void resize( Uint16 w, Uint16 h )
{
#if defined ZOOMUP || defined ZOOMDOWN
#if defined ZOOMUP && defined ZOOMDOWN
if (dummy_screen)
spDeleteSurface(dummy_screen);
#ifdef FIRSTUP
dummy_screen = spCreateSurface(screen->w*2,screen->h*2);
#else
dummy_screen = spCreateSurface(screen->w/2,screen->h/2);
#endif
#else
if (screen)
spDeleteSurface(screen);
#ifdef ZOOMUP
screen = spCreateSurface(real_screen->w/2,real_screen->h/2);
#else
screen = spCreateSurface(real_screen->w*2,real_screen->h*2);
#endif
#endif
#endif
spSelectRenderTarget(screen);
//Font Loading
if ( font )
spFontDelete( font );
int zoom = spMin( ( screen->w << SP_ACCURACY ) / 320, ( screen->h << SP_ACCURACY ) / 240 ); //at 320x240 == 1.0
font = spFontLoad( "./font/LiberationMono-Regular.ttf", 10 * zoom >> SP_ACCURACY );
spFontAdd( font,SP_FONT_GROUP_ASCII, 0 ); //Just for debug stuff
spFontAddBorder( font, spGetFastRGB(127,127,127) );
}
StateScore::StateScore( StateLevel *level ) :
StateBase(),
file( FOLDER_DATA "/" FILE_HIGHSCORE_NORMAL )
{
SDL_Surface *temp = spCreateSurface( APP_SCREEN_WIDTH, APP_SCREEN_HEIGHT );
killFrame = spCreateSurface( APP_SCREEN_WIDTH, APP_SCREEN_HEIGHT );
spSelectRenderTarget( temp );
level->render( temp );
spUnlockRenderTarget();
SDL_SetAlpha( temp, SDL_SRCALPHA, 128 );
SDL_BlitSurface( temp, NULL, killFrame, NULL );
spLockRenderTarget();
spSelectRenderTarget( spGetWindowSurface() );
spDeleteSurface( temp );
if ( level->player->toBeRemoved )
playerDead = true;
else
playerDead = false;
score = level->scoreKeeper->getScore();
scoreText = spFontLoad( FONT_GENERAL, SCORE_FONT_SIZE );
if ( scoreText )
{
spFontAdd( scoreText, SP_FONT_GROUP_ALPHABET SP_FONT_GROUP_GERMAN ".:!\"_", -1 );
spFontAdd( scoreText, SP_FONT_GROUP_NUMBERS, spGetRGB( 255, 128, 0 ) );
}
nameBkup[0] = 0;
if ( level->run->playing )
{
state = 1;
caret = false;
strcpy( nameBkup, name );
strcpy( name, level->run->info.name.c_str() );
run = level->run;
level->run = NULL;
}
else
{
caret = true;
state = 0;
spPollKeyboardInput( name, SCORE_MAX_NAME_LENGTH, NULL );
run = level->run;
level->run = NULL;
}
caretTimer.start( SCORE_CARET_BLINK_TIME );
timers.push_back( &caretTimer );
type = stScore;
}
void init_target()
{
//Textures loading
target_scientist = spLoadSurface( "./data/science_guy_frames01.png" );
target_garfield = spLoadSurface( "./data/garfield.png" );
target_texture = spCreateSurface(256,256);
target_graph = spCreateSurface(GRAPH_SIZE,GRAPH_SIZE);
//Sprite Creating
target_sprite = spNewSprite( NULL );
int i;
for ( i = 0; i < 9; i++ )
spNewSubSpriteWithTiling( target_sprite, target_scientist, i * 24 + 1, 1, 22, 46, 100 );
}
StateMenu::StateMenu() : StateBase()
{
fontDark = spFontLoad( FONT_GENERAL, MENU_FONT_SIZE );
if ( fontDark )
{
spFontAdd( fontDark, SP_FONT_GROUP_ASCII, spGetFastRGB( 0, 0, 0 ) );
spFontAdd( fontDark, SP_FONT_GROUP_GERMAN, spGetFastRGB( 0, 0, 0 ) );
}
fontBright = spFontLoad( FONT_GENERAL, MENU_FONT_SIZE );
if ( fontBright )
spFontAdd( fontBright, SP_FONT_GROUP_ASCII, spGetFastRGB( 255, 255, 255 ) );
addMenuEntry( "start game", stLevel );
addMenuEntry( "show scores", stHighscores );
addMenuEntry( "load replay", stReplayLoader );
#ifdef _DEBUG
addMenuEntry( "collision test", stCollision );
#endif
addMenuEntry( "exit", -1 );
timers.push_back( &inputLag );
text = spCreateSurface( APP_SCREEN_WIDTH, APP_SCREEN_HEIGHT / 2 );
textMode = 1;
textIndex = -1;
timers.push_back( &textTimer );
lines.push_back( std::make_pair( "A game by", "Janek Schäfer" ) );
lines.push_back( std::make_pair( "Press \""SP_BUTTON_B_NAME"\" or \""SP_BUTTON_START_NAME"\"", "to select an item" ) );
lines.push_back( std::make_pair( "This is a WIP", "A lot left to do" ) );
lines.push_back( std::make_pair( "Use the arrow keys", "to navigate" ) );
lines.push_back( std::make_pair( "Hint: Bombs explode,", "Spikes and Lasers don't" ) );
lines.push_back( std::make_pair( "Hint: Not entering a name,", "will not add a highscore or replay" ) );
lines.push_back( std::make_pair( "Hint: Waves may exceed,", "the max unit limit" ) );
type = stMenu;
}
void UnitLaser::generateIdleImage()
{
idle = spCreateSurface( LASER_RADIUS * 2, LASER_RADIUS * 2 );
SDL_FillRect( idle, NULL, SP_ALPHA_COLOR );
spSelectRenderTarget( idle );
spEllipse( LASER_RADIUS, LASER_RADIUS, -1, LASER_RADIUS, LASER_RADIUS, 0 );
spSelectRenderTarget( spGetWindowSurface() );
}
void UnitBomb::generateFlashingImage()
{
flashing = spCreateSurface( BOMB_RADIUS * 2, BOMB_RADIUS * 2 );
SDL_FillRect( flashing, NULL, SP_ALPHA_COLOR );
spSelectRenderTarget( flashing );
spEllipse( BOMB_RADIUS ,BOMB_RADIUS, -1, BOMB_RADIUS, BOMB_RADIUS, spGetFastRGB( 255, 255, 255 ) );
spSelectRenderTarget( spGetWindowSurface() );
}
void ItemSlowmo::generateIdleImage()
{
idle = spCreateSurface( ITEM_SLOWMO_RADIUS * 2, ITEM_SLOWMO_RADIUS * 2 );
SDL_FillRect( idle, NULL, SP_ALPHA_COLOR );
spSelectRenderTarget( idle );
Uint16 col = spGetRGB( 0, 192, 0 );
spEllipse( ITEM_SLOWMO_RADIUS, ITEM_SLOWMO_RADIUS, -1, ITEM_SLOWMO_RADIUS, ITEM_SLOWMO_RADIUS, -1);
spEllipse( ITEM_SLOWMO_RADIUS, ITEM_SLOWMO_RADIUS, -1, ITEM_SLOWMO_RADIUS * 0.9, ITEM_SLOWMO_RADIUS * 0.9, col );
spEllipse( ITEM_SLOWMO_RADIUS, ITEM_SLOWMO_RADIUS, -1, ITEM_SLOWMO_RADIUS * 0.65, ITEM_SLOWMO_RADIUS * 0.65, -1);
spEllipse( ITEM_SLOWMO_RADIUS, ITEM_SLOWMO_RADIUS, -1, ITEM_SLOWMO_RADIUS * 0.55, ITEM_SLOWMO_RADIUS * 0.55, col );
spRectangle( ITEM_SLOWMO_RADIUS, ITEM_SLOWMO_RADIUS * 0.8, -1, ITEM_SLOWMO_RADIUS * 0.1, ITEM_SLOWMO_RADIUS * 0.4, -1 );
spRectangle( ITEM_SLOWMO_RADIUS * 1.2, ITEM_SLOWMO_RADIUS, -1, ITEM_SLOWMO_RADIUS * 0.4, ITEM_SLOWMO_RADIUS * 0.1, -1 );
spSelectRenderTarget( spGetWindowSurface() );
}
void ItemVortex::generateIdleImage()
{
idle = spCreateSurface( ITEM_VORTEX_RADIUS * 2, ITEM_VORTEX_RADIUS * 2 );
SDL_FillRect( idle, NULL, SP_ALPHA_COLOR );
spSelectRenderTarget( idle );
Uint16 col = spGetRGB( 0, 192, 0 );
spEllipse( ITEM_VORTEX_RADIUS, ITEM_VORTEX_RADIUS, -1, ITEM_VORTEX_RADIUS, ITEM_VORTEX_RADIUS, -1 );
spEllipse( ITEM_VORTEX_RADIUS, ITEM_VORTEX_RADIUS, -1, ITEM_VORTEX_RADIUS * 0.9, ITEM_VORTEX_RADIUS * 0.9, col );
spEllipse( ITEM_VORTEX_RADIUS, ITEM_VORTEX_RADIUS, -1, ITEM_VORTEX_RADIUS * 0.65, ITEM_VORTEX_RADIUS * 0.65, -1 );
spEllipse( ITEM_VORTEX_RADIUS, ITEM_VORTEX_RADIUS, -1, ITEM_VORTEX_RADIUS * 0.55, ITEM_VORTEX_RADIUS * 0.55, col );
spEllipse( ITEM_VORTEX_RADIUS, ITEM_VORTEX_RADIUS, -1, ITEM_VORTEX_RADIUS * 0.45, ITEM_VORTEX_RADIUS * 0.45, -1 );
spEllipse( ITEM_VORTEX_RADIUS, ITEM_VORTEX_RADIUS, -1, ITEM_VORTEX_RADIUS * 0.35, ITEM_VORTEX_RADIUS * 0.35, col );
spEllipse( ITEM_VORTEX_RADIUS, ITEM_VORTEX_RADIUS, -1, ITEM_VORTEX_RADIUS * 0.25, ITEM_VORTEX_RADIUS * 0.25, -1 );
spEllipse( ITEM_VORTEX_RADIUS, ITEM_VORTEX_RADIUS, -1, ITEM_VORTEX_RADIUS * 0.15, ITEM_VORTEX_RADIUS * 0.15, col );
spSelectRenderTarget( spGetWindowSurface() );
}
PREFIX void spFontChangeLetter( spFontPointer font, spLetterPointer letter, Uint32 character, Uint16 color )
{
letter->color = color;
char buffer[5];
buffer[0] = character;
buffer[1] = 0; //TODO: utf8
SDL_Color sdlcolor = {( color >> 11 ) << 3, ( ( color << 5 ) >> 10 ) << 2, ( ( color & 31 ) << 3 )};
SDL_Surface* surface = TTF_RenderUTF8_Solid( font->font, buffer, sdlcolor );
int width = surface->w + SP_FONT_EXTRASPACE * 2;
if ( width & 1 )
width++;
letter->surface = spCreateSurface(width, surface->h + SP_FONT_EXTRASPACE * 2);
SDL_FillRect( letter->surface, NULL, SP_ALPHA_COLOR );
SDL_Rect DestR;
DestR.x = SP_FONT_EXTRASPACE;
DestR.y = SP_FONT_EXTRASPACE;
DestR.w = surface->w;
DestR.h = surface->h;
SDL_BlitSurface( surface, NULL, letter->surface, &DestR );
SDL_FreeSurface( surface );
TTF_SizeUTF8( font->font, buffer, &( letter->width ), &( letter->height ) );
if ( font->maxheight < letter->height )
font->maxheight = letter->height;
}
PREFIX void spFontAdd( spFontPointer font, Uint32 character, Uint16 color )
{
spLetterPointer letter = ( spLetterPointer )malloc( sizeof( spLetterStruct ) );
spFontChangeLetter( font, letter, character, color );
letter->character = character;
//tree insert
font->root = spFontInsert( letter, font->root );
}
void resize_particle(int winX,int winY)
{
//smallParticle 2% of y
if (smallParticle)
SDL_FreeSurface(smallParticle);
int w = winY*2/100;
if (w&1)
w++;
SDL_Surface* dummy = spCreateSurface(w,w);
SDL_LockSurface(dummy);
Uint16* pixel = dummy->pixels;
int x,y;
for (x = 0; x < dummy->w; x++)
for (y = 0; y < dummy->h; y++)
{
int X = dummy->w/2-x;
int Y = dummy->h/2-y;
int R = dummy->w/2;
if (X*X+Y*Y < R*R)
pixel[x+y*dummy->w] = 65535;
else
pixel[x+y*dummy->w] = SP_ALPHA_COLOR;
}
SDL_UnlockSurface(dummy);
smallParticle = dummy;
//middleParticle 3.5% of y
if (middleParticle)
SDL_FreeSurface(middleParticle);
w = winY*7/200;
if (w&1)
w++;
dummy = spCreateSurface(w,w);
SDL_LockSurface(dummy);
pixel = dummy->pixels;
for (x = 0; x < dummy->w; x++)
for (y = 0; y < dummy->h; y++)
{
int X = dummy->w/2-x;
int Y = dummy->h/2-y;
int R = dummy->w/2;
if (X*X+Y*Y < R*R)
pixel[x+y*dummy->w] = 65535;
else
pixel[x+y*dummy->w] = SP_ALPHA_COLOR;
}
SDL_UnlockSurface(dummy);
middleParticle = dummy;
//bigParticle 5% of y
if (bigParticle)
SDL_FreeSurface(bigParticle);
w = winY*5/100;
if (w&1)
w++;
dummy = spCreateSurface(w,w);
SDL_LockSurface(dummy);
pixel = dummy->pixels;
for (x = 0; x < dummy->w; x++)
for (y = 0; y < dummy->h; y++)
{
int X = dummy->w/2-x;
int Y = dummy->h/2-y;
int R = dummy->w/2;
if (X*X+Y*Y < R*R)
pixel[x+y*dummy->w] = 65535;
else
pixel[x+y*dummy->w] = SP_ALPHA_COLOR;
}
SDL_UnlockSurface(dummy);
bigParticle = dummy;
//timeSurface
if (timeSurface)
SDL_FreeSurface(timeSurface);
w = winY*2/6;
if (w&1)
w++;
dummy = spCreateSurface(w,w/8);
SDL_LockSurface(dummy);
pixel = dummy->pixels;
//memset(pixel,255,dummy->w*dummy->h*4);
for (x = 0; x < dummy->w; x++)
for (y = 0; y < dummy->h; y++)
{
/*pixel[(x+y*dummy->w)*4+0] = 255;
if (x < dummy->w/2)
pixel[(x+y*dummy->w)*4+1] = 2*x*192/dummy->w;
else
pixel[(x+y*dummy->w)*4+1] = 2*(dummy->w-x)*192/dummy->w;
pixel[(x+y*dummy->w)*4+2] = x*255/dummy->w;
pixel[(x+y*dummy->w)*4+3] = 255-x*255/dummy->w; */
if ((x == 0) ^ (y == 0) ^ (x == dummy->w-1) ^ (y == dummy->h-1))
pixel[x+y*dummy->w] = 65535;
else
if ((x == 0) || (y == 0) || (x == dummy->w-1) || (y == dummy->h-1))
pixel[x+y*dummy->w] = SP_ALPHA_COLOR;
else
{
int g = (x*255/dummy->w)>>2;
int r = (255-x*255/dummy->w)>>3;
pixel[x+y*dummy->w] = (r<<11)+(g<<5);
}
}
SDL_UnlockSurface(dummy);
timeSurface = dummy;
}
PREFIX void spFontChangeLetter( spFontPointer font, spLetterPointer letter, Uint32 character, Uint16 color )
{
letter->color = color;
Uint16 buffer[2];
buffer[0] = character;
buffer[1] = 0;
SDL_Color sdlcolor = {( color >> 11 ) << 3, ( ( color << 5 ) >> 10 ) << 2, ( ( color & 31 ) << 3 )};
SDL_Surface* surface;
if (spFontBackgroundColor == SP_FONT_NO_BORDER)
surface = TTF_RenderUNICODE_Solid( font->font, buffer, sdlcolor );
else
{
SDL_Color background = {( spFontBackgroundColor >> 11 ) << 3, ( ( spFontBackgroundColor << 5 ) >> 10 ) << 2, ( ( spFontBackgroundColor & 31 ) << 3 )};
surface = TTF_RenderUNICODE_Shaded( font->font, buffer, sdlcolor ,background );
}
if (!surface)
surface = spCreateSurface(0,font->maxheight);
int width = surface->w + SP_FONT_EXTRASPACE * 2;
if ( width & 1 )
width++;
letter->surface = spCreateSurface(width, surface->h + SP_FONT_EXTRASPACE * 2);
SDL_FillRect( letter->surface, NULL, SP_ALPHA_COLOR );
SDL_Rect DestR;
DestR.x = SP_FONT_EXTRASPACE;
DestR.y = SP_FONT_EXTRASPACE;
DestR.w = surface->w;
DestR.h = surface->h;
SDL_BlitSurface( surface, NULL, letter->surface, &DestR );
SDL_FreeSurface( surface );
//Setting every spFontBackgroundColor to the alpha color
SDL_LockSurface( letter->surface );
Uint16* pixel = ( Uint16* )( letter->surface->pixels );
int scanline = letter->surface->pitch/letter->surface->format->BytesPerPixel;
int x, y;
for ( x = 0; x < letter->surface->w; x++ )
for ( y = 0; y < letter->surface->h; y++ )
if ( pixel[x + y * scanline] == spFontBackgroundColor )
pixel[x + y * scanline] = SP_ALPHA_COLOR;
SDL_UnlockSurface( letter->surface );
TTF_SizeUNICODE( font->font, buffer, &( letter->width ), &( letter->height ) );
if ( font->maxheight < letter->height )
font->maxheight = letter->height;
}
static void spFontInternalAddOneCharacter( spFontPointer font, Uint32 character, Uint16 color )
{
if (spFontGetLetter(font,character))
return;
spLetterPointer letter = ( spLetterPointer )malloc( sizeof( spLetter ) );
spFontChangeLetter( font, letter, character, color );
letter->character = character;
//tree insert
font->root = spFontInsert( letter, font->root );
}
PREFIX void spFontAdd( spFontPointer font, char* characters, Uint16 color )
{
//parsing the characters string.
int pos = 0;
while (1)
{
Uint32 character = spFontGetUnicodeFromUTF8(&(characters[pos]));
if (character == 0)
break;
pos+=spFontLastUTF8Length;
spFontInternalAddOneCharacter(font,character,color);
}
}
PREFIX void spFontAddRange( spFontPointer font, char* from, char* to, Uint16 color )
{
//getting the characters strings
Uint32 c_from = spFontGetUnicodeFromUTF8(from);
if (c_from == 0)
return;
Uint32 c_to = spFontGetUnicodeFromUTF8(to);
if (c_to == 0)
return;
Uint32 character;
if (c_from > c_to)
{
character = c_from;
c_from = c_to;
c_to = character;
}
for (character = c_from; character <= c_to; character++)
spFontInternalAddOneCharacter(font,character,color);
}
PREFIX void spFontChangeButton( spFontPointer font, spLetterPointer letter, Uint32 character, char* caption, Uint16 fgColor, Uint16 bgColor )
{
letter->color = fgColor;
SDL_Color sdlcolor = {( fgColor >> 11 ) << 3, ( ( fgColor << 5 ) >> 10 ) << 2, ( ( fgColor & 31 ) << 3 )};
int width;
if (spFontCorrectStrategy(caption) == SP_FONT_BUTTON)
{
char buffer[5];
buffer[0] = character;
buffer[1] = 0; //TODO: utf8
SDL_Surface* surface = TTF_RenderUTF8_Solid( font->font, caption, sdlcolor );
width = font->maxheight + SP_FONT_EXTRASPACE * 2;
if ( width & 1 )
width++;
letter->surface = spCreateSurface(width, width);
SDL_LockSurface(letter->surface);
int x,y;
Uint16* pixel = (Uint16*)letter->surface->pixels;
int w = letter->surface->pitch/letter->surface->format->BytesPerPixel;
for (x = 0; x < letter->surface->w; x++)
for (y = 0; y < letter->surface->h; y++)
{
if ((x-width/2)*(x-width/2)+(y-width/2)*(y-width/2) <= width*width/4)
{
if ((x-width/2)*(x-width/2)+(y-width/2)*(y-width/2) <= width*width/5)
pixel[x+y*w] = bgColor;
else
pixel[x+y*w] = fgColor;
}
else
pixel[x+y*w] = SP_ALPHA_COLOR;
}
SDL_UnlockSurface(letter->surface);
SDL_Rect DestR;
DestR.x = width/2-surface->w/2;
DestR.y = font->maxheight/2+SP_FONT_EXTRASPACE-surface->h/2;
DestR.w = surface->w;
DestR.h = surface->h;
SDL_BlitSurface( surface, NULL, letter->surface, &DestR );
SDL_FreeSurface( surface );
}
else
{
int buttonWidth = font->maxheight + SP_FONT_EXTRASPACE * 2;
int border = buttonWidth/14;
SDL_Surface* surface = TTF_RenderUTF8_Solid( font->font, caption, sdlcolor );
width = surface->w+2*SP_FONT_EXTRASPACE+2*border;
if ( width & 1 )
width++;
letter->surface = spCreateSurface(width, font->maxheight+SP_FONT_EXTRASPACE*2);
SDL_LockSurface(letter->surface);
int x,y;
Uint16* pixel = (Uint16*)letter->surface->pixels;
int w = letter->surface->pitch/letter->surface->format->BytesPerPixel;
for (x = 0; x < letter->surface->w; x++)
for (y = 0; y < letter->surface->h; y++)
{
if (x < border || y < border ||
x >= width-border || y >= letter->surface->h-border)
pixel[x+y*w] = fgColor;
else
pixel[x+y*w] = bgColor;
}
SDL_UnlockSurface(letter->surface);
SDL_Rect DestR;
DestR.x = SP_FONT_EXTRASPACE+border;
DestR.y = font->maxheight/2+SP_FONT_EXTRASPACE-surface->h/2;
DestR.w = surface->w;
DestR.h = surface->h;
SDL_BlitSurface( surface, NULL, letter->surface, &DestR );
SDL_FreeSurface( surface );
}
letter->height = font->maxheight;
letter->width = width;
}
PREFIX void spFontAddButton( spFontPointer font, Uint32 character, char* caption, Uint16 fgColor, Uint16 bgColor )
{
spLetterPointer letter = ( spLetterPointer )malloc( sizeof( spLetterStruct ) );
spFontChangeButton( font, letter, character, caption, fgColor, bgColor );
letter->character = character;
//tree insert
font->buttonRoot = spFontInsert( letter, font->buttonRoot );
}