void ConstructComposite_per(CompositeG & CG,
Partition & Prtng,
Geometry const& geom,
OVPattern const& ovlp_pattern,
VCorrLoc const& id_per_v1, // vertices identified due to periodicity
VCorrLoc const& id_per_v2, // vertices identified due to periodicity
Transform const& T1, // V1 -> V2
Transform const& T2, // V2 -> V1
VCorr & v_corr,
CCorr & c_corr)
{
typedef typename CompositeG::coarse_grid_type coarse_grid_type;
typedef grid_types<coarse_grid_type> cgt;
typedef typename cgt::Cell CoarseCell;
typedef typename cgt::CellIterator CoarseCellIterator;
typedef typename cgt::vertex_handle coarse_vertex_handle;
typedef typename cgt::cell_handle coarse_cell_handle;
typedef typename CompositeG::fine_grid_type fine_grid_type;
typedef grid_types<fine_grid_type> fgt;
// typedef grid_types<fine_grid_type>::Vertex Vertex;
// typedef grid_types<fine_grid_type>::Facet Facet;
typedef typename fgt::Cell Cell;
typedef typename fgt::vertex_handle vertex_handle;
typedef typename fgt::cell_handle cell_handle;
typedef typename Partition::grid_type master_grid_type;
typedef Geometry master_geom_type;
//------------------ construct coarse grid and correspondencies -----------------
bijective_mapping<coarse_cell_handle, int> CoarseCellCorr;
bijective_mapping<coarse_vertex_handle, vertex_handle> CoarseVertexCorr;
ConstructCoarsePartitionGrid(CG.TheCoarseGrid(),Prtng,
CoarseVertexCorr,
CoarseCellCorr);
CG.coarse_grid_complete();
v_corr.set_grid(CG.TheCoarseGrid());
c_corr.set_grid(CG.TheCoarseGrid());
//----------- enlarge grid by periodic overlap ----------------
typedef bijective_mapping<cell_handle,cell_handle> per_corr_c_type;
typedef bijective_mapping<vertex_handle,vertex_handle> per_corr_v_type;
typedef typename per_corr_v_type::domain_type pv_domain;
typedef typename pv_domain::const_iterator pviter;
typedef typename per_corr_c_type::domain_type pc_domain;
typedef typename pc_domain::const_iterator pciter;
master_grid_type & G(Prtng.TheGrid());
// get the 2 overlapping subranges
enumerated_vertex_range<fine_grid_type> shared_v_1(G);
for(pviter v = id_per_v1.domain().begin(); v != id_per_v1.domain().end(); ++v)
shared_v_1.push_back(*v);
enumerated_vertex_range<fine_grid_type> shared_v_2(G);
for(pviter vv = id_per_v2.domain().begin(); vv != id_per_v2.domain().end(); ++vv)
shared_v_2.push_back(*vv);
enumerated_cell_range<fine_grid_type> per_ovlp_cells_1(G);
mark_layers(FacetSpanOfVertices(shared_v_1), //Vertices(id_per_v1.domain()),G ),
per_ovlp_cells_1,
ovlp_pattern, IsCellInside(G));
enumerated_cell_range<fine_grid_type> per_ovlp_cells_2(G);
mark_layers(FacetSpanOfVertices(shared_v_2), //Vertices(id_per_v2.domain()),G),
per_ovlp_cells_2,
ovlp_pattern, IsCellInside(G));
enumerated_subrange<fine_grid_type> per_ovlp1(G);
ConstructSubrangeFromCells(per_ovlp1,per_ovlp_cells_1.FirstCell());
enumerated_subrange<fine_grid_type> per_ovlp2(G);
ConstructSubrangeFromCells(per_ovlp2,per_ovlp_cells_2.FirstCell());
// enlarge grid by periodic geometric mapping of these subranges
per_corr_c_type c_corr_per;
per_corr_v_type v_corr_per;
EnlargeGridVC(G,
per_ovlp1,
TransformGeom(geom,T1),
id_per_v1,
v_corr_per,
c_corr_per);
EnlargeGridVC(G,
per_ovlp2,
TransformGeom(geom,T2),
id_per_v2,
v_corr_per,
c_corr_per);
// should work automatically
Prtng.update();
/*
ofstream oogl_output;
oogl_output.open("construct-overlap.oogl");
GraphicsDevice Dev = OOGLDevice(oogl_output);
Dev << BeginGroup("m-mesh") << ViewGrid(G,geom) << EndGroup
<< BeginGroup("m-vertex-hdl") << ViewGFAsString(vertex2handle(G), geom) << EndGroup
<< BeginGroup("m-cell-hdl") << ViewGFAsString(cell2handle(G), geom) << EndGroup;
oogl_output.close();
*/
// identify added ranges with their source
GridSelfMap<fine_grid_type> grid_map(G);
for(pviter v0 = v_corr_per.domain().begin(); v0 != v_corr_per.domain().end(); ++v0)
grid_map.TheVertexMap()[v_corr_per(*v0)] = *v0;
for(pciter c = c_corr_per.domain().begin(); c != c_corr_per.domain().end(); ++c)
grid_map.TheCellMap()[c_corr_per(*c)] = *c;
// attach temporal partitions to added grid ranges -- partitions
// are in principle inherited from src ranges, but are assigned a new
// partition number to avoid conflicts if partitions are self-neighboured
// under periodic wrapping.
map_unique map_partition;
typedef typename enumerated_cell_range<fine_grid_type>::ElementIterator RgeCellIterator;
for(RgeCellIterator C = per_ovlp_cells_1.FirstCell(); ! C.IsDone(); ++C)
Prtng.set_partition(G.cell(c_corr_per(C.handle())), map_partition(Prtng.partition(*C)));
for(RgeCellIterator CC = per_ovlp_cells_2.FirstCell(); ! CC.IsDone(); ++CC)
Prtng.set_partition(G.cell(c_corr_per(CC.handle())), map_partition(Prtng.partition(*CC)));
coarse_grid_type& CrsG(CG.TheCoarseGrid());
grid_function<CoarseCell,int> cell2part(CG.TheCoarseGrid());
bijective_mapping<int, CoarseCell> part2cell;
for(CoarseCellIterator P = CrsG.FirstCell(); ! P.IsDone(); ++P) {
cell2part[*P] = CoarseCellCorr(P.handle());
part2cell[cell2part(*P)] = *P;
part2cell[map_partition(cell2part(*P))] = *P; // "virtual" partition
}
//--------------------- construct overlap structures -------------------------
// overlap tied to the global grid
typedef dyn_overlap<coarse_grid_type, fine_grid_type> overlap_type;
grid_function<CoarseCell, overlap_type> Ovlp(CrsG);
for(CoarseCellIterator PP = CrsG.FirstCell(); ! PP.IsDone(); ++PP) {
Ovlp[*PP].init(CrsG,Prtng.TheGrid());
}
ConstructOverlap(Ovlp,CrsG,Prtng,ovlp_pattern, part2cell, cell2part, grid_map);
/*
for(CoarseCellIterator P0 = CrsG.FirstCell(); ! P0.IsDone(); ++P0) {
cerr << "Overlap " << CrsG.handle(*P0) << '\n'
<< "------------------------------------------\n";
write_ovlp(Ovlp[*P0],cerr);
cerr << "------------------------------------------\n";
}
*/
//--------------------- construct local grids ---------------------------------
for(CoarseCellIterator P1 = CrsG.FirstCell(); ! P1.IsDone(); ++P1) {
CG.OvrlpGrid(*P1).init(CG.TheCoarseGrid());
ConstructLocalOverlappingGrid(CG.OvrlpGrid(*P1),
Prtng.Range(cell2part(*P1)), geom,
Ovlp[*P1], v_corr[*P1], c_corr[*P1]);
}
//---------------------------- do checkings ------------------------------------
check_composite_grid(CG);
}
void render_window()
{
game_config = GetGameConfig();
game_levels = GetGameLevels();
game_levels_count = GetGameLevelsCount();
arguments = GetArguments();
user_set = GetUserSettings();
int start_level = get_start_level();
save_dir_full = GetSaveDir();
cache_dir_full = GetCacheDir();
can_cache = (save_dir_full && cache_dir_full);
//------------------------------------------------------------------------------
ApplyArguments();
const SDL_VideoInfo *video_info = SDL_GetVideoInfo();
if (user_set->geom_x > 0 && user_set->geom_y > 0)
{
disp_x = user_set->geom_x;
disp_y = user_set->geom_y;
}
else
{
disp_x = video_info->current_w;
disp_y = video_info->current_h;
}
int probe_bpp = (user_set->bpp == 0 ? video_info->vfmt->BitsPerPixel : user_set->bpp);
disp_bpp = (probe_bpp == 32 ? probe_bpp : 16);
bool rot = TransformGeom();
//------------------------------------------------------------------------------
#define BTN_SPACE_KOEF 4.5
int btn_side = disp_y / 7;
int btn_space = btn_side / BTN_SPACE_KOEF;
int btns_padded_width = btn_side * 4 + btn_space * 5;
if (btns_padded_width > disp_x)
{
//btn_side = ( wnd_w - 5 * ( btn_side / BTN_SPACE_KOEF ) ) / 4
btn_side = (int)(disp_x / (4 + 5 / BTN_SPACE_KOEF));
btn_space = btn_side / BTN_SPACE_KOEF;
}
int btns_width = btn_side * 4 + btn_space * 3;
int font_height = btn_side / 3;
int font_padding = font_height / 2;
//-- font and labels -----------------------------------------------------------
TTF_Font *font = TTF_OpenFont(DEFAULT_FONT_FILE, font_height);
if (!font)
{
log_error("Can't load font '%s'. Exiting.", DEFAULT_FONT_FILE);
return;
}
SDL_Surface *levelTextSurface = NULL;
SDL_Rect levelTextLocation;
levelTextLocation.y = font_padding;
SDL_Color fontColor = {0};
#ifndef RGBSWAP
fontColor.r = 231;
fontColor.g = 190;
fontColor.b = 114;
#else
//--enable-rgb-swap
fontColor.r = 114;
fontColor.g = 190;
fontColor.b = 231;
#endif
/* Window initialization */
ingame = true;
Uint32 sdl_flags = SDL_SWSURFACE;
if (user_set->fullscreen_mode != FULLSCREEN_NONE)
sdl_flags |= SDL_FULLSCREEN;
SDL_Surface *disp = SDL_SetVideoMode(disp_x, disp_y, disp_bpp, sdl_flags);
if (disp == NULL)
{
log_error("Can't set video mode %dx%dx%dbpp. Exiting.", disp_x, disp_y, disp_bpp);
return;
}
screen = disp;
SDL_Surface *gui_surface = disp;
SDL_WM_SetCaption("Mokomaze", "Mokomaze");
/* Draw loading screen */
SDL_Color whiteColor = {0};
whiteColor.r = whiteColor.g = whiteColor.b = 255;
SDL_Surface *titleSurface = TTF_RenderText_Blended(font, "Loading...", whiteColor);
SDL_Rect title_rect;
title_rect.x = (disp_x - titleSurface->w) / 2;
title_rect.y = (disp_y - titleSurface->h) / 2;
title_rect.w = titleSurface->w;
title_rect.h = titleSurface->h;
SDL_BlitSurface(titleSurface, NULL, screen, &title_rect);
SDL_UpdateRect(screen, title_rect.x, title_rect.y, title_rect.w, title_rect.h);
SDL_FreeSurface(titleSurface);
//-- load pictures -------------------------------------------------------------
SDL_Surface *back_pic = LoadSvg(MDIR "prev-main.svg", btn_side, btn_side, false, false);
SDL_Surface *forward_pic = LoadSvg(MDIR "next-main.svg", btn_side, btn_side, false, false);
SDL_Surface *settings_pic = LoadSvg(MDIR "settings-main.svg", btn_side, btn_side, false, false);
SDL_Surface *exit_pic = LoadSvg(MDIR "close-main.svg", btn_side, btn_side, false, false);
SDL_Surface *back_i_pic = LoadSvg(MDIR "prev-grey.svg", btn_side, btn_side, false, false);
SDL_Surface *forward_i_pic = LoadSvg(MDIR "next-grey.svg", btn_side, btn_side, false, false);
SDL_Surface *back_p_pic = LoadSvg(MDIR "prev-light.svg", btn_side, btn_side, false, false);
SDL_Surface *forward_p_pic = LoadSvg(MDIR "next-light.svg", btn_side, btn_side, false, false);
int tmpx = (rot ? game_config.wnd_h : game_config.wnd_w);
int tmpy = (rot ? game_config.wnd_w : game_config.wnd_h);
desk_pic = LoadSvg(MDIR "desk.svg", tmpx, tmpy, rot, true);
wall_pic = LoadSvg(MDIR "wall.svg", tmpx, tmpy, rot, true);
int hole_d = game_config.hole_r * 2;
fin_pic = LoadSvg(MDIR "openmoko.svg", hole_d, hole_d, rot, false);
if (LoadImgErrors > 0)
{
log_error("Some images were not loaded. Exiting.");
return;
}
//-- positions of buttons ------------------------------------------------------
SDL_Rect gui_rect_1, gui_rect_2, gui_rect_3, gui_rect_4;
gui_rect_1.y = gui_rect_2.y = gui_rect_3.y = gui_rect_4.y = levelTextLocation.y + font_height + font_padding;
gui_rect_1.x = (disp_x - btns_width) / 2;
gui_rect_2.x = gui_rect_1.x + btn_side + btn_space;
gui_rect_3.x = gui_rect_2.x + btn_side + btn_space;
gui_rect_4.x = gui_rect_3.x + btn_side + btn_space;
//-- for click detection -------------------------------------------------------
Box gui_box_1, gui_box_2, gui_box_3, gui_box_4;
gui_box_1.x1 = gui_rect_1.x;
gui_box_1.y1 = gui_rect_1.y;
gui_box_1.x2 = gui_rect_1.x + btn_side;
gui_box_1.y2 = gui_rect_1.y + btn_side;
gui_box_2.x1 = gui_rect_2.x;
gui_box_2.y1 = gui_rect_2.y;
gui_box_2.x2 = gui_rect_2.x + btn_side;
gui_box_2.y2 = gui_rect_2.y + btn_side;
gui_box_3.x1 = gui_rect_3.x;
gui_box_3.y1 = gui_rect_3.y;
gui_box_3.x2 = gui_rect_3.x + btn_side;
gui_box_3.y2 = gui_rect_3.y + btn_side;
gui_box_4.x1 = gui_rect_4.x;
gui_box_4.y1 = gui_rect_4.y;
gui_box_4.x2 = gui_rect_4.x + btn_side;
gui_box_4.y2 = gui_rect_4.y + btn_side;
//create surface for rendering the level
render_pic = CreateSurface(SDL_SWSURFACE, game_config.wnd_w, game_config.wnd_h, disp);
if (user_set->scrolling)
screen = CreateSurface(SDL_SWSURFACE, game_config.wnd_w, game_config.wnd_h, disp);
if (user_set->fullscreen_mode != FULLSCREEN_NONE)
SDL_ShowCursor(!ingame);
desk_rect.x = 0;
desk_rect.y = 0;
desk_rect.w = game_config.wnd_w;
desk_rect.h = game_config.wnd_h;
SDL_Rect ball_rect;
int disp_scroll_border = min(disp_x, disp_y) * 0.27;
SDL_Rect screen_rect;
screen_rect.x = 0;
screen_rect.y = 0;
screen_rect.w = disp_x;
screen_rect.h = disp_y;
SDL_Rect disp_rect;
disp_rect = screen_rect;
SDL_Color ballColor = {0};
ballColor.r = 255;
ballColor.g = 127;
ballColor.b = 0;
User user_set_new = *user_set;
bool video_set_modified = false;
/* Settings window initialization */
settings_init(disp, font_height, user_set, &user_set_new);
/* Render initialization */
InitRender();
/* Input system initialization */
input_get_dummy(&input);
SetInput();
/* Vibro system initialization */
vibro_get_dummy(&vibro);
SetVibro();
/* MazeCore initialization */
maze_init();
maze_set_config(game_config);
maze_set_vibro_callback(BumpVibrate);
maze_set_levels_data(game_levels, game_levels_count);
cur_level = start_level;
RenderLevel();
RedrawDesk();
maze_set_level(cur_level);
ResetPrevPos();
SDL_Event event;
bool done = false;
bool redraw_all = true;
bool ingame_changed = false;
int prev_ticks = SDL_GetTicks();
Point mouse = {0};
//== Game Loop =================================================================
while (!done)
{
bool wasclick = false;
bool show_settings = false;
while (SDL_PollEvent(&event))
{
bool btndown = false;
bool btnesc = false;
if (event.type == SDL_QUIT)
{
done = true;
}
else if (event.type == SDL_ACTIVEEVENT)
{
int g = event.active.gain;
int s = event.active.state;
if (ingame && !g && ((s & SDL_APPINPUTFOCUS) || (s & SDL_APPACTIVE)))
{
btndown = true;
}
}
else if (event.type == SDL_MOUSEMOTION)
{
mouse.x = event.motion.x;
mouse.y = event.motion.y;
}
else if (event.type == SDL_MOUSEBUTTONUP)
{
StopFastChange();
}
else if (event.type == SDL_MOUSEBUTTONDOWN)
{
btndown = true;
}
else if (event.type == SDL_KEYDOWN)
{
switch(event.key.keysym.sym)
{
case SDLK_q:
case SDLK_ESCAPE:
btnesc = true;
case SDLK_SPACE:
case SDLK_p:
case SDLK_PAUSE:
btndown = true;
break;
default:
break;
}
}
else if (event.type == SDL_KEYUP)
{
switch(event.key.keysym.sym)
{
case SDLK_q:
case SDLK_ESCAPE:
if( !wasclick || ingame || show_settings )
StopFastChange();
else
done = true;
break;
case SDLK_SPACE:
case SDLK_p:
case SDLK_PAUSE:
StopFastChange();
break;
default:
break;
}
}
if (btndown)
{
if (!ingame)
{
if (inbox(mouse.x, mouse.y, gui_box_1) && !btnesc)
{
if (cur_level > 0)
{
SDL_BlitSurface(back_p_pic, NULL, gui_surface, &gui_rect_1);
SDL_UpdateRect(gui_surface, gui_rect_1.x, gui_rect_1.y, gui_rect_1.w, gui_rect_1.h);
ChangeLevel(cur_level-1, &redraw_all, &wasclick);
fastchange_step = -10;
StopFastChange();
fastchange_timer = SDL_AddTimer(FASTCHANGE_INTERVAL, fastchange_callback, NULL);
}
continue;
}
else if (inbox(mouse.x, mouse.y, gui_box_2) && !btnesc)
{
if (cur_level < game_levels_count - 1)
{
SDL_BlitSurface(forward_p_pic, NULL, gui_surface, &gui_rect_2);
SDL_UpdateRect(gui_surface, gui_rect_2.x, gui_rect_2.y, gui_rect_2.w, gui_rect_2.h);
ChangeLevel(cur_level+1, &redraw_all, &wasclick);
fastchange_step = +10;
StopFastChange();
fastchange_timer = SDL_AddTimer(FASTCHANGE_INTERVAL, fastchange_callback, NULL);
}
continue;
}
else if (inbox(mouse.x, mouse.y, gui_box_3) && !btnesc)
{
show_settings = true;
RedrawDesk();
redraw_all = true;
wasclick = true;
continue;
}
else if (inbox(mouse.x, mouse.y, gui_box_4) || btnesc)
{
done = true;
continue;
}
}
ingame_changed = true;
} //if (btndown)
}
if (ingame_changed)
{
ingame = !ingame;
if (!ingame)
{
wasclick = true;
}
else
{
RedrawDesk();
redraw_all = true;
}
if (user_set->fullscreen_mode == FULLSCREEN_INGAME)
SDL_WM_ToggleFullScreen(disp);
if (user_set->fullscreen_mode != FULLSCREEN_NONE)
SDL_ShowCursor(!ingame);
prev_ticks = SDL_GetTicks();
ingame_changed = false;
}
if ((!ingame) && (!wasclick) && (must_fastchange))
{
int new_cur_level = cur_level + fastchange_dostep;
clamp_max(new_cur_level, game_levels_count - 1);
clamp_min(new_cur_level, 0);
if (new_cur_level != cur_level)
{
if (fastchange_dostep < 0)
{
SDL_BlitSurface(back_p_pic, NULL, gui_surface, &gui_rect_1);
SDL_UpdateRect(gui_surface, gui_rect_1.x, gui_rect_1.y, gui_rect_1.w, gui_rect_1.h);
}
else
{
SDL_BlitSurface(forward_p_pic, NULL, gui_surface, &gui_rect_2);
SDL_UpdateRect(gui_surface, gui_rect_2.x, gui_rect_2.y, gui_rect_2.w, gui_rect_2.h);
}
ChangeLevel(new_cur_level, &redraw_all, &wasclick);
}
must_fastchange = false;
}
if (!ingame && !wasclick)
{
SDL_Delay(user_set->frame_delay);
continue;
}
//-- physics step --------------------------------------------------------------
int ticks = SDL_GetTicks();
int delta_ticks = ticks - prev_ticks;
prev_ticks = ticks;
clamp_min(delta_ticks, 1);
clamp_max(delta_ticks, 1000 / 15);
float acx = 0, acy = 0;
input.read(&acx, &acy, NULL);
if (input_cal_cycle)
input_cal_cycle = (input_calibration_sample(&user_set->input_calibration_data, &acx, &acy, NULL) < MAX_CALIBRATION_SAMPLES);
input_calibration_adjust(&user_set->input_calibration_data, &acx, &acy, NULL);
maze_set_speed(user_set->ball_speed);
maze_set_tilt(acx, acy, 0);
GameState game_state = maze_step(delta_ticks);
const dReal *R;
int tk_px, tk_py, tk_pz;
maze_get_ball(&tk_px, &tk_py, &tk_pz, &R);
maze_get_animations(&keys_anim, &final_anim);
//------------------------------------------------------------------------------
//restore the background
ball_rect.w = game_config.ball_r * 2;
ball_rect.h = game_config.ball_r * 2; //
ball_rect.x = prev_px - game_config.ball_r;
ball_rect.y = prev_py - game_config.ball_r;
SDL_BlitSurface(render_pic, &ball_rect, screen, &ball_rect);
UpdateBufAnimation();
DrawBall(tk_px, tk_py, tk_pz, R, ballColor);
//update the screen
if (!redraw_all && !user_set->scrolling)
{
int min_px, max_px;
int min_py, max_py;
if (prev_px <= tk_px)
{
min_px = prev_px;
max_px = tk_px;
}
else
{
min_px = tk_px;
max_px = prev_px;
}
if (prev_py <= tk_py)
{
min_py = prev_py;
max_py = tk_py;
}
else
{
min_py = tk_py;
max_py = prev_py;
}
min_px -= game_config.ball_r;
max_px += game_config.ball_r;
min_py -= game_config.ball_r;
max_py += game_config.ball_r;
clamp_min(min_px, 0);
clamp_max(max_px, game_config.wnd_w - 1);
clamp_min(min_py, 0);
clamp_max(max_py, game_config.wnd_h - 1);
SDL_UpdateRect(screen, min_px, min_py, max_px - min_px, max_py - min_py);
UpdateScreenAnimation();
}
if (user_set->scrolling)
{
clamp_min(screen_rect.x, tk_px - disp_x + disp_scroll_border);
clamp_max(screen_rect.x, tk_px - disp_scroll_border);
clamp_min(screen_rect.y, tk_py - disp_y + disp_scroll_border);
clamp_max(screen_rect.y, tk_py - disp_scroll_border);
clamp(screen_rect.x, 0, game_config.wnd_w - disp_x);
clamp(screen_rect.y, 0, game_config.wnd_h - disp_y);
SDL_BlitSurface(screen, &screen_rect, disp, &disp_rect);
}
prev_px = tk_px;
prev_py = tk_py;
//-- GUI -----------------------------------------------------------------------
if (wasclick && !ingame && !show_settings)
{
char txt[32];
sprintf(txt, "Level %d/%d", cur_level + 1, game_levels_count);
SDL_FreeSurface(levelTextSurface);
levelTextSurface = TTF_RenderText_Blended(font, txt, fontColor);
levelTextLocation.x = (disp_x - levelTextSurface->w) / 2;
SDL_BlitSurface(levelTextSurface, NULL, gui_surface, &levelTextLocation);
if (cur_level > 0)
SDL_BlitSurface(back_pic, NULL, gui_surface, &gui_rect_1);
else
SDL_BlitSurface(back_i_pic, NULL, gui_surface, &gui_rect_1);
if (cur_level < game_levels_count - 1)
SDL_BlitSurface(forward_pic, NULL, gui_surface, &gui_rect_2);
else
SDL_BlitSurface(forward_i_pic, NULL, gui_surface, &gui_rect_2);
SDL_BlitSurface(settings_pic, NULL, gui_surface, &gui_rect_3);
SDL_BlitSurface(exit_pic, NULL, gui_surface, &gui_rect_4);
redraw_all = true;
}
//------------------------------------------------------------------------------
//update the whole screen if needed
if (user_set->scrolling)
{
SDL_Flip(disp);
}
else if (redraw_all)
{
SDL_Flip(screen);
}
redraw_all = false;
if (show_settings)
{
bool _video_set_modified = false;
bool _input_set_modified = false;
bool _vibro_set_modified = false;
settings_show(&input_cal_cycle, &_video_set_modified, &_input_set_modified, &_vibro_set_modified);
if (input_cal_cycle)
input_calibration_reset();
if (_video_set_modified)
video_set_modified = true;
if (_input_set_modified)
SetInput();
if (_vibro_set_modified)
SetVibro();
SDL_GetMouseState(&mouse.x, &mouse.y);
ingame_changed = true;
}
switch (game_state)
{
case GAME_STATE_FAILED:
RedrawDesk();
maze_restart_level();
ResetPrevPos();
redraw_all = true;
break;
case GAME_STATE_SAVED:
RedrawDesk();
maze_reload_level();
ResetPrevPos();
redraw_all = true;
break;
case GAME_STATE_WIN:
if (++cur_level >= game_levels_count) cur_level=0;
RenderLevel();
RedrawDesk();
maze_set_level(cur_level);
ResetPrevPos();
redraw_all = true;
break;
default:
break;
}
SDL_Delay(user_set->frame_delay);
}
//==============================================================================
if (video_set_modified)
{
user_set->scrolling = user_set_new.scrolling;
user_set->geom_x = user_set_new.geom_x;
user_set->geom_y = user_set_new.geom_y;
user_set->bpp = user_set_new.bpp;
user_set->fullscreen_mode = user_set_new.fullscreen_mode;
user_set->frame_delay = user_set_new.frame_delay;
}
user_set->level = cur_level + 1;
SaveUserSettings();
settings_shutdown();
SDL_FreeSurface(levelTextSurface);
TTF_CloseFont(font);
vibro.shutdown();
input.shutdown();
}
