// main.cpp
#include "common.h"
bool Themes_Init (void)
{
// this function (re)builds the themes array and loads all the themes' data
wchar_t search_pattern[256];
WIN32_FIND_DATA wfd;
HANDLE hFind;
int selectedtheme_index;
// start by resetting the themes array
themes = NULL;
theme_count = 0;
// the selected them isn't known yet
selectedtheme_index = -1;
// build the search pattern string out of the path and initiate the search from that point
swprintf_s (search_pattern, WCHAR_SIZEOF (search_pattern), L"%s\\themes\\*.*", app_path);
hFind = FindFirstFile (search_pattern, &wfd);
if (hFind != INVALID_HANDLE_VALUE)
{
// start doing this...
do
{
// is it this directory or the parent directory ?
if ((wcscmp (wfd.cFileName, L".") == 0) || (wcscmp (wfd.cFileName, L"..") == 0))
continue; // skip that entry
// is it a directory ?
if (wfd.dwFileAttributes & FILE_ATTRIBUTE_DIRECTORY)
{
// reallocate space for one theme more (zero out the allocated space) and copy it in place
themes = (theme_t *) SAFE_realloc (themes, theme_count, theme_count + 1, sizeof (theme_t), true);
wcscpy_s (themes[theme_count].name, WCHAR_SIZEOF (themes[theme_count].name), wfd.cFileName);
theme_count++; // we know now one theme more
// is it the selected theme ?
if (_wcsicmp (wfd.cFileName, wantedtheme_name) == 0)
{
Theme_LoadABitMore (&themes[theme_count - 1]); // start loading the theme data from this directory
selectedtheme_index = theme_count - 1; // remember the selected theme is this one
}
}
} while (FindNextFile (hFind, &wfd)); // ...and don't stop as long as there are files to go
FindClose (hFind); // close the search handle
}
// consistency check: we need at least one theme
if (theme_count == 0)
{
MessageBox (NULL, LOCALIZE (L"Error_UnableToLoadThemes"), LOCALIZE (L"FatalError"), MB_ICONERROR | MB_OK);
return (false); // if none of these extensions match, bomb out
}
// have we found the selected theme ?
if (selectedtheme_index != -1)
theme = &themes[selectedtheme_index]; // found it, so link it
else
{
Theme_LoadABitMore (&themes[0]); // not found, so start loading the first available theme
theme = &themes[0]; // and link selected theme to it
}
// if we have a custom background specified, load it too
if (custombackground_pathname[0] != 0)
Background_LoadImage (&custombg, custombackground_pathname);
return (true); // at least one theme has been loaded successfully, return TRUE
}
void Themes_Shutdown (void)
{
// helper function to release the themes structures array
int theme_index;
// before freeing the themes array, backup our theme's name
wcscpy_s (wantedtheme_name, WCHAR_SIZEOF (wantedtheme_name), theme->name);
// for each theme, free its mallocated data
for (theme_index = 0; theme_index < theme_count; theme_index++)
{
SAFE_free ((void **) &theme->description); // free its description
SAFE_free ((void **) &themes[theme_index].illum.lights); // free the lights array
themes[theme_index].illum.light_count = 0;
}
// free the themes array
SAFE_free ((void **) &themes);
theme_count = 0;
return; // nothing to do
}
void Theme_LoadABitMore (theme_t *theme)
{
// this function loads a particular theme out of a theme subdirectory's files
#define THEME_LOAD_STEP(id) if (theme->load_index == (id))
#define THEME_LOAD_TEXTURE(varname,texture_name) \
{ \
theme->varname = Render_LoadTexture (L"%s/themes/%s/" texture_name L".*", app_path, theme->name); \
if (theme->varname == -1) \
MessageBox (NULL, LOCALIZE (L"Error_UnableToAddTextureD3DXCreateTextureFromFileFailed"), LOCALIZE (L"FatalError"), MB_ICONERROR | MB_OK); \
}
#define THEME_LOAD_MESH(varname,mesh_name) \
{ \
theme->varname = Render_LoadMesh (L"%s/themes/%s/" mesh_name L".*", app_path, theme->name); \
if (theme->varname == -1) \
MessageBox (NULL, LOCALIZE (L"Error_UnableToAddMeshD3DXLoadMeshFromXFailed"), LOCALIZE (L"FatalError"), MB_ICONERROR | MB_OK); \
}
#define THEME_LOAD_SPRITE(varname,sprite_name) \
{ \
theme->varname = Render_LoadSprite (L"%s/themes/%s/" sprite_name L".*", app_path, theme->name); \
if (theme->varname == -1) \
MessageBox (NULL, LOCALIZE (L"Error_UnableToAddSpriteD3DXCreateSpriteFailed"), LOCALIZE (L"FatalError"), MB_ICONERROR | MB_OK); \
}
#define THEME_LOAD_PART(part_id,part_name) \
{ \
theme->part_meshes[part_id] = -1; \
if (options.want_hiquality) \
theme->part_meshes[part_id] = Render_LoadMesh (L"%s/themes/%s/" part_name L"-hidef.*", app_path, theme->name); \
if (theme->part_meshes[part_id] == -1) \
theme->part_meshes[part_id] = Render_LoadMesh (L"%s/themes/%s/" part_name L".*", app_path, theme->name); \
if (theme->part_meshes[part_id] == -1) \
MessageBox (NULL, LOCALIZE (L"Error_UnableToAddMeshD3DXLoadMeshFromXFailed"), LOCALIZE (L"FatalError"), MB_ICONERROR | MB_OK); \
}
unsigned long file_size;
char *desc_buffer;
wchar_t filename[256];
wchar_t section_name[32];
wchar_t value[128];
light_t light;
void *inifile;
int light_index;
int light_count;
int red;
int green;
int blue;
FILE *fp;
// allocate space for and load its description
swprintf_s (filename, WCHAR_SIZEOF (filename), L"%s/themes/%s/readme.txt", app_path, theme->name);
_wfopen_s (&fp, filename, L"rb");
if (fp != NULL)
{
fseek (fp, 0, SEEK_END); // seek at end of file
file_size = ftell (fp); // get file size
fseek (fp, 0, SEEK_SET); // and rewind
if (file_size > 0)
{
desc_buffer = (char *) SAFE_malloc (file_size, sizeof (char), false);
fread (desc_buffer, file_size, 1, fp); // read file in whole in ASCII form
fclose (fp); // close it and then convert it to wide char
theme->description = (wchar_t *) SAFE_malloc (file_size, sizeof (wchar_t), false);
ConvertToWideChar (theme->description, file_size, desc_buffer);
SAFE_free ((void **) &desc_buffer); // we no longer need the ASCII buffer
}
else
theme->description = NULL; // this theme has no description
fclose (fp);
}
// load its background image
THEME_LOAD_STEP (0) Background_LoadImage (&theme->bg, L"%s/themes/%s/background/background.*", app_path, theme->name);
// load board meshes
THEME_LOAD_STEP (1) THEME_LOAD_MESH (board_meshindex, L"models/board");
THEME_LOAD_STEP (2) THEME_LOAD_MESH (table_meshindex, L"models/table");
THEME_LOAD_STEP (3) THEME_LOAD_MESH (trim_meshindex, L"models/trim");
THEME_LOAD_STEP (4) THEME_LOAD_MESH (tile_meshindex, L"models/tile");
// load part meshes
THEME_LOAD_STEP (5) THEME_LOAD_PART (PART_KING, L"models/king");
THEME_LOAD_STEP (6) THEME_LOAD_PART (PART_QUEEN, L"models/queen");
THEME_LOAD_STEP (7) THEME_LOAD_PART (PART_BISHOP, L"models/bishop");
THEME_LOAD_STEP (8) THEME_LOAD_PART (PART_KNIGHT, L"models/knight");
THEME_LOAD_STEP (9) THEME_LOAD_PART (PART_ROOK, L"models/rook");
THEME_LOAD_STEP (10) THEME_LOAD_PART (PART_PAWN, L"models/pawn");
// load part textures
THEME_LOAD_STEP (11) THEME_LOAD_TEXTURE (part_colors[COLOR_BLACK].texture, L"models/part-black");
THEME_LOAD_STEP (12) THEME_LOAD_TEXTURE (part_colors[COLOR_WHITE].texture, L"models/part-white");
// load board, table, grid and trim textures
THEME_LOAD_STEP (13) THEME_LOAD_TEXTURE (board_texture, L"models/board");
THEME_LOAD_STEP (14) THEME_LOAD_TEXTURE (table_texture, L"models/table");
THEME_LOAD_STEP (15) THEME_LOAD_TEXTURE (trim_texture, L"models/trim");
THEME_LOAD_STEP (16) THEME_LOAD_TEXTURE (grid_texture, L"models/grid");
// load overlay textures
THEME_LOAD_STEP (17) THEME_LOAD_TEXTURE (shadow_textureindex, L"shadow");
THEME_LOAD_STEP (18) THEME_LOAD_TEXTURE (hovered_textureindex, L"hovered");
THEME_LOAD_STEP (19) THEME_LOAD_TEXTURE (check_textureindex, L"check");
THEME_LOAD_STEP (20) THEME_LOAD_TEXTURE (threat_textureindex, L"takeable");
THEME_LOAD_STEP (21) THEME_LOAD_TEXTURE (lastmovesource_textureindex, L"lastmovesource");
THEME_LOAD_STEP (22) THEME_LOAD_TEXTURE (lastmovetarget_textureindex, L"lastmovetarget");
THEME_LOAD_STEP (23) THEME_LOAD_TEXTURE (selected_textureindex, L"selected");
THEME_LOAD_STEP (24) THEME_LOAD_TEXTURE (possiblemove_textureindex, L"possiblemove");
THEME_LOAD_STEP (25) THEME_LOAD_TEXTURE (takeable_textureindex, L"takeable");
// load sprites
THEME_LOAD_STEP (26) THEME_LOAD_SPRITE (flatsprites[COLOR_WHITE][PART_PAWN], L"parts/pawn-white");
THEME_LOAD_STEP (27) THEME_LOAD_SPRITE (flatsprites[COLOR_WHITE][PART_ROOK], L"parts/rook-white");
THEME_LOAD_STEP (28) THEME_LOAD_SPRITE (flatsprites[COLOR_WHITE][PART_KNIGHT], L"parts/knight-white");
THEME_LOAD_STEP (29) THEME_LOAD_SPRITE (flatsprites[COLOR_WHITE][PART_BISHOP], L"parts/bishop-white");
THEME_LOAD_STEP (30) THEME_LOAD_SPRITE (flatsprites[COLOR_WHITE][PART_QUEEN], L"parts/queen-white");
THEME_LOAD_STEP (31) THEME_LOAD_SPRITE (flatsprites[COLOR_WHITE][PART_KING], L"parts/king-white");
THEME_LOAD_STEP (32) THEME_LOAD_SPRITE (flatsprites[COLOR_BLACK][PART_PAWN], L"parts/pawn-black");
THEME_LOAD_STEP (33) THEME_LOAD_SPRITE (flatsprites[COLOR_BLACK][PART_ROOK], L"parts/rook-black");
THEME_LOAD_STEP (34) THEME_LOAD_SPRITE (flatsprites[COLOR_BLACK][PART_KNIGHT], L"parts/knight-black");
THEME_LOAD_STEP (35) THEME_LOAD_SPRITE (flatsprites[COLOR_BLACK][PART_BISHOP], L"parts/bishop-black");
THEME_LOAD_STEP (36) THEME_LOAD_SPRITE (flatsprites[COLOR_BLACK][PART_QUEEN], L"parts/queen-black");
THEME_LOAD_STEP (37) THEME_LOAD_SPRITE (flatsprites[COLOR_BLACK][PART_KING], L"parts/king-black");
THEME_LOAD_STEP (38) THEME_LOAD_SPRITE (lastmovesource_spriteindex, L"lastmovesource");
THEME_LOAD_STEP (39) THEME_LOAD_SPRITE (lastmovetarget_spriteindex, L"lastmovetarget");
// load the flat pieces textures
THEME_LOAD_STEP (40) THEME_LOAD_TEXTURE (flattextures[COLOR_WHITE][PART_PAWN], L"parts/pawn-white");
THEME_LOAD_STEP (41) THEME_LOAD_TEXTURE (flattextures[COLOR_WHITE][PART_ROOK], L"parts/rook-white");
THEME_LOAD_STEP (42) THEME_LOAD_TEXTURE (flattextures[COLOR_WHITE][PART_KNIGHT], L"parts/knight-white");
THEME_LOAD_STEP (43) THEME_LOAD_TEXTURE (flattextures[COLOR_WHITE][PART_BISHOP], L"parts/bishop-white");
THEME_LOAD_STEP (44) THEME_LOAD_TEXTURE (flattextures[COLOR_WHITE][PART_QUEEN], L"parts/queen-white");
THEME_LOAD_STEP (45) THEME_LOAD_TEXTURE (flattextures[COLOR_WHITE][PART_KING], L"parts/king-white");
THEME_LOAD_STEP (46) THEME_LOAD_TEXTURE (flattextures[COLOR_BLACK][PART_PAWN], L"parts/pawn-black");
THEME_LOAD_STEP (47) THEME_LOAD_TEXTURE (flattextures[COLOR_BLACK][PART_ROOK], L"parts/rook-black");
THEME_LOAD_STEP (48) THEME_LOAD_TEXTURE (flattextures[COLOR_BLACK][PART_KNIGHT], L"parts/knight-black");
THEME_LOAD_STEP (49) THEME_LOAD_TEXTURE (flattextures[COLOR_BLACK][PART_BISHOP], L"parts/bishop-black");
THEME_LOAD_STEP (50) THEME_LOAD_TEXTURE (flattextures[COLOR_BLACK][PART_QUEEN], L"parts/queen-black");
THEME_LOAD_STEP (51) THEME_LOAD_TEXTURE (flattextures[COLOR_BLACK][PART_KING], L"parts/king-black");
//////////////////////////////
// read scene lights from file
THEME_LOAD_STEP (52)
{
theme->illum.lights = NULL; // no lights for the scene so far
theme->illum.light_count = 0; // reset the known lights count
// open the INI file
swprintf_s (filename, WCHAR_SIZEOF (filename), L"%s/themes/%s/lights.ini", app_path, theme->name);
inifile = INIFile_LoadINIFile (filename);
// read the global light values and the parts illumination values
swscanf_s (INIFile_ReadEntryAsString (inifile, L"global", L"ambient light", L"50, 50, 50"), L"%d , %d , %d", &red, &green, &blue);
theme->illum.ambient_light = RGB_TO_RGBACOLOR (red, green, blue);
theme->board_material = Render_MaterialIndexOf (INIFile_ReadEntryAsString (inifile, L"global", L"board material", L"default"));
theme->table_material = Render_MaterialIndexOf (INIFile_ReadEntryAsString (inifile, L"global", L"table material", L"default"));
theme->trim_material = -1; // TODO: make customizable
theme->reflection_alpha = (unsigned char) INIFile_ReadEntryAsLong (inifile, L"global", L"table reflection alpha", 50);
theme->part_colors[COLOR_BLACK].material = Render_MaterialIndexOf (INIFile_ReadEntryAsString (inifile, L"global", L"black material", L"default"));
theme->part_colors[COLOR_WHITE].material = Render_MaterialIndexOf (INIFile_ReadEntryAsString (inifile, L"global", L"white material", L"default"));
// figure out the number of lights in this file
light_count = INIFile_GetNumberOfSections (inifile) - 1; // deduce the [global] section
// for each light section...
for (light_index = 0; light_index < light_count; light_index++)
{
swprintf_s (section_name, WCHAR_SIZEOF (section_name), L"light %d", light_index + 1); // build section name
memset (&light, 0, sizeof (light)); // wipe out temporary light structure
// get this light parameters
wcscpy_s (value, WCHAR_SIZEOF (value), INIFile_ReadEntryAsString (inifile, section_name, L"type", L""));
if (_wcsicmp (value, L"directional") == 0)
light.type = LIGHT_DIRECTIONAL;
else if (_wcsicmp (value, L"point") == 0)
light.type = LIGHT_POINT;
else if (_wcsicmp (value, L"spot") == 0)
light.type = LIGHT_SPOT;
else
continue; // on invalid data, skip this section
swscanf_s (INIFile_ReadEntryAsString (inifile, section_name, L"color", L"0, 0, 0"), L"%d , %d , %d", &red, &green, &blue);
light.color = RGB_TO_RGBACOLOR (red, green, blue);
swscanf_s (INIFile_ReadEntryAsString (inifile, section_name, L"source", L"0.0, 0.0, 0.0"), L"%f , %f , %f", &light.pos_x, &light.pos_y, &light.pos_z);
swscanf_s (INIFile_ReadEntryAsString (inifile, section_name, L"direction", L"0.0, 0.0, 0.0"), L"%f , %f , %f", &light.direction_x, &light.direction_y, &light.direction_z);
light.range = (float) INIFile_ReadEntryAsDouble (inifile, section_name, L"range", 0.0);
swscanf_s (INIFile_ReadEntryAsString (inifile, section_name, L"attenuation", L"0.0, 0.0, 0.0"), L"%f , %f , %f", &light.attenuation_constant, &light.attenuation_proportional, &light.attenuation_square);
swscanf_s (INIFile_ReadEntryAsString (inifile, section_name, L"cone", L"0.0, 0.0"), L"%f , %f", &light.cone_inner, &light.cone_outer);
// reallocate the lights array to hold one light more
theme->illum.lights = (light_t *) SAFE_realloc (theme->illum.lights, theme->illum.light_count, theme->illum.light_count + 1, sizeof (light_t), false);
memcpy (&theme->illum.lights[theme->illum.light_count], &light, sizeof (light_t)); // copy light in place
theme->illum.light_count++; // we know now one light more
}
// close the INI file
INIFile_FreeINIFile (inifile);
}
theme->load_index++; // this bit has been loaded
if (theme->load_index == 53)
theme->is_loaded = true; // when everything has been loaded, remember this theme is now usable
return; // finished, theme data is loaded a bit more
#undef THEME_LOAD_PART
#undef THEME_LOAD_SPRITE
#undef THEME_LOAD_MESH
#undef THEME_LOAD_TEXTURE
#undef THEME_LOAD_STEP
}
void Background_LoadImage (backgroundsprite_t *bg, const wchar_t *fmt, ...)
{
// this function loads the specified background image for the specified theme
static wchar_t bgimage_pathname[MAX_PATH];
va_list argptr;
int width;
int height;
// concatenate all the arguments in one string
va_start (argptr, fmt);
wvsprintf (bgimage_pathname, fmt, argptr);
va_end (argptr);
// does the background file look like an image we can comprehend ? try to get its width and height
if (GetImageSize (bgimage_pathname, &width, &height))
{
// yes it is, so load it as our background and round its size to the highest multiple of two
bg->sprite_width = 2;
while (bg->sprite_width < width)
bg->sprite_width *= 2; // save them rounded to the next power of two
bg->sprite_height = 2;
while (bg->sprite_height < height)
bg->sprite_height *= 2; // save them rounded to the next power of two
bg->sprite_index = Render_LoadSprite (bgimage_pathname); // load texture as sprite
}
else
{
// no it's not, so load a default texture
bg->sprite_index = Render_LoadSprite (L"%s/data/notexture.png", app_path);
bg->sprite_width = 2;
bg->sprite_height = 2;
}
return; // finished, theme background image is loaded
}