int Generate()
{
int attempts = 0;
int i;
int correct_dist = 0;
int maxdist = 0;
rdir = rand()%4;
NewRoom(map.w / 2 - 20 / 2, map.h / 2 - 15 / 2, 20, 15, -1);
for (attempts = 0; attempts < 100000; attempts++) {
assert(map.w == 512);
AddChild(rndval(rndval(0, total_rooms-1), total_rooms-1));
if (total_rooms % 100 == 99) {
LoadingScreen(0, (float)total_rooms / (float) NUM_ROOMS);
}
if (total_rooms == NUM_ROOMS) break;
}
if ((total_rooms < NUM_ROOMS)||(DoRepeat == 1)) {
DoRepeat = 0;
ResetLevel();
return 0;
}
RecurseSetDist();
for (i = 0; i < NUM_ROOMS; i++) {
if (map.rooms[i].s_dist > maxdist) {
maxdist = map.rooms[i].s_dist;
}
if (map.rooms[i].s_dist >= 50) {
correct_dist = 1;
}
}
if (correct_dist == 0) {
/*printf("Dist fail (only %d)\n", maxdist);*/
DoRepeat = 0;
ResetLevel();
return 0;
}
/*printf("Rooms: %d\n", total_rooms);*/
MakeSpecialRooms();
map.totalRooms = total_rooms;
return 1;
}
void DunGen::Load(int xCap,int yCap)
{
ResetLevel();
levelXCap = xCap;
levelYCap = yCap;
//Also load from file
//Scratched. Just here for historical purposes.
}
void TreeCommon::ResetLevel(CNode* node, int level) {
if (node == NULL) return;
node->set_level(level);
if (level > max_level_) max_level_ = level;
if (node->type() == CNode::BRANCH) {
CBranch* branch = dynamic_cast<CBranch*>(node);
if (branch != NULL) {
for (int i = 0; i < branch->linked_nodes.size(); ++i)
ResetLevel(branch->linked_nodes[i], level + 1);
}
}
}
void GameLogicComponent::ProcessEvent( GameEvent const& i_event)
{
switch ( i_event )
{
case ( GameEvent::e_ballHitsAIGoalLine ):
{
m_playerScore += 1;
m_messenger.Post({0},{1,m_playerScore});
ResetLevel();
break;
}
case ( GameEvent::e_ballHitsPlayerGoalLine ):
{
m_aiScore += 1;
m_messenger.Post({0},{2,m_aiScore});
ResetLevel();
break;
}
default:
{
assert(false);
}
}
}
//TODO: This function still lacks the functionality to set the camera to the correct place when level changes (or however the levels are implemented)
void CAppStateGame::OnLevelChange() {
CurrentLevelNumber++;
//If we have survived the last level (TODO:next state should be end credits or something?)
if (CurrentLevelNumber == 1) {
debug("Area 1 loading start", 1);
if(CArea::AreaControl.OnLoad(PATH_MAPS PATH_AREA1) == false) {
return;
}
}
else if (CurrentLevelNumber == 2) {
debug("Area 2 loading start", 1);
if(CArea::AreaControl.OnLoad(PATH_MAPS PATH_AREA2) == false) {
return;
}
}
else if(CurrentLevelNumber > 2) {
NextState = APPSTATE_MAINMENU;
levelBeginningScores = 0;
GameOver = true;
CheckHighScores();
return;
}
std::string LevelInfoFile = "level"+IntToString(CurrentLevelNumber)+"info.txt";
//Loading of new level information
Level = GetCurrentLevelInfo (LevelInfoFile);
debug("Changed to level" + IntToString(CurrentLevelNumber));
//Let's set the new level ending point
LevelEndingPoint = Level.back().ActiveXPosition;
std::string LevelMusicID = "Level"+IntToString(CurrentLevelNumber) + "Music";
//Play the level music
CSoundBank::SoundControl.Play(CSoundBank::MUSIC, LevelMusicID, false, 70);
levelBeginningScores = Player->Points;
keepOldGun = true;
ResetLevel();
}
void NeuroSandCube::Update()
{
m_spCommandController->PollCommands();
if (player->levelRestart)
{
ResetLevel();
}
StateDistributor::GetInstance().Distribute();
m_spIOService->Update();
ResetFrame();
}
//Reset the game
void ResetGame(){
//Reset the frame counter
frame_counter = 0;
//Reset the score
yellow_player.score = 0;
purple_player.score = 0;
yellow_player.prev_score = 0;
purple_player.prev_score = 0;
//-------------------------
//Init sprite positions
//-------------------------
//Reset the ball position
ResetLevel();
}
void DunGen::Generate(int xCap,int yCap,int difficulty)
{
srand(time(NULL));
//blankTexture.loadFromFile("sprites/dungeon_sprites/emptytile.png");
//lvlTexture.loadFromFile("sprites/dungeon_sprites/room.png");
//stairTexture.loadFromFile("sprites/dungeon_sprites/dstair.png");
ResetLevel();
Tunnels(xCap,yCap,difficulty,3);
Rooms(xCap,yCap,difficulty,4);
PlaceChest(difficulty);
SpriteGenerate();
}
void LevelEditor () {
int i=0;
int j=0;
if (Panel==0) {
if ((Key=='d' || Arrow=='M') && Tile_X<399) Tile_X++;
if ((Key=='a' || Arrow=='K') && Tile_X>0) Tile_X--;
if ((Key=='s' || Arrow=='P') && Tile_Y<8) Tile_Y++;
if ((Key=='w' || Arrow=='H') && Tile_Y>0) Tile_Y--;
if ((Key==' ' || Arrow==28)) {
if (Tile_Type==5) {
for (i=0; i<LEVEL_MAXLEN; i++) if (*(Levels[CURRENT_LEVEL]+0*LEVEL_MAXLEN+i)==5) *(Levels[CURRENT_LEVEL]+0*LEVEL_MAXLEN+i)=0;
*(Levels[CURRENT_LEVEL]+0*LEVEL_MAXLEN+Tile_X)=5;
} else {
*(Levels[CURRENT_LEVEL]+Tile_Y*LEVEL_MAXLEN+Tile_X)=Tile_Type;
}
}
}
if (Panel==1) {
if ((Key=='s' || Arrow=='P') && Tile_Type<5) Tile_Type++;
if ((Key=='w' || Arrow=='H') && Tile_Type>0) Tile_Type--;
}
if (Panel==2) {
if ((Key=='s' || Arrow=='P') && Q_SELECTED<5) Q_SELECTED++;
if ((Key=='w' || Arrow=='H') && Q_SELECTED>0) Q_SELECTED--;
if ((Key==' ' || Arrow==28) && Q_SELECTED==0) {
GAME_TYPE=1;
if (GLOBAL_CHECKPOINT>0) {
int isCheck=0;
for (i=0;i<9; i++) {
int CurBlock=*(Levels[CURRENT_LEVEL]+i*LEVEL_MAXLEN+GLOBAL_CHECKPOINT);
if (CurBlock==4) {
SPAWN_Y=(i+1)*43+41+70-DeltaH[HeroSides];
isCheck=1;
break;
}
}
if (isCheck==0) {
DrawText (100,300,"error (checkpoint not found)",GLOBAL_FRONTCOLOR);
Update();
_ksys_delay(200);
GAME_TYPE=3;
Panel=1;
return;
}
ResetLevel(CURRENT_LEVEL);
isRestart=0;
HeroIsDead=0;
HeroFly=0;
HeroY=SPAWN_Y;
if (HeroSides>7) HeroY-=22;
if (HeroSides%2==0) {
HeroAngle=360/(HeroSides*2);
} else {
HeroAngle=0;
}
}
}
if (Q_SELECTED==1) {
if ((Key=='d' || Arrow=='M') && GLOBAL_CHECKPOINT<399) GLOBAL_CHECKPOINT++;
if ((Key=='a' || Arrow=='K') && GLOBAL_CHECKPOINT>0) GLOBAL_CHECKPOINT--;
}
if ((Key==' ' || Arrow==28) && Q_SELECTED==2) {
for (i=0; i<9; i++) {
for (j=0; j<LEVEL_MAXLEN; j++) {
*(Levels[CURRENT_LEVEL]+i*LEVEL_MAXLEN+j)=0;
}
}
}
if ((Key==' ' || Arrow==28) && Q_SELECTED==3) SaveArray();
if (Q_SELECTED==4) {
if ((Key=='a' || Arrow=='K') && LevelProps[CURRENT_LEVEL][2]>3) LevelProps[CURRENT_LEVEL][2]--;
if ((Key=='d' || Arrow=='M') && LevelProps[CURRENT_LEVEL][2]<10) LevelProps[CURRENT_LEVEL][2]++;
HeroSides=LevelProps[CURRENT_LEVEL][2];
}
if ((Key==' ' || Arrow==28) && Q_SELECTED==5) GAME_TYPE=0;
}
if (Key=='e') {
if (Panel==0) {
Panel=1;
} else {
Panel=0;
}
}
if (Key=='q') {
if (Panel==0) {
Panel=2;
} else {
Panel=0;
}
}
//Draw grid
for (i=0; i<=10; i++) {
DrawLine (43*i,0,43*i,43*9,GLOBAL_FRONTCOLOR);
}
for (i=0; i<=9; i++) {
DrawLine (0,43*i,430,43*i,GLOBAL_FRONTCOLOR);
}
//Draw panel
DrawText (450,10,"e_tools",GLOBAL_FRONTCOLOR);
IntToStr (Tile_X,NUMBER);
DrawText (450,30,"(",GLOBAL_FRONTCOLOR);
DrawText (470,30,NUMBER,GLOBAL_FRONTCOLOR);
DrawText (530,30,"/",GLOBAL_FRONTCOLOR);
IntToStr (Tile_Y,NUMBER);
DrawText (550,30,NUMBER,GLOBAL_FRONTCOLOR);
DrawText (570,30,")",GLOBAL_FRONTCOLOR);
DrawLine (480,70,530,70,GLOBAL_FRONTCOLOR);
DrawLine (480,70,480,70+300,GLOBAL_FRONTCOLOR);
DrawLine (530,70,530,70+300,GLOBAL_FRONTCOLOR);
for (i=1;i<=6; i++) DrawLine (480,70+50*i,530,70+50*i,GLOBAL_FRONTCOLOR);
//Empty block
DrawLine (480+4,70+4,480+42,70+42,GLOBAL_FRONTCOLOR);
DrawLine (480+4,70+42,480+42,70+4,GLOBAL_FRONTCOLOR);
DrawBlock (480+4,70+4+50,GLOBAL_FRONTCOLOR);
DrawPit (480+7,70+4+100,GLOBAL_FRONTCOLOR);
DrawBatut (480+4,70+4+150,GLOBAL_FRONTCOLOR);
DrawFlag (480+8,70+4+200,GLOBAL_FRONTCOLOR);
DrawText (480+14,70+14+250,"f",GLOBAL_FRONTCOLOR);
DrawText (450,400,TILENAME [Tile_Type],GLOBAL_FRONTCOLOR);
//Draw properties
DrawText (10,410,"q_properties",GLOBAL_FRONTCOLOR);
DrawText (10,430+20,"test level",GLOBAL_FRONTCOLOR);
DrawText (10,470,"start column < >",GLOBAL_FRONTCOLOR);
IntToStr (GLOBAL_CHECKPOINT,NUMBER);
DrawText (270,470,NUMBER,GLOBAL_FRONTCOLOR);
DrawText (10,490,"reset level",GLOBAL_FRONTCOLOR);
DrawText (10,510,"save as 2d array (for developers)",GLOBAL_FRONTCOLOR);
DrawText (10,530,"hero sides < >",GLOBAL_FRONTCOLOR);
IntToStr (LevelProps[CURRENT_LEVEL][2],NUMBER);
DrawText (230,530,NUMBER,GLOBAL_FRONTCOLOR);
DrawText (10,550,"back to menu",GLOBAL_FRONTCOLOR);
if (Panel==0) {
DrawLine ((Tile_X%10)*43,0,(Tile_X%10)*43,400,HeroColor);
DrawLine ((Tile_X%10)*43+43,0,(Tile_X%10)*43+43,400,HeroColor);
DrawLine (0,(Tile_Y%10)*43,440,(Tile_Y%10)*43,HeroColor);
DrawLine (0,(Tile_Y%10)*43+43,440,(Tile_Y%10)*43+43,HeroColor);
}
if (Panel==1) {
DrawText (450,10,"e_tools",HeroColor);
DrawLine (480,70+Tile_Type*50,530,70+Tile_Type*50,HeroColor);
DrawLine (480,70+Tile_Type*50,480,70+50+Tile_Type*50,HeroColor);
DrawLine (480,70+Tile_Type*50+50,530,70+50+Tile_Type*50,HeroColor);
DrawLine (530,70+Tile_Type*50,530,70+Tile_Type*50+50,HeroColor);
DrawText (450,400,TILENAME [Tile_Type],HeroColor);
}
if (Panel==2) {
DrawText (10,410,"q_properties",HeroColor);
if (Q_SELECTED==0) DrawText (10,450,"test level",HeroColor);
if (Q_SELECTED==1) DrawText (10,470,"start column < >",HeroColor);
if (Q_SELECTED==2) DrawText (10,490,"reset level",HeroColor);
if (Q_SELECTED==3) DrawText (10,510,"save as 2d array (for developers)",HeroColor);
if (Q_SELECTED==4) DrawText (10,530,"hero sides < >",HeroColor);
if (Q_SELECTED==5) DrawText (10,550,"back to menu",HeroColor);
}
for (i=0; i<10; i++) {
for (j=0; j<9; j++) {
int CurBlock=*(Levels[CURRENT_LEVEL]+j*LEVEL_MAXLEN+Tile_X-Tile_X%10+i);
if (CurBlock==1) DrawBlock (43*i,43*j,GLOBAL_BLOCKCOLOR);
if (CurBlock==2) DrawPit (43*i,43*j,GLOBAL_PITCOLOR);
if (CurBlock==3) DrawBatut (43*i,43*j,GLOBAL_BATUTCOLOR);
if (CurBlock==4) DrawFlag (43*i,43*j,GLOBAL_FLAGCOLOR);
}
if (*(Levels[CURRENT_LEVEL]+0*LEVEL_MAXLEN+Tile_X-Tile_X%10+i)==5) {
for (j=0; j<9;j++) {
DrawText (43*i+10,43*j+10,"f",GLOBAL_FRONTCOLOR);
}
}
}
if (Key==27) {
GAME_TYPE=0;
}
}
void GamePlay () {
DrawLine (0,500,800,500,GLOBAL_FRONTCOLOR);
if (Objects==0 || DataBase[Objects-1][1]<=Width-40) {
ReadLevel(CURRENT_LEVEL);
}
if (HeroIsDead==0) {
if (isRestart==1) {
HeroAngle=(HeroAngle+10)%360;
HeroIsDead=CheckCollision();
HeroY+=HeroFly;
DrawHero (125,HeroY, HeroSides, HeroAngle, HeroColor);
} else {
DrawHero (125,HeroY,HeroSides,HeroAngle,GLOBAL_FRONTCOLOR);
}
if (TO_NEXT_LEVEL>0) {
DrawText (Width-TO_NEXT_LEVEL,300,"jump to start new level",GLOBAL_FRONTCOLOR);
if (TO_NEXT_LEVEL<500) {
TO_NEXT_LEVEL+=2;
} else {
if ((Key==' ' || Arrow==28) && TO_NEXT_LEVEL<=504) {
CURRENT_LEVEL++;
HeroSides=CURRENT_LEVEL;
if (CURRENT_LEVEL>MAX_LEVEL) MAX_LEVEL=CURRENT_LEVEL;
GLOBAL_CHECKPOINT=0;
TO_NEXT_LEVEL=505;
}
if (TO_NEXT_LEVEL>=505) {
TO_NEXT_LEVEL+=2;
if (TO_NEXT_LEVEL>1000) TO_NEXT_LEVEL=0;
}
}
}
} else {
GLOBAL_SPEED=0;
DeltaSpeed=0;
TO_NEXT_LEVEL=0;
HeroIsDead++;
DrawPew (125,HeroY,HeroIsDead,HeroColor);
if (HeroIsDead>100) {
ResetLevel(CURRENT_LEVEL);
if (GLOBAL_CHECKPOINT==0) {
isRestart=1;
HeroY=100;
} else {
isRestart=0;
HeroY=SPAWN_Y+41-DeltaH[HeroSides];
if (HeroSides>7) HeroY-=22;
}
HeroIsDead=0;
HeroFly=0;
if (HeroSides%2==0) {
HeroAngle=360/(HeroSides*2);
} else {
HeroAngle=0;
}
}
}
if (Key=='f'&& CURRENT_LEVEL<3) {
int i=0;
Objects=0;
for (i=0; i<11; i++) LevelProps[i][0]=0;
isRestart=1;
HeroIsDead=0;
HeroY=100;
HeroFly=1;
TO_NEXT_LEVEL=0;
GAME_TYPE=3;
Panel=1;
}
if (Key==27) {
GLOBAL_CHECKPOINT=0;
int i=0;
for (i=0; i<11; i++) ResetLevel (i);
isRestart=1;
HeroIsDead=0;
HeroY=100;
HeroFly=1;
TO_NEXT_LEVEL=0;
if (CURRENT_LEVEL<3) {
GAME_TYPE=3;
Panel=1;
Key=' ';
} else {
GAME_TYPE=0;
}
}
}
//=============================================================================
void CAppStateGame::OnActivate() {
debug("Game initialization start");
// Loading area
// Note that area is the whole level which might consist of many maps
debug("Area loading start", 1);
if(CArea::AreaControl.OnLoad(PATH_MAPS PATH_AREA1) == false) {
return;
}
debug("All areas loaded successfully", 1);
debug("Entity loading start", 1);
Player = CFactory::Factory.CreatePlayer(PLAYER_STARTING_X, PLAYER_STARTING_Y);
// TODO: Player2 not needed yet. Make the game support co-op later
//We would like to start from the first level.
CurrentLevelNumber = 1;
//This is mainly for testing purpose in here (of course we usually start from the first level).
std::string LevelInfoFile = "level"+IntToString(CurrentLevelNumber)+"info.txt";
//Loading of level information. Level changing feature should be implemented.
Level = GetCurrentLevelInfo (LevelInfoFile);
//We start from the first item in the vector
LevelInfoIndex = 0;
//Sets the point where the level should be changed (Information is in the last line of the level info file).
LevelEndingPoint = Level.back().ActiveXPosition;
debug("Levelendingpoint: "+IntToString(LevelEndingPoint));
debug("All entities loaded successfully", 1);
debug("Additional image loading stat", 1);
if((UIIcons = CSurface::OnLoad(PATH_IMAGES PATH_UI FILENAME_UI_ICONS)) == NULL) {
error("Couldn't load UI life icon.");
return;
}
if((UItiles = CSurface::OnLoad(PATH_IMAGES PATH_UI FILENAME_UI_TILES)) == NULL) {
error("Couldn't load UI tilesheet.");
return;
}
if((SpaceBG = CSurface::OnLoad(PATH_IMAGES FILENAME_SPACE_BG_1)) == NULL) {
error("Couldn't load background image.");
return;
}
BG_offset = BG_WIDTH;
debug("Additional images loaded successfully", 1);
// Camera initialization, make it start from 0,0
CCamera::CameraControl.TargetMode = TARGET_MODE_NORMAL;
debug("Camera set", 1);
std::string LevelMusicID = "Level"+IntToString(CurrentLevelNumber) + "Music";
//Plays the level music
CSoundBank::SoundControl.Play(CSoundBank::MUSIC, LevelMusicID, false, 70);
if(!Input.OnLoad(PATH_IMAGES PATH_UI "input_field.png","",WWIDTH/2-165,WHEIGHT/2-55, true)){
error("Couldn't load input field");
return;
}
Input.Hide();
debug("Game initialization successful");
ResetLevel();
}
//-----------------------------------------------------------------------------
void CAppStateGame::OnLoop() {
if( GameOver ) {
if( !Input.HasFocus() ) {
if( Input.State == UI_NORMAL ) {
CHighScores HighScore;
HighScore.OnInit();
HighScore.Add(Input.GetValue(),Player->Points);
}
GameOver = false;
CAppStateManager::SetActiveAppState(NextState);
CSoundBank::SoundControl.Play(CSoundBank::MUSIC, "MenuMusic");
}
return;
}
//If the level should change
//if( CCamera::CameraControl.GetX() >= LevelEndingPoint ) {
// OnLevelChange();
//}
// Spawn new entities
//else if( LevelInfoIndex < Level.size() &&
if( LevelInfoIndex < Level.size() &&
(unsigned int)CCamera::CameraControl.GetX() >= Level.at(LevelInfoIndex).ActiveXPosition) {
CAppStateGame::LevelInfo TmpInfo = Level.at(LevelInfoIndex);
switch(TmpInfo.Type) {
case ENTITY_TYPE_ENEMY:
debug("creating enemy of type: " + IntToString(TmpInfo.SubType));
CFactory::Factory.CreateEnemy(TmpInfo.SubType, CCamera::CameraControl.GetX()+1000, TmpInfo.YPosition);
break;
case ENTITY_TYPE_ITEM:
CFactory::Factory.CreateItem(TmpInfo.SubType, CCamera::CameraControl.GetX()+1000, TmpInfo.YPosition);
break;
case ENTITY_TYPE_SPECIAL_EFFECT:
// NOTE: y-position is now indicating the ms duration for the slowmo effect
if (TmpInfo.SubType == ENTITY_SUBTYPE_SPECIAL_EFFECT_SLOWMO_2X) {
CFactory::Factory.CreateSlowMotion(LEVEL_SLOWMO_2X, TmpInfo.YPosition);
}
else if (TmpInfo.SubType == ENTITY_SUBTYPE_SPECIAL_EFFECT_SLOWMO_4X) {
CFactory::Factory.CreateSlowMotion(LEVEL_SLOWMO_4X, TmpInfo.YPosition);
}
else if (TmpInfo.SubType == ENTITY_SUBTYPE_SPECIAL_EFFECT_SLOWMO_8X) {
CFactory::Factory.CreateSlowMotion(LEVEL_SLOWMO_8X, TmpInfo.YPosition);
}
break;
default:
break;
}
LevelInfoIndex++;
}
//--------------------------------------------------------------------------
// Entities
//--------------------------------------------------------------------------
for(unsigned int i = 0;i < CEntity::EntityList.size();i++) {
if(!CEntity::EntityList[i]) continue;
CEntity::EntityList[i]->OnLoop();
}
//Collision Events
for(unsigned int i = 0;i < CEntityCol::EntityColList.size();i++) {
CEntity* EntityA = CEntityCol::EntityColList[i].EntityA;
CEntity* EntityB = CEntityCol::EntityColList[i].EntityB;
if(EntityA == NULL || EntityB == NULL) continue;
/* Pixel precise collision detection */
// Create rectangle of the possible collision area
SDL_Rect collisionRect = CEntity::Intersection(EntityA->GetBounds(), EntityB->GetBounds());
// Check if there is even a possible collision
if(collisionRect.w != 0 && collisionRect.h != 0 ) {
// Check if there is/are actual pixel overlapping between
// both entities. If there is...
if(CEntity::CheckCollision(EntityA, EntityB)) {
// Let both entities know of the collision
EntityA->OnCollision(EntityB);
EntityB->OnCollision(EntityA);
}
}
}
CEntityCol::EntityColList.clear();
// Camera movement:
// Make camera move wanted amount of pixels per second to right
float moveX = CCamera::CameraControl.speed * CFPS::FPSControl.GetSpeedFactor();
// If we are not in the boss area
if ( (CCamera::CameraControl.GetX() + (int)moveX) < LEVEL_LENGTH) {
CCamera::CameraControl.OnMove(moveX, static_cast<float>(CCamera::CameraControl.GetY()));
// Update BG offset
BG_offset = BG_offset - BG_SPEED * CFPS::FPSControl.GetSpeedFactor();
if( BG_offset <= 0 ) {
BG_offset = BG_WIDTH;
}
}
// When we come to the boss map of the level area
else {
CCamera::CameraControl.SetPos(LEVEL_LENGTH, CCamera::CameraControl.GetY());
CCamera::CameraControl.speed = 0;
BossFightOn = true;
}
if (ResetCurrentLevel) {
ResetLevel();
}
else if (BossFightOn && BossDead) {
OnLevelChange();
}
}
//update the character and ball motions
void AnimateFrame(){
//-------------------------
//animate the purple player
//-------------------------
purple_player.x -= purple_player.direction_x * 5;
purple_player.y -= purple_player.direction_y * 5;
//limit the purple player to the edge of the left goal post
if(purple_player.x < 40){
purple_player.x = 40;
}
//limit the purple player to the edge of the right goal post
if(purple_player.x > ( (screen->w)-40-30) ){
purple_player.x = (screen->w)-40-30;
}
//Keep the purple player off the top of the screen
if(purple_player.y < 0 ){
purple_player.y = 0;
}
//Keep the purple player off the bottom of the screen
if(purple_player.y > ( screen->h - purple_player.h) ){
purple_player.y = screen->h - purple_player.h;
}
//-------------------------
//animate the yellow player
//-------------------------
yellow_player.x -= yellow_player.direction_x * 5;
yellow_player.y -= yellow_player.direction_y * 5;
//limit the yellow player to the edge of the left goal post
if(yellow_player.x < (40+20)){
yellow_player.x = (40+20);
}
//limit the yellow player to the edge of the right goal post
if(yellow_player.x > ( (screen->w)-30-(yellow_player.w) ) ){
yellow_player.x = (screen->w)-30-(yellow_player.w);
}
//Keep the yellow player off the top of the screen
if(yellow_player.y < 0 ){
yellow_player.y = 0;
}
//Keep the yellow player off the bottom of the screen
if(yellow_player.y > ( screen->h - yellow_player.h) ){
yellow_player.y = screen->h - yellow_player.h;
}
//--------------------------------------
//Check for player to player collisions
//--------------------------------------
//Check if the players have collided
if(IsCollision(purple_player.x, purple_player.y,
purple_player.w, purple_player.h,
yellow_player.x, yellow_player.y,
yellow_player.w, yellow_player.h) ){
//reset the players to their previous positions if they collide
yellow_player.x = yellow_player.prev_x;
yellow_player.y = yellow_player.prev_y;
purple_player.x = purple_player.prev_x;
purple_player.y = purple_player.prev_y;
}
//-------------------------
//Animate the ball
//-------------------------
//The ball hit the left side of the screen
if(ball.x < 5){
ball.direction_x = -1;
~ball.direction_y;
}
//The ball hit the right side of the screen
else if(ball.x > ((screen->w)-ball.w) ){
ball.direction_x = 1;
~ball.direction_y;
}
//The ball hit the top of the screen
if(ball.y < 5){
ball.direction_y = -1;
~ball.direction_x;
}
//The ball hit the bottom of the screen
else if(ball.y > ((screen->h)-ball.h) ){
ball.direction_y = 1;
~ball.direction_x;
}
//Reset the ball speed on a wall bounce
if( (ball.prev_direction_x != ball.direction_x) ||
(ball.prev_direction_y != ball.direction_y) ){
//ball.x_speed = BALL_X_MAX_SPEED;
//ball.y_speed = BALL_Y_MAX_SPEED;
}
//Slow the ball sprite down over time
if((frame_counter % 8) == 1){
//Check if the ball is going the min x speed
if(ball.x_speed > BALL_X_MIN_SPEED){
ball.x_speed--;
}
//Check if the ball is going the min y speed
if(ball.y_speed > BALL_Y_MIN_SPEED){
ball.y_speed--;
}
}
//keep the ball X speed above the minimum
if(ball.x_speed < BALL_X_MIN_SPEED){
ball.x_speed = BALL_X_MIN_SPEED;
}
//keep the ball Y speed above the minimum
if(ball.y_speed < BALL_Y_MIN_SPEED){
ball.y_speed = BALL_Y_MIN_SPEED;
}
//------------------------------------
//Check for goals
//------------------------------------
//Check if the ball is by left goalpost
if((ball.x-(ball.w/2)+(ball.w/2)) < left_goal_rect.x){
//Check if the ball is inside the goalpost section
if( (ball.y > left_goal_rect.y+1) && ((ball.y+ball.h) < (left_goal_rect.y+left_goal_rect.h)) ){
//The purple player scored a goal
yellow_player.score++;
//Reset the ball position
ResetLevel();
}
}
//Check if the ball is by right goalpost
if((ball.x+(ball.w)-(ball.w/2)) > right_goal_rect.x){
//Check if the ball is inside the goalpost section
if( (ball.y > (right_goal_rect.y+1) ) && ((ball.y+ball.h) < (right_goal_rect.y+right_goal_rect.h)) ){
//The purple player scored a goal
purple_player.score++;
//Reset the ball position
ResetLevel();
}
}
//------------------------------------
//Check for player to ball collisions
//------------------------------------
//Check if the ball hit the yellow player
if(IsCollision(ball.x,ball.y,
ball.w, ball.h,
yellow_player.x, yellow_player.y,
yellow_player.w, yellow_player.h) ){
ball.direction_x = 1;
//Bounce ball back
//~ball.direction_y;
//Check if the ball hit the left shoulder of the player
if( (yellow_player.y+top_side) > (ball.y+(ball.h/2)) ){
ball.direction_y = 1;
}
//Check if the ball hit the right shoulder of the player
else if( (yellow_player.y+lower_side) < (ball.y+(ball.h/2)) ){
ball.direction_y = -1;
}
//The ball hit the player staight on
else{
ball.direction_y = 0;
}
//printf("Yellow Player Bounce\n");
//printf("ball_x: %d, ball_y: %d\n", ball.x,ball.y);
//printf("player x: %d, player y: %d\n", yellow_player.x, yellow_player.y);
ball.x_speed = BALL_X_MAX_SPEED;
ball.y_speed = BALL_Y_MAX_SPEED;
}
//Check if the ball hit the purple player
if(IsCollision(ball.x,ball.y,
ball.w, ball.h,
purple_player.x, purple_player.y,
purple_player.w, purple_player.h) ){
ball.direction_x = -1;
//~ball.direction_y;
//Check if the ball hit the left shoulder of the player
if( (purple_player.y+top_side) > (ball.y+(ball.h/2)) ){
ball.direction_y = 1;
}
//Check if the ball hit the right shoulder of the player
else if( (purple_player.y+lower_side) < (ball.y+(ball.h/2)) ){
ball.direction_y = -1;
}
//The ball hit the player staight on
else{
ball.direction_y = 0;
}
//printf("Purple Player Bounce\n");
//printf("ball_x: %d, ball_y: %d\n", ball.x,ball.y);
//printf("player x: %d, player y: %d\n", purple_player.x,purple_player.y);
ball.x_speed = BALL_X_MAX_SPEED;
ball.y_speed = BALL_Y_MAX_SPEED;
}
ball.x -= ball.direction_x * ball.x_speed;
ball.y -= ball.direction_y * ball.y_speed;
//Sprite low bounds check
if(ball.x < 0){
ball.x= 0;
screen_dirty = 1;
}
if(ball.y < 0){
ball.y= 0;
screen_dirty = 1;
}
//Sprite high bounds check
if(ball.x > screen->w){
ball.x = screen->w;
screen_dirty = 1;
}
if(ball.y > screen->h){
ball.y = screen->h;
screen_dirty = 1;
}
//-------------------------
//Animate the ball spin rate
//-------------------------
if(ball.direction_x == -1){
//Medium-High Speed ball animation
if(ball.x_speed > 6){
ball.frame--;
}
else if( (ball.x_speed > 3) && ( (frame_counter % 2) == 0 )){
ball.frame--;
}
else if( (ball.x_speed > 1) && ( (frame_counter % 4) == 0 )){
ball.frame--;
}
//do nothing if the ball x speed is zero
//printf("Current Frame: %d, ball frame%d\n", frame_counter, ball.frame);
//
}
else{
//Medium-High Speed ball animation
if(ball.x_speed > 6){
ball.frame++;
}
else if( (ball.x_speed > 3) && ( (frame_counter % 2) == 0 )){
ball.frame++;
}
else if( (ball.x_speed > 1) && ( (frame_counter % 4) == 0 )){
ball.frame++;
}
//do nothing if the ball x speed is zero
//printf("Current Frame: %d, ball frame%d\n", frame_counter, ball.frame);
}
//Set the frame limits
if(ball.frame < 0){
ball.frame=TOTAL_SOCCER_BALL_FRAMES-1;
}
if(ball.frame >= TOTAL_SOCCER_BALL_FRAMES){
ball.frame=0;
}
//-------------------------
//Update the game object rects
//-------------------------
yellow_guy_rect.w = yellow_player.w;
yellow_guy_rect.h = yellow_player.h;
yellow_guy_rect.x = yellow_player.x;
yellow_guy_rect.y = yellow_player.y;
purple_guy_rect.w = purple_player.w;
purple_guy_rect.h = purple_player.h;
purple_guy_rect.x = purple_player.x;
purple_guy_rect.y = purple_player.y;
yellow_guy_clear_rect.w = yellow_player.w;
yellow_guy_clear_rect.h = yellow_player.h;
yellow_guy_clear_rect.x = yellow_player.prev_x;
yellow_guy_clear_rect.y = yellow_player.prev_y;
purple_guy_clear_rect.w = purple_player.w;
purple_guy_clear_rect.h = purple_player.h;
purple_guy_clear_rect.x = purple_player.prev_x;
purple_guy_clear_rect.y = purple_player.prev_y;
ball_clear_rect.w = ball.w;
ball_clear_rect.h = ball.h;
ball_clear_rect.x = ball.prev_x;
ball_clear_rect.y = ball.prev_y;
//Left Goal post drawing rect
left_goal_rect.w = goalPost->w;
left_goal_rect.h = goalPost->h;
left_goal_rect.x = 22;
left_goal_rect.y = (screen->h/2)-(goalPost->h/2);
//Right Goal post drawing rect
right_goal_rect.w = goalPost->w;
right_goal_rect.h = goalPost->h;
right_goal_rect.x = screen->w-22;
right_goal_rect.y = (screen->h/2)-(goalPost->h/2);
}
void SceneEditorApp::StopLevel() {
playLevel = false;
ResetLevel();
paused = false;
// GetLevelManager().StartLevel(currentLevel,objectParams);
}
