Cube *ctrl_down(Cube *cube) {
// cleanShape(cube);
// if(cube->getBottom() + 1 < GRID_HEIGHT) {
// if(g_GRID[cube->getX()][cube->getBottom() + 1].show == YES) {
// setShape(cube);
// free(cube);
// COORD ref_coord = {4, 0};
// cube = new Cube(ref_coord, (COORD *)SHAPE_I_2);
// setShape(cube);
// return cube;
// }
// else {
// cube->setCoord(cube->getX(), cube->getY() + 1);
// }
// }
// setShape(cube);
cleanShape(cube);
COORD c;
for(int i = 0; i < 4; i++) {
c.X = cube->getCoord().X + cube->getShapes()[cube->cur_type][i].X;
c.Y = cube->getCoord().Y + cube->getShapes()[cube->cur_type][i].Y + 1;
if(
// if reach blocks
isInCube(c, cube) == false && g_GRID[cube->getCoord().X + cube->getShapes()[cube->cur_type][i].X][cube->getCoord().Y + 1 + cube->getShapes()[cube->cur_type][i].Y].show == 1
// if reach bottom
|| cube->getCoord().Y + 1 + cube->getShapes()[cube->cur_type][i].Y >= GRID_HEIGHT) {
setShape(cube);
// free(cube);
COORD ref_coord = {4, 2};
// cube = new Cube(ref_coord, SHAPE_T.shape, SHAPE_T.types);
cube = g_NEXT_CUBE;
if(isValidShapePos(cube) == false) {
gameOver();
}
Shape *s = createShape();
g_NEXT_CUBE = new Cube(ref_coord, s->shape, s->types);
// g_NEXT_CUBE = new Cube(ref_coord, SHAPE_T.shape, SHAPE_T.types);
// int index = random(0, g_CubeGenerator->getLength());
// g_NEXT_CUBE = new Cube(ref_coord, g_CubeGenerator->getShapeList()[index].shape, g_CubeGenerator->getShapeList()[index].types);
checkGrid();
setShape(cube);
return cube;
}
}
cube->setCoord(cube->getX(), cube->getY() + 1);
checkGrid();
cube = ctrl_down(cube);
setShape(cube);
return cube;
}
int readOneGrid(char *grid, int *check, bool start)
{
char buff[22];
int loop;
int i;
memset(buff, 0, 22);
i = 0;
loop = 0;
while (loop < 11 && (*check = read(0, buff, 21)) > 0)
{
if (checkGrid(buff, i, loop))
return (1);
if (i < 9 && fillGrid(buff, grid + 9 * i))
return (1);
if (loop++ > 0)
++i;
}
if (loop == 11)
{
if (!start && printf("####################\n") < 0)
return (1);
return (2);
}
return (0);
}
void autoMoveDown() {
backupGrid();
cleanShape(g_CUR_CUBE);
g_CUR_CUBE->moveDown();
if(isValidShapePos(g_CUR_CUBE) == false) {
// move back && setShape
g_CUR_CUBE->moveUp();
setShape(g_CUR_CUBE);
// get next cube && draw it
g_CUR_CUBE = g_NEXT_CUBE;
if(isValidShapePos(g_CUR_CUBE) == false) {
gameOver();
}
Shape *s = createShape();
COORD ref_coord = {4, 2};
g_NEXT_CUBE = new Cube(ref_coord, s->shape, s->types);
cleanNEXT(g_CUR_CUBE);
drawNEXT(g_NEXT_CUBE);
checkGrid();
}
else {
; // do nothing
}
setShape(g_CUR_CUBE);
drawGrid();
}
ossimGpt ossimNadconNarDatum::shift(const ossimGpt &aPt)const
{
const ossimDatum* datum = aPt.datum();
ossimString code = datum->code();
ossimString subCode(code.begin(),
code.begin() + 3);
if(subCode == "NAR")
{
return aPt;
}
else
{
if(subCode == "NAS")
{
checkGrid(aPt);
if(!theLatGrid.getFileOkFlag()||
!theLonGrid.getFileOkFlag())
{
return ossimThreeParamDatum::shift(aPt);
}
double shiftLat = theLatGrid.getShiftAtLatLon(aPt.latd(), aPt.lond());
double shiftLon = theLonGrid.getShiftAtLatLon(aPt.latd(), aPt.lond());
if( (ossim::isnan(shiftLat)) || (ossim::isnan(shiftLon)) )
{
return ossimThreeParamDatum::shift(aPt);
}
else
{
// Note the shifts are stored in the file
// as seconds.
//
// convert the seconds into decimal degrees.
//
shiftLat /= 3600.0;
shiftLon /= 3600.0;
return ossimGpt(aPt.latd() + shiftLat,
aPt.lond() - shiftLon,
aPt.height(),
this);
}
}
else
{
return ossimThreeParamDatum::shift(aPt);
}
}
return ossimThreeParamDatum::shift(aPt);
}
