void solver_bis(t_fill *fill)
{
update_coord(&fill->coord[fill->piece], fill->map_size);
if (fill->piece == 0)
{
fill->map_size++;
init_map(fill->map_size, fill->map);
}
else
{
fill->piece--;
place(fill->parsing[fill->piece],
&fill->coord[fill->piece], fill->map, '.');
update_coord(&fill->coord[fill->piece], fill->map_size);
}
}
void Cube::move_to(GLfloat x, GLfloat y, GLfloat z)
{
center_x = x;
center_y = y;
center_z = z;
update_coord();
}
void Cube::move(GLfloat x, GLfloat y, GLfloat z)
{
center_x += x;
center_y += y;
center_z += z;
update_coord();
}
Cube::Cube(GLfloat x, GLfloat y, GLfloat z, GLfloat edge, QObject *parent)
{
speed = 0.1;
last_id++;
id = last_id;
fixed = false;
center_x = x;
center_y = y;
center_z = z;
size = edge/2;
//extreme hardcode, i'll change it later
//vertex positions
//filling index
update_coord();
IndexArray[0][0] = 0;
IndexArray[0][1] = 1;
IndexArray[0][2] = 2;
IndexArray[1][0] = 0;
IndexArray[1][1] = 3;
IndexArray[1][2] = 2;
IndexArray[2][0] = 2;
IndexArray[2][1] = 1;
IndexArray[2][2] = 5;
IndexArray[3][0] = 2;
IndexArray[3][1] = 6;
IndexArray[3][2] = 5;
IndexArray[4][0] = 0;
IndexArray[4][1] = 1;
IndexArray[4][2] = 4;
IndexArray[5][0] = 1;
IndexArray[5][1] = 4;
IndexArray[5][2] = 5;
IndexArray[6][0] = 0;
IndexArray[6][1] = 3;
IndexArray[6][2] = 7;
IndexArray[7][0] = 0;
IndexArray[7][1] = 4;
IndexArray[7][2] = 7;
IndexArray[8][0] = 4;
IndexArray[8][1] = 5;
IndexArray[8][2] = 6;
IndexArray[9][0] = 4;
IndexArray[9][1] = 7;
IndexArray[9][2] = 6;
IndexArray[10][0] = 2;
IndexArray[10][1] = 3;
IndexArray[10][2] = 6;
IndexArray[11][0] = 3;
IndexArray[11][1] = 7;
IndexArray[11][2] = 6;
//colors
for (int i = 0; i < 8; i++)
{
ColorArray[i][0] = 0.3f*(i%8)/9.0f;
ColorArray[i][1] = (i%8)/9.0f;
ColorArray[i][2] = (i%8)/9.0f;
}
}
void Object::convert_to_beeb(Object* beeb)
{
if(beeb){
old_appearance_storage = new Object;
*old_appearance_storage = *this;
memcpy(&n_models,&beeb -> n_models,(char*)&old_appearance_storage - (char*)&n_models);
memcpy(&m,&beeb -> m,(char*)&end_of_object_data - (char*)&m);
}
else
if(old_appearance_storage){
memcpy(&n_models,&old_appearance_storage -> n_models,(char*)&old_appearance_storage - (char*)&n_models);
memcpy(&m,&old_appearance_storage -> m,(char*)&end_of_object_data - (char*)&m);
delete old_appearance_storage;
old_appearance_storage = 0;
}
update_coord();
}
void solver(t_fill *fill)
{
fill->map_size = 2;
while (fill->map_size * fill->map_size < fill->num_piece * 4)
fill->map_size++;
init_map(fill->map_size, fill->map);
fill->piece = 0;
while (fill->piece <= fill->num_piece)
{
if (check_place(fill->parsing[fill->piece],
&fill->coord[fill->piece], fill->map))
{
place(fill->parsing[fill->piece], &fill->coord[fill->piece],
fill->map, 'A' + fill->piece);
fill->piece++;
}
else if (check_coord(&fill->coord[fill->piece], fill->map_size))
update_coord(&fill->coord[fill->piece], fill->map_size);
else
solver_bis(fill);
}
}
int _GrReadInputs(void)
{
GrEvent evaux;
int nev = 0;
int mb = 0, mx = 0, my = 0;
if (_lnxfb_waiting_to_switch_console)
_LnxfbSwitchConsoleAndWait();
if (MOUINFO->msstatus == 2) {
if (_ReadPS2MouseData(&mb, &mx, &my)) {
update_coord(x, mx);
update_coord(y, my);
/** NOTE we know PS2_LEFTBUTTON == GRMOUSE_LB_STATUS, etc */
MOUINFO->bstatus = mb;
GrMouseUpdateCursor();
MOUINFO->moved = TRUE;
if (mb != mou_buttons) {
evaux.type = GREV_MOUSE;
evaux.kbstat = kbd_lastmod;
evaux.p2 = MOUINFO->xpos;
evaux.p3 = MOUINFO->ypos;
if ((mb & PS2_LEFTBUTTON) != (mou_buttons & PS2_LEFTBUTTON)) {
if (mb & PS2_LEFTBUTTON)
evaux.p1 = GRMOUSE_LB_PRESSED;
else
evaux.p1 = GRMOUSE_LB_RELEASED;
GrEventEnqueue(&evaux);
nev++;
}
if ((mb & PS2_MIDDLEBUTTON) != (mou_buttons & PS2_MIDDLEBUTTON)) {
if (mb & PS2_MIDDLEBUTTON)
evaux.p1 = GRMOUSE_MB_PRESSED;
else
evaux.p1 = GRMOUSE_MB_RELEASED;
GrEventEnqueue(&evaux);
nev++;
}
if ((mb & PS2_RIGHTBUTTON) != (mou_buttons & PS2_RIGHTBUTTON)) {
if (mb & PS2_RIGHTBUTTON)
evaux.p1 = GRMOUSE_RB_PRESSED;
else
evaux.p1 = GRMOUSE_RB_RELEASED;
GrEventEnqueue(&evaux);
nev++;
}
mou_buttons = mb;
MOUINFO->moved = FALSE;
}
else if ((MOUINFO->genmmove == GR_GEN_MMOVE_ALWAYS) ||
((MOUINFO->genmmove == GR_GEN_MMOVE_IFBUT) &&
(MOUINFO->bstatus != 0))) {
evaux.type = GREV_MMOVE;
evaux.kbstat = kbd_lastmod;
evaux.p1 = MOUINFO->bstatus;
evaux.p2 = MOUINFO->xpos;
evaux.p3 = MOUINFO->ypos;
GrEventEnqueue(&evaux);
MOUINFO->moved = FALSE;
nev++;
}
}
}
if (kbd_isatty && _CheckKeyboardHit()) {
unsigned int key = _ReadCharFromKeyboard();
evaux.type = GREV_PREKEY;
evaux.kbstat = kbd_lastmod;
evaux.p3 = 0;
if (key > 0xff) {
evaux.p1 = key;
evaux.p2 = GRKEY_KEYCODE;
}
else if ((key >= 0x80) && (kbsysencoding == GRENC_UTF_8)) {
evaux.p1 = 0;
if ((key & 0xe0) == 0xc0) { /* two bytes */
evaux.cp1[0] = key;
evaux.cp1[1] = _ReadCharFromKeyboard();
evaux.p2 = 2;
}
else if ((key & 0xf0) == 0xe0) { /* three bytes */
evaux.cp1[0] = key;
evaux.cp1[1] = _ReadCharFromKeyboard();
evaux.cp1[2] = _ReadCharFromKeyboard();
evaux.p2 = 3;
}
else { /* four bytes */
evaux.cp1[0] = key;
evaux.cp1[1] = _ReadCharFromKeyboard();
evaux.cp1[2] = _ReadCharFromKeyboard();
evaux.cp1[3] = _ReadCharFromKeyboard();
evaux.p2 = 3;
}
}
else {
evaux.p1 = key;
evaux.p2 = 1;
}
GrEventEnqueue(&evaux);
MOUINFO->moved = FALSE;
nev++;
}
if (nev == 0) {
usleep(1000L); // wait 1 ms to not eat 100% cpu
}
return nev;
}
