;
verifica_v(pesquisa3);