#include <stdarg.h>
#include <stdlib.h>
#include <string.h>
#include <time.h>
#include <sys/time.h>
#include <sys/types.h>
#include <unistd.h>

#include <math.h>

#include <SDL.h>
#include <SDL_keysym.h>
#include <SDL_rotozoom.h>
#include <SDL_ttf.h>
#include <SDL_framerate.h>
#include <SDL_mixer.h>

#include "shared.h"
#include "rc.h"

FPSmanager manager;
SDL_Surface *temps;
SDL_Surface *screen;

TTF_Font *font[MAXLETTERHEIGHT];

Uint8 *keys;

Mix_Music *curmusic = NULL; // pointer to currently playing music

char tempm[BUFLEN];

int playedbell;
int clocktime;

int sprayalpha; // for spray effect

SDL_Surface *pausedtext, *pausedshadow;
int paused;


//tiletype_t fakeblock;

int skiplevels = 0;


/* the order in which fruit will appear */
int fruittypes[] = {
	P_CHEESE,
	P_ICECREAM,
	P_CHIPS,
	P_BURGER,
	-1
};


/* the order in which powerups will appear */
int poweruptypes[] = {
	P_NUMNETS,
	P_BIGNET,
	P_BELL,
	P_NUMNETS,
	P_GEMBOOST,
	P_MASK,
	P_HONEY,
	P_NUMNETS,
	P_GEMBOOST,
	P_HELMET,
	-1
};

int curfruittype = 0;
int curpoweruptype = 0;

int gtime = 0;
int fpsticks = 0;
int fpsstart = 0;

int curworld = 1;
int curlevelnum;
int skipto = -1; // which level to skip to
level_t *curlevel;
int levelcompletetime = -1;

int oldlevelcomplete = -1;

sprite_t *sprite = NULL; /* main sprite list */
sprite_t *player;
sprite_t *lastsprite;

sprite_t *lastmet;


int pokereffect = -1;
int pokerpoints = 0;


SDL_Color red = {255, 0, 0, 0};
SDL_Color orange = {255, 167, 88, 1};
SDL_Color black = {0, 0, 0, 0};
SDL_Color blue = {0, 0, 255, 0};
SDL_Color cyan = {0, 255, 255, 0};
SDL_Color white = {255, 255, 255, 0};
SDL_Color grey = {210, 210, 210, 0};
SDL_Color green = {0, 255, 0, 0};
SDL_Color yellow = {255, 255, 0, 0};

int vidargs = 0;

int fullscreen = B_FALSE;

int timer = 0;
int toggletimer = 0;

int main (int argc, char **argv) {
	//sprite_t *s,*nextsprite;
	char filename[BUFLEN];
	int i;
	int *animtile;

	curlevelnum = 1;
	musicplaying  = B_FALSE;
	cheat = B_FALSE;
	levelbg = NULL;

	datadir = NULL;

	/* handle arguments */
	if (argc >= 2) {
		for (i = 1; i < argc; i++) {
			if (!strcmp(argv[i], "-fs")) {
				printf("Fullscreen mode enabled.\n");
				fullscreen = B_TRUE;
			} else if (!strcmp(argv[i], "-d")) {
				if (++i >= argc) {
					printf("Missing data dir.\n");
					usage();
					exit(1);
				} 
				datadir = strdup(argv[i]);
			} else if (!strcmp(argv[i], "-c")) {
				printf("Cheat mode.\n");
				cheat = B_TRUE;
			} else if (!strcmp(argv[i], "-l")) {
				if (++i >= argc) {
					printf("Missing level number.\n");
					usage();
					exit(1);
				} 
				skipto = atoi(argv[i]);
				printf("Skipping to level %d.\n",skipto);
			} else {
				usage();
				exit(1);
			}
		}
	}

	if (datadir == NULL) {
		datadir = strdup("data");
	}

	initsdl();
	if (TTF_Init()) {
		 printf("TTF_Init: %s\n", TTF_GetError());
	}

	atexit(cleanup);
	srand(time(NULL));

	if (loadimagesets()) {
		printf("Error loading images.\n");
		return 1;
	}

	if (loadlevellist()) {
		printf("Error loading level list from levels.dat.\n");
		return 1;
	}

	// is we're skipping to a level, do so now
	if (skipto >= 0) {
		for (i = 0; i <  numlevels; i++) {
			if (levelentry[i].id == skipto) {
				curlevelnum = i;	
			}
		}
	}

	/*
	fakeblock.id = T_LAND;
	strcpy(fakeblock.name,"Fake");
	for (i = 0; i < TILEW; i++) {
		fakeblock.lowness[i] = 0;
	}
	fakeblock.solid = S_SOLID;
	fakeblock.img[0] = IMG_Load("newtiles/land.png");
	fakeblock.numframes = 1;
	fakeblock.next = NULL;
	fakeblock.prev = NULL;
	*/

	
	/* load fonts */
	sprintf(filename, "%s/gamefont.ttf",datadir);
	for (i = 1; i < MAXLETTERHEIGHT; i++) {
		SDL_Surface *surf;
		font[i] = TTF_OpenFont(filename,i);
		if (!font[i]) {
			printf("Error opening font: %s\n", TTF_GetError());
			return 1;
		}
		surf = TTF_RenderText_Solid(font[i], "test", red);
		if (!surf) {
			printf("Error during font test, size %d\n",i);
			return 1;
		}
		SDL_FreeSurface(surf);
	}

	/* calculate fps delay */
	SDL_initFramerate(&manager);
	SDL_setFramerate(&manager, WANTFPS);



	/* init sound */
	if (initsound()) {
		printf("sound error.\n");
		return 1;
	}

	/* init tiles */
	if (loadtiletypes("green.tiles")) {
		printf("Cannot initialise tiles\n");
		exit(1);
	}

	shufflecards();

	playmusic(normalmusic);
	if (loadlevel(curworld,curlevelnum, B_TRUE)) {
		return 1;
	}


	//levelcomplete = LV_FINAL;
	curlevelnum-- ; // since nexlevel() will increment it
	nextlevel();
	//drawlevel();
	flip();

	timer = 0;

	player->invuln = INVULNTIME;
	player->score = 0;
	player->lives = 3;



	/* generate images for "PAUSED" text */
	pausedtext = TTF_RenderText_Solid(font[TEXTSIZE_PAUSED], "PAUSED", yellow);
	pausedshadow = TTF_RenderText_Solid(font[TEXTSIZE_PAUSED], "PAUSED", black);
	paused = B_FALSE;

	// main loop
	while (1) {
		removeall();

		// check for sprite death and update moevment counters
		checksprites();

		/**********************************************
		 * check for end of level 
		 */
		if (levelcomplete == LV_CLEAR) {
			addoutlinetext(320,240,TEXTSIZE_LEVEL,"Level Complete!",&green,&black,LEVELWINDELAY);
			levelcomplete = LV_WAIT;
			playfx(FX_WINLEVEL);
			// turn off clock powerup
			if (player->powerup == PW_CLOCK) {
				Mix_ResumeMusic();
				player->powerup = B_FALSE;
			}
		} else if (levelcomplete == LV_WAIT) {
			int mcount = 0;
			sprite_t *s2;

			/* when all monsters have become fruits */
			for (s2 = sprite->next ; s2 ; s2 = s2->next) {
				if (ismonster(s2->id)) {
					if (s2->id != P_BLACKCLOUD) {
						mcount++;
						break;
					}
				}
			}
			if (mcount == 0) {
				levelcompletetime = gtime;
				levelcomplete = LV_FINAL;
			}
		}
	
		
		/**********************************************
		 * check for keypress or other input (joystick etc)
		 */
		handleinput();

		if (!paused) {
			/**********************************************
			 * Special effects #1 - ones which change the level by
			 * modifiying tiles, etc.
			 */
			if (player->powerup != PW_CLOCK) {
				// for each animated tile on the level...
				for (animtile = curlevel->animtiles; animtile && *animtile != -1; animtile++) {
					int offset,numframes;
					tiletype_t *tt;

					offset = *animtile;

					tt = gettile(curlevel->map[offset]);

					numframes = tt->numframes;

					// is it time to change frames?
					if ((timer % tt->animspeed) == 0) {
						// change its frame
						curlevel->tileframe[offset]++;
						if (curlevel->tileframe[offset] >= numframes) {
							curlevel->tileframe[offset] = 0;
						}
						// redraw it
						drawtile(temps, offset%LEVELW,offset/LEVELW);
					}

				}

				// ice effect
				if (curlevel->iced == ICE_INPROGRESS) {
					doice();
				}

				// water effect
				if (timer % FLOODSPEED == 0) {
					if (curlevel->iced == WATER_INPROGRESS) {
						doflood();
					}
				}
			}

			/**********************************************
			 * Move sprites
			 */
			if (levelcomplete == LV_DOPOKER) {
				// only fivecards sprite can move
				sprite_t *this;
				for (this = sprite; this ; this = this->next) {
					if (this->id == P_FIVECARDS) {
						movesprite(this);
					}
				}
			} else { // all other states...
				// move sprites
				moveallsprites();
			}

			/**********************************************
			 * Move onscreen text 
			 */
			movetext();

		
			/**********************************************
			 * Gravity 
			 */
			if (levelcomplete == LV_INIT) {
				// only player
				dogravity(player);
				checkwrap(player);
				dotileeffects(player);
			} else {
				sprite_t *s;
				switch (levelcomplete) {
					case LV_INPROGRESS:
					case LV_CLEAR:
					case LV_WAIT:
					case LV_FINAL:
					case LV_CLOUD:
						/* gravity */
						for (s = sprite ; s ; s = s->next) {
							dogravity(s);
							checkwrap(s);
						}

						/* tile effects */
						for (s = sprite ; s ; s = s->next) {
							dotileeffects(s);
						}
						break;
					case LV_GAMEOVER: // no collision detection or player movement
						/* gravity */
						for (s = sprite->next ; s ; s = s->next) {
							dogravity(s);
							checkwrap(s);
						}
						break;
					case LV_DOPOKER: // do nothing
						break;
				}
			}

			/**********************************************
			 * Special effects #2 - ones which need to happen
			 * after sprite movement
			 */
			if (player->hasbell) {
				/* check for bell sound */

				/* play a bell sound if the powerup will be a permenant one */
				if (ispermenant(level->poweruptype)) {
					// play sound once
					if (!playedbell) {
						playfx(FX_BELL);
						playedbell = BELL_DONESOUND;
					}
					if (playedbell != BELL_DONEFLASH) {
						if (timer >= BELLTIME) {
							playedbell = BELL_DONEFLASH;
						} else if  (timer % 10 == 0) {
							SDL_Rect area;
							area.x = 0;
							area.y = 0;
							area.w = 640;
							area.h = 480;
							SDL_FillRect(screen, &area, SDL_MapRGB(screen->format,white.r,white.g,white.b));
							flip();
						}
					}
				}
			}

			/**********************************************
			 * Collision detection
			 */
			if (levelcomplete != LV_DOPOKER) {
				checkcollideall();
			}
		}



		/**********************************************
		 * Drawing routines
		 */

		// player netting
		if (levelcomplete != LV_DOPOKER) {
			drawnetting(player);
		}

		// cannon firing
		if ((levelcomplete != LV_DOPOKER) && (player->powerup == PW_CANNONFIRE)) { // cannon firing
			docannoneffect();
		} 
				

		// draw sprites
		if (levelcomplete != LV_DOPOKER) {
			drawallsprites();
		}



		// poker effect
		// this must come last as it clears the screen and blanks out other sprites
		if (levelcomplete == LV_DOPOKER) {
			SDL_Rect area;
			sprite_t *this;

			area.x = 0;
			area.y = 0;
			area.w = 640;
			area.h = 480;
			// clear screen
			SDL_FillRect(screen, &area, SDL_MapRGB(screen->format,black.r,black.g,black.b));

			// only fivecards sprite is drawn
			for (this = sprite; this ; this = this->next) {
				if (this->id == P_FIVECARDS) {
					drawsprite(this);
				}
			}
		}

		// draw text
		drawtext();

		// draw score
		drawscore();

		// draw boss health
		if (boss) {
			drawbosshealth();
		}


		// draw 'PAUSED' text
		if (paused) {
			SDL_Rect area;
			// show that we are paused
			area.x = (640/2) - (pausedshadow->w/2) - 2;
			area.y = (480/2) - (pausedshadow->h/2) + 2;
			area.w = 0;
			area.h = 0;
			SDL_BlitSurface(pausedshadow, NULL, screen, &area);
			area.x = (640/2) - (pausedtext->w/2);
			area.y = (480/2) - (pausedtext->h/2);
			area.w = 0;
			area.h = 0;
			SDL_BlitSurface(pausedtext, NULL, screen, &area);
		}

		/**********************************************
		 * Special effects #3 - ones which need to happen
		 * after graphics drawing 
		 */
		if (!paused) {
			/* is screen shaking? */
			if (player->powerup == PW_BOMB) {
				if (timer % 5 == 0) {
					int amt;
					SDL_Rect area;
					amt = (rand() % 20)+1;
					area.x = 0;
					area.y = amt;
					area.w = 640;
					area.h = 480-amt;

					SDL_BlitSurface(screen, &area, screen, NULL);

					area.x = 0;
					area.y = 480-amt;
					area.w = 640;
					area.h = amt;
					SDL_FillRect(screen, &area, SDL_MapRGB(screen->format,black.r,black.g,black.b));
				}

				if (--player->timer1 == 0) {
					player->powerup = B_FALSE;
				}
			} else if (player->powerup == PW_SPRAYUP) { // green overlay for fly spray
				SDL_SetAlpha(greenbox, SDL_SRCALPHA, sprayalpha);
				sprayalpha += 5;
				if (sprayalpha >= 100) {
					player->powerup = PW_SPRAYDOWN;
				}
				SDL_BlitSurface(greenbox,NULL,screen,NULL);
			} else if (player->powerup == PW_SPRAYDOWN) { // green overlay for fly spray
				SDL_SetAlpha(greenbox, SDL_SRCALPHA, sprayalpha);
				sprayalpha -= 5;
				if (sprayalpha <= 0) {
					player->powerup = PW_SPRAYUP;
				}
				SDL_BlitSurface(greenbox,NULL,screen,NULL);
			} else if (player->powerup == PW_RATSHAKE) { // horizontal shake due to rat
				// shake screen
				if (timer % 5 == 0) {
					int amt;
					SDL_Rect area;
					amt = (rand() % 20)+1;
					area.x = amt;
					area.y = 0;
					area.w = 640-amt;
					area.h = 480;

					SDL_BlitSurface(screen, &area, screen, NULL);

					area.x = 640-amt;
					area.y = 0;
					area.w = amt;
					area.h = 480;
					SDL_FillRect(screen, &area, SDL_MapRGB(screen->format,black.r,black.g,black.b));
				}


				// create rat
				if (timer % 10 == 0) {
					if (countmonsters() < 8) { // max 7 rats + king rat 
						puffin(P_RAT, rand() % (640-(TILEW*8))+(TILEW*4), TILEH, "gen_rat",0);
					}
				}
				
				
				if (--player->timer1 == 0) {
					player->powerup = B_FALSE;
				}
			}

		}

		/**********************************************
		 * Update the screen
		 */
		flip();

		if (!paused) {
			if (++timer == 100) timer = 0;
		}

		if (toggletimer > 0) toggletimer--;

		if (!paused) {
			tick();
		}
 	}

	return 0;

}

void tick(void) {
	sprite_t *s;

	SDL_framerateDelay(&manager);

	fpsticks = SDL_GetTicks();
	if (fpsstart == 0) {
		fpsstart = fpsticks;
	} else {
		/* once per second */
		if (fpsticks - fpsstart >= 1000) {
			gtime++;

			// handle clock effect
			if (player->powerup == PW_CLOCK) {
				char tempm[SMALLBUFLEN];
				// text
				if (clocktime > 0) {
					sprintf(tempm, "%d",clocktime);
					addoutlinetext(320,120,TEXTSIZE_LEVEL, tempm, &yellow,&black,15);
					// sound effect
					playfx(FX_CLOCK);
				}
				// never reach hurryup time
				nexthurryup++;
				// decrement counter
				clocktime--;
				if (clocktime < 0) {
					// finished!
					Mix_ResumeMusic();
					player->powerup = B_FALSE;
				}
			}


			/* check for hurryup*/
			if (!isbosslevel(curlevelnum)) {
				if (gtime == nexthurryup) {
					if (!levelcomplete) {
						// all sprites get angry and un-iced
						for  (s = sprite; s; s = s->next) {
							if ((s != player) && (ismonster(s->id))) {
								s->angry = B_TRUE;
								s->iced = B_FALSE;
							}
						}

						// rings are disabled
						if ((player->powerup == PW_RINGWALK) || (player->powerup == PW_RINGJUMP)) {
							player->powerup = B_FALSE;
						}


						addoutlinetext(320,240,TEXTSIZE_HURRY, "Hurry up!", &yellow,&black,HURRYDELAY);

						stopmusic();
						Mix_PlayChannel(CH_HURRYUP, sfx[FX_HURRYUP], 0);
					}
				} else if (gtime == nexthurryup + 15) { // 15 secs after hurryup
					if (!levelcomplete) {
						addsprite(P_BLACKCLOUD, 320,240,"cloud");
						addoutlinetext(320,240,TEXTSIZE_HURRY, "Too slow!", &red,&black,HURRYDELAY);
						playfx(FX_TOOSLOW);
					}
				} 
			}

			/* check for random power up */
			if ((curlevel->powerupx != -1) && (curlevel->powerupy != -1)) {
				if (!curlevel->gotpowerup) {
					if (gtime == curlevel->poweruptime) {
						if (!levelcomplete) {
							/* add a random powerup at the right position */
							/* the type of powerup is randomly determined when the level is
							   loaded */
							/* IMPORTANT:  the name 'random_up' is important as it tells addsprite() to
							   give it a higher doomcount */ 
							puffin(level->poweruptype,
								curlevel->powerupx*TILEW + (TILEW/2),
								curlevel->powerupy*TILEH + TILEH - 1,
								"random_up",0);
							curlevel->gotpowerup = B_TRUE;
						}
					}
				}
			}


			/* 5 seconds after level completion */
			if (levelcomplete == LV_FINAL) {
				if (gtime - levelcompletetime >= 5) {
					if (!player->dead) {
						int x,y;
						levelcomplete = LV_CLOUD;
						switch (curlevel->exitdir) {
							case D_RIGHT:
							default:
								x = TILEW/2;
								y = rand() % 480;
								break;
							case D_LEFT:
								x = 640-(TILEW/2);
								y = rand() % 480;
								break;
							case D_UP:
								x = rand() % 640;
								y = 480-(TILEW/2);
								break;
							case D_DOWN:
								x = rand() % 640;
								y = TILEW/2;
								break;
						}

						puffin(P_PINKCLOUD, x, y, "pinkcloud", 0);

					}
				}
			}
			fpsstart = fpsticks;
		}
	}
}

void nextlevel(void) {
	char msg[SMALLBUFLEN];
	sprite_t *cloudp;

	// remove the player 
	removesprite(player);

	/* in case we skipped the level due to a powerup etc */
	levelcomplete = LV_NEXTLEV;

	/* go to next level */
	curlevelnum++;
	if (!musicplaying || (curmusic == fastmusic)) {
		playmusic(normalmusic);
	}

	// don't want the player flashing while scrolling
	player->invuln = 0;

	// load next level data
	if (player->powerup == PW_PHONE) {
		// don't add monsters
		loadlevel(curworld,curlevelnum, B_FALSE);
	} else {
		loadlevel(curworld,curlevelnum, B_TRUE);
	}

	// do the moving to next level animation
	drawlevel();

	// now the player gets invincibility
	player->invuln = INVULNTIME;

	// phone is cancelled on boss levels
	if (player->powerup == PW_PHONE) {
		if (isbosslevel(curlevelnum)) {
			player->powerup = B_FALSE;
			skiplevels = 0;
		}
	}

	/* reset game stats */
	if (player->powerup == PW_PHONE) {
		levelcomplete = LV_CLOUD;
	} else {
		levelcomplete = LV_INIT;
		levelcompletetime = -1;
	}

	/* reset level stats */
	level->gotpowerup = B_FALSE;
	
	if (player->hasbell) {
		playedbell = B_FALSE;
	} else {
		playedbell = BELL_DONEFLASH;
	}

	// if this is boss level, play music
	if (isbosslevel(curlevelnum)) {
		stopmusic();
		playmusic(bossmusic);
	} else {
		if (curmusic != normalmusic) {
			stopmusic();
			playmusic(normalmusic);
		}
	}

	level->iced = ICE_NONE;
	level->icey = -1;

	sprintf(msg, "Level %d-%d",getcurworld(), getcurlevel());
	addoutlinetext(320,240-18,TEXTSIZE_LEVEL,msg,&white,&black,LEVELDELAY); 


	sprintf(msg, "\"%s\"", curlevel->name);
	addoutlinetext(320,240+18,TEXTSIZE_LEVEL2,msg,&cyan,&black,LEVELDELAY);

	/* reset player stats */
	player->netting = B_FALSE;
	player->slamming = B_FALSE;
	player->jumping = B_FALSE;
	player->netcaught = 0;

	// remove powerup, phone is a special case
	if (player->powerup == PW_PHONE) {
		skiplevels--;
		if (skiplevels <= 0) {
			player->powerup = B_FALSE;
		}
	} else {
		player->powerup = B_FALSE;
	}



	// add initial fading cloud
	cloudp = addsprite(P_PINKCLOUD, player->x,player->y + (imageset[P_PINKCLOUD].img[F_WALK1]->h / 2),"initial_pinkcloud");
	cloudp->size = 1.0;

	if (cheat) {
		player->speed = 2;
	}

	// reset timer
	timer = 0;
}

void jump(sprite_t *s, int dir) {
	// if we've ust been hit with armour, bypass all these checks) 
	if (!s->recoiling) {
		// can't jump if already jumping
		if (s->jumping) return;
		if (s->jumptimer) return;

		// can only jump up when climbing
		if (s->climbing && (dir == 0)) {
			return;
		}
	}

	// check for recoiling here, because we always need to be able to
	// "jump" backwards, even if already jumping
	if (s->recoiling || isonground(s) || isinwater(s) || isonladder(s)) {
		if (ismonster(s->id)) {
			if (s->recoiling) { // recoiling monsters don't pause before jumping
				s->jumpspeed = MONJUMPSPEED; 
				s->jumping = 1;
				s->jumpdir = dir;
				s->dir = -s->jumpdir; // face backwards
			} else {
				s->jumpdir = dir;
				if (s->jumpdir != 0) {
					s->dir = s->jumpdir;
				}
				// special case
				if ((s->id == P_KINGRAT) && (s->timer1 == KRS_CHARGEWAIT)) {
					// jump right away
					s->jumpspeed = MONJUMPSPEED; // will be changed later
					s->jumping = 1;
				} else {
					// delay then jump
					s->jumptimer = getjumpdelay(s->id);
					s->willjumpspeed = getmonjumpspeed(s);
				}
			}
		} else {
			tiletype_t *tt;
			s->jumpdir = dir;
			if (s->jumpdir != 0) {
				s->dir = s->jumpdir;
			}

			// if on rollers, they add to your inertia 
			// if you are facing their direction
			tt= gettileat(s->x, s->y, NULL, NULL);
			if ((tt->id == T_RIGHT) && (s->jumpdir > 0)) {
				s->jumpdir++;
			} else if ((tt->id == T_LEFT) && (s->jumpdir < 0)) {
				s->jumpdir--;
			}


			s->jumping = 1;
			if (s->climbing) {
				s->jumpspeed = 3;
			} else if (s->ontramp) {
				s->jumpspeed = 7;
			} else {
				s->jumpspeed = 5;
			}
		}
		// stop climbing
		s->climbing = B_FALSE;
		if (s == player) {
			// stop recoiling
			if (s->recoiling) {
				s->recoiling = B_FALSE;
			} else {
				// play sound effect
				if (player->ontramp) {
					playfx(FX_SPRING);
				} else {
					playfx(FX_JUMP);
				}
			}
		}

		adjustx(s, F_JUMP);

	}
}

void die(sprite_t *s) {
	sprite_t *s2;
	/* clouds can't die like this */
	if (s->id == P_BLACKCLOUD) return;
	if (s->id == P_PINKCLOUD) return;

	/* if this is the player, hurryup time counter resets */
	// We already do this in the cloud movement routine, but
	// this handles cases where the cloud hasn't appeared yet.
	if (s == player) {
		// if we have armour, we lose it instead of dying
		if (player->armour) {
			// lose armour
			player->armour = B_FALSE;
			player->id = P_PLAYER;
			// become invulnerable temporarily
			player->invuln = INVULNTIME;
			// bounce back
			player->recoiling = B_TRUE;
			jump(player, -player->dir);
			// play sound
			playfx(FX_OW);
			// don't process rest of the death code
			return;
		} else {
			int tnum;

			if (player->powerup == PW_CLOCK) {
				Mix_ResumeMusic();
			}
			player->powerup = B_FALSE;

			nexthurryup = gtime + level->hurryuptime;
			if (curmusic == fastmusic) {
				playmusic(normalmusic);
			}
			// reset powerup types
			curpoweruptype = 0;

			/* lose a life */
			player->lives--;

			/* play sound */
			playfx(FX_DIE);

			// draw text
			tnum = rand() % MAXDEATHTEXT;
			addoutlinetext(player->x,player->y,TEXTSIZE_DEATH,deathtext[tnum],&red,&black,DIEDELAY);
		}
	}

	/* release anything we've caught */
	for (s2 = sprite->next ; s2 ; s2 = s2->next) {	
		if (s2->caughtby == s) {
			s2->caughtby = NULL;
			s2->angry = B_TRUE;
		}
	}

	// un-ice everything if player dies
	if (s == player)  {
		for (s2 = sprite->next ; s2 ; s2 = s2->next) {	
			if (s2->iced) {
				s2->iced = B_FALSE;
			}
		}
	}

	// boss effects
	if (s == boss) {
		// stop screen shaking
		if (player->powerup == PW_RATSHAKE) {
			player->powerup = B_FALSE;
		}
		// reset timers
		s->timer1 = 0;
		s->timer2 = 0;
		// death timer
		s->timer3 = BOSSDIETIME;

		// give a permenant powerup!
		switch (s->id) {
			case P_KINGRAT:
				addsprite(P_BIGSPEED, (640/2), 0, "bigspeed");
				break;
		}
	}


	// snails can't die but turn into slugs instead
	if ((s->id == P_SNAIL) && (s->lives > 0)) {
		sprite_t *newsp;

		// create a slug here
		newsp = addsprite(P_SLUG, s->x,s->y, "slug" );
		puffin(-1, s->x, s->y, "nothing", 0); // create the illusion of a puff
		newsp->dir = player->dir; // facing away from player
		// make sure it can't be netted right away!
		if (player->powerup != PW_CLOCK) {
			newsp->invuln = SLUGINVULNTIME;
		}


		// the shell recoils (other code will kill us off when this is done)
		//  -become invulnerable temporarily
		s->invuln = INVULNTIME*2; // make sure this lasts until we die
		//  -bounce back
		s->recoiling = B_TRUE;
		jump(s,player->dir); // ie. away from the player

		playfx(FX_CRACK);


		// when we hit the ground, later code will check for this.
		// if a snail with lives=0 hits the ground, they die (it actually
		// looks like a shell)
		s->lives = 0;

		// attributes
		s->angry = 0;
		s->iced = 0;

	} else {
		/* set death attribute */
		s->dead = D_INITIAL;
		s->netcaught = B_FALSE;
		s->netting = 0;
		s->slamming = 0;
		s->iced = 0;
		s->angry = 0;
	}

	// check for level clear
	checklevelend();

}

void checklevelend(void) {
	sprite_t *s2;
	int mcount;
	
	if (!levelcomplete) {
		mcount = 0;
		/* any monsters left? */
		for (s2 = sprite->next ; s2 ; s2 = s2->next) {
			if (ismonster(s2->id) && !s2->dead) {
				if (s2->id != P_BLACKCLOUD) {
					mcount++;
				}
			}
		}
		if (mcount == 0) {
			levelcomplete = LV_CLEAR;
		}
	}
}

// count monsters on level 
int countmonsters(void) {
	sprite_t *s2;
	int mcount;
	mcount = 0;
	/* any monsters left? */
	for (s2 = sprite->next ; s2 ; s2 = s2->next) {
		if (ismonster(s2->id) && !s2->dead) {
			if (s2->id != P_BLACKCLOUD) {
				mcount++;
			}
		}
	}

	return mcount;
}

void cleanup(void) {
	int i;
	printf("commencing cleanup routine....\n");
	SDL_FreeSurface(pausedtext);
	SDL_FreeSurface(pausedshadow);
	Mix_HaltMusic();
	Mix_CloseAudio();
	for (i = 1; i < MAXLETTERHEIGHT; i++) {
		TTF_CloseFont(font[i]);
	}
	TTF_Quit();
	SDL_Quit();
	printf("complete.\n");
}

void checkcollide(sprite_t *s) {
	sprite_t *s2;
	int keepchecking;
	int xdiff,ydiff;
	int ythresh;
	int netsleft;

	// for all other sprites
	for (s2 = sprite ; s2 ; s2 = s2->next) {

		if (s2 == s) continue;
			else if (s->dead) continue;
			else if (s2->dead) continue;
			else if (s->caughtby) continue;
			else if (s2->caughtby) continue;
			else if (s2->teleporting) continue;
			else if (iseffect(s2->id)) continue;


		keepchecking = B_TRUE;

		/* check for colission with our net */
		if (s->netting ) {
			if ((isnettable(s2->id) && !s2->invuln) || (s->netsticky && isfruit(s2->id))){
				xdiff = (s->x + s->netlen*s->netdir) - s2->x;
				if (xdiff < 0) xdiff = -xdiff;
				ydiff = s->netystart - (s2->y - s2->img->h/2);
				if (ydiff < 0) ydiff = -ydiff;

				// take numnets into account for y check
				ythresh = s2->img->h;
				netsleft = s->netmax - s->netcaught;
				if (netsleft > 1) {
					ythresh += ((int)s->img->h / (int)(netsleft+1) );
				}

				//if ((xdiff <= s2->img->w/2) && (ydiff <= s2->img->h)) {
				if ((xdiff <= s2->img->w/2) && (ydiff <= ythresh)) {
					// we hit something!

					if (s->netsticky && isfruit(s2->id)) {
						getfruit(s, s2, 1);
					} else {
						// Otherwise, it must be a monster

						// if we have a boxing glove, it dies
						if (s->powerup == PW_BOXING) {
							s2->dead = D_BOUNCING;// die as soon as it hits a wall
							s2->bounces = 1; 
							s2->quickdie = B_TRUE;

							/* go FAST in the direction player is facing */
							s2->xs = s->dir * 5;
							s2->ys = 0;

							/* slightly raise the sprite to avoid isonground() being true */
							s2->y -= 3;

							/* make sure we're not too high since we'll never get lower now */
							if (s2->y <= TILEH) s2->y = TILEH+1;

							// become something special
							s2->willbecome = P_DIAMOND;

							playfx(FX_KILL);
							sprintf(tempm, bifftext[rand() % MAXBIFFTEXT]);
							addoutlinetext(s2->x,s2->y - s->img->h/2, TEXTSIZE_BIFF, tempm,&red,&yellow,POINTSDELAY);

							keepchecking = B_FALSE;
						} else if (s2->iced) {
							// it dies
							playfx(FX_ICEBREAK);
							if (s2->id == P_SNAIL) s2->id = P_SLUG;
							die(s2);
						} else {
							// otherwise we caught it if we have enough nets
							
							if (s->netcaught < s->netmax) {
								s2->caughtby = s;
								s2->jumping = B_FALSE;
								s2->falling = 0;
								s2->caughtstate = C_NETTING;
								s->netcaught++;
						
								keepchecking = B_FALSE;
							}
						}
					} // end if isfruit or ismonster
				}
			}
		} // end if s->netting


		// don't keep going if this sprite has now been killed/caught
		if (!keepchecking) continue;

		/* now check for collision with us */
		xdiff = s->x - s2->x;
		if (xdiff < 0) xdiff = -xdiff;
		ydiff = (s->y-(s->img->h/2)) - (s2->y-(s2->img->h/2));
		if (ydiff < 0) ydiff = -ydiff;
		
		if ((xdiff <= s->img->w/2 + s2->img->w/2) && 
		    (ydiff <= s->img->h/2 + s2->img->h/2)) {
			/* COLLISION! */

			// are we the player?
			if (s == player) {
				//if (isfruit(s2->id) && (s2->teleporting == 0)) {
				if (isfruit(s2->id)) {
					getfruit(player, s2, 1);
				} else if (ismonster(s2->id) || isbullet(s2->id)) {
					if (s2->iced) {
						// monster dies
						playfx(FX_ICEBREAK);
						die(s2);
					} else if (!s->invuln) {
						// player dies
						die(s);
					}
				}
			} else if ((s->id == P_SMASH) || (s->id == P_STAR) || (s->id == P_METEOR)) { // smash from mace slam or shuriken
				if (ismonster(s2->id)) {
					switch (s->id) {
						case P_STAR: playfx(FX_STARHIT); break;
					}
					// monster dies
					if (s2->id == P_SNAIL) s2->id = P_SLUG;
					die(s2);
					// become something special
					s2->willbecome = P_DIAMOND;
				}
			}
		}
	} // end for each sprite
}


// do death bouncing effect
void bouncesprite(sprite_t *s) {
	s->x += s->xs;
	s->y += s->ys;

	if (s->x >= (640-TILEW-(s->img->w/2))) {
		// move back onto screen
		while (s->x >= (640-TILEW-(s->img->w/2))) {
			s->x--; 
		}
		if (s->xs > 0) s->xs = -s->xs;  // reverse direction
		s->bounces++;
	} else if (s->x <= TILEW+s->img->w/2) {
		// move back onto screen
		while (s->x <= TILEW+s->img->w/2) {
			s->x++;
		}
		if (s->xs < 0) s->xs = -s->xs;  // reverse direction
		s->bounces++;
	}

	if (s->y >= (480-(s->img->h/2))) {
		while (s->y >= (480-(s->img->h/2))) {
			s->y--;
		}
		if (s->ys > 0) s->ys = -s->ys;  // reverse direction
		s->bounces++;
	} else if (s->y <= s->img->h) {
		while (s->y <= s->img->h) {
			s->y++;
		}
		if (s->ys < 0) s->ys = -s->ys;  // reverse direction
		s->bounces++;
	}
}


// returns TRUE if we finished the level 
int movesprite(sprite_t *s) {
	int rv;
	tiletype_t *tt;


	if (levelcomplete == LV_INIT) {
		// most things can't move in this state
		//if ((s->id != P_PUFF) && (s != player)) {
		if (!iseffect(s->id) && (s != player)) {
			// caught or dead sprites can move, in case
			// the player catches something before level start time
			if ((!s->caughtby) && (!s->dead)) return B_FALSE;
		}
	}

	// only player can move if you have a clock
	if (player->powerup == PW_CLOCK) {
		if (!iseffect(s->id) && (s != player) && !s->caughtby && !s->dead) {
			return B_FALSE;
		}
	}

	// iced monsters can't move
	if (ismonster(s->id) && s->iced) {
		return B_FALSE;
	}

	/* timer */
	if (s->doomcount) {
if (s->id == P_PUFF) printf("PUFF WITH DOOMCOUNT!\n");
		s->doomcount--;
		if (s->doomcount == 0) {
			s->dead = D_FINAL;
		}
	}

	/* avoid edges of screen */
	if (s->y < s->img->h) {
	//	if (!s->flies) {
		if (s->dead) { 
			s->y = s->img->h;
		}
	}
	if (s->x > (640 - s->img->w/2)) {
		s->x = 640 - s->img->w/2;
	}
	if (s->x < (s->img->w/2)) {
		s->x = s->img->w/2;
	}

	if (s->invuln) {
		s->invuln--;
	}


	if (s->caughtby) {
		if (s->caughtby->slamming) {
			/* */

			s->x = s->caughtby->netxstart;
			s->y = s->caughtby->netystart;
		} else {
			/* stay at position of net */
			s->y = s->caughtby->y;
			if (s->caughtstate == C_NETTING) {
				s->x = s->caughtby->x + (s->caughtby->netlen*s->caughtby->netdir);
			} else {
				s->x = s->caughtby->x + (s->caughtby->img->w/2) * -(s->caughtby->dir);
			}
		}
		return B_FALSE;
	} else if (s->dead == D_INITIAL) {      /* just set to dead */
		if (s == boss) {
			// flash
			s->timer3--;
			if (s->timer3 == 0) {
				s->dead = D_FINAL;
			}
		} else {
			// 0 through 5
			s->xs = 0.5 + ((rand() % 50) / 10); // 0.5 through 5.5
			if (rand() % 2) { // 50% change of going left
				s->xs = s->xs * -1;
			}
			s->ys = -1 * (4 + ((rand() % 30) / 10)); // -4 through -7

			s->dead = D_BOUNCING;
			s->bounces = 0;
			if (s == player) {
				s->jumpspeed = 8;
				s->jumping = 1;
			}
		}
		return B_FALSE;
	} else if (s->dead == D_BOUNCING) {      /* dying */
		if (s == player) {
			/* shoot up in the air, then fall */
			s->y -= s->jumpspeed;

			s->jumping++;
			if (s->jumping % 5 == 0) {
				s->jumpspeed--;
			}

			/* if we've fallen off the bottom... */
			if (s->y >= (480+s->img->h)) {
				/* pause before respawning */
				s->jumpspeed = 0; /* this is now a timer */
				s->dead = D_LASTBOUNCE;
			}
		} else {
			/* bounch around the screen 3 times */
			bouncesprite(s);
			if ((s->bounces >= 2) && (s->ys >= 0)) {
				// make sure we're not on the ground 
				if (!isonground(s)) {
					//int tx,ty;
					//tiletype_t *tt;
					//tt = gettileat(s->x,s->y,&tx,&ty);
					s->dead = D_LASTBOUNCE;
				}
			}
		}
		return B_FALSE;
	} else if (s->dead == D_LASTBOUNCE) {    /* final fall */
		if (s == player) {
			/* just delay... */
			s->jumpspeed++;
			if (s->jumpspeed == 50) {
				/* really die */
				s->dead = D_FINAL;
			}
		} else { /* bounce around, stop when we hit the ground */
			bouncesprite(s);

			if ((s->ys >= 0) && (s->y >= TILEH)) {
				if (s->quickdie || isonground(s)) {
					int x,y,ty;
					s->dead = D_FINAL;
					/* change into a fruit */
					x = s->x;
					gettileat(s->x,s->y-1,NULL,&ty);
					//y = ty*TILEH + TILEH - 2;
					y = ty*TILEH - 2;

					/* make sure it's within the screen */
					if (x > (640-TILEW)) x = 640-TILEW;
					if (x < (TILEW)) x = TILEW;
				
					//addsprite(s->willbecome, x, y, "Fruit", B_FALSE);
					puffin(s->willbecome, x, y, "fruit", 0);
					//ss = addsprite(P_PUFF, x, y, "Fruit", B_FALSE);
					//ss->timer3 = s->willbecome;

				}
			}
		}
		return B_FALSE;
	} else if (s->teleporting > 0) {
		SDL_Surface *ts;
		if (timer % 2 == 0) {
			/* shrink */
			// TODO: free old image first!!
			if (s->teleporting == TP_SHRINKING) {
				ts = rotozoomSurfaceXY(s->img,0, 0.9 , 0.9 ,0);
				s->img = ts;
			} else {
				ts = rotozoomSurfaceXY(s->img,0, 0.9 , 0.9 ,0);
				SDL_FreeSurface(s->img);
				s->img = ts;
			}

			if ((s->img->w <= 2) || (s->img->h <= 2)) {
				/* go to tele dest */
				int x,y;
				/* find destination */
				for (y = 0; y < LEVELH; y++) {
					for (x = 0; x < LEVELW; x++) {
						tt = gettile(curlevel->map[y*LEVELW+x]);
						if (tt->id == T_TELEPORTDEST) {
							/* teleport there */
							s->x = (x * TILEW) + (TILEW/2);
							s->y = (y * TILEH) + TILEH-2;
						}
					}
				}
				s->teleporting = -1;	
			} else s->teleporting++;	
		}
	} else if (s->teleporting < 0) {
		double size;
		if (timer % 2 == 0) {
			/* grow */
			size = (double)-s->teleporting / 10;

			SDL_FreeSurface(s->img);
			if (size >= 1) {
				s->teleporting =  0;
				s->img = imageset[s->id].img[F_WALK1];
			} else {
				// TODO: free old image first!!
				s->img = rotozoomSurfaceXY(imageset[s->id].img[F_WALK1],0,size,size,0);
				s->teleporting--;
			}
		}
	} else if (s->jumping) {
		movex(s, s->jumpdir*getspeed(s));
		return B_FALSE;
	}

	if (!iseffect(s->id)) {
		if (isonground(s) || ((s->id == P_KINGRAT) && (s->timer1 == KRS_WALK))) {
			if ((!s->falling) && (!s->jumping)) {
				if (!s->climbing && !s->dropping) {
					if (!isonladder(s)) {
						adjustheight(s);
					}
				}
			}
		}
	}

	/* sprite is about to jump */
	if (s->jumptimer) {
		s->jumptimer--;
		if (s->jumptimer == 0) {
			s->jumping = 1;
			s->jumpspeed = s->willjumpspeed;
			if (s->jumpdir != 0) s->dir = s->jumpdir;
			return B_FALSE;
		} else if (s->jumptimer % 20 == 0) {
			if (s->id != P_SLUG) { // slugs don't turn back and forth before jumping
				s->dir = -s->dir;
			}
		}
	} else if ((s->id == P_PUFF) || (s->id == P_SMASH) || (s->id == P_SPARKLE)) {
		/* SUMMARY:
			timer1:
				indicates current frame.  if < 0, don't draw.
				if >= PUFFFRAMES, use last frame.

				when timer1 gets to PUFFAPPEAR, create a gem
				of type s->

			timer2:
				loops from 0 to 9.
				at intervals of PUFFSPEED, increment timer1.

		*/

		// still delaying
		if (s->timer1 < 0) {
			// increment "frame"
			s->timer1++;
		} else {
			// increment frame at a slower pace
			if (++s->timer2 >= 10) {
				s->timer2 = 0;
			}
			if (timer % PUFFSPEED == 0) {
				s->timer1++;
				// finished animating
				if (s->timer1 == PUFFAPPEAR) {
					// create a gem/fruit/etc
					if (s->id == P_PUFF) {
						if (s->timer3 >= 0) {
							sprite_t *newsp;

							// if player already has this, and no cards already on screen,
							// we get a card instead
							if ((isfruit(s->timer3) == FT_PERM) && haspowerup(player, s->timer3)) {
								sprite_t *search;
								int found;
								found = B_FALSE;

								for (search = sprite; search ; search = search->next) {
									if (iscard(search->id)) {
										found = B_TRUE;
										break;
									}
									// if it's a puff that will become a card...
									if ((search->id == P_PUFF) && (iscard(search->timer3))) {
										found = B_TRUE;
										break;
									}
								}

								if (!found) {
									s->timer3 = getrandomcard();
								}
							}

							if (s->timer3 == P_FIRSTCARD) {
								s->timer3 = getrandomcard();
							} 
							newsp = addsprite(s->timer3, s->x,s->y,s->name );

							// is it a boss? if so update boss pointer
							switch (s->timer3) {
								case P_KINGRAT:
									boss = newsp;
							}

							// is it in the water?
							if (isinwater(newsp)) {
								newsp->swimming = B_TRUE;
								newsp->watertimer = rand() % BUBBLETIME;
							}

							// is it a points fruit appearing on top of us?
							if (isfruit(newsp->id) == FT_FRUIT) {
								int xdiff,ydiff;
								/* now check for collision with us */
								xdiff = player->x - newsp->x;
								if (xdiff < 0) xdiff = -xdiff;
								ydiff = (player->y-(player->img->h/2)) - (newsp->y-(newsp->img->h/2));
								if (ydiff < 0) ydiff = -ydiff;
								
								// appeared on top of us
								if ((xdiff <= player->img->w/2 + newsp->img->w/2) && 
								    (ydiff <= player->img->h/2 + newsp->img->h/2)) {
									// bonus!
									getfruit(player, newsp, 4);
									addoutlinetext(player->x,player->y - (player->img->h*1.5), TEXTSIZE_MULTI, "Nice catch!", &green,&black,MULTIDELAY);
								}

							}

						}
					}
				} else if (s->timer1 >= PUFFFRAMES) {
					s->timer1 = 999; // for debugging
					s->dead = D_FINAL;
				}
			}
		}
	} else if (s->id == P_MOVINGCARD) { 
			// timer1 is the actual cardid
			// timer2 is the target x position
			// timer3 is the target y position
			//
			// move towards end position
			movetostart(s, s->timer2, s->timer3, CARDSPEED, CARDSPEED);
			
			// are we there yet?
			if ((s->x == s->timer2) && (s->y == s->timer3)) {
				gaincard(player, s->timer1);
				s->dead = D_FINAL;
			}
	} else if (s->id == P_FIVECARDS) { 
		// are we there yet?
		if ((s->x == 320) && (s->y == 240 )) {
			if (s->timer2 == 0) {
				int i;
				SDL_Surface *blackness, *cardimg;
				SDL_Rect area;

				s->timer2 = -1; //this means we are counting down
				s->timer1 = POKERWAITTIME;


				// hide non-used cards
				cardimg = imageset[P_FIRSTCARD].img[F_WALK1];
				area.x = 0;
				area.y = 0;
				area.w = cardimg->w;
				area.h = cardimg->h;
			
				// create semi-transparent black surface the size of a card
				blackness = SDL_CreateRGBSurface(SDL_SWSURFACE,
					cardimg->w, cardimg->h, 
					screen->format->BitsPerPixel, screen->format->Rmask,
					screen->format->Gmask,screen->format->Bmask,
					screen->format->Amask);
				SDL_FillRect(blackness, NULL, SDL_MapRGB(screen->format, 0, 0, 0));
				SDL_SetAlpha(blackness, SDL_SRCALPHA, 200);
				

				for (i = 0; i < player->numcards; i++) {
					if (player->usedcard[i] == B_FALSE) {
						// hide it
						//SDL_FillRect(s->img, &area, SDL_MapRGB(screen->format, 0, 0, 0));
						SDL_BlitSurface(blackness, NULL, s->img, &area);
					}

					area.x += (cardimg->w + 2);
				}
				SDL_FreeSurface(blackness);

		
			} else {
				s->timer1--;
				if (s->timer1 == 0) {
					sprite_t *s2, *nexts;
					int i;
					// die
					s->dead = D_FINAL;
					// restore state
					levelcomplete = oldlevelcomplete;

					Mix_ResumeMusic();

					//  do effect!
					dopokereffect(player,pokereffect);

					// clear player cards
					for (i = 0; i < MAXCARDS; i++) {
						player->card[i] = -1;
					}
					player->numcards = 0;

					// shuffle cards
					shufflecards();

					// kill all monsters (if not skipping levels)
					if (player->powerup != PW_PHONE) {
						for (s2 = sprite; s2 ; s2 = nexts) {
							nexts = s2->next;
							if (isbullet(s2->id)) {
								s2->dead = D_FINAL;
							} else if (ismonster(s2->id)) {
								s2->willbecome = P_DIAMOND;
								s2->lives = 0; // for snails
					
								if (s2->caughtby) {
									s2->caughtby = NULL;
									player->netcaught--;
								}
								die(s2);
							}
						}
					}

				}
			}
		} else {
			// move towards centre of the screen
			movetostart(s, 320, 240, FIVECARDSPEED, FIVECARDSPEED);
		}
	} else if (s->id == P_MASK) { // mask effect
		if (player->slamming) {
			s->y = player->y + MASKOFFSETSLAMY;
			s->x = player->x + (MASKOFFSETSLAMX*player->dir);
		} else {
			s->y = player->y + MASKOFFSETY;
			s->x = player->x + (MASKOFFSETX*player->dir);
		}
	} else if (s->id == P_STAR) { // shuriken effect
		// animate
		s->timer1++;
		if (s->timer1 >= STARFRAMES) {
			s->timer1 = 0;
		}
		// move until we hit the edge of the screen
		s->x = s->x + s->xs;
		s->y = s->y + s->ys;

		// if off screen
		if ((s->x >= 640 - s->img->w/2) || (s->x <= s->img->w/2) || (s->y <= 0) || (s->y >= 480+s->img->h)) {
			// die
			s->dead = D_FINAL;
		}
	} else if (s->id == P_METEOR) { // meteor
		double oldy;


		oldy = s->y;
		// fall to bottom of screen then die
		s->y = s->y + s->ys;

		// if just appeared onscreen
		if ((oldy < 0) && (s->y >= 0)) {
			playfx(FX_METEOR);
		}


		// if off screen
		if (s->y >= (480 + s->img->h)) {
			// die
			s->dead = D_FINAL;
		}
	} else if (s->id == P_BUBBLE) { // bubble effect
		tiletype_t *tt;
		// float up, die when we leave the water
		tt = gettileat(s->x,s->y, NULL,NULL);
		if (tt->water) {
			s->y -= 0.5;
			// move left/right
			s->x += (sin(s->y/5)/5);
		} else {
			// die
			s->dead = D_FINAL;
		}
	} else if (s->id == P_CANNON) { // cannon effect
		// die if player dies 
		if (player->dead) {
			s->dead = D_FINAL;
		} else if (player->powerup == PW_CANNON) {
			int targx,targy;
			// try to stay behind player
			targx = player->x - (player->dir * 32);
			targy = player->y;
			if (s->x < targx) {
				s->x += 2;
				if (s->x > targx) s->x = targx;
			}
			if (s->y < targy) {
				s->y += 2;
				if (s->y > targy) s->y = targy;
			}
			if (s->x > targx) {
				s->x -= 2;
				if (s->x < targx) s->x = targx;
			}
			if (s->y > targy) {
				s->y -= 2;
				if (s->y < targy) s->y = targy;
			}
		}

	} else if (s->id == P_GLOVE) { // boxing glove effect
		// dies when the player finshes netting
		if (!player->netting) {
			s->dead = D_FINAL;
		} else {
			// keep it at the end of the net
			s->x = player->x + (player->netdir * player->netlen);
			s->y = player->y - (player->img->h/2) + 5;
			s->dir = player->dir;
		}
	} else if (s->id == P_MACE) { // mace slam effect
		// dies when the player finishes slamming
		if (!player->slamming) {
			s->dead = D_FINAL;
		} else {
			double dist;
			// keep it at the end of the slam
			dist = (player->slamangle * (180/M_PI))/2;
	
			s->x = player->x + cos(player->slamangle-(180*(M_PI/180)))*dist*player->dir;
			s->y = player->y + sin(player->slamangle-(180*(M_PI/180)))*dist + imageset[P_MACEPOWERUP].img[F_WALK1]->h/2;
			s->dir = player->dir;
		}
	} else if (s->id == P_RAT) {
		if (!s->falling) {
			int move = B_FALSE;
			int xdiff, absxdiff;
			tiletype_t *tunder;


			/* distance to player */
			xdiff = player->x - s->x;
			if (xdiff < 0) absxdiff = -xdiff;
				else absxdiff = xdiff;

			// tile in front and below
			tt = gettileat(s->x + s->dir*getspeed(s) + (s->dir * (s->img->w/2)),s->y + (TILEH/2),NULL,NULL);
			// tile below
			tunder = gettileat(s->x ,s->y + 1,NULL,NULL);
			/* if there's a hole in front of us and below*/
			if (tt->solid == S_NOTSOLID) {
				// we're on a slope
				if (tunder->solid == S_SLOPE) {
					move = B_TRUE;
				} else {
					if (s->angry || boss) {
						if (player->y > s->y) {
							/* if player is below, fall off */
							if (xdiff <= (TILEW*8)) {
								move = B_TRUE;
							}
						} else if (player->y == s->y) {
							/* if player is at same level and close, jump */
							if ((s->dir == D_RIGHT) && (xdiff > 0) && (xdiff <= (TILEW*7))) {
								jump(s,D_RIGHT);
							} else if ((s->dir == D_LEFT) && (xdiff < 0) && (xdiff >= -(TILEW*7))) {
								jump(s,D_LEFT);
							}
						}
					}
				}
			} else {
				move = B_TRUE;
			}
	
			/* either move or turn around */
			if (move) {
				rv = movex(s, s->dir*getspeed(s));
				if (rv) {
					/* if we couldn't move (hit a wall), turn */
					s->dir = -s->dir;
				}
			} else {
				s->dir = -s->dir;
			}

			if ((s->angry) || (boss)) {
				if ((player->dead == 0) && (!s->jumping) && (!s->jumptimer)) {
					/* if player is above us, jump */
					if (player->y < s->y) {
						if ((xdiff >= (TILEW*2)) && (xdiff <= (TILEW*3))) {
							/* jump right */
							jump(s, 1);
						} else if ((xdiff <= -(TILEW*2)) && (xdiff >= -(TILEW*3))) {
							/* jump left */
							jump(s, -1);
						} else if (s->y - player->y <= (TILEH*6)) {
							 if ((xdiff >= 0) && (xdiff < (TILEW*2))) {
								/* jump up */
								jump(s, 0);
							} else if ((xdiff <= 0) && (xdiff > -(TILEW*2))) {
								/* jump up */
								jump(s, 0);
							}
						} else {
							/* jump whichever way we're facing */
							/*
							s->jumpdir = s->dir;
							s->jumping = 1;
							s->jumpspeed = 5;
							*/
						}
					}
				}
			}
		} else { // falling
			tiletype_t *tunder, *t2under;

			// tile below
			tunder = gettileat(s->x ,s->y,NULL,NULL);
			t2under = gettileat(s->x ,s->y+s->img->h,NULL,NULL);
			if ((tunder->solid == S_SLOPE) || (t2under->solid == S_SLOPE)) {
				movex(s, s->dir*getspeed(s));
			}
		}
	} else if (s->id == P_SNAIL) {
		if (!s->falling) {
			int move = B_FALSE;
			int xdiff, absxdiff;

			/* distance to player */
			xdiff = player->x - s->x;
			if (xdiff < 0) absxdiff = -xdiff;
				else absxdiff = xdiff;

			tt = gettileat(s->x + s->dir+getspeed(s) + (s->dir * (s->img->w/2)),s->y,NULL,NULL);
			/* if there's a hole in front of us */
			if (tt->solid == S_NOTSOLID) {
				if ((player->y > s->y) && (s->angry || boss)) {
					/* if player is below, fall off */
					if (xdiff <= (TILEW*8)) {
						move = B_TRUE;
					}
				}
			} else {
				move = B_TRUE;
			}
	
			/* either move or turn around */
			if (move) {
				rv = movex(s, s->dir*getspeed(s));
				if (rv) {
					/* if we couldn't move (hit a wall), turn */
					s->dir = -s->dir;
				}
			} else {
				s->dir = -s->dir;
			}

		} else { // falling
			if (s->recoiling) {
				// fall backwards
				rv = movex(s, -s->dir*getspeed(s));
			}
		}
	} else if (s->id == P_SLUG) {
		if (!s->falling) {
			int move = B_FALSE;
			int xdiff, absxdiff;


			/* distance to player */
			xdiff = player->x - s->x;
			if (xdiff < 0) absxdiff = -xdiff;
				else absxdiff = xdiff;

			tt = gettileat(s->x + s->dir+getspeed(s),s->y,NULL,NULL);
			/* if there's a hole in front of us */
			if (tt->solid == S_NOTSOLID) {
				if (player->y > s->y ) {
					/* if player is below and nearby, fall off */
					if (xdiff <= (TILEW*16)) {
						move = B_TRUE;
					}
				} else if (player->y == s->y) {
					/* if player is at same level and close, try to jump over the gap */
					if ((s->dir == D_RIGHT) && (xdiff > 0) && (xdiff <= (TILEW*9))) {
						jump(s,D_RIGHT);
					} else if ((s->dir == D_LEFT) && (xdiff < 0) && (xdiff >= -(TILEW*9))) {
						jump(s,D_LEFT);
					}
				}
			} else {
				move = B_TRUE;
			}
	
			/* either move or turn around */
			if (move) {
				rv = movex(s, s->dir*getspeed(s));
				if (rv) {
					/* if we couldn't move (hit a wall), turn */
					s->dir = -s->dir;
				}
			} else {
				s->dir = -s->dir;
			}



			/* moves like an angry rat all the time */
			if ((player->dead == 0) && (!s->jumping) && (!s->jumptimer)) {
				/* if player is above us or at same level...*/
				if (player->y <= s->y) {
					int ydiff = s->y - player->y;
		
					if ((ydiff >= (TILEH*4)) && (ydiff <= (TILEH*8))) { // player between 4 and 8 tiles above
						if (xdiff <= (TILEW*16)) { // if closeish horizontally
							/* jump up */
							jump(s, 0);
						}
					} else if ((xdiff >= (TILEW*1)) && (xdiff <= (TILEW*9))) { // if 1-9 tiles right
						if (s->dir == D_RIGHT) {
							/* jump right */
							jump(s, D_RIGHT);
						}
					} else if ((xdiff <= -(TILEW*1)) && (xdiff >= -(TILEW*9))) { // if 1-9 tiles left
						if (s->dir == D_LEFT) {
							/* jump left */
							jump(s, D_LEFT);
						}
					} 
				}
			}
		} else { // falling
			int rv;
			// move forwards 
			rv = movex(s, s->dir*getspeed(s));
		}
	} else if (s->id == P_KINGRAT) {
		/* timer1 is state
	
			0 == walk back and forth


			timer2 counts down, at zero we change state
		*/
		if (s->timer1 == KRS_WALK) {
			int canseeplayer = B_TRUE;
			int ydis;
			// move 
			rv = movex(s, s->dir*getspeed(s));
			if (rv) {
				/* if we couldn't move (hit a wall), turn */
				s->dir = -s->dir;
			}

			// if player is in front, charge!
			if (player->dead) {
				canseeplayer = B_FALSE;
			} else {
				ydis = abs(s->y - player->y);
				if (ydis > 2) {
					canseeplayer = B_FALSE;
				} else if ((s->dir < 0) && (player->x > s->x)) {
					canseeplayer = B_FALSE;
				} else if ((s->dir > 0) && (player->x < s->x)) {
					canseeplayer = B_FALSE;
				}
			}

			if (canseeplayer) {
				// CHARGE!
				playfx(FX_BOSSWINDUP);
				s->timer1 = KRS_CHARGEWAIT;
				s->timer2 = KR_NUMJUMPS;
			} else {
				// dec timer
				s->timer2--;
				if (s->timer2 == 0) {
					if (player->dead) {
						// reset timer
						s->timer2 = KR_WALKTIME;
					} else {
						// jump to player's height
						s->timer1 = KRS_JUMP;
					}
				}
			}
		} else if (s->timer1 == KRS_CHARGEWAIT) {
			// jump timer2 times.

			if (timer % 2 == 0) {
				// add puffs
				puffin(-1, s->x + (rand() % (s->img->w)) - (s->img->w/2), s->y, "nothing", rand() % 5);
			}

			if (!s->jumping && !s->falling) {
				s->timer2--;
				if ((s->timer2 <= 0) && (!s->jumping)){
					//CHARGE
					s->timer1 = KRS_CHARGE;
					s->flies = B_TRUE;
					playfx(FX_BOSSCHARGE);
				} else {
					// bounce
					jump(s,0);
					s->jumpspeed = 1;
				}
			}
		} else if (s->timer1 == KRS_CHARGE) {
			int rv;
			// move fast forwards
			rv = movex(s, s->dir*KR_CHARGESPEED);
			if (rv) {
				// hit a wall - get stunned
				s->timer1 = KRS_STUN;
				s->timer2 = KR_STUNTIME;
				s->flies = B_FALSE;

				playfx(FX_BOSSWALL);

				// shake the screen via a fake player powerup
				player->powerup = PW_RATSHAKE;
				player->timer1 = RATSHAKETIME;
			}
		} else if (s->timer1 == KRS_STUN) {
			s->timer2--;
			if (s->timer2 == 0) {
				s->timer1 = KRS_WALK;
				s->timer2 = KR_WALKTIME;
			}
		} else if (s->timer1 == KRS_JUMP) {
			// jump to player height
			if (!s->jumping) {
				int ydis;
				int try;
				int tot;
				int n;

				if ((player->dead) || (player->y > s->y)) { // player below or dead
					try = 2;
				} else {
					// get distance
					ydis = abs(s->y - player->y);
					// figure out how much we need to jump
					for (try = 2; try < (KR_MAXJUMP-1); try++) {
						tot = 0;
						for (n = try; n >= 1; n--) {
							tot = tot + (5*n);
						}
						if (tot >= ydis) {
							break;
						}
					}
				}
				jump(s, 0);
				// manually adjust speed
				try++; // one more just to be sure
				s->willjumpspeed = try;

				// next state
				s->timer1 = KRS_WAITFORTOP;
			}		
		} else if (s->timer1 == KRS_WAITFORTOP) {
			if (!s->jumping) {
				s->timer1 = KRS_FALL;
			}
		} else if (s->timer1 == KRS_FALL) {
			// fall to player height
			if (!s->jumping && (s->y >= player->y)) {
				// back to normal state but lower timer
				s->timer1 = KRS_WALK;
				s->timer2 = KR_WALKTIME; // low delay
			}
		}


	} else if (s->id == P_TICK) {

		if (!s->falling) {
			int move = B_FALSE;
			int xdiff, absxdiff;


			/* distance to player */
			xdiff = player->x - s->x;
			if (xdiff < 0) absxdiff = -xdiff;
				else absxdiff = xdiff;

			tt = gettileat(s->x + s->dir+getspeed(s),s->y,NULL,NULL);
			/* if there's a hole in front of us */
			if (tt->solid == S_NOTSOLID) {
				if (player->y >= (s->y+TILEH/2) ) {
					/* if player is below and nearby, fall off */
					if (xdiff <= (TILEW*16)) {
						move = B_TRUE;
					}
				} else if (player->y == s->y) {
					/* if player is at same level and close, jump */
					if ((s->dir == D_RIGHT) && (xdiff > 0) && (xdiff <= (TILEW*7))) {
						jump(s,D_RIGHT);
					} else if ((s->dir == D_LEFT) && (xdiff < 0) && (xdiff >= -(TILEW*7))) {
						jump(s,D_LEFT);
					}
				}
			} else {
				move = B_TRUE;
			}
	
			/* either move or turn around */
			if (move) {
				rv = movex(s, s->dir*getspeed(s));
				if (rv) {
					/* if we couldn't move (hit a wall), turn */
					s->dir = -s->dir;
				}
			} else {
				s->dir = -s->dir;
			}



			/* moves like an angry rat all the time */
			if ((player->dead == 0) && (!s->jumping) && (!s->jumptimer)) {
				/* if player is above us...*/
				if (player->y < s->y) {
					if ((xdiff >= (TILEW*2)) && (xdiff <= (TILEW*3))) { // if 2-3 tiles right
						/* jump right */
						jump(s, D_RIGHT);
					} else if ((xdiff <= -(TILEW*2)) && (xdiff >= -(TILEW*3))) { // if 2-3 tiles left
						/* jump left */
						jump(s, D_LEFT);
					} else if (s->y - player->y <= (TILEH*6)) { // player less than 6 tiles above
						 if ((xdiff >= 0) && (xdiff < (TILEW*4))) { // ... and within 4 tiles
							/* jump up */
							jump(s, 0);
						} else if ((xdiff <= 0) && (xdiff > -(TILEW*4))) { // ... and within 4 tiles
							/* jump up */
							jump(s, 0);
						}
					}
				}
			}
		}
	} else if (s->id == P_SNAKE) {
		/* timer1 loopsfrom 0 - 19

		  if timer2 is 0, we can shoot.  if it is 1, we can't.
			
		*/

		// inc shooting timer
		if (s->timer1) {
			s->timer1--;
			if (s->timer1 == 0) {
			}
		}
		if (!s->falling) {
			int move = B_FALSE;
			int xdiff, absxdiff,ydiff;


			/* distance to player */
			xdiff = player->x - s->x;
			if (xdiff < 0) absxdiff = -xdiff;
				else absxdiff = xdiff;

			tt = gettileat(s->x + s->dir+getspeed(s),s->y,NULL,NULL);
			/* if there's a hole in front of us */
			if (tt->solid == S_NOTSOLID) {
				if ((player->y > s->y) && (s->angry)) {
					/* if player is below, fall off */
					if (xdiff <= (TILEW*8)) {
						move = B_TRUE;
					}
				} else if (player->y == s->y) {
					if (s->angry) {
						/* if player is at same level and close, jump */
						if ((s->dir == D_RIGHT) && (xdiff > 0) && (xdiff <= (TILEW*7))) {
							jump(s,D_RIGHT);
						} else if ((s->dir == D_LEFT) && (xdiff < 0) && (xdiff >= -(TILEW*7))) {
							jump(s,D_LEFT);
						}
					}
				}
			} else {
				move = B_TRUE;
			}

			/* shoot */
			ydiff = player->y - s->y;
			if (ydiff < 0) ydiff =-ydiff;

			if (ydiff <= (TILEH*4)) {
				sprite_t *ss;
				int shoot = B_FALSE;
				if (s->bullet == NULL) { // if we don't already have a bullet
					// if we are facing the player
					if ( (player->x < s->x) && (s->dir == D_LEFT) ) {
						shoot = B_TRUE;
					} else if ( (player->x > s->x) && (s->dir == D_RIGHT) ) {
						shoot = B_TRUE;
					}
				}
				if (shoot) {
					// if our shooting timer is okay
					if (s->timer1 == 0) {
						ss = addsprite(P_SPIT,s->x,s->y - s->img->h/2,"spit" );
						ss->ys = 0;
						ss->xs = s->dir * (getspeed(s)*2);
						ss->dir = s->dir;
						ss->owner = s;

						s->bullet = ss;

						// start timer for shooting again
						s->timer1 = 200;
					}
				}
			}
	
			/* either move or turn around */
			if (move) {
				rv = movex(s, s->dir*getspeed(s));
				if (rv) {
					/* if we couldn't move (hit a wall), turn */
					s->dir = -s->dir;
				}
			} else {
				s->dir = -s->dir;
			}


			if (s->angry) {
				if ((player->dead == 0) && (!s->jumping) && (!s->jumptimer)) {
					/* if player is above us, jump */
					if (player->y < s->y) {
						if ((xdiff >= (TILEW*2)) && (xdiff <= (TILEW*3))) {
							/* jump right */
							jump(s, 1);
						} else if ((xdiff <= -(TILEW*2)) && (xdiff >= -(TILEW*3))) {
							/* jump left */
							jump(s, -1);
						} else if (s->y - player->y <= (TILEH*6)) {
							 if ((xdiff >= 0) && (xdiff < (TILEW*2))) {
								/* jump up */
								jump(s, 0);
							} else if ((xdiff <= 0) && (xdiff > -(TILEW*2))) {
								/* jump up */
								jump(s, 0);
							}
						} else {
							/* jump whichever way we're facing */
							/*
							s->jumpdir = s->dir;
							s->jumping = 1;
							s->jumpspeed = 5;
							*/
						}
					}
				}
			}
		}

	} else if (s->id == P_BEE) {
		double absxs,absys;
		if ((s->xs == -99) || (s->ys == -99)) {
			s->xs = getspeed(s);
			s->ys = getspeed(s);
		}

		if (s->xs > 0) absxs = 1;
			else absxs = -1;

		if (s->ys > 0) absys = 1;
			else absys = -1;

		/* this will fix the speed if ANGRY is set */
		s->xs = absxs*getspeed(s);
		s->ys = absys*getspeed(s);


		/* can we move? */
		tt = gettileat(s->x + absxs*((s->img->w/2)+8), s->y-(s->img->h/2),NULL,NULL);
		if ((tt->solid) || (tt->spikes )) {
			/* turn */
			s->xs = -s->xs;
		}
		tt = gettileat(s->x, s->y-(s->img->h/2) + absys*((s->img->h/2)+8),NULL,NULL);
		if ((tt->solid) || (tt->spikes)) {
			/* turn */
			s->ys = -s->ys;
		}
		/* move */
		s->x += s->xs;
		s->y += s->ys;
		s->dir = absxs;
		s->moved = MV_WALK;
	} else if (s->id == P_FISH) { // very similar to bee
		double absxs,absys;
		if ((s->xs == -99) || (s->ys == -99)) {
			s->xs = getspeed(s)*2;
			s->ys = getspeed(s);
		}

		if (s->xs > 0) absxs = 1;
			else absxs = -1;

		if (s->ys > 0) absys = 1;
			else absys = -1;

		/* this will fix the speed if ANGRY is set */
		s->xs = absxs*getspeed(s)*2;
		s->ys = absys*getspeed(s);


		/* can we move? */
		tt = gettileat(s->x + absxs*((s->img->w/2)+8), s->y-(s->img->h/2),NULL,NULL);
		if ((tt->solid) || (tt->spikes )) {
			/* turn */
			s->xs = -s->xs;
		}
		tt = gettileat(s->x, s->y-(s->img->h/2) + absys*((s->img->h/2)+8),NULL,NULL);
		if ((tt->solid) || (tt->spikes) || !tt->water) {
			/* turn */
			s->ys = -s->ys;
		}
		/* move */
		s->x += s->xs;
		s->y += s->ys;
		s->dir = absxs;
		s->moved = MV_WALK;
	} else if (s->id == P_SPIDER) {
		/* timer1 loopsfrom 0 - 45

		  if timer2 is 0, we can shoot.  if it is 1, we can't.
			
		*/

		if (s->timer1) {
			s->timer1--;
		}

		/* if on ground, go up */
		if (isonground(s) && !s->flies) {
			s->flies = B_TRUE;
			s->falling = B_FALSE;
			s->ys = -getspeed(s);
		} else if (s->falling) {
			/* if we are about to hit spikes, go back up */
			tt = gettileat(s->x,s->y + 8,NULL,NULL);
			if (tt->spikes) {
				/* go back up */
				s->flies = B_TRUE;
				s->falling = B_FALSE;
				s->ys = -getspeed(s);
			}
		} else {
			if (s->ys != -99) {
				/* if roof above us */
				tt = gettileat(s->x,s->y - s->img->h,NULL,NULL);
				if (tt->solid) {
					int tiley;
					/* start walking again */
					tiley = (int) (s->y / TILEH);
					s->y = tiley*TILEH;
					s->ys = -99;
					s->flies = B_TRUE;
				} else {
					s->y += s->ys;
					s->flies = B_TRUE;
				}
			} else {
				int move = B_FALSE;
				int xdiff;
				/* walk back and forwards */

				/* drop if player is close */
				xdiff = player->x - s->x;
				if (xdiff < 0) xdiff =-xdiff;

				if ((player->y > s->y) && (xdiff <= (TILEW*2)) && (s->timer1 == 0)) {
					s->timer1 = 200;
					s->flies = B_FALSE;
					s->falling = B_TRUE;
					s->fallspeed = 8;
				} else {
					int tx,ty;
					s->flies = B_TRUE;

					/* if there's a hole in front of us */
					tt = gettileat(s->x + s->dir*((s->img->w/2)+2),s->y - s->img->h - 4,&tx,&ty);
					if (tt->solid == S_NOTSOLID) {
						move = B_FALSE;
					} else {
						move = B_TRUE;
					}
			
					/* either move or turn around */
					if (move) {
						rv = movex(s, s->dir*getspeed(s));
						if (rv) {
							/* if we couldn't move (hit a wall), turn */
							s->dir = -s->dir;
						}
					} else {
						s->dir = -s->dir;
					}
				}
			}
		}
	} else if (s->id == P_SPIT) {
		if (movex(s, s->xs)) {
			s->dead = D_FINAL;
		}
	} else if (s->id == P_PINKCLOUD) {
		if (levelcomplete == LV_CLOUD) {
			SDL_Surface *ts;
			double targx,targy;
			double amtleft;
			double xdis,ydis,dis;
			int turnsleft;

			if (!player->dead) {
				/*
					If small, grow and move towards player's feet (at a speed
					which will get us there when we are fully grown.
				*/
				targx = player->x;
				targy = player->y + (imageset[P_PINKCLOUD].img[F_WALK1]->h / 2);

				if (s->img->w < imageset[P_PINKCLOUD].img[F_WALK1]->w) {
					// grow
					s->size += ((double)PCGROWSPEED);
					ts = rotozoomSurfaceXY(imageset[P_PINKCLOUD].img[F_WALK1],0, s->size, s->size,0);
					SDL_FreeSurface(s->img);
					s->img = ts;
				}


				// calculate number of turns left
				amtleft = 1.0 - s->size; // amount left
				turnsleft = (int) (amtleft / (double)PCGROWSPEED);

				if (turnsleft < 1) {
					// make sure we're in the right place
					s->x = targx;
					s->y = targy;
					s->rotated = 0;
					if (levelcomplete == LV_CLOUD) {
						levelcomplete = LV_CLOUDLOOP;
					}

				} else {

					// calculate distance to player
					xdis = abs(targx - s->x);
					ydis = abs(targy - s->y);
					dis = sqrt((xdis*xdis) + (ydis*ydis));
					// calculate speed needed to reach player x/y in time
					s->speed = dis / turnsleft;
					// figure out angle to player
					s->angle = atan2(targy - s->y, targx - s->x);

					// keep between 0 and 360
					if (s->angle > (360*(M_PI/180))) {
						s->angle -= (360*(M_PI/180));
					}
					if (s->angle < 0) {
						s->angle += (360*(M_PI/180));
					}


					// figure out x/y speed
					s->xs = (cos(s->angle) * s->speed);
					s->ys = (sin(s->angle) * s->speed);

	//printf("cloud: amtleft = %0.2f (1.0 - ssize=%0.2f)",amtleft,s->size);
	//	printf("cloud: speed = %0.2f, xdis=%0.2f,ydis=%0.2f,dis=%0.2f, turnsleft=%d,xs=%0.2f,ys=%0.2f\n",speed,xdis,ydis,dis,turnsleft,s->xs,s->ys);
					// move
					s->x += s->xs;
					s->y += s->ys;
				}
			}
		} else if (levelcomplete == LV_CLOUDLOOP) { 
			// stick player to us
			player->x = s->x;
			player->y = s->y - (imageset[P_PINKCLOUD].img[F_WALK1]->h / 2);

			// turn off player attributes
			player->climbing = B_FALSE;
			player->netting = B_FALSE;
			player->slamming = B_FALSE;

			// keep turning towards exit (2 degrees at a time)
			s->angle += (PCTURN * (M_PI/180));

			// keep between 0 and 360
			if (s->angle > (360*(M_PI/180))) {
				s->angle -= (360*(M_PI/180));
			}
			if (s->angle < 0) {
				s->angle += (360*(M_PI/180));
			}
			// track total rotation
			s->rotated += (PCTURN * (M_PI/180));

			if (s->angle < (270 * (M_PI/180))) {
				// decellerate
				if (s->speed > 5) {
					s->speed -= 1;
				}
			} else {
				// accellerate
				if (s->speed < 10) {
					s->speed += 0.5;
				}
			}
			// figure out x/y speed
			s->xs = (cos(s->angle) * s->speed);
			s->ys = (sin(s->angle) * s->speed);
			// move
			s->x += s->xs;
			s->y += s->ys;

			// keep on screen
			if (s->x > 640-(s->img->w/2)) {
				s->x = 640 - (s->img->w/2);
			}
			if (s->y > 480-(s->img->h/2)) {
				s->y = 480 - (s->img->h/2);
			}
			if (s->x < s->img->w/2) {
				s->x = s->img->w/2;
			}
			if (s->y < player->img->h/2) {
				s->y = player->img->h/2;
			}


			// if we've done at least one revolution and moving right...
			if (s->rotated >= 360 * (M_PI/180)) {
				if (s->xs > abs(s->ys)) {
					// level clear!
					levelcomplete = LV_NEXTLEV;
					return B_TRUE;
				} 
			}
		} else if ((levelcomplete == LV_INIT) || (levelcomplete == LV_INPROGRESS)) {
			SDL_Surface *ts;
			// shrink
			s->size -= ((double)PCSHRINKSPEED);

			if (s->size <= 0.1) {
				s->dead = D_FINAL;
			} else {
				ts = rotozoomSurfaceXY(imageset[P_PINKCLOUD].img[F_WALK1],0, s->size, s->size,0);
				SDL_FreeSurface(s->img);
				s->img = ts;
			}

			// move up slightly
			s->y -= PCSHRINKSPEED;
		}
	} else if (s->id == P_BLACKCLOUD) {
		if ((player->dead) || (levelcomplete)) {
			if (s->size <= 0.2) {
				s->dead = D_FINAL;
				/* reset hurryup timer */
				nexthurryup = gtime + level->hurryuptime;
			} else {
				SDL_Surface *ts, *cloudim;
//printf("shrink\n");
				cloudim = imageset[P_BLACKCLOUD].img[0];
				/* get smaller */
				s->size -= 0.1;
				// TODO: free old image first ?? depends ... 
				ts = rotozoomSurfaceXY(cloudim,0,s->size, s->size, 0);
				//ts = rotozoomSurfaceXY(s->img,0, 0.9 , 0.9 ,0);
				SDL_FreeSurface(s->img);
				s->img = ts;
				s->y--;
			}
		} else {
			if ((s->xs == -99) || (s->ys == -99)) {
				s->ys = 0.5;
				s->xs = 1;
			}

			s->x += s->xs;
			s->y += s->ys;

			if (s->x >= (640 - s->img->w/2)) {
				s->xs = -s->xs;
				s->x = 640 - s->img->w/2;
			}
			if (s->x <= (s->img->w/2)) {
				s->xs = -s->xs;
				s->x = s->img->w/2;
			}
			if (s->y >= (480 - s->img->h)) {
				s->ys = -s->ys;
				s->y = 480 - s->img->h;
			}
			if (s->y <= (s->img->h)) {
				s->ys = -s->ys;
				s->y = s->img->h;
			}


			if (timer % CLOUDGROWSPEED == 0) {
				//int w,h;
				SDL_Surface *ts, *cloudim;


				cloudim = imageset[P_BLACKCLOUD].img[F_WALK1];
				//w = s->img->w;
				//h = s->img->h;
				//ts = rotozoomSurfaceXY(s->img,0, 1.1 , 1.1 ,0);
				s->size += CLOUDGROWAMT;
//printf("grow, now %0.2f\n",s->size);
				// TODO: free old first? depends if we ever use a preset one
				ts = rotozoomSurfaceXY(cloudim,0,s->size, s->size, 0);
				SDL_FreeSurface(s->img);
				s->img = ts;

				s->y += 2;

			}
		}
	}

	return B_FALSE;
}

void dotileeffects(sprite_t *s) {
	tiletype_t *tt;
	int finished = B_FALSE;
	int state = 0;
	int tilex,tiley;

	if (iseffect(s->id) || isbullet(s->id)) {
		return;
	}

	if (s->jumping || s->dead || s->caughtby) {
		return;
	}

	/* check where we are */
	tt = gettileat(s->x,s->y-2,&tilex,&tiley);

	// teleporters
	if ((tt->id == T_TELEPORT) || (tt->id == T_TELEPORT2)) {
		if (s == player || ismonster(s->id)) {
			if (s->id != P_BLACKCLOUD) {
				if (!s->teleporting) {
					playfx(FX_TELEPORT);
					s->teleporting = 1;
				}
			}
		}
	}

		
	/* check under us */
	tt = gettileat(s->x,s->y+3,&tilex,&tiley);

	// CHECKS WHICH COUlD APPLY TO TILES UNDER AND SLIGHTLY LEFT/RIGHT OF US
	while (!finished) {
		if (tt->id == T_RIGHT) {
			if (!ismonster(s->id) && !isfruit(s->id)) {
				if (player->powerup != PW_CLOCK) {
					movex(s, 1.5);
				}
			}
			finished = B_TRUE;
		} else if (tt->id == T_LEFT) {
			if (!ismonster(s->id) && !isfruit(s->id)) {
				if (player->powerup != PW_CLOCK) {
					movex(s, -1.5);
				}
			}
			finished = B_TRUE;
		} else if ((tt->id == T_ICE) || (tt->id == T_ICETOP)) {
			if (s == player) {
				if (player->powerup != PW_CLOCK) {
					if (!s->moved) {
						movex(s, s->dir*s->speed);
						s->moved = MV_ICE;
					}
				}
			}
			finished = B_TRUE;
		} else if (tt->spikes) {
			if (!isfruit(s->id) ) {
				if (!s->invuln) {
					if (s->id != P_BLACKCLOUD) {
						die(s);
					}
				}
			}
			finished = B_TRUE;
		} else if (tt->id == T_TRAMPUP)  {
			/* tile changes to trampoline down */
			if (!isfruit(s->id) && !iseffect(s->id) && !isbullet(s->id)) {
				// are we on a trampoline already?
				if (s->ontramp) {
					// a different one?
					if ((s->trampx != tilex) || (s->trampy != tiley)) {
						// if a different one, release it
						curlevel->map[s->trampy * LEVELW + s->trampx] = getuniq(T_TRAMPUP);
						drawtile(temps, s->trampx, s->trampy);
					}
				} else {
					// remember we were on it so it can release
					s->ontramp = B_TRUE;
					s->trampx = tilex;
					s->trampy = tiley;
					
					// move it down then draw it
					curlevel->map[tiley*LEVELW+tilex] = getuniq(T_TRAMPDOWN);
					drawtile(temps, tilex, tiley);
				}
			}
			finished = B_TRUE;
		} else if (tt->id == T_TRAMPDOWN)  {
			// don't keep checking tiles left/right
			finished = B_TRUE;
		} else {
			if (state == 0) {
				/* check tile to our right */
				tt = gettileat(s->x + s->img->w/2,s->y+3,&tilex,&tiley);
				state = 1;
			} else if (state == 1) {
				/* check tile to our left */
				tt = gettileat(s->x - s->img->w/2,s->y+3,&tilex,&tiley);
				state = 2;
			} else {
				finished = B_TRUE;
			}
		}
	}
}


// initial transition to a new level
void drawlevel(void) {
	int x,y;
	int dstx,dsty,xdis,ydis;
	int turns;
	double pxspeed,pyspeed,pspeed;
	SDL_Rect area,dst;
	int speed = 16;
	SDL_Surface *playerbg;
	SDL_Surface *cloudbg;

	sprite_t tempcloud;
	sprite_t *cloud;


	/* TODO: chekc for memory leak here with temps - 
		 need to free it at the end? */
	if (temps) {
		SDL_FreeSurface(temps);
		temps = NULL;
	}
	temps = SDL_CreateRGBSurface(SDL_SWSURFACE,
		640, 480, 
		screen->format->BitsPerPixel, screen->format->Rmask,
		screen->format->Gmask,screen->format->Bmask,
		screen->format->Amask);

	SDL_DisplayFormat(temps);


	// init cloud
	cloud = &tempcloud;
	cloud->id = P_PINKCLOUD;
	cloud->iceimg = NULL;
	setdefaults(cloud);
	// redo image
	cloud->img =rotozoomSurfaceXY(imageset[P_PINKCLOUD].img[F_WALK1],0,1,1,0);
	

	// change player to floating image
	player->img = imageset[player->id].img[F_SHOOT];

	// create buffer for player background
	playerbg = SDL_CreateRGBSurface(SDL_SWSURFACE,
		player->img->w, player->img->h, 
		screen->format->BitsPerPixel, screen->format->Rmask,
		screen->format->Gmask,screen->format->Bmask,
		screen->format->Amask);
	SDL_DisplayFormat(playerbg);
	// create buffer for cloud background
	cloudbg = SDL_CreateRGBSurface(SDL_SWSURFACE,
		cloud->img->w, cloud->img->h, 
		screen->format->BitsPerPixel, screen->format->Rmask,
		screen->format->Gmask,screen->format->Bmask,
		screen->format->Amask);
	SDL_DisplayFormat(cloudbg);


	// draw the full level onto the temporary surface
	for (x = 0; x < LEVELW; x++) {
		for (y = 0; y < LEVELH; y++) {
			drawtile(temps,x,y);
		}
	}


	// figure out where the player's new start position is
	dstx = (curlevel->p1x * TILEW) + (TILEW/2);
	dsty = (curlevel->p1y * TILEH) + TILEH-2;

	// figure out distance to newposition
	xdis = player->x - dstx; if (xdis < 0) xdis = -xdis;
	ydis = player->y - dsty; if (ydis < 0) ydis = -ydis;



	// figure out how many loops it will take to scroll to the next level
	switch (oldexitdir) {
		case D_LEFT:
		case D_RIGHT:
			speed = 16;
			turns = 640 / speed;
			break;
		case D_UP:
		case D_DOWN:
		default:
			speed = 12;
			turns = 480 / speed;
			break;
	}
	turns -= 2; // just to be safe

	// figure out how fast player needs to move to get there in time
	pxspeed = ceil((double)xdis / (double)turns); if (pxspeed < 1) pxspeed = 1;
	pyspeed = ceil((double)ydis / (double)turns); if (pyspeed < 1) pyspeed = 1; 
	
	if (pxspeed > pyspeed) pspeed = pxspeed;
		else pspeed = pyspeed;

	// just to be sure
	pspeed += 1;

	
	if (oldexitdir == D_LEFT) {
		// blit a column at a time to the real screen, shuffling
		// the real one along.
		for (x = 0; x < 640; x += speed) {
			// move player
			movetostart(player,dstx,dsty,pspeed,pspeed);
			// set cloud location
			cloud->x = player->x;
			cloud->y = player->y + (cloud->img->h / 2);

			// shuffle real screen
			area.x = 0;
			area.y = 0;
			area.w = 640-speed;
			area.h = 480;

			dst.x = speed;
			dst.y = 0;
			dst.w = 0;
			dst.h = 0;
			SDL_BlitSurface(screen, &area, screen, &dst);

			// blit next column from temp surface (take last column first)
			area.x = 640-x;
			area.y = 0;
			area.w = speed;
			area.h = 480;

			dst.x = 0;
			dst.y = 0;
			dst.w = 0;
			dst.h = 0;
			SDL_BlitSurface(temps, &area, screen, &dst);

			// remember area behind player
			grabbehind(player, playerbg);
			grabbehind(cloud, cloudbg);

			// draw player
			drawsprite(player);
			drawsprite(cloud);

			// update screen
			//SDL_GL_SwapBuffers();
			SDL_UpdateRect(screen, 0,0,640,480);
			SDL_framerateDelay(&manager);

			// remove player
			area.x = player->x - player->img->w/2;
			area.y = player->y - player->img->h;
			area.w = 0;
			area.h = 0;
			SDL_BlitSurface(playerbg, NULL, screen, &area );
			area.x = cloud->x - cloud->img->w/2;
			area.y = cloud->y - cloud->img->h;
			area.w = 0;
			area.h = 0;
			SDL_BlitSurface(cloudbg, NULL, screen, &area );
		}
	} else if (oldexitdir == D_UP) {
		// blit a row at a time to the real screen, shuffling
		// the real one along.
		for (y = 0; y < 480; y += speed) {
			// move player
			movetostart(player,dstx,dsty,pspeed,pspeed);
			// set cloud location
			cloud->x = player->x;
			cloud->y = player->y + (cloud->img->h / 2);

			// shuffle real screen
			area.x = 0;
			area.y = 0;
			area.w = 640;
			area.h = 480-speed;

			dst.x = 0;
			dst.y = speed;
			dst.w = 0;
			dst.h = 0;
			SDL_BlitSurface(screen, &area, screen, &dst);

			// blit next row from temp surface (take last column first)
			area.x = 0;
			area.y = 480-y;
			area.w = 640;
			area.h = speed;

			dst.x = 0;
			dst.y = 0;
			dst.w = 0;
			dst.h = 0;
			SDL_BlitSurface(temps, &area, screen, &dst);

			// remember area behind player
			grabbehind(player, playerbg);
			grabbehind(cloud, cloudbg);

			// draw player
			drawsprite(player);
			drawsprite(cloud);
			// update screen
			//SDL_GL_SwapBuffers();
			SDL_UpdateRect(screen, 0,0,640,480);
			SDL_framerateDelay(&manager);

			// remove player
			area.x = player->x - player->img->w/2;
			area.y = player->y - player->img->h;
			area.w = 0;
			area.h = 0;
			SDL_BlitSurface(playerbg, NULL, screen, &area );
			area.x = cloud->x - cloud->img->w/2;
			area.y = cloud->y - cloud->img->h;
			area.w = 0;
			area.h = 0;
			SDL_BlitSurface(cloudbg, NULL, screen, &area );
		}
	} else if (oldexitdir == D_DOWN) {
		// blit a row at a time to the real screen, shuffling
		// the real one along.
		for (y = 0; y < 480; y += speed) {
			// move player
			movetostart(player,dstx,dsty,pspeed,pspeed);
			// set cloud location
			cloud->x = player->x;
			cloud->y = player->y + (cloud->img->h / 2);

			// shuffle real screen
			area.x = 0;
			area.y = speed;
			area.w = 640;
			area.h = 480-speed;

			dst.x = 0;
			dst.y = 0;
			dst.w = 0;
			dst.h = 0;
			SDL_BlitSurface(screen, &area, screen, &dst);

			// blit next row from temp surface (take last column first)
			area.x = 0;
			area.y = y;
			area.w = 640;
			area.h = speed;

			dst.x = 0;
			dst.y = 480-speed;
			dst.w = 0;
			dst.h = 0;
			SDL_BlitSurface(temps, &area, screen, &dst);

			// remember area behind player
			grabbehind(player, playerbg);
			grabbehind(cloud, cloudbg);

			// draw player
			drawsprite(player);
			drawsprite(cloud);

			// update screen
			//SDL_GL_SwapBuffers();
			SDL_UpdateRect(screen, 0,0,640,480);
			SDL_framerateDelay(&manager);

			// remove player
			area.x = player->x - player->img->w/2;
			area.y = player->y - player->img->h;
			area.w = 0;
			area.h = 0;
			SDL_BlitSurface(playerbg, NULL, screen, &area );
			area.x = cloud->x - cloud->img->w/2;
			area.y = cloud->y - cloud->img->h;
			area.w = 0;
			area.h = 0;
			SDL_BlitSurface(cloudbg, NULL, screen, &area );
		}
	} else { // RIGHT right, or default
		// blit a column at a time to the real screen, shuffling
		// the real one along.
		for (x = 0; x < 640; x += speed) {
			// move player
			movetostart(player,dstx,dsty,pspeed,pspeed);
			// set cloud location
			cloud->x = player->x;
			cloud->y = player->y + (cloud->img->h / 2);

			// shuffle real screen
			area.x = speed;
			area.y = 0;
			area.w = 640-speed;
			area.h = 480;

			dst.x = 0;
			dst.y = 0;
			dst.w = 0;
			dst.h = 0;
			SDL_BlitSurface(screen, &area, screen, &dst);

			// blit next column from temp surface (take last column first)
			area.x = x;
			area.y = 0;
			area.w = speed;
			area.h = 480;

			dst.x = 640-speed;
			dst.y = 0;
			dst.w = 0;
			dst.h = 0;
			SDL_BlitSurface(temps, &area, screen, &dst);

			// remember area behind player
			grabbehind(player, playerbg);
			grabbehind(cloud, cloudbg);

			// draw player
			drawsprite(player);
			drawsprite(cloud);

			// update screen
			//SDL_GL_SwapBuffers();
			SDL_UpdateRect(screen, 0,0,640,480);
			SDL_framerateDelay(&manager);

			// remove player
			area.x = player->x - player->img->w/2;
			area.y = player->y - player->img->h;
			area.w = 0;
			area.h = 0;
			SDL_BlitSurface(playerbg, NULL, screen, &area );
			area.x = cloud->x - cloud->img->w/2;
			area.y = cloud->y - cloud->img->h;
			area.w = 0;
			area.h = 0;
			SDL_BlitSurface(cloudbg, NULL, screen, &area );
		}
	} 

	SDL_FreeSurface(playerbg);
	SDL_FreeSurface(cloudbg);
	SDL_FreeSurface(cloud->img);

	levelcomplete = B_FALSE;
}


double getspeed(sprite_t *s ) {
	int id = s->id;
	double speed = 1;

	if (s == player) {
		speed =  s->speed;
	} else if (id == P_SNAIL) {
		if (s->recoiling) {
			speed = 2;
		} else {
			if (s->angry) speed =  1;
				else speed =  0.5;
		}
	} else if (id == P_SLUG) {
		if (s->angry) speed =  1;
			else speed =  0.5;
		if (s->jumping) {
			speed = 8; // very fast jumping
		}
	} else if (id == P_RAT) {
		if (s->angry) speed =  1.5;
			else speed =  1;
	} else if (id == P_SNAKE) {
		if (s->angry) speed =  1.5;
			else speed =  1;
	} else if (id == P_BEE) {
		if (s->angry) speed =  2;
			else speed =  1;
	} else if (id == P_SPIDER) {
		if (s->angry) speed =  2;
			else speed =  1.5;
	} else if (id == P_KINGRAT) {
		speed =  1.5;
	}

	if (isinwater(s) && (s->id != P_FISH)) {
		if (!s->hasmask) {
			speed /= 2;
		}
	}

	if ((player->powerup == PW_SPRAYUP) || (player->powerup == PW_SPRAYDOWN)) {
		if (s != player) {
			speed /= 2;
		}
	}

	return speed;
}


int addtext(int x, int y, int size, char *string, SDL_Color *c, int delay) {
	text_t *t;

	if (text == NULL) {
		text = malloc(sizeof(text_t));
		t = text;
		t->prev = NULL;
	} else {
		t = lasttext;
		t->next = malloc(sizeof(text_t));
		t->next->prev = t;

		t = t->next;
	}

	t->bg = SDL_CreateRGBSurface(SDL_SWSURFACE,
		300, 110, 
		screen->format->BitsPerPixel, screen->format->Rmask,
		screen->format->Gmask,screen->format->Bmask,
		screen->format->Amask);

	t->c = c;
	t->x = x;
	t->y = y;
	t->maxsize = size;
	t->size = 3;
	strcpy(t->txt, string);
	t->state = 0;
	t->delay = delay;

	t->img = TTF_RenderText_Solid(font[t->size], t->txt, *t->c);

	if (t->img == NULL) {
		printf("rendertext failed for '%s'\n", t->txt);
		fflush(stdout);
	}


	t->next = NULL;
	lasttext = t;

	return B_FALSE;
}


/* copy background buffer (ie. tiles) to screen, erasing sprites */
void fruit(void) {
	SDL_BlitSurface(temps, NULL, screen, NULL);
}


void movetext(void) {
	text_t *t,*nextt;
	for (t = text ; t ; t = nextt) {
		nextt = t->next;
		if (t->state == 0) {
			t->size += TEXTSPEED;
			if (t->size >= t->maxsize) {
				t->state = 1;
			}
		} else if (t->state == t->delay) {
			t->size -= TEXTSPEED;
			if (t->size <= 3) {
				killtext(t);
			}
			
		} else {
			t->state++;
		}
	}
}

void drawbosshealth(void) {
	int i;
	SDL_Rect area;
	int healthframe;
	int maxhealth;

	maxhealth = getbosshealth(boss->id);

	area.x = (640/2) - maxhealth*(healthbar[0]->w+HEALTHBARGAP);
	area.y = HEALTHBARY;
	area.w = 0;
	area.h = 0;

	
	
	// for each health point, draw two bars
	for (i = 0; i < boss->lives; i++) {
		if (i < (maxhealth/8)) {
			healthframe = HF_RED;
		} else if (i <= (maxhealth/3)) {
			healthframe = HF_YELLOW;
		} else {
			healthframe = HF_GREEN;
		}

		SDL_BlitSurface(healthbar[healthframe], NULL, screen, &area);
		area.x += (healthbar[healthframe]->w + HEALTHBARGAP);
		SDL_BlitSurface(healthbar[healthframe], NULL, screen, &area);
		area.x += (healthbar[healthframe]->w + HEALTHBARGAP);
	}
}

void drawscore(void) {
	SDL_Surface *score;
	SDL_Rect area;
	int i;

	addcommas(tempm, player->score);

	/* shadow */
	score = TTF_RenderText_Solid(font[TEXTSIZE_SCORE], tempm, black);
	area.x = 18;
	area.y = 7;
	area.w = 0;
	area.h = 0;
	SDL_BlitSurface(score, NULL, screen, &area);
	SDL_FreeSurface(score);
	/* score */
	score = TTF_RenderText_Solid(font[TEXTSIZE_SCORE], tempm, red);
	area.x = 20;
	area.y = 5;
	area.w = 0;
	area.h = 0;
	SDL_BlitSurface(score, NULL, screen, &area);
	SDL_FreeSurface(score);

	// lives

	// lives - show 1 less than lives
	area.x = 20;
	area.y = 25;
	area.w = 0;
	area.h = 0;
	for (i = 1; i < player->lives; i++) {
		SDL_BlitSurface(head, NULL, screen, &area);
		area.x += (head->w + 3);
	}

	// level #
	sprintf(tempm, "Level %d-%d",getcurworld(), getcurlevel());
	/* shadow */
	score = TTF_RenderText_Solid(font[TEXTSIZE_SCORE], tempm, black);
	area.x = 320-(score->w/2)-2;
	area.y = 7;
	area.w = 0;
	area.h = 0;
	SDL_BlitSurface(score, NULL, screen, &area);
	SDL_FreeSurface(score);
	/* text */
	score = TTF_RenderText_Solid(font[TEXTSIZE_SCORE], tempm, white);
	area.x = 320-(score->w/2);
	area.y = 5;
	area.w = 0;
	area.h = 0;
	SDL_BlitSurface(score, NULL, screen, &area);
	SDL_FreeSurface(score);


	// cards
	if (levelcomplete != LV_DOPOKER) {
		area.x = 20;
		area.y = 55;
		area.w = 0;
		area.h = 0;
		for (i = 0; i < player->numcards; i++) {
			SDL_Surface *cardimg;
			cardimg = imageset[player->card[i]].img[F_WALK1];
			SDL_BlitSurface(cardimg, NULL, screen, &area);
			area.x += (cardimg->w + 2);
		}
	}

}

void drawtext(void) {
	text_t *t;
	SDL_Rect area;

	for (t = text ; t ; t = t->next) {

		/* create text */
		if (t->img) {
			SDL_FreeSurface(t->img);
			t->img = NULL;
		}
		t->img = TTF_RenderText_Solid(font[t->size], t->txt, *t->c);

		// make sure it's on the screen (leave space for border)
		if (t->x - (t->img->w / 2) < 2) { // left
			t->x = 2 + (t->img->w/2);
		}
		if (t->x + (t->img->w / 2) > 640-2) { // right
			t->x = 640-2 - (t->img->w/2);
		}
		if (t->y - (t->img->h / 2) < 2) { // top
			t->y = 2 + (t->img->h/2);
		}
		if (t->y + (t->img->h / 2) > 480-2) { // bottom
			t->y = 480-2 - (t->img->h/2);
		}


		/* get bg */
		t->bgarea.x = t->x - t->img->w/2;
		t->bgarea.y = t->y - t->img->h/2;
		t->bgarea.w = t->img->w;
		t->bgarea.h = t->img->h;
		SDL_BlitSurface(screen, &t->bgarea, t->bg, NULL);
		
		/* draw text */
		area.x = t->x - t->img->w/2;
		area.y = t->y - t->img->h/2;
		area.w = t->img->w;
		area.h = t->img->h;
		SDL_BlitSurface(t->img,NULL, screen, &area);
	}

	
}

/* copy background buffer (ie. tiles) to screen, erasing sprites */
void removeall(void) {
        SDL_BlitSurface(temps, NULL, screen, NULL);
}

void drawnetting(sprite_t *s) {
	int sx;
	int xx;
	SDL_Rect area;
	
	if (s->netting) {
		int y,yy;
		int dis;
		int netsleft;
	
		sx = s->x;
		s->nety = s->y - (s->img->h/2) + 2;

		s->netxstart = s->x;
		s->netystart = s->nety - 3;

		if (s->netdir == 1) {
			area.x = s->netxstart + TILEW/2;
		} else {
			area.x = s->netxstart - TILEW/2 - s->netlen;
		}
		//area.y = s->netystart;
		area.y = s->y - s->img->h-2 + 2;
		area.w = s->netlen;
		area.h = s->img->h+2;
		SDL_BlitSurface(screen, &area,s->netbg, NULL);

		netsleft = s->netmax - s->netcaught;
		if (netsleft < 1) netsleft = 1;
		dis = (int)s->img->h / (int)(netsleft+1) + 1;
		

		for (y = dis; y < s->img->h; y += dis) {
			yy = s->y - s->img->h;
			yy += y;

			xx = s->x + s->netdir*s->netlen;
			if (s->netsticky) {
				drawdotline16(screen,sx,s->nety,xx,yy,orange,yellow);
			} else {
				drawline16(screen,sx,s->nety,xx,yy,white);
			}
			// add sparkle 
			xx = s->x + s->netdir*s->netlen;
			addsprite(P_SPARKLE, xx + (rand() % 14) - 7, yy + (rand() % 8) - 4, "sparkle");
		}

		//drawline16(screen,sx,s->nety,s->x + s->netdir*s->netlen,s->nety-3,white);
		//drawline16(screen,sx,s->nety,s->x + s->netdir*s->netlen,s->nety,white);
		//drawline16(screen,sx,s->nety,s->x + s->netdir*s->netlen,s->nety+3,white);
	} else if (s->slamming) {
		double dist;
		int x,y;
		int ii;
		SDL_Color *col1,*col2;
		dist = (s->slamangle * (180/M_PI))/2;
	
		s->netxstart = s->x + cos(s->slamangle-(180*(M_PI/180)))*dist*s->dir;
		s->netystart = s->y + sin(s->slamangle-(180*(M_PI/180)))*dist;

		// select colours
		if (s->netsticky) {
			col1 = &orange;
			col2 = &yellow;
		} else {
			col1 = &white;
			col2 = &white;
		}

		/* middle dotline */
		drawdotline16(screen,s->x,s->y - s->img->h/2,
				s->netxstart,s->netystart,*col1,*col2);
		/* left dotline */
		x = s->x + cos(s->slamangle-(5*(M_PI/180))-(180*(M_PI/180)))*dist*s->dir;
		y = s->y + sin(s->slamangle-(5*(M_PI/180))-(180*(M_PI/180)))*dist;
		drawdotline16(screen,s->x,s->y - s->img->h/2,x, y, *col1,*col2);

		/* right dotline */
		x = s->x + cos(s->slamangle+(5*(M_PI/180))-(180*(M_PI/180)))*dist*s->dir;
		y = s->y + sin(s->slamangle+(5*(M_PI/180))-(180*(M_PI/180)))*dist;
		drawdotline16(screen,s->x,s->y - s->img->h/2,x, y, *col1,*col2);

		// add sparkles
		for (ii = 0 ; ii < player->netmax; ii++) {
			addsprite(P_SPARKLE, s->netxstart + (rand() % 8) - 4, s->netystart + (rand() % 8) - 4, "sparkle");
		}
	}

}

void removenetting(sprite_t *s) {
	SDL_Rect area,sarea;

	if (s->netting) {
		sarea.x = 0;
		sarea.y = 0;
		sarea.w = s->netlen;
		sarea.h = s->img->h+2;
	
		if (s->netdir == 1) {
			area.x = s->netxstart + TILEW/2;
		} else {
			area.x = s->netxstart - TILEW/2 - s->netlen;
		}
		//area.y = s->netystart;
		area.y = s->y - s->img->h-2;
		area.w = s->netlen;
		area.h = s->img->h+2;

		if (s->netbg != NULL) {
			SDL_BlitSurface(s->netbg, &sarea, screen, &area);
		}
	}
}


void removesprite(sprite_t *s) {
	int startx,starty,endx,endy;
	int x,y;


	/* find topleft-most tile */
	gettileat(s->x - s->img->w, s->y - s->img->h,&startx,&starty);
	/* find bottomright-most tile */
	gettileat(s->x + s->img->w, s->y + s->img->h,&endx,&endy);

	if (s->slamming) {
		if (s->dir == D_LEFT) {
			startx -= 5;
			endx += 1;
		} else {
			startx -= 1;
			endx += 5;
		}
		starty -= 2;
		endy += 1;
	}

	/* draw the tiles */
	for (y = starty; y <= endy; y++) {
		for (x = startx; x <= endx; x++) {
			drawtile(screen,x,y);
		}
	}
}

int isonbridge(sprite_t *s) {
	tiletype_t *tthere;
	tthere = gettileat(s->x,s->y, NULL,NULL);
	if (tthere->id == T_BRIDGE) {
		return B_TRUE;
	}

	return B_FALSE;
}

int isladder(int tid) {
	switch (tid) {
		case T_LADDER:
		case T_LADDERTOP:
			return B_TRUE;
	}

	return B_FALSE;
}


int isonladder(sprite_t *s) {
	tiletype_t *tthere;
	tthere = gettileat(s->x,s->y, NULL,NULL);
	if (isladder(tthere->id)) {
		return B_TRUE;
	}

	// if ladder bove and climbing
	if (isladderabove(s) && s->climbing) {
		return B_TRUE;
	}

	return B_FALSE;
}

int isladderabove(sprite_t *s) {
	tiletype_t *tthere;
	//tthere = gettileat(s->x,s->y-TILEH, NULL,NULL);
	tthere = gettileat(s->x,s->y-s->img->h, NULL,NULL);
	if (isladder(tthere->id)) {
		return B_TRUE;
	}

	return B_FALSE;
}

int isinwater(sprite_t *s) {
	return isinwaterpoint(s->x, s->y - s->img->h/2);
}

int isinwaterpoint(int x, int y) {
	tiletype_t *tt;
	tt = gettileat(x, y, NULL, NULL);
	if (tt->water) {
		return B_TRUE;
	}

	return B_FALSE;
}

int isroofabove(sprite_t *s) {
	tiletype_t *tt;

	/* get tile above sprite's head */
	tt =  gettileat(s->x, s->y - s->img->h,NULL,NULL);
	if (tt->solid) return B_TRUE;
	tt =  gettileat(s->x + s->img->w/3, s->y - s->img->h,NULL,NULL);
	if (tt->solid) return B_TRUE;
	tt =  gettileat(s->x - s->img->w/3, s->y - s->img->h,NULL,NULL);
	if (tt->solid) return B_TRUE;

	return B_FALSE;
}
/* is there a roof n tiles above us. If howfar is 1, this is the same
   as the regular isroofabove() */
int isroofnabove(sprite_t *s, int howfar) {
	tiletype_t *tt;
	int ypos;

	ypos = s->y - s->img->h - TILEH*(howfar-1);

	/* get tile above sprite's head */
	tt =  gettileat(s->x, ypos,NULL,NULL);
	if (tt->solid) return B_TRUE;
	tt =  gettileat(s->x + (s->img->w/2 - 2), ypos,NULL,NULL);
	if (tt->solid) return B_TRUE;
	tt =  gettileat(s->x - (s->img->w/2 - 2), ypos,NULL,NULL);
	if (tt->solid) return B_TRUE;

	return B_FALSE;
}

int isonground(sprite_t *s) {
	/* get tile below sprite's feet */
	if (isongroundpoint(s, s->x, s->y)) {
		return B_TRUE;
	}
	if ((s->dead) || (!s->falling && !s->dropping))  {
		if (!s->swimming) {
			if (isongroundpoint(s, s->x + s->img->w/2, s->y)) {
				return B_TRUE;
			}
			if (isongroundpoint(s, s->x - s->img->w/2, s->y)) {
				return B_TRUE;
			}
		}
	}

	//if (s->falling && s->id == P_KINGRAT) {
	if (s->id == P_KINGRAT) {
			if (isongroundpoint(s, s->x + s->img->w/2, s->y)) {
				return B_TRUE;
			}
			if (isongroundpoint(s, s->x - s->img->w/2, s->y)) {
				return B_TRUE;
			}
	}

	return B_FALSE;
}

int isongroundpoint(sprite_t *s, int x,int y) {
	tiletype_t *tt;
	int tilex,tiley;
	int xoff;
	int groundy;

	tt = gettileat(x,y, &tilex, &tiley);


	// slope etc doesn't matter if you're dead
	if (s->dead && tt->solid) {
		return B_TRUE;
	}

	// when dropping, the tile you dropped from doesn't count 
	// as "ground".
	//if (s->dropping && (tilex == s->dropx) && (tiley == s->dropy)) {
	if (s->dropping && (tiley == s->dropy)) {
		return B_FALSE;
	}

	/* get offset */
	xoff = x - (tilex*TILEW);

	/* if it's not solid... */
	if (tt->solid == 0) {
		return B_FALSE;
	} else {
		/* check height of tile at that position */
		groundy = tiley*TILEH + tt->lowness[xoff];

		/* above ground level */
		if (y < groundy) {
			return B_FALSE;
		} else if (y > groundy + 3) {
			/* below ground level */
			if (s->jumping)  {
				return B_FALSE;
			}
		} else if (s->falling) {
			tiletype_t *abovetile;
			/* falling, on a tile, but with tiles above you */
			// ie. you've jumped up through a single tile (can't
			// jump through two or more tiles
			abovetile = gettileat(x,y-TILEH, NULL, NULL);
			if (abovetile->solid) {
				return B_FALSE;
			}
	//	} else if (s->dropping) {
	//		tiletype_t *abovetile;
			/* if the tile we're on is solid but not the one 
			   above, then we've "dropped" and are still 
			   travelling through the tile we dropped from. */
	//		abovetile = gettileat(x,y-TILEH, NULL, NULL);
	//		if (!abovetile->solid) {
	//			return B_FALSE;
	//		}
		}

	}

	return B_TRUE;
}

void dogravity(sprite_t *s) {
	sprite_t *s2;
	tiletype_t *tt;
	int tilex,tiley;

	if (s->id == P_PINKCLOUD) return;

	// only player can move if you have a clock
	if (player->powerup == PW_CLOCK) {
		if (!iseffect(s->id) && (s != player) && !s->caughtby && !s->dead) {
			return;
		}
	}

	// if we were on a trampoline and are now not, it releases */
	tt = gettileat(s->x,s->y,&tilex,&tiley);
	if (s->ontramp) {
		if (s->trampy != tiley) {
			// change tile type
			curlevel->map[s->trampy * LEVELW + s->trampx] = getuniq(T_TRAMPUP);
			drawtile(temps, s->trampx, s->trampy);

			// update sprite settings
			s->ontramp = B_FALSE;
			s->trampx = -1;
			s->trampy = -1;
		}
	}


	if (s->dead) return;
	if (s->flies && !s->iced) return; // no gravity if you fly, but ice cancels flying
	if (iseffect(s->id)) return;
	if (isbullet(s->id)) return;

	//if (isonladder(s) && !s->falling && !s->jumping) {
	/*
	if (isonladder(s) ) {
		s->falling = B_FALSE;
		return;
	}
	*/


	// update flashing bosses
	if ((s == boss) && (s->angry)) {
		s->angry--;
	}

	// iced sprites can't jump 
	if (s->iced) {
		s->jumping = B_FALSE;
	}

	// update water stats
	if (s == player || ismonster(s->id)) {
		if (isinwater(s)) {
			if (!s->swimming) {
				// we just entered the water
				s->swimming = B_TRUE;
				s->watertimer = rand() % BUBBLETIME;
				// play a splash sound
				if (curlevel->iced != WATER_INPROGRESS) {
					if (!s->caughtby && !s->dead) {
						playfx(FX_SPLASH);
					}
				}

				// give player a mask if they don't have one
				if ((s == player) && (player->hasmask)) {
					if (mask == NULL) {
						mask = addsprite(P_MASK, player->x + MASKOFFSETX*player->dir, player->y + MASKOFFSETY, "mask");
					}
				}

				// adjust x pos so we don't get stuck in a wall
				if (s == player) adjustx(s, F_SWIM1); 
					else adjustx(s, F_WALK1);

				if (s == player) {
					// dim the music
					Mix_VolumeMusic(MIX_MAX_VOLUME/3);
				}
			}
			// generate bubbles
			// just use s->x and s->y to add randomness, so that
			// all sprites don't make bubbles at the same time
			s->watertimer++;
			if (s->watertimer >= BUBBLETIME) {
				addsprite(P_BUBBLE,s->x + (s->dir*((s->img->w/4)+(rand() % 12 - 6))),s->y-(s->img->h/2),"bubble" );
				s->watertimer = 0;
			}
		} else {
			if (s->swimming) {
				// exitted the water
				s->swimming = B_FALSE;
				if (s == player) {
					Mix_VolumeMusic(MIX_MAX_VOLUME);
				}
			}
		}
	}

	if (s->climbing) {
		int attop = B_FALSE;
		// check if we are at the top of our ladder
		//tt =  gettileat(s->x, s->y - s->img->h-1,NULL,NULL);

		if (!isonladder(s)) {
			attop = B_TRUE;
		}

		//if (isonground(s)) {
		if (isongroundpoint(s, s->x, s->y)) {
			if (!isongroundpoint(s, s->x, s->y-1)) {
				attop = B_TRUE;
			}
		}

		if (attop) {
			s->climbing = B_FALSE;
		} else {
			// don't do any more checking
			return;
		}
	}

	// handle jumps 
	if (s->jumping) {
		s->falling = B_FALSE;
		s->y -= s->jumpspeed;
		s->jumping++;
		if (s->jumping % 5 == 0) {
			if (s->jumpspeed > 0) {
				s->jumpspeed--;
			} else {
				s->jumping = B_FALSE;
				s->falling = B_TRUE;
				s->fallspeed = 0;
			}
		}
		
		// handle ring
		if (s == player) {
			if (player->powerup == PW_RINGJUMP) {
				if (timer % 2 == 0) {
					int xx,yy;
					// add sparkle 
					xx = player->x + (rand() % player->img->w) - (player->img->w/2);
					yy = player->y - (rand() % (player->img->h/2));
					addsprite(P_SPARKLE, xx, yy, "sparkle");
					
					// gain points
					addscore(player, 65);
				}
			}
		}

		/* have we hit a roof ? */
		/* can jump through one tile, but not two or more */
		if (isroofabove(s) && isroofnabove(s,2)) {
			if (s->id != P_KINGRAT) { // king rat can't hit roof
				/* stop jumping */
				s->jumping = B_FALSE;
				s->falling = B_TRUE;
				s->fallspeed = 0;
			}
		}
			
	} else { // not jumping
		int ontheground;
		if ((s->id == P_BIGSPEED) && (s->y < 480/2)) {
			ontheground = B_FALSE;
		} else {
			ontheground = isonground(s);
		}

		if (ontheground) {
			if (s->falling && s->iced) {
				// when an iced monster hits the ground, it smashes
				s->willbecome = P_DIAMOND;
				playfx(FX_ICEBREAK);
				die(s);
			} 
			if ((s->id == P_KINGRAT) && (s->timer1 == KRS_FALL)) { // special case
				// king rat drops until he is at player height
				if ((player->dead) ||  (s->y < player->y)) { // above player
					ontheground = B_FALSE;
				} else { // above player
					s->dropping = B_FALSE;
					s->falling = B_FALSE;
					s->climbing = B_FALSE;
				}
			} else if ((s->id == P_SNAIL) && (s->lives == 0) && s->falling) {
				// snail dies
				s->dead = D_FINAL;
			} else { // everyone else
				s->dropping = B_FALSE;
				s->falling = B_FALSE;
				s->climbing = B_FALSE;
			}
		} 

		// snail also dies if it's been alive too long
		if ((s->id == P_SNAIL) && (s->lives == 0) && (!s->invuln)) {
			s->dead = D_FINAL;
		}

		// don't use an ELSE here because king rat needs to fall through
		if (!ontheground) {
			//if ((s->id == P_KINGRAT) && ((s->timer1 == KRS_CHARGE) || (s->timer1 == KRS_WALK))) {
				// do nothing
			//} else {
			//if (!s->climbing) {
				if (s->falling == B_FALSE) {
					s->fallspeed = 1;
				} 
				s->falling = B_TRUE;
				if (isinwater(s) && !s->iced) {
					s->y += (s->fallspeed/2);
				} else {
					s->y += s->fallspeed;
				}
				if ((timer % 10 == 0) && (s->fallspeed < FALLSPEED)) {
					s->fallspeed++;
				}
			//}
			//}

		}
	}

	if (s->netting) {
		s->netlen += s->netspeed;
		s->netting++;
		if (s->netting % 2 == 0) {
			if (s->netspeed > -NETSPEED) s->netspeed--;
				else {
					if (s->netlen <= 0) {
						s->netting = 0;
						adjustx(s, F_WALK1);
						for (s2 = sprite ; s2 ; s2 = s2->next) {
							if ((s2->caughtby == s) && (s2->caughtstate == C_NETTING)) {
								s2->caughtstate = C_NETTED;
							}
						}
					}
				}
		}
	} else if (s->slamming) {
		int netx,nety;
		double dist;
		int hitwall = B_FALSE;

		s->slamangle += (10 * (M_PI/180));


		dist = (s->slamangle * (180/M_PI))/2;
		netx = s->x + cos(s->slamangle-(180*(M_PI/180)))*dist*s->dir;
		nety = s->y + sin(s->slamangle-(180*(M_PI/180)))*dist;
		if ((netx >= (640-TILEW)) || (netx <= TILEW)) {
			hitwall = B_TRUE;
		}

		// hit a boss?
		if (boss) {
			if ( (netx >= boss->x-(boss->img->w/2)) && (netx <= boss->x+(boss->img->w/2))) {
				if ((nety >= boss->y - boss->img->h) && (nety <= boss->y)) {
					hitwall = B_TRUE;
				}
			}
		}

		if (s->slamangle >= (180 * (M_PI/180)) || hitwall) {
			/* finished slamming */
			int xdiff,ydiff,xnet = 0,ynet = 0;
			int pointsinc = 250;
			int psize = 6;
			int gotsomething = B_FALSE;
			int hitboss = B_FALSE;
			int macex,macey;
			int numcaught = 0;

			s->slamming = 0;

			/* reset fruit type counter */
			curfruittype = 0;

			// if we have a mace, add an explosion and play a thump sound
			if (player->powerup == PW_MACE) {
				// play sound
				playfx(FX_MACE);

				// find location of mace
				for (s2 = sprite;  s2 ; s2 = s2->next) {
					if (s2->id == P_MACE) {
						break;
					}
				}
				
				if (!s2) {
					// should never happen
					macex = 0;
					macey = 0;
				} else {
					int xx,yy;
					macex = s2->x;
					macey = s2->y - s2->img->h/2;

					// add explosion
					//puffin(-1, macex, macey, "nothing", 0);
					addsprite(P_SMASH, macex, macey, "smash");
					addsprite(P_SMASH, macex+TILEW, macey, "smash");
					addsprite(P_SMASH, macex-TILEW, macey, "smash");
					addsprite(P_SMASH, macex, macey+TILEH, "smash");
					addsprite(P_SMASH, macex, macey-TILEH, "smash");
					for (yy = 1;  yy <= MACEEXPY; yy++) {
						for (xx = 1;  xx <= MACEEXPX; xx++) {
							addsprite(P_SMASH, macex+xx*TILEW, macey-yy*TILEH, "smash");
							addsprite(P_SMASH, macex-xx*TILEW, macey-yy*TILEH, "smash");
							addsprite(P_SMASH, macex+xx*TILEW, macey+yy*TILEH, "smash");
							addsprite(P_SMASH, macex-xx*TILEW, macey+yy*TILEH, "smash");
							//puffin(-1, macex+xx*TILEW, macey-yy*TILEH, "nothing", 0);
							//puffin(-1, macex-xx*TILEW, macey-yy*TILEH, "nothing", 0);
						}
					}
				}
			}



			/* kill anything we've caught */
			for (s2 = sprite;  s2 ; s2 = s2->next) {
				/* kill anything we have caught */
				if (s2->caughtby == s) {
					tiletype_t *tt;

					numcaught++; // used later in slam code

					tt = gettileat(s2->x,s2->y+2,NULL,NULL);


					/* if on ground or hitting a wall, monster dies */
					if ((hitwall) || (tt == NULL) || (tt->solid)) {
						/* will become a fruit when it finishes dying */
						if (boss) {
							s2->willbecome = -1;
						} else {
							s2->willbecome = fruittypes[curfruittype];
							/* increment fruit type */
							if (fruittypes[++curfruittype] == -1) {
								curfruittype = 0;
							}
						}

						if ((player->powerup == PW_MACE) && (s2->id == P_SNAIL)) {
							// turn into a slug so that it really dies
							s2->id = P_SLUG;
						}
						die(s2);

						if ((player->powerup == PW_MACE) || (s2->id != P_SNAIL)) {
							pointsinc *= 2;
							psize += 10;
							gotsomething++;
						}
						xnet = s2->x;
						ynet = s2->y - s2->img->h/2;

					} else {
						/* otherwise it gets angry */
						s2->angry = B_TRUE;
					}
				}
			}

			// if we have a powerup, centre of net is the mace position
			if (player->powerup == PW_MACE) {
				xnet = macex;
				ynet = macey;
			}


			// only check for hitting something if we already had a monster caught,
			// or we have a mace
			if (gotsomething || (player->powerup == PW_MACE)) {
				/* kill anything we hit */
				for (s2 = sprite;  s2 ; s2 = s2->next) {
					if ((s2->caughtby != s) && !s2->dead && !s2->invuln && (ismonster(s2->id))) {
						int xthresh,ythresh;

						xdiff = s2->x - xnet;
						if (xdiff < 0) xdiff =-xdiff;
						ydiff = (s2->y - s2->img->h/2) - ynet;
						if (ydiff < 0) ydiff =-ydiff;

						/*
						if (player->powerup == PW_MACE) {
							xthresh = TILEW*MACEEXPX*2;
							ythresh = TILEW*MACEEXPY*2;
						} else {
						*/
						xthresh = s2->img->w;
						ythresh = s2->img->h;
						//}

						if ((xdiff <= xthresh) && (ydiff <= ythresh)) {
							if (s2 == boss) {
								int n;
								// flash white, longer for each monster we were
								// holding
								s2->angry = BOSSFLASHTIME*numcaught;
								// lose health 
								s2->lives -= numcaught;
								
								// if no health left < 0, it dies 
								if (s2->lives <= 0) {
									sprite_t *s3;
									// todo: change to big fruit!
									s2->willbecome = P_DIAMOND;

									// add puffs
									for (n = 0; n < 30; n++) {
										puffin(-1, s2->x - (s2->img->w/2) + (rand() % s2->img->w), s2->y - (rand() % s2->img->h), "nothing", rand() % 80);
									}

									playfx(FX_BOSSDIE);
									die(s2);


									pointsinc *= 2;
									pointsinc = 64000; // hardcode for a boss
									psize += 10;

									gotsomething++;

									// kill everything else too
									for (s3 = sprite; s3 ; s3=s3->next) {
										if (ismonster(s3->id) && !s3->dead) {
											s3->willbecome = P_DIAMOND;
								
											if (s3->caughtby) {
												s3->caughtby = NULL;
												player->netcaught--;
											}
											die(s3);
										}
									}
									hitboss = B_TRUE;
								} else { // remaining health
									playfx(FX_BOSSHIT);
									hitboss = B_TRUE;
								}
							} else if (s2->id != P_BLACKCLOUD) { // non bosses
								/* dies and becomes a powerup */
								// if we were holding something, we can get a powerup.
								// if we used a mace, it becomes a diamond.
								if (gotsomething) {
									if (boss) { // no fruits on boss levels
										s2->willbecome = -1;
									} else {
										// if player isn't fast, give a speed.
										if (player->speed != PLAYERFAST) {
											s2->willbecome = P_SPEED;
										} else if (gotsomething >= 4) { // card for killing 5 at once
											s2->willbecome = getrandomcard();
										} else if (rand() % 5 == 0) { // random chance of a card
											s2->willbecome = getrandomcard();
										} else {
											// otherwise use normal powerup counter
											s2->willbecome = poweruptypes[curpoweruptype];
											if (poweruptypes[++curpoweruptype] == -1) {
												curpoweruptype = 0;
											}
										}

									}
								} else if (player->powerup == PW_MACE) {
									s2->willbecome = P_DIAMOND;
								} else { // should never happen
									
									/* will become a fruit when it finishes dying */
									s2->willbecome = fruittypes[curfruittype];
									/* increment fruit type */
									if (fruittypes[++curfruittype] == -1) {
										curfruittype = 0;
									}
								}
								if ((player->powerup == PW_MACE) && (s2->id == P_SNAIL)) {
									// turn into a slug so that it really dies
									s2->id = P_SLUG;
								}

								if (s2->id == P_SNAIL) {
									// avoid triggering death code twice for caught snails
									// since for them s->dead won't be set after we
									// slam them.
									if (s2->lives != 0) { // ie if we didn't just catch+slam it
										die(s2);
									}
								} else {
									die(s2);
									pointsinc *= 2;
									psize += 10;
									gotsomething++;
								}
							}
						}

					}
				}
			}

			if (!hitboss) {
				if (gotsomething >= 1) {
					playfx(FX_KILL);
				} 
				if (gotsomething > 1) {
					playfx(FX_MULTIKILL);
				}
			}


			gotsomething = B_FALSE;

			/* release anything we've caught */
			for (s2 = sprite;  s2 ; s2 = s2->next) {
				if (s2->caughtby == s) {
					/* release it */
					s2->caughtby = NULL;
				}
			}
			
			s->netcaught = 0;

			/* show points */
			if (psize >= MAXLETTERHEIGHT) {
				psize = MAXLETTERHEIGHT-1;
			}
			if (pointsinc > 250) {
				sprintf(tempm, "%d",pointsinc);
				addoutlinetext(xnet,ynet-TILEH, psize, tempm, &white,&black,POINTSDELAY);
				/*  give points to player */
				//s->score += pointsinc;
				addscore(s, pointsinc);
			}

		} // end if slamangle > 180degrees
	} // end if slamming
}


int movex(sprite_t *s,double amt) {
	double newx,newy;
	double curx,cury;
	int tilex,tiley;
	tiletype_t *tt,*tt2;
	int newxoff,newgroundy;
	int newtilex,newtiley;

	double amtdir;

	tt = gettileat(s->x, s->y, &tilex,&tiley);


	if (amt > 0) amtdir = 1;
		else (amtdir = -1);


	curx = s->x;
	cury = s->y;

	/* check for blockage to E/W */
	newx = s->x + (amtdir*(s->img->w/2)) ;
	//newx = s->x + (amtdir*TILEW/2);
	newy = cury-TILEH;
	tt2 = gettileat(newx,newy,&newtilex,&newtiley);
	if (tt2->solid == S_SOLID) {
		return B_TRUE;
	}
	if (tt2->solid == S_SLOPE && (!candoslopes(s->id))) {
		return B_TRUE;
	}

	// if falling, check the tile directly to our SW/SEtoo */
	if (s->falling) {
		newx = s->x + (amtdir*TILEW/2);
		newy = cury;
		tt2 = gettileat(newx,newy,&newtilex,&newtiley);
		if (tt2->solid == S_SOLID) {
			return B_TRUE;
		}
		if (tt2->solid == S_SLOPE && (!candoslopes(s->id))) {
			return B_TRUE;
		}
	}

	/* get new position */
	newx = curx + amt;
	newy = cury-2;
	tt2 = gettileat(newx,newy,&newtilex,&newtiley);
	newxoff = newx - (newtilex*TILEW);
	newgroundy = newtiley*TILEH + tt2->lowness[newxoff];

	/* new block is at least partially solid */
	if (tt2->solid == S_SOLID) {
		return B_TRUE;
	} else if ((tt2->solid == S_SLOPE) && candoslopes(s->id)) { 
		/* we can move, but need to adjust our height */
		s->x += amt;
	} else {
		/* new block is empty */
		s->x += amt;
	}

	s->moved = MV_WALK;

	// rings
	if (s == player) {
		if (player->powerup == PW_RINGWALK) {
			if (isonground(player) && !player->swimming) {
				int xx,yy;
				// add sparkle 
				xx = player->x + (rand() % player->img->w) - (player->img->w/2);
				yy = player->y - (rand() % (player->img->h/2));
				addsprite(P_SPARKLE, xx, yy, "sparkle");
				
				// gain points
				addscore(player, 15);
			}
		}
	}

	return B_FALSE;
}

void adjustheight(sprite_t *s) {
	tiletype_t *tt;
	int xoff,groundy;
	int tilex,tiley;
	double origy;
	int totmoved;

	if ((s->flies) || isbullet(s->id) ) {
		return;
	}

	tt = gettileat(s->x,s->y-1,&tilex,&tiley);
	if (!tt) return;
	if (tt->solid == S_SLOPE) {
		xoff = s->x - (tilex*TILEW);
		groundy = tiley*TILEH + tt->lowness[xoff];
		s->y = groundy;
	} else if (tt->solid == S_SOLID) {
		origy = s->y;
		totmoved = 0;
		// keep moving up
		while (tt->solid == S_SOLID) {
			s->y--;
			totmoved++;
			// don't move more than 1 tile worth!
			// don't go off top of screen
			if ((totmoved >= TILEH)  || (s->y <= TILEH)) {
				break;
			}
			tt = gettileat(s->x,s->y-1,&tilex,&tiley);
		}
	}
}

int dofruiteffect(sprite_t *s) {
	if (s->id == P_SPEED) {
		playfx(FX_POWERUP);
		player->speed = PLAYERFAST;
		addoutlinetext(s->x,s->y - s->img->h/2, TEXTSIZE_POINTS, "Speed up!", &white,&black,POINTSDELAY);
		return B_TRUE;
	} else if (s->id == P_BIGSPEED) {
		playfx(FX_POWERUP);
		player->permspeed = B_TRUE;
		player->speed = PLAYERFAST;
		addoutlinetext(s->x,s->y - s->img->h/2, TEXTSIZE_LIFE, "SUPER SPEED UP!", &cyan,&black,POINTSDELAY);
		return B_TRUE;
	} else if (s->id == P_NUMNETS) {
		playfx(FX_POWERUP);
		if (player->netmax < 4) {
			player->netmax++;
		}
		sprintf(tempm, "%d nets!",player->netmax);
		addoutlinetext(s->x,s->y - s->img->h/2, TEXTSIZE_POINTS, tempm,&white,&black,POINTSDELAY);
		return B_TRUE;
	} else if (s->id == P_BIGNET) {
		playfx(FX_POWERUP);
		player->netbig = B_TRUE;
		sprintf(tempm, "Big net!");
		addoutlinetext(s->x,s->y - s->img->h/2, TEXTSIZE_POINTS, tempm,&white,&black,POINTSDELAY);
		return B_TRUE;
	} else if (s->id == P_TROPHY) {
		// all powerups
		playfx(FX_POWERUP);
		player->netmax = 4; // all nets
		player->netbig = B_TRUE; // big net
		player->speed = 2; // fast
		sprintf(tempm, "Full power!");
		addoutlinetext(s->x,s->y - s->img->h/2, TEXTSIZE_POINTS, tempm,&white,&black,POINTSDELAY);
		return B_TRUE;
	} else if (s->id == P_MASKPOWERUP) {
		playfx(FX_POWERUP);
		player->hasmask = B_TRUE;
		sprintf(tempm, "Scuba Mask!");
		addoutlinetext(s->x,s->y - s->img->h/2, TEXTSIZE_POINTS, tempm,&white,&black,POINTSDELAY);
		return B_TRUE;
	} else if (s->id == P_BELL) {
		// all powerups
		playfx(FX_BELL); // different sound effect
		player->hasbell = B_TRUE;
		sprintf(tempm, "Powerup Detector!");
		addoutlinetext(s->x,s->y - s->img->h/2, TEXTSIZE_POINTS, tempm,&white,&black,POINTSDELAY);
		return B_TRUE;
	} else if (s->id == P_RINGGOLD) {
		// points for walking
		playfx(FX_POWERUP);
		player->powerup = PW_RINGWALK;
		sprintf(tempm, "Walk Ring!");
		addoutlinetext(s->x,s->y - s->img->h/2, TEXTSIZE_POINTS, tempm,&white,&black,POINTSDELAY);
		return B_TRUE;
	} else if (s->id == P_RINGSILVER) {
		// points for walking
		playfx(FX_POWERUP);
		player->powerup = PW_RINGJUMP;
		sprintf(tempm, "Jump Ring!");
		addoutlinetext(s->x,s->y - s->img->h/2, TEXTSIZE_POINTS, tempm,&white,&black,POINTSDELAY);
		return B_TRUE;
	} else if (s->id == P_MACEPOWERUP) {
		playfx(FX_POWERUP);
		player->powerup = PW_MACE;
		sprintf(tempm, "Mace Slam!");
		addoutlinetext(s->x,s->y - s->img->h/2, TEXTSIZE_POINTS, tempm,&white,&black,POINTSDELAY);
		return B_TRUE;
	} else if (s->id == P_BOXING) {
		playfx(FX_POWERUP);
		player->powerup = PW_BOXING;
		sprintf(tempm, "Boxing Glove!");
		addoutlinetext(s->x,s->y - s->img->h/2, TEXTSIZE_POINTS, tempm,&white,&black,POINTSDELAY);
		return B_TRUE;
	} else if (s->id == P_HELMET) {
		int xx,yy;
		playfx(FX_ARMOR);
		player->id = P_ARMOUR; // change how the player looks
		player->armour = B_TRUE;
		sprintf(tempm, "Armour!");
		addoutlinetext(s->x,s->y - s->img->h/2, TEXTSIZE_POINTS, tempm,&white,&black,POINTSDELAY);
		// add puffs
		for (xx = s->x - TILEW; xx <= s->x + TILEW; xx += TILEW) {
			for (yy = s->y - TILEW*2; yy <= s->y; yy += TILEH) {
				puffin(-1, xx, yy, "nothing", 0);
			}
		}
		return B_TRUE;
	} else if (s->id == P_GEMBOOST) {
		playfx(FX_POWERUP);
		if (player->gemboost <= 1) {
			player->gemboost = 2;
		} else {
			player->gemboost = 3;
		}
		sprintf(tempm, "Bonus x%d!",player->gemboost);
		addoutlinetext(s->x,s->y - s->img->h/2, TEXTSIZE_POINTS, tempm,&white,&black,POINTSDELAY);
		return B_TRUE;
	} else if (s->id == P_FTODIAMOND) {
		sprite_t *s2, *nexts;
		// convert all flowers to diamonds
		playfx(FX_MORPH);
		sprintf(tempm, "Make diamonds!");
		addoutlinetext(s->x,s->y - s->img->h/2, TEXTSIZE_POINTS, tempm,&white,&black,POINTSDELAY);
		for (s2 = sprite; s2 ; s2 = nexts) {
			nexts = s2->next;
			if (isflower(s2->id)) {
				puffin(-1, s2->x, s2->y, "nothing", 0);
				// replace with a diamond
				s2->id = P_DIAMOND;
				s2->score = getpoints(P_DIAMOND);
				sprintf(s2->name, "made_diamond");
			}
		}
		playfx(FX_MORPH);
		return B_TRUE;
	} else if (s->id == P_FTOGEM) {
		sprite_t *s2, *nexts;
		int howmany;
		int puffdelay;
		int gemtype = P_GEMYELLOW;
		int xx;
		tiletype_t *tt;

		// convert all flowers to gems
		playfx(FX_MORPH);
		sprintf(tempm, "Make gems!");
		addoutlinetext(s->x,s->y - s->img->h/2, TEXTSIZE_POINTS, tempm,&white,&black,POINTSDELAY);
		for (s2 = sprite; s2 ; s2 = nexts) {
			nexts = s2->next;
			if (isflower(s2->id)) {
				puffin(-1, s2->x, s2->y, "nothing", 0);
				// replace with a diamond
				s2->id = flowertogem(s2->id);
				s2->score = getpoints(s2->id);
				sprintf(s2->name, "made_gem");
			}
		}

		// and also make a stream of gems underneath us
		howmany = (STREAMWID+1)*3;
		// RIGHT
		puffdelay = 0;
		for (xx = s->x+TILEW; xx < s->x + (TILEW*howmany); xx += TILEW) {
			// if on a wall, exit
			tt = gettileat(xx,s->y-TILEH,NULL,NULL);
			if (tt->solid) {
				break;
			}
			switch (puffdelay % 3) {
				case 0: gemtype = P_GEMYELLOW; break;
				case 1: gemtype = P_GEMRED; break;
				case 2: gemtype = P_GEMPURPLE; break;
			}
			/* create a gem */
			puffin(gemtype, xx, s->y, "gem", puffdelay);

			puffdelay += 1;
		}
		// LEFT
		puffdelay = 0;
		for (xx = s->x+TILEW; xx > s->x - (TILEW*howmany); xx -= TILEW) {
			// if on a wall, exit
			tt = gettileat(xx,s->y-TILEH,NULL,NULL);
			if (tt->solid) {
				break;
			}
			switch (puffdelay % 3) {
				case 0: gemtype = P_GEMYELLOW; break;
				case 1: gemtype = P_GEMRED; break;
				case 2: gemtype = P_GEMPURPLE; break;
			}
			/* create a gem */
			puffin(gemtype, xx, s->y, "gem", puffdelay);
			puffdelay += 1;
		}
		return B_TRUE;
	} else if (s->id == P_CLOCK) {
		// Freeze monsters
		playfx(FX_POWERUP);
		player->powerup = PW_CLOCK;
		clocktime = CLOCKTIME;
		sprintf(tempm, "Freeze time!");
		addoutlinetext(s->x,s->y - s->img->h/2, TEXTSIZE_POINTS, tempm,&white,&black,POINTSDELAY);
		// pause music
		Mix_PauseMusic();
		return B_TRUE;
	} else if (s->id == P_TAP) {
		// flood level
		playfx(FX_FLOOD);
		sprintf(tempm, "Flood!");
		addoutlinetext(s->x,s->y - s->img->h/2, TEXTSIZE_POINTS, tempm,&blue,&black,POINTSDELAY);
		if (!curlevel->iced) {
			curlevel->iced = WATER_INPROGRESS;
			curlevel->icey = LEVELH-1;
		}
		return B_TRUE;
	} else if (s->id == P_SNOWMAN) {
		// ice
		playfx(FX_FREEZE);
		sprintf(tempm, "Blizzard!");
		addoutlinetext(s->x,s->y - s->img->h/2, TEXTSIZE_POINTS, tempm,&cyan,&black,POINTSDELAY);
		if (!curlevel->iced) {
			curlevel->iced = ICE_INPROGRESS;
			curlevel->icey = 0;
		}
		return B_TRUE;
	} else if (s->id == P_SPRAY) {
		// flyspray
		playfx(FX_SPRAY);
		sprintf(tempm, "Fly Spray!");
		addoutlinetext(s->x,s->y - s->img->h/2, TEXTSIZE_POINTS, tempm,&white,&black,POINTSDELAY);
		player->powerup = PW_SPRAYUP;
		sprayalpha = 0;
		return B_TRUE;
	} else if (s->id == P_CANNONPOWERUP) {
		// flyspray
		playfx(FX_POWERUP);
		sprintf(tempm, "Fusion Cannon");
		addoutlinetext(s->x,s->y - s->img->h/2, TEXTSIZE_POINTS, tempm,&white,&black,POINTSDELAY);
		player->powerup = PW_CANNON;
		puffin(P_CANNON, player->x, player->y,"cannon", 0);
		return B_TRUE;
	} else if (s->id == P_HONEY) {
		playfx(FX_POWERUP);
		player->netsticky = B_TRUE;
		sprintf(tempm, "Sticky net!");
		addoutlinetext(s->x,s->y - s->img->h/2, TEXTSIZE_POINTS, tempm,&white,&black,POINTSDELAY);
		return B_TRUE;
	} else if (s->id == P_LIFE) {
		extralife(player);
		return B_TRUE;
	} else if (s->id == P_PHONE) {
		sprite_t *s2, *nexts;

		// can't skip levels if the nxet one is a boss level
		if (isbosslevel(curlevelnum + 1)) {
			playfx(FX_ENGAGED);
			sprintf(tempm, "Engaged");
			addoutlinetext(s->x,s->y - s->img->h/2, TEXTSIZE_POINTS, tempm,&white,&black,POINTSDELAY);
		} else {
			playfx(FX_PHONE);
			sprintf(tempm, "Telephone!");
			addoutlinetext(s->x,s->y - s->img->h/2, TEXTSIZE_POINTS, tempm,&white,&black,POINTSDELAY);
			// set powerup
			player->powerup = PW_PHONE;
			skiplevels = 1;
			// kill all enemies
			for (s2 = sprite; s2 ; s2 = nexts) {
				nexts = s2->next;
				if (isbullet(s2->id) || ismonster(s2->id)) {
					s2->dead = D_FINAL;
		
					if (s2->caughtby) {
						s2->caughtby = NULL;
						player->netcaught--;
					}
				}
			}
			// call in cloud immediately
			levelcomplete = LV_FINAL;
		}
		return B_TRUE;
	} else if (s->id == P_UFO) {
		int n;
		int wid,hei;
		sprite_t *sp;

		playfx(FX_POWERUP);
		sprintf(tempm, "Meteor Shower!");
		addoutlinetext(s->x,s->y - s->img->h/2, TEXTSIZE_POINTS, tempm,&white,&black,POINTSDELAY);
		wid = imageset[P_METEOR].img[0]->w;
		hei = imageset[P_METEOR].img[0]->h;
		for (n = 0; n < 7; n++) {
			sp = addsprite(P_METEOR, rand() % (640 - (wid*2)) + (wid/2),  - (rand() % (hei*7)), "meteor");
			sp->ys = (rand() % METEORMAXSPEED)+2;
		}
		lastmet = sp;
		return B_TRUE;
	} else if (s->id == P_STARPOWERUP) {
		int n;
		double ang;
		sprite_t *sp;
		// add a starburst
		ang = (rand() % 360) * (M_PI/180);
		for (n = 0; n < 8; n++) {
			sp = addsprite(P_STAR, player->x, player->y, "star");
			/*
			switch (n) {
				case 0: sp->xs = 0; sp->ys = -STARSPEED; break;
				case 1: sp->xs = STARSPEED; sp->ys = -STARSPEED; break;
				case 2: sp->xs = STARSPEED; sp->ys = 0; break;
				case 3: sp->xs = STARSPEED; sp->ys = STARSPEED; break;
				case 4: sp->xs = 0; sp->ys = STARSPEED; break;
				case 5: sp->xs = -STARSPEED; sp->ys = STARSPEED; break;
				case 6: sp->xs = -STARSPEED; sp->ys = 0; break;
				case 7: sp->xs = -STARSPEED; sp->ys = -STARSPEED; break;
			}
			*/
			sp->xs = cos(ang)*STARSPEED;
			sp->ys = sin(ang)*STARSPEED;

			ang = ang + (45 * (M_PI/180));

			// use timer1 as the frame counter
			sp->timer1 = rand() % STARFRAMES;

		}
		playfx(FX_STAR);
		sprintf(tempm, "Shuriken!");
		addoutlinetext(s->x,s->y - s->img->h/2, TEXTSIZE_POINTS, tempm,&white,&black,POINTSDELAY);
		return B_TRUE;
		
	} else if (s->id == P_BOMB) {
		sprite_t *s2, *nexts;

		// make the screen shake
		player->powerup = PW_BOMB;
		player->timer1 = BOMBSHAKETIME;

		// kill all monsters
		playfx(FX_BOOM);
		sprintf(tempm, "KABOOM!!");
		addoutlinetext(s->x,s->y - s->img->h/2, TEXTSIZE_BOMB, tempm,&red,&yellow,POINTSDELAY);
		for (s2 = sprite; s2 ; s2 = nexts) {
			nexts = s2->next;
			if (isbullet(s2->id)) {
				s2->dead = D_FINAL;
			} else if (ismonster(s2->id)) {
				s2->willbecome = P_DIAMOND;
				s2->lives = 0; // for snails
	
				if (s2->caughtby) {
					s2->caughtby = NULL;
					player->netcaught--;
				}
				die(s2);
			}
		}
		return B_TRUE;
	} else if (s->id == P_SHIELD) {
		playfx(FX_POWERUP);
		sprintf(tempm, "Shield!");
		addoutlinetext(s->x,s->y - s->img->h/2, TEXTSIZE_POINTS, tempm,&white,&black,POINTSDELAY);

		// temp invincibility
		player->invuln = SHIELDTIME;

		return B_TRUE;
	} else if (s->id == P_HELP) {
		playfx(FX_POWERUP);
		// TODO: move other HELP text around if need be!
		addoutlinetext(320,240,TEXTSIZE_HELP, s->name, &white,&black,HELPDELAY);
		return B_TRUE;
	} else if (iscard(s->id)) {
		if (player->numcards < MAXCARDS) {
			sprite_t *newc;
			int cardwidth,cardheight;

			playfx(FX_CARD);

			// show text
			sprintf(tempm, getcardname(s->id));
			addoutlinetext(s->x,s->y - s->img->h/2, TEXTSIZE_POINTS, tempm,&white,&black,POINTSDELAY);

			// add a "card" effect. it will move slowly towards the corner.
			newc = addsprite(P_MOVINGCARD,s->x, s->y, "moving_card");

			// timer1 is the actual cardid
			// timer2 is the target x position
			// timer3 is the target y position
			cardwidth = imageset[P_FIRSTCARD].img[F_WALK1]->w;
			cardheight = imageset[P_FIRSTCARD].img[F_WALK1]->h;
			newc->timer1 = s->id;
			newc->timer2 = CARDX + (player->numcards * (cardwidth+2)) + (cardwidth/2);
			newc->timer3 = CARDY + cardheight;

			// set image
			newc->img = imageset[s->timer1].img[F_WALK1]; 
		} else {
			// is this possible?!
			addoutlinetext(s->x,s->y - s->img->h/2, TEXTSIZE_POINTS, "Full cards!",&red,&black,POINTSDELAY);
		}
		return B_TRUE;
	} else if (isflower(s->id)) {
		int xx;
		sprite_t *ss;
		tiletype_t *tt;
		int found = B_FALSE;

		/* was this the last fruit of its kind on the level? */
		for (ss = sprite; ss; ss = ss->next) {
			if ((ss != s) && (ss->id == s->id)) {
				found = B_TRUE;
			}
		}
		/* if so, create a left/right stream of flowers */
		if (!found) {
			int howmany = (STREAMWID + 1) * player->gemboost;
			int puffdelay;

			// RIGHT
			puffdelay = 0;
			for (xx = s->x+TILEW; xx < s->x + (TILEW*howmany); xx += TILEW) {
				// if on a wall, exit
				tt = gettileat(xx,s->y-TILEH,NULL,NULL);
				if (tt->solid) {
					break;
				}
				/* create a flower */
				puffin(flowertogem(s->id), xx, s->y, "flower", puffdelay);

				puffdelay += 1;
			}
			// LEFT
			puffdelay = 0;
			for (xx = s->x+TILEW; xx > s->x - (TILEW*howmany); xx -= TILEW) {
				// if on a wall, exit
				tt = gettileat(xx,s->y-TILEH,NULL,NULL);
				if (tt->solid) {
					break;
				}
				puffin(flowertogem(s->id), xx, s->y, "flower", puffdelay);
				puffdelay += 1;
			}
			playfx(FX_BONUS);
			sprintf(tempm, "BONUS!");
			addoutlinetext(s->x,s->y - s->img->h/2, TEXTSIZE_BONUS, tempm,&white,&black,BONUSDELAY);
			return B_TRUE;
		}
	}

	return B_FALSE;
}

void usage(void) {
	printf("usage:  rc [-fs] [-l xx]\n");
	printf("   -fs     Start in full-screen mode.\n");
	printf("   -l xx  Skip to level xx.\n");
	printf("\n");
}

// returns B_TRUE if the given player is able to walk/fall left/right 
int canmove(sprite_t *pl) {
	if (!pl->jumping && !pl->slamming ) {
		if (!pl->netting)  {
			//if (!isonladder(pl) || pl->falling || isonground(pl)) {
			if ( pl->climbing || pl->falling || isonground(pl)) {
				return B_TRUE;
			}
		} else if (pl->netting && pl->falling) { // netting and falling
			return B_TRUE;
		}
	}
	return B_FALSE;
}

// returns B_TRUE if the given player is able to change which direction they're facing
int canturn(sprite_t *pl) {
	if (!pl->slamming && !pl->netting) {
		return B_TRUE;
	}
	return B_FALSE;
}

int loadfx(int sid , char *filename) {
	char tempname[BUFLEN];

	sprintf(tempname, "%s/sounds/",datadir);
	strncat(tempname, filename, BUFLEN);
	sfx[sid] = Mix_LoadWAV(tempname);
	if (!sfx[sid]) {
		printf("error loading %s\n",tempname);
		return B_TRUE;
	}
	return B_FALSE;
}

int initsound(void) {
	int i;
	char filename[BUFLEN];

	/* init */
	if (Mix_OpenAudio(44100, AUDIO_S16SYS, 2, 1024) < 0) {
		printf("Error initialising sound: %s.\n",Mix_GetError());
		return B_TRUE;
	}

	Mix_AllocateChannels(CH_LASTCHANNEL);

	loadfx(FX_SHOOT, "shoot.wav");
	loadfx(FX_SLAM, "slam.wav");
	loadfx(FX_KILL, "kill.wav");
	loadfx(FX_MULTIKILL, "multikill.wav");
	loadfx(FX_JUMP, "jump.wav");
	loadfx(FX_FRUIT, "fruit.wav");
	loadfx(FX_POWERUP, "powerup.wav");
	loadfx(FX_DIE, "die.wav");
	loadfx(FX_WINLEVEL, "winlevel.wav");
	loadfx(FX_HURRYUP, "hurryup.wav");
	loadfx(FX_TOOSLOW, "tooslow.wav");
	loadfx(FX_BONUS, "bonus.wav");
	loadfx(FX_MORPH, "morph.wav");
	loadfx(FX_BOOM, "boom.wav");
	loadfx(FX_SPRING, "spring.wav");
	loadfx(FX_TELEPORT, "teleport.wav");
	loadfx(FX_SPLASH, "splash.wav");
	loadfx(FX_MACE, "mace.wav");
	loadfx(FX_LIFE, "life.wav");
	loadfx(FX_GAMEOVER, "gameover.wav");
	loadfx(FX_OW, "ow.wav");
	loadfx(FX_BELL, "bell.wav");
	loadfx(FX_CLOCK, "clock.wav");
	loadfx(FX_ARMOR, "armor.wav");
	loadfx(FX_FREEZE, "freeze.wav");
	loadfx(FX_ICEBREAK, "icebreak.wav");
	loadfx(FX_BOSSWINDUP, "chargewait.wav");
	loadfx(FX_BOSSCHARGE, "bosscharge.wav");
	loadfx(FX_BOSSDIE, "bossdie.wav");
	loadfx(FX_BOSSHIT, "bosshit.wav");
	loadfx(FX_BOSSWALL, "bosswall.wav");
	loadfx(FX_SPRAY, "spray.wav");
	loadfx(FX_CANNON, "fusion.wav");
	loadfx(FX_CRACK, "crack.wav");
	loadfx(FX_PHONE, "phone.wav");
	loadfx(FX_STAR, "star.wav");
	loadfx(FX_STARHIT, "starhit.wav");
	loadfx(FX_METEOR, "meteor.wav");
	loadfx(FX_ENGAGED, "engaged.wav");
	loadfx(FX_FLOOD, "flood.wav");
	loadfx(FX_CARD, "card.wav");
	loadfx(FX_POKER, "poker.wav");

	// load sound effects
	for  (i = 0; i < MAXFX; i++) {
		if (!sfx[i]) {	
			return B_TRUE;
		}
	}

	// set up callback
	Mix_ChannelFinished(channeldone);

	// load music
	sprintf(filename, "%s/music/main.mod",datadir);
	normalmusic = Mix_LoadMUS(filename);
	if (!normalmusic) {
		printf("can't load music\n");
		return B_TRUE;
	}

	sprintf(filename, "%s/music/mainfast.mod",datadir);
	fastmusic = Mix_LoadMUS(filename);
	if (!fastmusic) {
		printf("can't load fast music\n");
		return B_TRUE;
	}

	sprintf(filename, "%s/music/boss.mod",datadir);
	bossmusic = Mix_LoadMUS(filename);
	if (!bossmusic) {
		printf("can't load music\n");
		return B_TRUE;
	}

	return B_FALSE;
}

void playfx(int num) {
	Mix_PlayChannel(-1, sfx[num], 0);
}

void playmusic(Mix_Music *toplay) {
	/* stop music */
	if (musicplaying) {
		Mix_HaltMusic();
	}

	/* start music */
	//music = toplay;

	Mix_PlayMusic(toplay, -1);
	if (player) {
		if (player->swimming) {
			Mix_VolumeMusic(MIX_MAX_VOLUME/3);
		} else {
			Mix_VolumeMusic(MIX_MAX_VOLUME);
		}
	} else {
		Mix_VolumeMusic(MIX_MAX_VOLUME);
	}
	
	curmusic = toplay;
	musicplaying = B_TRUE;
}

void stopmusic(void) {
	/* stop music */
	if (musicplaying) {
		Mix_HaltMusic();
	}
	musicplaying = B_FALSE;
	curmusic = NULL;
}

// callback for sound effects finishing 
void channeldone(int channel) {
	if (channel == CH_HURRYUP) {
		// start fast music
		playmusic(fastmusic);
	}
}



// move player towards new position
void movetostart(sprite_t *p, int dstx, int dsty, double xspeed, double yspeed) {
	double ang,xs,ys;
	// figure out angle to player
	ang = atan2(dsty - p->y, dstx - p->x);
	xs = (cos(ang) * xspeed);
	ys = (sin(ang) * yspeed);

	if (p->x < dstx) {
		p->x += xs;
		if (p->x > dstx) p->x = dstx;
	}
	if (p->x > dstx) {
		p->x += xs;
		if (p->x < dstx) p->x = dstx;
	}
	if (p->y < dsty) {
		p->y += ys;
		if (p->y > dsty) p->y = dsty;
	}
	if (p->y > dsty) {
		p->y += ys;
		if (p->y < dsty) p->y = dsty;
	}
}

// grabs area behind a sprite into a temp buffer
SDL_Surface *grabbehind(sprite_t *s, SDL_Surface *surf) {
	SDL_Rect area;

	// remember area behind player
	area.x = s->x - s->img->w/2;
	area.y = s->y - s->img->h;
	area.w = s->img->w;
	area.h = s->img->h;
	SDL_BlitSurface(screen, &area, surf, NULL);

	return surf;
}

void dumpsprites(void) {
	sprite_t *s;
	int i = 0;
	int mcount = 0;
	for (s = sprite; s ; s = s->next) {
		printf("Sprite #%d:	%s at %1.0f,%1.0f id=%d (",i,s->name,s->x,s->y, s->id);
		if (ismonster(s->id)) { printf("MONSTER, "); mcount++; }
		if (isfruit(s->id)) printf("FRUIT, ");
		if (isflower(s->id)) printf("FLOWER, ");
		if (isbullet(s->id)) printf("BULLET, ");
		if (iseffect(s->id)) printf("EFFECT, ");
		printf(")\n");
		i++;
	}

	printf("--------\n");
	printf("Total monsters: %d\n",mcount);
	printf("\n\n");
}

void addoutlinetext(int x, int y, int size, char *msg, SDL_Color *col, SDL_Color *bgcol, int delay) {
	addtext(x-1,y,size,msg,bgcol,delay); // outline
	addtext(x-1,y-1,size,msg,bgcol,delay); // outline
	addtext(x,y-1,size,msg,bgcol,delay); // outline
	addtext(x+1,y-1,size,msg,bgcol,delay); // outline
	addtext(x+1,y,size,msg,bgcol,delay); // outline
	addtext(x+1,y+1,size,msg,bgcol,delay); // outline
	addtext(x,y+1,size,msg,bgcol,delay); // outline
	addtext(x-1,y+1,size,msg,bgcol,delay); // outline
	addtext(x,y,size,msg,col,delay); // main text
}

char *addcommas(char *buffer, int num) {
	char tempbuf[MIDBUFLEN];
	char *p;
	char *p2;
	int count;

	sprintf(tempbuf, "%d",num);
	
	p2 = buffer;
	p = tempbuf;
	if (strlen(tempbuf) <= 3) {
		strcpy(buffer,tempbuf);
		return buffer;
	} else {
		count = ((strlen(tempbuf)-1) % 3)+1;
	}

	for (p = tempbuf; *p; p++) {
		if (count == 0) {
			count = 3;
			*p2 = ',';
			p2++;
		}
		*p2 = *p;
		p2++;
		count--;
	}
	*p2 = '\0';
	
	return buffer;
}

void addscore(sprite_t *s, int amt) {
	int oldscore;
	oldscore = s->score;

	s->score += amt;

	// each multiple of 100,000
	if (s == player) {
		if ((s->score / 100000) > (oldscore / 100000))  {
			extralife(s);
		}
	}
}

void extralife(sprite_t *which) {
	playfx(FX_LIFE);
	which->lives += 1;
	addoutlinetext(which->x,which->y - which->img->h/2, TEXTSIZE_LIFE, "Extra life!",&green,&black,LIFEDELAY);
}

// slowly change level to ice
void doice(void) {
	int yy,xx,changed;
	sprite_t *s;
	int l2id;

	// just in case
	if (!curlevel->iced) {
		curlevel->iced = ICE_INPROGRESS;
	}
	// slowly change a level to ice 
	//if (timer % ICESPEED == 0) {
		xx = 0;
		for (yy = curlevel->icey; yy >= 0; yy--) {
			// finished?
			if ((xx == LEVELW-1) && (yy == LEVELH-1)) {
				curlevel->iced = ICE_COMPLETE;
				break;
			}
			// make sure tile is valid
			if ((yy >= 0) && (yy < LEVELH) && (xx >= 0) && (xx < LEVELW)) {
				tiletype_t *tt;
				changed = B_FALSE;
				// if not already a second layer here...
				//l2id = curlevel->map2[yy*LEVELW+xx];
				tt = gettile(curlevel->map2[yy*LEVELW+xx]);
				l2id = tt->id;
				if (l2id == T_BLANK) {
					// add ice layer
					tt = gettile(curlevel->map[yy*LEVELW+xx]);
					switch (tt->id) {
						case T_FULL:
							curlevel->map2[yy*LEVELW+xx] = getuniq(T_ICE);
							changed = B_TRUE;
							break;
						case T_LAND:
							curlevel->map2[yy*LEVELW+xx] = getuniq(T_ICETOP);
							changed = B_TRUE;
							break;
					}
				} else { // certain l2 ids can still be replaced
					switch (l2id) {
						case T_FULL:
							curlevel->map2[yy*LEVELW+xx] = getuniq(T_ICE);
							changed = B_TRUE;
							break;
						case T_LAND:
printf("bb\n");
							curlevel->map2[yy*LEVELW+xx] = getuniq(T_ICETOP);
							changed = B_TRUE;
							break;
					}
				}
				if (changed) {
					drawtile(temps, xx, yy);
				}
			}
			xx++;
			if (xx >= LEVELW) break;
		}

		// ice any monsters
		for (s = sprite; s ; s = s->next) {
			if (ismonster(s->id)) {
				if ((s->x <= (xx*TILEW)) && (s->y <= (curlevel->icey*TILEH))) {
					if (!s->iced && !s->dead && !s->caughtby) {
						// ice it!
						s->iced = B_TRUE;
						s->jumping = B_FALSE;
					}
				}
			}
		}
		
		// increase icey for next time
		curlevel->icey++;
}

void adjustx(sprite_t *s,int framenum) {
	int newx,newy,diff;
	tiletype_t *tt;

	if (imageset[s->id].img[framenum] == NULL) {
		return;
	}

	if ((levelcomplete == LV_CLOUD) || (levelcomplete == LV_CLOUDLOOP)) {
		return;
	}

	if (imageset[s->id].img[framenum]->w  > s->img->w) {
		diff = (imageset[s->id].img[framenum]->w - s->img->w) +1 ;
	} else {
		diff = (s->img->w - imageset[s->id].img[framenum]->w) +1 ;
	}
	newy = s->y-TILEH;

	// check RIGHT
	newx = s->x + (s->img->w/2);
	tt = gettileat(newx,newy,NULL,NULL);
	if (tt->solid == S_SOLID) {
		s->x -= diff;
	}
	// check LEFT
	newx = s->x - (s->img->w/2);
	tt = gettileat(newx,newy,NULL,NULL);
	if (tt->solid == S_SOLID) {
		s->x += diff;
	}
}

/* check for death & update movement status*/
void checksprites(void) {
	sprite_t *s, *nextsprite;

	for (s = sprite ; s ; s = nextsprite) {
		s->moved = MV_NONE;
		nextsprite = s->next;
		if (s->dead == D_FINAL) {
			if (s == player) {
				if (player->lives > 0) {
					/* if we have lives left, go back to start position */
					setdefaults(s);
					s->x = (curlevel->p1x * TILEW) + (TILEW/2);
					s->y = (curlevel->p1y * TILEH) + (TILEH/2);
					s->invuln = INVULNTIME;
				} else {
					if (levelcomplete == LV_GAMEOVER) {
						// TODO: Wait until "game over" text  is gone, then slowly fade out the screen
						// then show hiscores
						// then back to title screen
					} else {
						addoutlinetext(320,240,TEXTSIZE_GAMEOVER,"Game Over",&red,&black,GAMEOVERDELAY);
						levelcomplete = LV_GAMEOVER;
						stopmusic();
						playfx(FX_GAMEOVER);
					}
				}
			} else {
if ((s->id == P_PUFF) && (s->timer1 != 999)) {
printf("puff deid without changing!!!\n");
	}
killsprite(s);
				// check for level completion
				checklevelend();
			}
		}

	}

	// check if we've hit the cloud
	if (levelcomplete == LV_NEXTLEV) {
		nextlevel();
	}
}

void moveallsprites(void) {
	sprite_t *s;
	for (s = sprite; s ; s = s->next) {
		movesprite(s);
		
	}
}

void checkcollideall(void) {
	sprite_t *s;

	/* check collisions for player and effects */
	for (s = sprite ; s ; s = s->next) {
		if ((s == player) || needscollisions(s->id)) {
			checkcollide(s);
		}
	}
}

void drawallsprites(void) {
	sprite_t *s;
	int lastframe;
	/* draw non-puff sprites */
	for (s = sprite ; s ; s = s->next) {
		if (s->id != P_PUFF) {
			lastframe = s->frame;
			drawsprite(s);
			if (s->frame != lastframe) {
				adjustx(s, s->frame);
			}
		}
	}
	/* draw puff sprites */
	for (s = sprite ; s ; s = s->next) {
		if (s->id == P_PUFF) drawsprite(s);
	}
}

// check if sprite has passed off bottom/top of screen
void checkwrap(sprite_t *s) {
	if (!s->dead) {
		if (!iseffect(s->id)) {
			/* if we've fallen off the bottom... */
			if (s->y > (480+s->img->h)) {
				// move to top
				s->y = -s->img->h;
			}
			/* if we've gone off the top */
			if (s->y < -s->img->h) {
				// move to bottom
				s->y = (480+s->img->h);
			}
		}
	}
}


int getcurworld(void) {
	int wnum;
	wnum = ((curlevelnum-1)/20)+1;
	return wnum;
}

int getcurlevel(void) {
	int wnum;
	wnum = (curlevelnum%20);
	if (wnum == 0) return 20;
	return wnum;
}

// returns how high a given monster will jump
int getmonjumpspeed(sprite_t *s ) {
	switch (s->id) {
		case P_SLUG:
			if (s->jumpdir == 0) { // jumping straight up
				return MONJUMPSPEED;
			} else { // jumping horizontally
				return 3;
			}
		default:
			return MONJUMPSPEED;
	}
}


// returns how long to pause before jumping
int getjumpdelay(int mid) {
	switch (mid) {
		case P_SLUG:
			return 30;
		default:
			return 60;
	}
}


void togglepause(void) {
	if (paused) {
		Mix_ResumeMusic();
		paused = B_FALSE;
	} else {
		Mix_PauseMusic();
		paused = B_TRUE;
	}
}

void togglefullscreen(void) {
	// close window
	//SDL_Quit();

	// set fullscreen variable
/*
	if (fullscreen) {
		fullscreen = B_FALSE;
	} else {
		fullscreen = B_TRUE;
	}
*/

	screen=SDL_SetVideoMode(screen->w,screen->h,screen->format->BitsPerPixel,SDL_SWSURFACE|(screen->flags&SDL_FULLSCREEN?0:SDL_FULLSCREEN));
	/* redo framerate manager */
	SDL_setFramerate(&manager, WANTFPS);
}

void initsdl(void) {
	if(SDL_Init(SDL_INIT_VIDEO|SDL_INIT_NOPARACHUTE)==-1) {
		printf("SDL_Init: %s\n", SDL_GetError());
		exit(1);
	}

	vidargs = 0;
	if (fullscreen) {
		vidargs |= SDL_FULLSCREEN;
	}

	#ifdef OPENGL
	SDL_GL_SetAttribute( SDL_GL_RED_SIZE, 5 );
   	SDL_GL_SetAttribute( SDL_GL_GREEN_SIZE, 5 );
    	SDL_GL_SetAttribute( SDL_GL_BLUE_SIZE, 5 );

	SDL_GL_SetAttribute(SDL_GL_DEPTH_SIZE, 16);
	//SDL_GL_SetAttribute(SDL_GL_STENCIL_SIZE, 8);
	SDL_GL_SetAttribute (SDL_GL_DOUBLEBUFFER, 1);
	screen = SDL_SetVideoMode(640,480,16,SDL_OPENGLBLIT|vidargs);
	#else
	//screen = SDL_SetVideoMode(640,480,16,SDL_SWSURFACE|SDL_DOUBLEBUF|vidargs);
	screen = SDL_SetVideoMode(640,480,16,SDL_SWSURFACE|vidargs);
	#endif


	if (!screen) {
		printf("Failed to open window: %s\n",  SDL_GetError());
		exit(1);
	}
	SDL_ShowCursor(SDL_DISABLE);
}

// player collects the given fruit
void getfruit(sprite_t *giveto, sprite_t *fruit, int multiplier) {
	char tempm[MIDBUFLEN];
	int gotscore = fruit->score;

	/* kill the fruit */
	fruit->dead = D_FINAL;
	/* give points to the player */
	addscore(giveto, gotscore*multiplier);

	/* handle fruit effects */
	if (!dofruiteffect(fruit)) {
		playfx(FX_FRUIT);
		if (multiplier <= 1) {
			sprintf(tempm, "%d", gotscore);
			addoutlinetext(fruit->x,fruit->y - fruit->img->h/2, TEXTSIZE_POINTS, tempm, &white,&black,POINTSDELAY);
		} else {
			sprintf(tempm, "%d x %d" , gotscore,multiplier);
			addoutlinetext(fruit->x,fruit->y - fruit->img->h/2, TEXTSIZE_POINTS + 2*multiplier, tempm, &white,&black,POINTSDELAY);
		}
	}
}

// slowly change leve to water
void doflood(void) {
	int yy,xx,changed;
	int l2id;

	// just in case
	if (!curlevel->iced) {
		curlevel->iced = WATER_INPROGRESS;
	}
	// slowly change a level to water 
	//if (timer % ICESPEED == 0) {

	for (yy = curlevel->icey ; (yy <= curlevel->icey+1) && (yy < LEVELH); yy++) {
		for (xx = 0; xx < LEVELW; xx++) {
			tiletype_t *tt;
			changed = B_FALSE;
			// if not already a second layer here...
			//l2id = curlevel->map2[yy*LEVELW+xx];
			tt = gettile(curlevel->map2[yy*LEVELW+xx]);
			l2id = tt->id;
			if (l2id == T_BLANK) {
				// maybe change to water ice layer
				tt = gettile(curlevel->map[yy*LEVELW+xx]);
				switch (tt->id) {
					case T_BLANK:
					case T_SKY:
					case T_SPIKES:
					case T_WATER:
					case T_WATERTOP:
						if (yy == curlevel->icey) {
							curlevel->map2[yy*LEVELW+xx] = getuniq(T_WATERTOP);
						} else {
							curlevel->map2[yy*LEVELW+xx] = getuniq(T_WATER);
						}
						changed = B_TRUE;
						break;
				}
			} else { // certain l2 ids can still be replaced
				switch (l2id) {
					case T_SKY:
					case T_WATER:
					case T_WATERTOP:
						if (yy == curlevel->icey) {
							curlevel->map2[yy*LEVELW+xx] = getuniq(T_WATERTOP);
						} else {
							curlevel->map2[yy*LEVELW+xx] = getuniq(T_WATER);
						}
						changed = B_TRUE;
						break;
				}
			}
			if (changed) {
				drawtile(temps, xx, yy);
			}
		}
	}

	// decrease icey for next time
	curlevel->icey--;
	if (curlevel->icey < 0) {
		curlevel->iced = WATER_COMPLETE;
	}
}


int haspowerup(sprite_t *s, int pid) {
	switch (pid) {
		case P_SPEED:
			if (s->speed != 1) {
				return B_TRUE;
			}
			break;
                case P_NUMNETS:
			if (s->netmax >= 4 ) {
				return B_TRUE;
			}
			break;
                case P_BIGNET:
			if (s->netbig) {
				return B_TRUE;
			}
			break;
                case P_MASKPOWERUP:
			if (s->hasmask) {
				return B_TRUE;
			}
			break;
                case P_TROPHY:
			if ((s->netmax >= 4) && (s->netbig) && (s->speed != 1)) {
				return B_TRUE;
			}
			break;
                case P_HELMET:
			if (s->armour) {
				return B_TRUE;
			}
			break;
                case P_BELL:
			if (s->hasbell) {
				return B_TRUE;
			}
			break;
                case P_GEMBOOST:
			if (s->gemboost >= 3) {
				return B_TRUE;
			}
			break;
	}
	return B_FALSE;
}

void gaincard(sprite_t *s, int cardid) {
	int i;

	// just in case
	if (s->numcards >= MAXCARDS) return;

	// gain the card
	s->card[s->numcards] = cardid;
	s->numcards++;


	//  check for a full hand of cards
	if (s->numcards == MAXCARDS) {
		int cardwidth,cardheight;
		SDL_Rect area;
		sprite_t *newsp;

		cardwidth = imageset[P_FIRSTCARD].img[F_WALK1]->w;
		cardheight = imageset[P_FIRSTCARD].img[F_WALK1]->h;

		// remember old level state
		oldlevelcomplete = levelcomplete;
		// change state to LV_CARDCOMPLETE 
		// (in this state, everything is frozen )
		levelcomplete = LV_DOPOKER;


		// generate FIVECARDS sprite
		newsp = addsprite(P_FIVECARDS, CARDX, CARDY, "fivecards");

		// create blank image
		newsp->img = SDL_CreateRGBSurface(SDL_SWSURFACE,
			(cardwidth+2)*MAXCARDS, cardheight,
			screen->format->BitsPerPixel, screen->format->Rmask,
			screen->format->Gmask,screen->format->Bmask,
			screen->format->Amask);
		SDL_FillRect(newsp->img, NULL, SDL_MapRGB(screen->format, 0, 0, 0));
		// fill in the cards
		area.x = 0;
		area.y = 0;
		area.w = 0;
		area.h = 0;
		for (i = 0; i < player->numcards; i++) {
			SDL_Surface *cardimg;
			cardimg = imageset[player->card[i]].img[F_WALK1];
			if (cardimg == NULL){
				printf("ERROR!  Card image is null!!\n");
				fflush(stdout);
			}
			SDL_BlitSurface(cardimg, NULL, newsp->img, &area);
			area.x += (cardimg->w + 2);
		}

		

		// adjust x value so we can use drawsprite()
		newsp->x += (newsp->img->w / 2);
		newsp->y += (newsp->img->h);

		// figure out what happened
		pokereffect = getpokereffect(player);

		// display BIG message 
		addoutlinetext(320,190,TEXTSIZE_POKER,getpokermsg(pokereffect),&green, &black, POKERDELAY);

		// pause music
		Mix_PauseMusic();

		// sound effect
		playfx(FX_POKER);

	}
}


// figure out what poker effect to apply and set variables
// also record which cards were used in pl->usedcards
int getpokereffect(sprite_t *pl) {
	int i, c, count, curval, val, suit, found;
	// default
	pokerpoints = 0;

	/// mark all player cards as unused
	for (c = 0; c < MAXCARDS; c++) {
                pl->usedcard[c] = B_FALSE;
        }


	// * check for royal straight flush (perm trophy)
	// for each card, count up from here
	for (i = 0; i < MAXCARDS; i++) {
		count = 1;
		val = getcardvalue(pl->card[i]);
		suit = getcardsuit(pl->card[i]);
		curval = val;
		found = B_TRUE;
		// start at this card
		while (found && count < 5) {
			found = B_FALSE;
			for (c = 0; c < MAXCARDS; c++) {
				if (c != i) {
					if (getcardsuit(pl->card[c]) == suit) { // same suit?
						if (getcardvalue(pl->card[c]) == curval + 1) {
							curval++;
							count++;
							found = B_TRUE;
						}
					}
				}
			}
		}
		// got it?
		if (count >= 5) {
			if (curval == 13) { // last card was a king
				// GOT IT!
				/// mark all player cards as USED
				for (c = 0; c < MAXCARDS; c++) {
					pl->usedcard[c] = B_TRUE;
				}
				return PE_ROYALFLUSH;
			}
		}
	}


	// * check for straight flush (skip 7 levels)

	for (i = 0; i < MAXCARDS; i++) {
		count = 1;
		val = getcardvalue(pl->card[i]);
		suit = getcardsuit(pl->card[i]);
		curval = val;
		found = B_TRUE;
		// start at this card
		while (found && count < 5) {
			found = B_FALSE;
			for (c = 0; c < MAXCARDS; c++) {
				if (c != i) {
					if (getcardsuit(pl->card[c]) == suit) { // same suit?
						if (getcardvalue(pl->card[c]) == curval + 1) {
							curval++;
							count++;
							found = B_TRUE;
						}
					}
				}
			}
		}
		// got it?
		if (count >= 5) {
			// GOT IT!
			/// mark all player cards as USED
			for (c = 0; c < MAXCARDS; c++) {
				pl->usedcard[c] = B_TRUE;
			}
			return PE_STRAIGHTFLUSH;
		}
	}



	// * check for four of a kind (perm 4 nets )
	for (i = 0; i < MAXCARDS; i++) {
		val = getcardvalue(pl->card[i]);
		count = 1;
		for (c = 0; c < MAXCARDS; c++) {
			if (c != i) {
				if (getcardvalue(pl->card[c]) == val ) {
					count++;
				}
			}
		}
		// got it?
		if (count >= 4) {
			// GOT IT!
			/// mark all player cards with correct value as USED
			for (c = 0; c < MAXCARDS; c++) {
				if (getcardvalue(pl->card[c]) == val) {
					pl->usedcard[c] = B_TRUE;
				}
			}
			return PE_FOUR;
		}
	}


	// * check for full house (perm bignet )
	for (i = 0; i < MAXCARDS; i++) {
		val = getcardvalue(pl->card[i]);
		count = 1;
		for (c = 0; c < MAXCARDS; c++) {
			if (c != i) {
				if (getcardvalue(pl->card[c]) == val ) {
					count++;
				}
			}
		}
		// got it?
		if (count >= 3) {
			int ii, val2,cc,count2;
			// got a triple with this card - now look for doubles

			for (ii = 0; ii < MAXCARDS; ii++) {
				val2 = getcardvalue(pl->card[ii]);
				if (val2 != val) { // must be a DIFFERENT value!
					count2 = 1;
					for (cc = 0; cc < MAXCARDS; cc++) {
						if (cc != ii) {
							if (getcardvalue(pl->card[cc]) == val2 ) {
								count2++;
							}
						}
					}
					// got it?
					if (count2 >= 2) {
						// GOT IT! - double with this one
						/// mark all player cards as USED
						for (c = 0; c < MAXCARDS; c++) {
							pl->usedcard[c] = B_TRUE;
						}
						return PE_FULLHOUSE;
						
					}
				}
			}
		}
	}



	// * check for flush (skip 5 levels )
	for (i = 0; i < MAXCARDS; i++) {
		suit = getcardsuit(pl->card[i]);
		count = 1;
		for (c = 0; c < MAXCARDS; c++) {
			if (c != i) {
				if (getcardsuit(pl->card[c]) == suit ) {
					count++;
				}
			}
		}
		// got it?
		if (count >= 5) {
			// GOT IT!
			/// mark all player cards as USED
			for (c = 0; c < MAXCARDS; c++) {
				pl->usedcard[c] = B_TRUE;
			}
			return PE_FLUSH;
		}
	}



	// * check for straight (perm honey)
	for (i = 0; i < MAXCARDS; i++) {
		count = 1;
		val = getcardvalue(pl->card[i]);
		suit = getcardsuit(pl->card[i]);
		curval = val;
		found = B_TRUE;
		// start at this card
		while (found && count < 5) {
			found = B_FALSE;
			for (c = 0; c < MAXCARDS; c++) {
				if (c != i) {
					if (getcardvalue(pl->card[c]) == curval + 1) {
						curval++;
						count++;
						found = B_TRUE;
					}
				}
			}
		}
		// got it?
		if (count >= 5) {
			// GOT IT!
			/// mark all player cards as USED
			for (c = 0; c < MAXCARDS; c++) {
				pl->usedcard[c] = B_TRUE;
			}
			return PE_STRAIGHT;
		}
	}


	// * check for triple (skip 3 levels )
	for (i = 0; i < MAXCARDS; i++) {
		val = getcardvalue(pl->card[i]);
		count = 1;
		for (c = 0; c < MAXCARDS; c++) {
			if (c != i) {
				if (getcardvalue(pl->card[c]) == val ) {
					count++;
				}
			}
		}
		// got it?
		if (count >= 3) {
			// GOT IT!
			/// mark all player cards with correct value as USED
			for (c = 0; c < MAXCARDS; c++) {
				if (getcardvalue(pl->card[c]) == val) {
					pl->usedcard[c] = B_TRUE;
				}
			}
			return PE_TRIPLE;
		}
	}


	// * check for two pair (value * 2000 for each card in pair )
	for (i = 0; i < MAXCARDS; i++) {
		val = getcardvalue(pl->card[i]);
		count = 1;
		for (c = 0; c < MAXCARDS; c++) {
			if (c != i) {
				if (getcardvalue(pl->card[c]) == val ) {
					count++;
				}
			}
		}
		// got it?
		if (count >= 2) {
			int ii, val2,cc,count2;
			// got a pair with this card - now look for another one

			for (ii = 0; ii < MAXCARDS; ii++) {
				val2 = getcardvalue(pl->card[ii]);
				if (val2 != val) { // must be a DIFFERENT value!
					count2 = 1;
					for (cc = 0; cc < MAXCARDS; cc++) {
						if (cc != ii) {
							if (getcardvalue(pl->card[cc]) == val2 ) {
								count2++;
							}
						}
					}
					// got it?
					if (count2 >= 2) {
						// GOT IT! - double with this one
						/// mark all player cards as USED and assign points
						pokerpoints = 0;
						for (c = 0; c < MAXCARDS; c++) {
							int thisval;
							thisval = getcardvalue(pl->card[c]);
							if ((thisval == val) || (thisval == val2)) {
								pokerpoints += (thisval * 4000);
								pl->usedcard[c] = B_TRUE;
							}
						}
						return PE_TWOPAIR;
						
					}
				}
			}
		}
	}


	// * check for pair (value * 2000 for each card in pair )
	for (i = 0; i < MAXCARDS; i++) {
		val = getcardvalue(pl->card[i]);
		count = 1;
		for (c = 0; c < MAXCARDS; c++) {
			if (c != i) {
				if (getcardvalue(pl->card[c]) == val ) {
					count++;
				}
			}
		}
		// got it?
		if (count >= 2) {
			// GOT IT!
			// assign points and
			// mark all player cards with correct value as USED
			pokerpoints = 0;
			for (c = 0; c < MAXCARDS; c++) {
				int thisval;
				thisval = getcardvalue(pl->card[c]);
				if (thisval == val) {
					pokerpoints += (thisval * 4000);
					pl->usedcard[c] = B_TRUE;
				}
			}
			return PE_PAIR;
		}
	}



	// * default is high card (value * 1000)
	// find highest card
	count = -1;// use this to track highest card index
	curval = -1;
	for (i = 0; i < MAXCARDS; i++) {
		val = getcardvalue(pl->card[i]);
		if (val > curval) {
			curval = val;
			count = i;
		}
	}
	// assign points
	pokerpoints = curval * 1000;

	// mark used card
	for (c = 0; c < MAXCARDS; c++) {
		if (c == count) {
			pl->usedcard[c] = B_TRUE;
		} else {
			pl->usedcard[c] = B_FALSE;
		}
	}
	return PE_HIGHCARD;
}

// actually apply the current poker effect (in global "pokereffect")
void dopokereffect(sprite_t *pl, int effect) {
	char tempmsg[BUFLEN];
	sprite_t *s2, *nexts;

	switch (effect) {
		case PE_HIGHCARD:
		case PE_TWOPAIR:
		case PE_PAIR:
			// points
			addscore(pl, pokerpoints);
			sprintf(tempmsg, "%d",pokerpoints);
			addoutlinetext(pl->x,pl->y - pl->img->h/2, TEXTSIZE_BONUS, tempmsg,&cyan,&black,POKERMSGDELAY);
			break;
		case PE_TRIPLE:
			// skip 3 levels
			sprintf(tempmsg, "Skip 3 levels!");
			addoutlinetext(pl->x,pl->y - pl->img->h/2, TEXTSIZE_BONUS, tempmsg,&cyan,&black,POKERMSGDELAY);
			// set powerup
			player->powerup = PW_PHONE;
			skiplevels = 2;
			// kill all enemies
			for (s2 = sprite; s2 ; s2 = nexts) {
				nexts = s2->next;
				if (isbullet(s2->id) || ismonster(s2->id)) {
					s2->dead = D_FINAL;
		
					if (s2->caughtby) {
						s2->caughtby = NULL;
						player->netcaught--;
					}
				}
			}
			// call in cloud immediately
			levelcomplete = LV_FINAL;
			break;
		case PE_STRAIGHT:
			// permenant sticky nets
			pl->permsticky = B_TRUE;
			pl->netsticky = B_TRUE;
			sprintf(tempmsg, "Permenant sticky net!");
			addoutlinetext(pl->x,pl->y - pl->img->h/2, TEXTSIZE_BONUS, tempmsg,&cyan,&black,POKERMSGDELAY);
			break;
		case PE_FLUSH:
			// skip 5 levels
			sprintf(tempmsg, "Skip 5 levels!");
			addoutlinetext(pl->x,pl->y - pl->img->h/2, TEXTSIZE_BONUS, tempmsg,&cyan,&black,POKERMSGDELAY);
			// set powerup
			player->powerup = PW_PHONE;
			skiplevels = 4;
			// kill all enemies
			for (s2 = sprite; s2 ; s2 = nexts) {
				nexts = s2->next;
				if (isbullet(s2->id) || ismonster(s2->id)) {
					s2->dead = D_FINAL;
		
					if (s2->caughtby) {
						s2->caughtby = NULL;
						player->netcaught--;
					}
				}
			}
			// call in cloud immediately
			levelcomplete = LV_FINAL;
			break;
		case PE_FULLHOUSE:
			// permenant big net
			pl->permbignet = B_TRUE;
			pl->netbig = B_TRUE;
			sprintf(tempmsg, "Permenant Big Nets!");
			addoutlinetext(pl->x,pl->y - pl->img->h/2, TEXTSIZE_BONUS, tempmsg,&cyan,&black,POKERMSGDELAY);
			break;
		case PE_FOUR:
			// permenant max nets
			pl->permnumnets = B_TRUE;
			pl->netmax = 4;
			sprintf(tempmsg, "Permenant Max Nets!");
			addoutlinetext(pl->x,pl->y - pl->img->h/2, TEXTSIZE_BONUS, tempmsg,&cyan,&black,POKERMSGDELAY);
			break;
		case PE_STRAIGHTFLUSH:
			// skip 7 levels
			sprintf(tempmsg, "Skip 7 levels!");
			addoutlinetext(pl->x,pl->y - pl->img->h/2, TEXTSIZE_BONUS, tempmsg,&cyan,&black,POKERMSGDELAY);
			// set powerup
			player->powerup = PW_PHONE;
			skiplevels = 6;
			// kill all enemies
			for (s2 = sprite; s2 ; s2 = nexts) {
				nexts = s2->next;
				if (isbullet(s2->id) || ismonster(s2->id)) {
					s2->dead = D_FINAL;
		
					if (s2->caughtby) {
						s2->caughtby = NULL;
						player->netcaught--;
					}
				}
			}
			// call in cloud immediately
			levelcomplete = LV_FINAL;
			break;
		case PE_ROYALFLUSH:
			// permenant trophy
			pl->permspeed = B_TRUE;
			pl->permbignet = B_TRUE;
			pl->permnumnets = B_TRUE;
			pl->speed = 2;
			pl->netbig = B_TRUE;
			pl->netmax = 4;
			sprintf(tempmsg, "Permenant full power!");
			addoutlinetext(pl->x,pl->y - pl->img->h/2, TEXTSIZE_BONUS, tempmsg,&cyan,&black,POKERMSGDELAY);
			break;
	}
}

char *getpokermsg(int effect) {
	switch (effect) {
		case PE_HIGHCARD:
			return "High Card";
		case PE_PAIR:
			return "Pair!";
		case PE_TWOPAIR:
			return "Two Pairs!";
		case PE_TRIPLE:
			return "Triple!";
		case PE_STRAIGHT:
			return "Straight!";
		case PE_FLUSH:
			return "Flush!";
		case PE_FULLHOUSE:
			return "Full House!";
		case PE_FOUR:
			return "Four of a Kind!";
		case PE_STRAIGHTFLUSH:
			return "Straight Flush!";
		case PE_ROYALFLUSH:
			return "ROYAL FLUSH!";
	}
	return "unknown";
}

int getcardsuit(int cardid) {
	if ((cardid >= P_FIRSTHEART) && (cardid <= (P_FIRSTHEART + 12))) {
		return CS_HEART;
	} else if ((cardid >= P_FIRSTDIAMOND) && (cardid <= (P_FIRSTDIAMOND + 12))) {
		return CS_DIAMOND;
	} else if ((cardid >= P_FIRSTSPADE) && (cardid <= (P_FIRSTSPADE + 12))) {
		return CS_SPADE;
	} else {
		return CS_CLUB;
	}
}
int getcardvalue(int cardid) {
	int points;
	points = cardid;
	switch (getcardsuit(cardid)) {
		case CS_HEART:
			points -= P_FIRSTHEART;
			break;
		case CS_DIAMOND:
			points -= P_FIRSTDIAMOND;
			break;
		case CS_SPADE:
			points -= P_FIRSTSPADE;
			break;
		case CS_CLUB:
		default:
			points -= P_FIRSTCLUB;
			break;
	}

	return (points+1);
}


void handleinput(void)  {
	/* check for keys */
	SDL_PumpEvents();
	keys = SDL_GetKeyState(NULL);


	/* ************************************************************
	   These keys can always be pressed
	   ************************************************************/
	if (keydown(SDLK_d)) {
		if (boss) {
			boss->angry = BOSSFLASHTIME;
			printf("hit!\n");
		}
	}
	if (keydown(SDLK_c)) { // cheat
		if (toggletimer == 0) {
			// all powerups
			playfx(FX_POWERUP);
			player->netmax = 4; // all nets
			player->netbig = B_TRUE; // big net
			player->speed = 2; // fast
			player->netsticky = B_TRUE;
			sprintf(tempm, "Cheat!");
			addoutlinetext(player->x,player->y - player->img->h/2, TEXTSIZE_POINTS, tempm,&white,&black,POINTSDELAY);
			toggletimer = 80;
		}
	}
	// toggle fullscreen
	if (keydown(SDLK_f)) {
		if (toggletimer == 0) {
			// always pause first
			paused = B_TRUE;
			togglefullscreen();
			toggletimer = 40;
		}
	}

	// pause
	if (keydown(SDLK_p)) {
		if (toggletimer == 0) {
			togglepause();
			toggletimer = 80;
		}
	}
	// quit
	if (keydown(SDLK_ESCAPE)) {
		exit(1);
	} 
	if (keydown(SDLK_q)) {
		gtime = nexthurryup-1;
		//gtime = nexthurryup+14;
	}
	if (keydown(SDLK_i)) {
		if (player->numcards == 0) {
			gaincard(player, getrandomcard());
			gaincard(player, getrandomcard());
			gaincard(player, getrandomcard());
			gaincard(player, getrandomcard());
			/*
			gaincard(player, P_CARDD4);
			gaincard(player, P_CARDD5);
			gaincard(player, P_CARDS8);
			gaincard(player, P_CARDH8);
			*/
		}
	}
	if (keydown(SDLK_l)) {
		if (toggletimer == 0) {
			addscore(player, 100001);
			toggletimer = 80;
		}
	}
	if (keydown(SDLK_n)) {
		if (toggletimer == 0) {
		//	nextlevel();
			sprite_t *s2, *nexts;

			// make the screen shake
			player->powerup = PW_BOMB;
			player->timer1 = BOMBSHAKETIME;

			// kill all monsters
			playfx(FX_BOOM);
			sprintf(tempm, "KABOOM!!");
			addoutlinetext(player->x,player->y - player->img->h/2, TEXTSIZE_BOMB, tempm,&red,&yellow,POINTSDELAY);
			for (s2 = sprite; s2 ; s2 = nexts) {
				nexts = s2->next;
				if (isbullet(s2->id)) {
					s2->dead = D_FINAL;
				} else if (ismonster(s2->id)) {
					s2->willbecome = P_DIAMOND;

					if (s2->caughtby) {
						s2->caughtby = NULL;
						player->netcaught--;
					}
					die(s2);
				}
			}
			toggletimer = 50;
		}
	}

	if (keydown(SDLK_d)) {
		if (toggletimer == 0) {
			// dump sprites
			dumpsprites();
			toggletimer = 50;
		}
	}



	/* ************************************************************
	   Player movement
	   ************************************************************/
	if ((!paused) && (!levelcomplete != LV_DOPOKER)) {
		if ((!player->dead)  && (!player->teleporting) && (levelcomplete != LV_CLOUDLOOP)) {
			if (keydown(SDLK_RIGHT)) {
				if (canmove(player)) {
					movex(player, getspeed(player));
				}
				if (canturn(player)) {
					player->dir = D_RIGHT;
				}
			} 
			if (keydown(SDLK_LEFT)) {
				if (canmove(player)) {
					movex(player, -getspeed(player));
				}
				if (canturn(player)) {
					player->dir = D_LEFT;
				}
			} 
			if (keydown(SDLK_UP)) {
				if (player->climbing || isladderabove(player)) {
					if (!player->netting && !player->slamming) {
						// if tile above is non-solid, or a ladder
						if (isladderabove(player) || !isroofabove(player)) {
							// if not jumping 
							if (!player->jumping) {
								player->y -= getspeed(player);
								player->jumping = 0;
								player->falling = 0;
								player->climbing = B_TRUE;
								player->moved = MV_WALK;
							}
						}
					}
						//}
				}
			} 
			if (keydown(SDLK_DOWN)) {
				if (isonladder(player)) {
					if (!player->netting && !player->slamming) {
						player->y += getspeed(player);
						player->jumping = 0;
						player->falling = 0;
						player->climbing = B_TRUE;
						player->moved = MV_WALK;
					}
				}
			} 
			// Jump
			if (keydown(SDLK_x)) {
				trytojump(player);
			}
			// Shoot
			if (keydown(SDLK_z)) {
				trytoshoot(player);
			}
		}
	}
}



void trytojump(sprite_t *pl) {
	if (isinwater(pl)) { // in water?
		// swim up
		if (!pl->jumping) {
			pl->falling = B_FALSE;
			if (!isroofabove(pl)) {
				// is there water above us too? 
				if (isinwaterpoint(pl->x, pl->y-TILEH)) {
					// if so, swim up
					pl->y -= (getspeed(pl)*3);
				} else {
					int whichway;
					// if not, jump up
					pl->climbing = B_FALSE;
					if (keydown(SDLK_RIGHT)) {
						whichway = 1;
					} else if (keydown(SDLK_LEFT)) {
						whichway = -1;
					} else {
						whichway = 0;
					}
					playfx(FX_SPLASH);
					jump(pl, whichway);
				}

			}
		}
	} else { // not in water
		// jump
		if (!pl->jumping) {
			if (!pl->falling) {
				if (isonground(pl) || isonladder(pl)) {
					/* dropping through a bridge */
					if (keydown(SDLK_DOWN))  {
						if (isonbridge(pl) && !pl->falling) {
							/* drop down */
							pl->dropping = B_TRUE;
							pl->dropx = pl->x / TILEW;
							pl->dropy = pl->y / TILEH;
						}
					} else { // jumping
						int whichway;
						if (keydown(SDLK_RIGHT)) {
							whichway = 1;
						} else if (keydown(SDLK_LEFT)) {
							whichway = -1;
						} else {
							whichway = 0;
						}

						jump(pl, whichway);
					}
				}
			}
		}
	}

}

void trytoshoot(sprite_t *pl) {
	if ((!pl->netting) && (!pl->slamming)) {
		if (keydown(SDLK_DOWN)) {
			/* slam */
			if ((!pl->slamming) && (isonground(pl) && !pl->climbing)) {
				playfx(FX_SLAM);
				pl->slamming = B_TRUE;
				pl->slamangle = 0;
				pl->netxstart = pl->x - (pl->img->w/2)*pl->dir;


				adjustx(pl, F_SLAM1); 
				pl->netystart = pl->y;

				/* handle mace */
				if (pl->powerup == PW_MACE) {
					sprite_t *s;
					int found;
					// use existing mace if it is there
					found = B_FALSE;
					for (s = sprite; s ; s = s->next) {
						if (s->id == P_MACE) {
							s->x = pl->x;
							s->y = pl->y - (imageset[pl->id].img[F_SHOOT]->h / 2) + 5;
							found = B_TRUE;
						}
					}

					if (!found) {
						addsprite(P_MACE, pl->x, 
							pl->y - (imageset[pl->id].img[F_SHOOT]->h / 2) + 5,
							"mace");
					}
				}

			}
		} else {
			if ((pl->netcaught < pl->netmax) && (pl->climbing == B_FALSE)) {
				// handle cannon
				if (pl->powerup == PW_CANNON) {	
					playfx(FX_CANNON);
					pl->powerup = PW_CANNONFIRE;
					pl->timer3 = CANNONSIZE+5; // use this for size
				} else {
					/* shoot net */
					playfx(FX_SHOOT);

					pl->netting = 1;

					adjustx(pl, F_SHOOT); 
					if (pl->netbig) {
						pl->netspeed = NETSPEED+3;
					} else {
						pl->netspeed = NETSPEED;
					}
					pl->netlen = 0;
					pl->netdir = pl->dir;
				}


				/* handle boxing glove */
				if (pl->powerup == PW_BOXING) {
					sprite_t *s;
					int found;
					// use existing glove if it is there
					found = B_FALSE;
					for (s = sprite; s ; s = s->next) {
						if (s->id == P_GLOVE) {
							s->x = pl->x;
							s->y = pl->y - (imageset[pl->id].img[F_SHOOT]->h / 2) + 5;
							found = B_TRUE;
						}
					}

					if (!found) {
						addsprite(P_GLOVE, pl->x, 
							pl->y - (imageset[pl->id].img[F_SHOOT]->h / 2) + 5,
							"glove");
					}
				}
			}
		}
	}
}

int keydown(int checkfor) {
	// check for keypress
	if (keys[checkfor]) {
		return B_TRUE;
	}
	// TODO: check for joystick
	
	return B_FALSE;
}

// draw cannon lasers and check for collision from them 
void docannoneffect(void) {
	if (timer % 2 == 0) {
		int found;
		sprite_t *s;

		// find cannon
		found = B_FALSE;
		for (s = sprite; s ; s = s->next) {
			if (s->id == P_CANNON) {
				found = B_TRUE;
				break;
			}
		}

		if (!found) {
			printf("weird error - no cannon!!\n");
			player->powerup = B_FALSE;
		} else {
			int initx,inity;
			int i;
			int initsize;
			int xx,yy;
			sprite_t *s3;

			initsize = player->timer3;
			if (initsize > CANNONSIZE) initsize = CANNONSIZE;

			// calc init positions
			inity =  s->y - (s->img->h/2) - (initsize/2);
			initx =  s->x - (initsize/2);
			yy = inity;
			xx = initx;

			// horiz lines
			for (i = 0; i < initsize ; i++) {
				drawline16(screen,0,yy,640,yy,white);
				for (s3 = sprite; s3 ; s3 = s3->next) {
					if (ismonster(s3->id) && !s3->dead) {
						if ((yy >= s3->y - s3->img->h) && (yy <= s3->y)) {
							s3->willbecome = P_DIAMOND;
							if (s3->id == P_SNAIL) s3->id = P_SLUG;
							die(s3);
						}
					}
				}
				yy++;
			}
			// vert lines
			for (i = 0; i < initsize ; i++) {
				drawline16(screen,xx,0,xx,480,white);
				for (s3 = sprite; s3 ; s3 = s3->next) {
					if (ismonster(s3->id) && !s3->dead) {
						if ((xx >= s3->x - (s3->img->w/2)) && (xx <= s3->x + (s3->img->w/2))) {
							s3->willbecome = P_DIAMOND;
							if (s3->id == P_SNAIL) s3->id = P_SLUG;
							die(s3);
						}
					}
				}
				xx++;
			}
			// dec size
			if (timer % 8 == 0) {
				player->timer3--;
				if (player->timer3 <= 0) {
					player->powerup = B_FALSE;
					s->dead = D_FINAL;
				}
			}
		}
	}
}