source: GTP/trunk/App/Demos/Illum/Hierarchical Systems Demo [OpenGL]/src/TransformAnimation.cpp @ 852

#include "transformanimation.h"
#include <fstream>

using namespace std;

TransformAnimation::TransformAnimation(void)
{
}

TransformAnimation::~TransformAnimation(void)
{
}

void TransformAnimation::Load(char *filename)
{
        fprintf(stderr, "Loading scene:");
        fprintf(stderr, filename);
        
        ifstream file(filename);

        char* tempchar=new char[1000];
        file.getline(tempchar,500,'\n');
        sscanf(tempchar,"framecount %ui",&framecount);

        translations=new Vector[framecount];
        rotations=new Vector[framecount];
        matrixes=new float[framecount*16];
        quaternions=new float[framecount*4];
        
        for(int i=0;i<framecount;i++)
        {
                file.getline(tempchar,500,'\n');//frame xxx
                file.getline(tempchar,500,'\n');//translate x x x
                file.getline(tempchar,500,'\n');
                sscanf(tempchar,"realtranslate %f %f %f",&translations[i].x,
                                                                                                        &translations[i].y,
                                                                                                        &translations[i].z);
                file.getline(tempchar,500,'\n');
                sscanf(tempchar,"rotate %f %f %f",&rotations[i].x,
                                                                                        &rotations[i].y,
                                                                                        &rotations[i].z);       
                /*
                file.getline(tempchar,1000,'\n');
                sscanf(tempchar,"rotate %f %f %f %f %f %f %f %f %f %f %f %f %f %f %f %f",
                                                                                        &matrixes[i*16],&matrixes[i*16+1],&matrixes[i*16+2],&matrixes[i*16+3],
                                                                                        &matrixes[i*16+4],&matrixes[i*16+5],&matrixes[i*16+6],&matrixes[i*16+7],
                                                                                        &matrixes[i*16+8],&matrixes[i*16+9],&matrixes[i*16+10],&matrixes[i*16+11],
                                                                                        &matrixes[i*16+12],&matrixes[i*16+3],&matrixes[i*16+14],&matrixes[i*16+15]);
                
                matrixes[i*16]=matrixes[i*16+5]=matrixes[i*16+10]=matrixes[i*16+15]=1;
                matrixes[i*16+2]=matrixes[i*16+1]=matrixes[i*16+11]=matrixes[i*16+6]=matrixes[i*16+3]=matrixes[i*16+4]=matrixes[i*16+7]=matrixes[i*16+8]=matrixes[i*16+9]=0;
                                
                matrixes[i*16+12]=translations[i].x;
                matrixes[i*16+13]=translations[i].y;
                matrixes[i*16+14]=translations[i].z;*/

        /*      file.getline(tempchar,500,'\n');
                sscanf(tempchar,"quaternion %f %f %f %f",&quaternions[i*4],
                                                                                        &quaternions[i*4+1],
                                                                                        &quaternions[i*4+2],
                                                                                        &quaternions[i*4+3]);*/ 
        }
        file.close();
}