void DisplayRawAnimationData(C3DS* pObj)
{
char buf[500];
debug_op("\nANIMATION DATA\n");
sprintf(buf, "Srt Frame Assmed 0:0 - Number of KeyFrame: %d\n", pObj->m_iKeyFrames);
debug_op(buf);
int i;
for(i=0; i<pObj->m_iNumAnimObjects; i++)
{
stAnimation* pAnim = &(pObj->m_pAnimation[i]);
// SHAPE NAME
sprintf( buf, "Animated Object Name: %s\n", pAnim->szObjName );
debug_op( buf );
// POSITION KEYS
sprintf(buf, "Num Position Key Frames: %d\n", pAnim->iPosKeys);
debug_op(buf);
stPosition* pPos = pAnim->pPosition;
int jj;
for(jj=0; jj< pAnim->iPosKeys; jj++)
{
sprintf(buf, "\t KeyFrame Num: %d, \t x:%.2f \t y:%.2f \t z:%.2f\n",
pPos[jj].iFrame, pPos[jj].x, pPos[jj].y, pPos[jj].z);
debug_op(buf);
}
// ROTATION KEYS
sprintf(buf, "Num Rotation Key Frames: %d\n", pAnim->iRotKeys);
debug_op(buf);
stRotation* pRot = pAnim->pRotation;
for(jj=0; jj< pAnim->iRotKeys; jj++)
{
sprintf(buf, "\t KeyFrame Num: %d, \t x:%.2f \t y:%.2f \t z:%.2f \t angle: %.2f\n",
pRot[jj].iFrame, pRot[jj].axis_x, pRot[jj].axis_y, pRot[jj].axis_z, pRot[jj].rotation_rads);
debug_op(buf);
}
// SCALE KEYS
sprintf(buf, "Num Scale Key Frames: %d\n", pAnim->iScaleKeys);
debug_op(buf);
stScale* pScale = pAnim->pScale;
for(jj=0; jj< pAnim->iScaleKeys; jj++)
{
sprintf(buf, "\t KeyFrame Num: %d, \t x:%.2f \t y:%.2f \t z:%.2f\n",
pScale[jj].iFrame, pScale[jj].x, pScale[jj].y, pScale[jj].z);
debug_op(buf);
}
}
}
void st(t_processes *current)
{
int ocp;
int p[3];
int adv;
adv = 0;
ocp = 0;
if (!current->op->ocp)
ocp = get_vm_value(&adv, 1, current->pc);
p[1] = check_ocp(ocp, 1, &adv, current);
p[2] = check_ocp(ocp, 2, &adv, current);
if (check_all_reg(ocp, p) && test_ocp(current->op, ocp))
ex_st(current, 0, p, ocp);
debug_op(current, adv);
}
void lfork(t_processes *current)
{
int addr;
int adv;
int paff;
adv = 0;
addr = (int)(short)char_to_nbr(&adv, 2, current->pc);
addr += current->pc;
paff = addr;
addr %= MEM_SIZE;
ft_lstadd(&g_data->processes,
ft_lstnew(create_process(addr, current, NULL, 0),
sizeof(t_processes)));
if (g_data->arg & 4 && !g_data->ncurse)
ft_printf("P%5d | lfork %d (%d)\n",
current->id + 1, paff - current->pc, paff);
debug_op(current, adv);
}
void DisplayRawData(C3DS* pObj)
{
char buf[500];
int i;
//----------------------------------------------------------------
for(i=0; i<pObj->m_iNumMeshs; i++ )
{
C3DS::stMesh* pMesh = &(pObj->m_pMeshs[i]);
sprintf(buf, "Shape: %s\n", pMesh->szMeshName);
debug_op(buf);
sprintf(buf, "iNumFaces: %d\n", pMesh->iNumFaces);
debug_op(buf);
for(int cc=0; cc<pMesh->iNumFaces; cc++)
{
sprintf(buf, "\t %d, \t %d \t %d\n",
pMesh->pFaces[cc].corner[0], pMesh->pFaces[cc].corner[1], pMesh->pFaces[cc].corner[2]);
debug_op(buf);
}
}
//----------------------------------------------------------------
for(i=0; i<pObj->m_iNumMeshs; i++ )
{
C3DS::stMesh* pMesh = &(pObj->m_pMeshs[i]);
sprintf(buf, "iNumVertices: %d\n", pMesh->iNumVerts);
debug_op(buf);
for( int cc=0; cc<pMesh->iNumVerts; cc++)
{
sprintf(buf, "\t %.2f, \t %.2f \t %.2f\n",
pMesh->pVerts[cc].x,pMesh->pVerts[cc].y,pMesh->pVerts[cc].z);
debug_op(buf);
}
}
//----------------------------------------------------------------
for(i=0; i<pObj->m_iNumMeshs; i++ )
{
C3DS::stMesh* pMesh = &(pObj->m_pMeshs[i]);
if( pMesh->pTexs != NULL )
{
sprintf(buf, "iNumTex: %d\n", pMesh->iNumVerts);
debug_op(buf);
for( int cc=0; cc<pMesh->iNumVerts; cc++)
{
sprintf(buf, "\t %.2f, \t %.2f\n",
pMesh->pTexs[cc].tu, pMesh->pTexs[cc].tv );
debug_op(buf);
}
}
}
//----------------------------------------------------------------
for(i=0; i<pObj->m_iNumMeshs; i++ )
{
C3DS::stMesh* pMesh = &(pObj->m_pMeshs[i]);
if( pObj->m_iNumMaterials > 0 )
{
sprintf(buf, "Material vs Faces: %d\n", pMesh->iNumFaces);
debug_op(buf);
for( int cc=0; cc<pMesh->iNumFaces; cc++)
{
sprintf(buf, "\t MaterialID: %d",
pMesh->pFaces[cc].MaterialID );
debug_op(buf);
int ID = pMesh->pFaces[cc].MaterialID;
sprintf(buf, "\t, Name: %s", pObj->m_pMaterials[ID].szName);
debug_op(buf);
if( pObj->m_pMaterials[ID].bTexFile )
{
sprintf(buf, "\tTex FileName: %s", pObj->m_pMaterials[ID].szTextureFile);
debug_op(buf);
}
debug_op("\n");
}
}
}
//----------------------------------------------------------------
}
