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#include "StdAfx.h"
#include "mmgr.h"
#include "creg/STL_Map.h"
#include "GeometricObjects.h"
#include "LogOutput.h"
#include "Map/ReadMap.h"
#include "Sim/Projectiles/ProjectileHandler.h"
#include "Sim/Projectiles/Unsynced/GeoSquareProjectile.h"
CR_BIND(CGeometricObjects, );
CR_BIND(CGeometricObjects::GeoGroup, );
CR_REG_METADATA(CGeometricObjects, (
CR_MEMBER(geoGroups),
CR_MEMBER(toBeDeleted),
CR_MEMBER(firstFreeGroup),
CR_RESERVED(16)
));
CR_REG_METADATA_SUB(CGeometricObjects, GeoGroup, (CR_MEMBER(squares)));
CGeometricObjects* geometricObjects;
CGeometricObjects::CGeometricObjects(void)
{
firstFreeGroup = 1;
}
CGeometricObjects::~CGeometricObjects(void)
{
toBeDeleted.clear();
while (!geoGroups.empty()) {
DeleteGroup(geoGroups.begin()->first);
}
}
int CGeometricObjects::AddSpline(float3 b1, float3 b2, float3 b3, float3 b4, float width, int arrow, int lifeTime, int group)
{
if (group == 0)
group = firstFreeGroup++;
float3 old1,old2;
old1=CalcSpline( 0.00f,b1,b2,b3,b4);
old2=CalcSpline( 0.05f,b1,b2,b3,b4);
for(int a=0;a<20;++a){
float3 np=CalcSpline(a*0.05f+0.1f,b1,b2,b3,b4);
float3 dir1=(old2-old1).ANormalize();
float3 dir2=(np-old2).ANormalize();
if(arrow==1 && a==19){
CGeoSquareProjectile* gsp=new CGeoSquareProjectile(old1,old2,dir1,dir2,width,0);
geoGroups[group].squares.push_back(gsp);
// logOutput.Print("%f %f %f %f %f %f %f %f %f",old1.x,old1.y,old1.z,old2.x,old2.y,old2.z,np.x,np.y,np.z);
} else {
CGeoSquareProjectile* gsp=new CGeoSquareProjectile(old1,old2,dir1,dir2,width*0.5f,width*0.5f);
geoGroups[group].squares.push_back(gsp);
}
old1=old2;
old2=np;
}
if(lifeTime>0)
toBeDeleted.insert(std::pair<int,int>(gs->frameNum+lifeTime,group));
return group;
}
void CGeometricObjects::DeleteGroup(int group)
{
GeoGroup* gg=&geoGroups[group];
std::vector<CGeoSquareProjectile*>::iterator gi;
for(gi=gg->squares.begin();gi!=gg->squares.end();++gi){
(*gi)->deleteMe=true;
}
geoGroups.erase(group);
}
void CGeometricObjects::SetColor(int group, float r, float g, float b, float a)
{
GeoGroup* gg=&geoGroups[group];
std::vector<CGeoSquareProjectile*>::iterator gi;
for(gi=gg->squares.begin();gi!=gg->squares.end();++gi){
(*gi)->r=r;
(*gi)->g=g;
(*gi)->b=b;
(*gi)->a=a;
}
}
float3 CGeometricObjects::CalcSpline(float i, const float3& p1, const float3& p2, const float3& p3, const float3& p4)
{
float ni=1-i;
float3 res=p1*ni*ni*ni+p2*3*i*ni*ni+p3*3*i*i*ni+p4*i*i*i;
// logOutput.Print("%f %f %f",res.x,res.y,res.z);
return res;
}
int CGeometricObjects::AddLine(float3 start, float3 end, float width, int arrow, int lifetime, int group)
{
if(group==0)
group=firstFreeGroup++;
float3 dir=(end-start).ANormalize();
if(arrow){
CGeoSquareProjectile* gsp=new CGeoSquareProjectile(start,start*0.2f+end*0.8f,dir,dir,width*0.5f,width*0.5f);
geoGroups[group].squares.push_back(gsp);
gsp=new CGeoSquareProjectile(start*0.2f+end*0.8f,end,dir,dir,width,0);
geoGroups[group].squares.push_back(gsp);
} else {
CGeoSquareProjectile* gsp=new CGeoSquareProjectile(start,end,dir,dir,width*0.5f,width*0.5f);
geoGroups[group].squares.push_back(gsp);
}
if(lifetime>0)
toBeDeleted.insert(std::pair<int,int>(gs->frameNum+lifetime,group));
return group;
}
void CGeometricObjects::Update(void)
{
while(!toBeDeleted.empty() && toBeDeleted.begin()->first<=gs->frameNum){
DeleteGroup(toBeDeleted.begin()->second);
toBeDeleted.erase(toBeDeleted.begin());
}
}
void CGeometricObjects::MarkSquare(int mapSquare) {
float3 startPos;
startPos.x = int(mapSquare * SQUARE_SIZE) % gs->mapx;
startPos.z = int(mapSquare * SQUARE_SIZE) / gs->mapx;
startPos.y = readmap->centerheightmap[mapSquare];
float3 endPos = startPos;
endPos.x += SQUARE_SIZE;
endPos.z += SQUARE_SIZE;
AddLine(startPos, endPos, 3, 0, 1000);
startPos.x += SQUARE_SIZE;
endPos.x -= SQUARE_SIZE;
AddLine(startPos, endPos, 3, 0, 1000);
}
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