/**
* @fn OneGridSceneCreation(CSceneDef const &def, int resW, int resH)
*
* @brief Implements the creation of a single grid (not multi-grid) scene.
*
* @param def - The scene definition
*
* @param resW - Width of the scene
*
* @param resH - Height of the scene
*
* @return - Pointer to the created scene, NULL to indicate failure
*/
CFlux2DScene* OneGridSceneCreation(CSceneDef const &def, int resW, int resH)
{
CFlux2DSceneDef scnDef;
// Validate the filename
if (!IsFileNameCSV(def.fileName))
{
// Load the scene from the file
if (!LoadScnDefFromBitmap(def, scnDef))
{
return NULL;
}
}
else // Load from the profile
{
if (!LoadScnDefFromCSVProfile(def, resW, resH, scnDef))
{
return NULL;
}
}
// Allocate the scene
CFlux2DScene* pScn = new (UseOwnMem) CFlux2DScene(1);
// Add the single grid
pScn->AddGrid(scnDef, resW, resH, CRegion(0.0f, 0.0f, scnDef.lenWidth, scnDef.lenHeight));
pScn->CalculateBoundingRegion();
return pScn;
}
CDungeon::CDungeon()
: _standardCellType(0),
_level(0)
{
//sets the regions in the array
for (int regionX = 0; regionX< AMOUNT_REGION_X; ++regionX)
{
for (int regionY = 0; regionY < AMOUNT_REGION_Y; ++regionY)
{
_regions[regionX][regionY] = CRegion(regionX, regionY);
}
}
}
/**
* @fn SceneCreateMGridExperiment3GFlip()
*
* @brief Creates a multi-grid experimental scene
*
* @return Pointer to the created scene
*/
CFlux2DScene* SceneCreateMGridExperiment3GFlip()
{
CFlux2DScene* pScene = NULL;
// Create the test definition
CSceneDef testDef( L"data/hm_cape.bmp" , -5.0f, 5.0f, 256.0f, 256.0f );
// Load the test scene definition
CFlux2DSceneDef scnDef;
if (!LoadScnDefFromBitmap(testDef, scnDef))
{
return NULL;
}
// Create the scene
pScene = new (UseOwnMem) CFlux2DScene(3);
// Add grids for left, top, and bottom
int X0=64;
int leftGrid = pScene->AddGrid(scnDef, X0, 256, CRegion(0.0f, 0.0f, (float)X0, 256.0f));
int rightTopGrid = pScene->AddGrid(scnDef, (256-X0)/2, (128)/2, CRegion((float)X0, 0.0f, 256.0f, 128.0f));
int rightBtmGrid = pScene->AddGrid(scnDef, 256-X0, 128, CRegion((float)X0, 128.0f, 256.0f, 256.0f));
// Calculate the bounding box
pScene->CalculateBoundingRegion();
CSeamData* pSD;
// Add a horizontal seam
pSD = &(pScene->m_SeamArray.Append());
pSD->GridTop = rightTopGrid;
pSD->GridBottom = rightBtmGrid;
pSD->GridLeft = -1;
pSD->GridRight = -1;
// Add a vertical seam
pSD = &(pScene->m_SeamArray.Append());
pSD->GridTop = -1;
pSD->GridBottom = -1;
pSD->GridLeft = leftGrid;
pSD->GridRight = rightTopGrid;
// Add second vertical seam
pSD = &(pScene->m_SeamArray.Append());
pSD->GridTop = -1;
pSD->GridBottom = -1;
pSD->GridLeft = leftGrid;
pSD->GridRight = rightBtmGrid;
// Add border conditions & initialize
// To the top-right part
CFlux2DGrid *pF = pScene->GetGrid(rightTopGrid);
pF->ResetToZeroState();
pF->AddAction(new (UseOwnMem) CFlux2DBCCopy(CFlux2DBCCopy::TOP));
pF->AddAction(new (UseOwnMem) CFlux2DBCCopy(CFlux2DBCCopy::RIGHT));
// To the bottom-right part
pF = pScene->GetGrid(rightBtmGrid);
pF->ResetToZeroState();
pF->AddAction(new (UseOwnMem) CFlux2DBCCopy(CFlux2DBCCopy::BOTTOM));
pF->AddAction(new (UseOwnMem) CFlux2DBCCopy(CFlux2DBCCopy::RIGHT));
// To the left part
pF = pScene->GetGrid(leftGrid);
pF->ResetToZeroState();
pF->AddAction(new (UseOwnMem) CFlux2DBCCopy(CFlux2DBCCopy::TOP));
pF->AddAction(new (UseOwnMem) CFlux2DBCCopy(CFlux2DBCCopy::BOTTOM));
pF->AddAction(new (UseOwnMem) CFlux2DBCSineWaveGenVerticalLeft(2.5f, 1.7f, 0.0f));
//CFlux2DAddBC_CopyRt(*pF); (DEPRECATED)
return pScene;
}
/**
* @fn OneGridSceneCreation(int resW, int resH, float lenW, float lenH)
*
* @brief Implements the creation of a single grid (not multi-grid) scene.
*
* @param resW - Width of the scene
*
* @param resH - Height of the scene
*
* @param lenW - Width of the region
*
* @param lenH - Height of the region
*
* @return - Pointer to the created scene
*/
CFlux2DScene* OneGridSceneCreation(int resW, int resH, float lenW, float lenH)
{
CFlux2DScene* pScn = new (UseOwnMem) CFlux2DScene(1);
pScn->AddGrid(resW, resH, CRegion(0.0f, 0.0f, lenW, lenH));
return pScn;
}
