void initgraphics(MainStruct* mains)
{
SetFontTilesIndex(67);
InitMusicPlayer(patches);
//Screen info horziontal
mains->x.SCREENTILE = SCREEN_TILES_H;
mains->x.TILE = TILE_WIDTH;
mains->x.MEGATILE = TILE_WIDTH * MEGATILE_WIDTH;
mains->x.MAP = MAP_MEGA_WIDTH;
mains->x.MEGA = MEGATILE_WIDTH;
//Screen info vertical
mains->y.SCREENTILE = SCREEN_TILES_V;
mains->y.TILE = TILE_HEIGHT;
mains->y.MEGATILE = TILE_HEIGHT * MEGATILE_HEIGHT;
mains->y.MAP = MAP_MEGA_HEIGHT;
mains->y.MEGA = MEGATILE_HEIGHT;
//Screen position
mains->x.p = 2;
mains->y.p = 6;
screenSections[1].flags = SCT_PRIORITY_SPR;
screenSections[1].tileTableAdress = tiles;
screenSections[1].scrollX = screenSections[1].scrollY = 0;
screenSections[0].flags = SCT_PRIORITY_BG;
screenSections[0].tileTableAdress = tiles;
sprites[0].tileIndex=0;
SetSpritesOptions(SPR_OVERFLOW_ROTATE);
}
/**
* Main code
*/
int main() {
SetTileTable(tiles);
SetSpritesTileTable(tiles);
SetFontTilesIndex(TILE_FIRST_FONT);
InitMusicPlayer(patches);
TriggerNote(3,SOUND_INTRO_MUSIC,20,0xff);
SetUserPostVsyncCallback(vsync_callback);
// read custom configuration from eeprom
EepromReadBlock(129, &eeprom_data);
eeprom_data.id = 129;
game();
}
/**
* \brief Performs some basic initialization functions.
*
* Sets up our graphics, initializes a few variables for convenience, loads saved scores and gets the music going.
*/
static void initialSetup()
{
SetSpritesTileTable(ghost_sprites); //sets the tiles to be used for our various sprites
SetFontTilesIndex(TITLE_TILES_SIZE); //tiles for the font were included immediately after the include for background tiles
//therefore this says how many tiles in memory to move forward from the first one
//in order to find the beginning of the font tiles
SetTileTable(title_tiles); //sets the tiles to be used for the normal background tiles in the game
//fonts use this and the index above to set font tiles
InitMusicPlayer(patches); //initialize the sound engine
SetMasterVolume(0xff); //set volume to max
StartSong(midisong); //start playing the main theme
ClearVram(); //fill entire screen with first tile in the tileset (blank the screen)
//set up some convenience variables for changing player image and drawing the score
player_sprites[0]=ghost0;
player_sprites[1]=ghost1;
player_sprites[2]=ghost2;
player_sprites[3]=ghost3;
player_sprites[4]=ghost4;
player_sprites[5]=ghost5;
player_sprites[6]=ghost6;
player_sprites[7]=ghost7;
player_sprites[8]=ghost8;
numbers[0]=num0;
numbers[1]=num1;
numbers[2]=num2;
numbers[3]=num3;
numbers[4]=num4;
numbers[5]=num5;
numbers[6]=num6;
numbers[7]=num7;
numbers[8]=num8;
numbers[9]=num9;
//checks if our desired eeprom block is setup correctly,
//if not, it wipes it so we don't have to deal with garbage data in the high score list
if(checkEeprom()==1)
{
wipeEeprom();
}
//load our top 10 saved scores from eeprom
LoadScore(0, 9);
}
void DisplayHowToPlay(){
SetTileTable(tiles);
SetFontTilesIndex(TILES_SIZE);
ClearTextVram();
DrawMap2(4,1,map_title2);
Print(1,5,PSTR("The Game of Life is a cellular "));
Print(1,6,PSTR("automaton devised by the mathematician"));
Print(1,7,PSTR("John Conway in 1970. One interacts "));
Print(1,8,PSTR("with the game by creating an initial "));
Print(1,9,PSTR("configuration and observing how it "));
Print(1,10,PSTR("evolves."));
Print(1,12,PSTR("The game is made of a grid of cells "));
Print(1,13,PSTR("each of which has two possible states"));
Print(1,14,PSTR("alive or dead. Each turn, cells"));
Print(1,15,PSTR("evolves according to four rules:"));
Print(1,17,PSTR("1.Any live cell with fewer than two "));
Print(1,18,PSTR(" live neighbours dies"));
Print(1,19,PSTR("2.Any live cell with two or three live"));
Print(1,20,PSTR(" neighbours lives on to the next turn"));
Print(1,21,PSTR("3.Any live cell with more than three"));
Print(1,22,PSTR(" live neighbours dies"));
Print(1,23,PSTR("4.Any dead cell with exactly three"));
Print(1,24,PSTR(" live neighbours becomes a live cell"));
Print(15,26,PSTR("PRESS START"));
while(1){
if(ReadJoypad(0)==BTN_START){
while(ReadJoypad(0)!=0);
return;
}
}
}
char introscreen(GameStruct* game)
{
unsigned char counter;
unsigned int joypad;
ClearVram();
memset(sprites, 0, sizeof(struct SpriteStruct)*32);
SetFontTilesIndex(49);
screenSections[1].flags = SCT_PRIORITY_BG;
screenSections[0].tileTableAdress = zombienator_title;
screenSections[1].scrollX = screenSections[1].scrollY = 0;
setoverlay(0);
game->menupos = counter = 0;
DrawMap2(0,6, title_map);
for(int i = 0; i < 22; i++)
SetTile(i, 10, 27 + i);
for(;;)
{
WaitVsync(1);
Fill(0,13, SCREEN_TILES_H, SCREEN_TILES_V - 13, 0);
Print(5, 14, singlestr);
Print(5, 15, multistr);
Print(5, 16, highstr);
Print(3, 14 + game->menupos, selectstr);
joypad = 0;
counter++;
game->frames++;
if(counter >= 15)
{
counter = 0;
while(!(joypad&(BTN_START|BTN_SELECT|BTN_UP|BTN_DOWN)))
{
joypad = ReadJoypad(0);
switch(joypad&(BTN_START|BTN_SELECT|BTN_UP|BTN_DOWN))
{
case BTN_START:
case BTN_SELECT:
if(game->menupos == 0)
return 1;
else if(game->menupos == 1)
return 2;
break;
case BTN_UP:
if(game->menupos > 0 )
game->menupos--;
else
game->menupos = 2;
break;
case BTN_DOWN:
if(game->menupos < 2)
game->menupos++;
else
game->menupos = 0;
break;
}
}
}
}
return 0;
}
u8 Title(){
ClearTextVram();
SetTileTable(tiles);
SetFontTilesIndex(TILES_SIZE);
DrawMap2(8,3,map_title1);
DrawMap2(4,6,map_title2);
DrawMap2(24,13,map_title3);
Print(8,15,PSTR("PLAY"));
Print(8,16,PSTR("HOW TO PLAY"));
// Print(8,17,PSTR("OPTIONS"));
Print(13,26,PSTR("V1.1 \\ 2013 Uze"));
u8 option=0;
u8 animFrame=0,animDelay=0;
u8 x=6,y=15;
u16 joy,prevJoy=0;
while(1){
WaitVsync(1);
joy=ReadJoypad(0);
AnimateCursor(x,y+option);
/*
if(animDelay==15){
//clear othercursor location
SetTile(x,y+(option^1),0);
SetTile(x+1,y+(option^1),0);
animDelay=0;
animFrame++;
if(animFrame==4)animFrame=0;
switch(animFrame){
case 0:
SetTile(x,y+option,1);
SetTile(x+1,y+option,2);
break;
case 1:
SetTile(x,y+option,3);
SetTile(x+1,y+option,4);
break;
case 2:
SetTile(x,y+option,5);
SetTile(x+1,y+option,6);
break;
default:
SetTile(x,y+option,7);
SetTile(x+1,y+option,8);
break;
}
}
animDelay++;
*/
if(prevJoy==0){
if (joy==BTN_SELECT || joy==BTN_UP || joy==BTN_DOWN){
option^=1;
animDelay=15;
}else if(joy==BTN_START){
while(ReadJoypad(0)!=0);
return option;
}
}
prevJoy=joy;
}
}
int main(){
SetUserPostVsyncCallback(&VsyncCallBack);
while(1){
vmode=0;
vmode_text_lines=SCREEN_TILES_V;
paused=true;
u8 option=0;
do{
option=Title();
if(option==1){
DisplayHowToPlay();
}
}while(option!=0);
ClearVram();
SetTileTable(font);
SetFontTilesIndex(0);
CreateStatusBar();
//SetTile(0,0,91);
//SetTile(1,0,92);
//Print(1,0,PSTR("Started Generation: SELECT=Menu"));
vmode_text_lines=1;
//vmode=1;
vmode_grid_col=9;//82;
vmode_page=0;
cursor_x=44;
cursor_y=25;
//R-pentamino
//PutPixel(40,30,1,0);
//PutPixel(41,30,1,0);
//PutPixel(39,31,1,0);
//PutPixel(40,31,1,0);
//PutPixel(40,32,1,0);
//u16 joy;
inMainLoop=true;
bool gameEnd=false;
while(1){
WaitVsync(1);
if(!paused){
ComputeNextStep();
vmode_page^=1;
gen++;
}
if(keyAction!=ACTION_NONE){
switch(keyAction){
case ACTION_STARTSTOP:
paused=!paused;
keyAction=ACTION_NONE;
break;
case ACTION_OPENMENU:
if(OpenMenu()==1){
gameEnd=true;
inMainLoop=false;
}
keyAction=ACTION_NONE;
break;
}
}
UpdateStatusBar();
if(gameEnd)break;
}
}
}
u8 OpenMenu(){
ClearTextVram();
SetTileTable(tiles);
SetFontTilesIndex(TILES_SIZE);
//Show object types
Print(6,2,PSTR("Select life object to insert"));
Print(5,3,PSTR("at the current cursor position"));
Print(7,7,PSTR("Glider"));
Print(7,8,PSTR("Lightweight spaceship (LWSS)")) ;
Print(7,9,PSTR("R-Pentamino"));
Print(7,10,PSTR("Gosper glider gun"));
Print(7,11,PSTR("Clear field"));
Print(7,12,PSTR("Exit game"));
//slide in menu
WaitVsync(1);
Fill(0,0,40,1,0);
for(u8 i=1;i<29;i++){
WaitVsync(1);
vmode_text_lines=i;
}
s8 option=0,x=5,y=7;
u16 joy,prevJoy=0;
while(1){
WaitVsync(1);
joy=ReadJoypad(0);
if(prevJoy==0){
if (joy==BTN_UP){
if(option>0) option--;
}else if (joy==BTN_DOWN){
if(option<5)option++;
}else if(joy==BTN_SELECT){
break;
}else if(joy==BTN_START){
switch(option){
case 0:
glider(cursor_x,cursor_y);
break;
case 1:
lwss(cursor_x,cursor_y);
break;
case 2:
rPentamino(cursor_x,cursor_y);
break;
case 3:
gliderGun(cursor_x,cursor_y);
break;
case 4:
ClearVram();
break;
default:
while(ReadJoypad(0)!=0);
return 1; //signal game end, back to main menu
}
break;
}
}
prevJoy=joy;
AnimateCursor(x,y+option);
}
while(ReadJoypad(0)!=0);
//close menu
for(u8 i=29;i>0;i--){
WaitVsync(1);
vmode_text_lines=i;
}
ClearTextVram();
SetTileTable(font);
SetFontTilesIndex(0);
CreateStatusBar();
return 0;
}
int main(){
TriggerFx(0,0,0);
ClearVram();
InitMusicPlayer(patches);
SetMasterVolume(0x40);
StartSong(midisong);
SetSpritesTileTable(mario_sprites_tileset);
SetFontTilesIndex(SMB_TILESET_SIZE);
SetTileTable(smb_tileset);
Screen.scrollHeight = 23;
Screen.overlayHeight=4;
Screen.overlayTileTable=smb_tileset;
DrawMap2(0,Screen.scrollHeight,map_hud);
unsigned char c;
for(int y=0;y<22;y++){
for(int x=0;x<30;x++){
c=pgm_read_byte(&(map_main[(y*MAP_MAIN_WIDTH)+x+2]));
SetTile(x,y+1,c);
}
}
dx=0;
sx=50;
sy=169-32+8;
sprDir=1;
goombaX[0]=17; //159;
goombaDir[0]=-1;
goombaAnim[0]=0;
goombaSpr[0]=0;
goombaSprIndex[0]=6;
goombaX[1]=65 ;//201;
goombaDir[1]=1;
goombaAnim[1]=0;
goombaSpr[1]=0;
goombaSprIndex[1]=10;
MapSprite2(0,map_rwalk1,0);
MapSprite2(6,map_rgoomba1,SPRITE_FLIP_X);
MapSprite2(10,map_rgoomba2,0);
g=0;
MoveSprite(0,sx,sy,2,3);
Scroll(0,-1);
MoveSprite(goombaSprIndex[0],goombaX[0],176,2,2);
MoveSprite(goombaSprIndex[1],goombaX[1],176,2,2);
Screen.scrollY=0;
Screen.overlayHeight=4;//OVERLAY_LINES;
while(1){
WaitVsync(1);
processControls();
if((active&1)!=0){
PerformActions();
MoveSprite(0,sx,sy+dy,2,3);
}else{
MoveSprite(0,sx,230,2,3);
}
//animate goombas
for(g=0;g<2;g++){
if(goombaX[g]<=0 && goombaDir[g]==-1){
goombaDir[g]=1;
}
if(goombaX[g] >= (215+15) && goombaDir[g]==1){
goombaDir[g]=-1;
}
goombaX[g]+=goombaDir[g];
goombaAnim[g]++;
if(goombaAnim[g]==8){
goombaSpr[g]^=1;
goombaAnim[g]=0;
}
if(goombaSpr[g]==0){
MapSprite2(goombaSprIndex[g],map_rgoomba1,goombaDir[g]!=1?SPRITE_FLIP_X:0);
}else{
MapSprite2(goombaSprIndex[g],map_rgoomba2,goombaDir[g]!=1?SPRITE_FLIP_X:0);
}
MoveSprite(goombaSprIndex[g],goombaX[g],176-32+8,2,2);
}
}
}
/**
* \brief The main game loop. This just cycles endlessly, it uses the game's 'state' to determine which screen to show and what to do.
*/
int main(){
//looping back and forth forever (cards against humanity reference)
while(1)
{
//some basic prep work performed once before our custom intro
if(game_state == INTRO)
{
initialSetup();
initIntro();
}
//perform custom intro
while(game_state == INTRO)
{
//wait until the next frame
WaitVsync(1);
drawIntro();
processIntro();
}
//prep the main menu
if(game_state == MAIN_MENU)
{
FadeOut(0,true);
ClearVram();
SetTileTable(title_tiles);
SetFontTilesIndex(TITLE_TILES_SIZE);
drawMainMenu();
FadeIn(0,false);
}
//draw menu and handle input
while(game_state == MAIN_MENU)
{
WaitVsync(1);
drawMenuCursor();
processMainMenu();
}
if(game_state== GAME)
{
//run our setup for the main game
ClearVram();
FadeOut(0,true);
gameSetup();
FadeIn(0,false);
}
//when we're in the gameplay portion, draw and accept input for the game
while(game_state == GAME)
{
WaitVsync(1);
processScrollSpeed(); //scrolls screen as appropriate
updateCity(); //offsets city for parallax
processControls(); //accepts and processes controller input
processPlayerMotion(); //update player position
processSprites(); //updates and moves player image to player position
}
if(game_state == HIGH_SCORES)
{
FadeOut(0,true);
SetTileTable(title_tiles);
SetFontTilesIndex(TITLE_TILES_SIZE);
drawLocalHighScoreMenu(); //draw up the high score screen
FadeIn(0,false);
deathclock=120; //reset death timer to 2 seconds
if(score > topscores[9])
{
LoadScore(0, 9); //load top 10 saved high scores
SaveScore(score); //save our current score if it's high enough
drawLocalHighScoreMenu(); //draw up the high score screen
}
}
//draw and accepts input for the local high score screen
while(game_state == HIGH_SCORES)
{
WaitVsync(1);
processHighScoreMenu();
}
}
}
int main(){
SetTileTable(tiles); //Set the tileset to use (set this first)
SetFontTilesIndex(TILES_SIZE); //Set the tile number in the tilset that contains the first font
ClearVram(); //Clear the screen (fills the vram with tile zero)
long sectorStart;
sdCardInitNoBuffer();
sectorStart = sdCardFindFileFirstSectorFlash(fileName);
if(sectorStart == 0){
Print(0,0,PSTR("FILE HELLWRLD.TXT NOT FOUND ON SD CARD"));
} else {
sdCardCueSectorAddress(sectorStart);
/*
HELLO WORLD FROM THE SD CARD
VERTICAL TEXT
DOUBLE SPACES
DOUBLE LINE SPACING DOUBLE LINE SPACING DOUBLE LINE SPACING DOUBLE LINE SPACING
RUN2SPANXFOR16BITINDEX
*/
// sdCardDirectReadSimple(uint8_t *dest, uint16_t count);
// sdDirectRead(uint8_t *dest, uint16_t count, uint8_t span, uint8_t run);
//
//
// HELLO WORLD FROM THE SD CARD
// Read 28 bytes of test straight to VRAM
// sdCardDirectReadSimple(address, length) == sdDriectReadSimple(address, length, 0, 0)
// That is SPAN = 0 RUN = 0
sdCardDirectReadSimple(&vram[COORD(0,0)], 28); // HELLO WORLD
sdCardSkipBytes(1); // Skip the CR/LF
// VERTICAL TEXT
// SPAN = 39
// RUN = 1
//
// Every 1 (RUN) byte skip 39 (SPAN) bytes
//
// Screen width = 40 so 39 is screen width - 1
sdCardDirectRead(&vram[COORD(0,2)], 13, 39, 1); // VERTICAL TEXT
sdCardSkipBytes(1); // Skip the CR/LF
// DOUBLE SPACES
// SPAN = 1
// RUN = 1
//
// Every 1 (RUN) byte skip 1 (SPAN) bytes
sdCardDirectRead(&vram[COORD(3,2)], 13, 1, 1); // DOUBLE SPACES
sdCardSkipBytes(1); // Skip the CR/LF
// DOUBLE SPACES
// SPAN = 39
// RUN = 80
//
// Every 40 (RUN) bytes skip 39 (SPAN) bytes
// 40 is one whole line of text
// 39 is (40-1)
sdCardDirectRead(&vram[COORD(0,17)], 80, 39, 40); // DOUBLE LINE SPACING
sdCardSkipBytes(1); // Skip the CR/LF
// 16 bit modes
// SPAN = 38
// RUN = 2
//
// Every 2 (RUN) bytes skip 38 (SPAN) bytes
// 2 bytes = 16 bits. So modes with a 16 bit tile index could use this to fill in a column
// 38 is (40-2)
sdCardDirectRead(&vram[COORD(20,4)], 22, 38, 2); // 16 BIT MODES
}
while(1);
}