//This game starts the game the setting of speed is done by using the clock() function
void startgame(int snakeXY[][MAX_SIZE], int foodXY[], int consolewidth, int consoleheight, int snakelength, int dir, int score, int speed) {
int isgameover = 0;
clock_t endwait;
int waittime = CLOCKS_PER_SEC-(speed)*(CLOCKS_PER_SEC/10);
waittime = waittime / 2.5;
int tempscore = 10 * speed;
int olddir;
int newdir = 1;
endwait = clock() + waittime;
do {
if(newdir) {
olddir = dir;
dir = checkkey(dir);
}
if(olddir != dir)
newdir = 0;
if(clock() >= endwait) {
displaymovement(snakeXY,snakelength,dir);
newdir = 1;
if(checkeatfood(snakeXY, foodXY)) {
foodcreate(foodXY, consolewidth, consoleheight, snakeXY, snakelength);
snakelength++;
score = score + speed; // I have incremented the score with the speed ( 9 gets the most score)
if( score >= 10*speed+tempscore) {
speed = speed * 2;
tempscore = score;
if(speed <= 9)
waittime = waittime - (CLOCKS_PER_SEC);
else if(waittime >= 40)
waittime = waittime - (CLOCKS_PER_SEC);
}
scoreboard(score, speed);
}
endwait = clock() + waittime;
}
isgameover = collides(snakeXY, consolewidth, consoleheight, snakelength);
if(snakelength >= MAX_SIZE-5) {
isgameover = 2;
score+=1500;
}
} while(!isgameover);
switch(isgameover) {
case 1:
gameoverscreen();
break;
default: ;
break;
}
}
/* DigiBand (c)2005 Seijinohki PC Services and Software, This code written by Joe Wall with assitance from Velex
* Loutzenhiser, and respected other parties. This code is protected under the GPL License. For any questions
* regarding this code, please contact Joe @ www.seijinohki.net.
*
* This software is free software; you can redistribute it and/or
* modify it under the terms of the GNU Lesser General Public
* License as published by the Free Software Foundation; either
* version 2 of the License, or (at your option) any later version.
*
* This software is distributed in the hope that it will be useful,
* but WITHOUT ANY WARRANTY; without even the implied warranty of
* MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU
* Lesser General Public License for more details.
*
* You should have received a copy of the GNU Lesser General Public
* License along with this software; if not, write to the:
* Free Software Foundation, Inc.
* 59 Temple Place - Suite 330
* Boston, MA 02111-1307, USA
*/
void renderscreen(){
#ifdef EXCESSIVE
printf("renderscreen\n");
#endif
//things that need to happen before rendering, but on screen change.
drawbgavi();
if (currbpm==0){
currbpm=100;
}
if (currscreen>=7&&currscreen<=11){
draw_quad(0,512,384,-9000,640,400,255,255,255,255,0,0,1);
if(!arcademode){
draw_quad(0,512,384,-5000,640,400,255,255,255,255,0,0,55);
}else{
draw_quad(0,512,384,-5000,640,400,255,255,255,255,0,0,2);
}
draw_quad(0,512,384,-8990,640,400,255,255,255,255,0,0,3);
}
if (currscreen==17){
draw_quad(0,512,384,-9000,640,400,255,255,255,255,0,0,1);
if(!arcademode){
draw_quad(0,512,384,-5000,640,400,255,255,255,255,0,0,55);
}else{
draw_quad(0,512,384,-5000,640,400,255,255,255,255,0,0,2);
}
draw_quad(0,512,384,-8990,640,400,255,255,255,255,0,0,3);
}
static long long totalframes=0;
totalframes++;
if (totalframes>65535)totalframes=-65536;
if (currscreen==1)
titlescreen(totalframes);
if (currscreen==2)
optionsscreen(totalframes);
if (currscreen==4)
gameselectscreen(totalframes);
if (currscreen==5)
songselectscreen(totalframes);
if (currscreen==6)
gameplayscreen(totalframes);
if (currscreen==7)
configuredrum();
if (currscreen==8)
configureguitar1();
if (currscreen==9)
configureguitar2();
if (currscreen==10)
configuresound();
if (currscreen==12)
gameresultscreen();
if (currscreen==13)
gamecreditsscreen();
if (currscreen==14)
gameoverscreen();
if (currscreen==15)
savesettingsscreen();
if (currscreen==17)
arcadesettingsscreen();
if (currscreen==20)
autoplayscreen();
if (currscreen==21)
logoscreen();
if (currscreen==6&&screenfaddingout&&songs[thesong].offset!=songs[thesong].poffset){
nextscreen=15;
}
static char screentext[128];
snprintf(screentext,127,"Options");
static drawtext screentextt;
screentextt.load(screentext,"font.ttf",255,255,255,uivars.options_screenname_s);
if (currscreen>=7&&currscreen<=11){
screentextt.draw(uivars.options_screenname_x,uivars.options_screenname_y,5100,255,255,255,255,false,true);
}
if (currscreen==17){
screentextt.draw(uivars.options_screenname_x,uivars.options_screenname_y,5100,255,255,255,255,false,true);
}
if (currscreen==2){
if (!screenfaddingout&&!screenfaddingin)screentextt.draw(uivars.options_screenname_x,uivars.options_screenname_y,5100,255,255,255,255,false,true);
}
//things that need to happen after rendering, but on screen change.
if (prevscreen!=currscreen){
if (currscreen<5&&currscreen!=2){
playpreview();
}
if (currscreen==2&&prevscreen<7){
playpreview();
}
if (currscreen!=5)
optionselected=0;
if (currscreen==1)optionselected=1;
prevscreen=currscreen;
snprintf(curravi,255,"NULL");
}
if (screenfaddingout){
if (screenfaddingouttime>=255)
screenfaddingouttime=255.0;
if (currscreen==5&&nextscreen==4){
if (screenfaddingouttime<255)
draw_quad(0,512,384,9000,640,400,255,255,255,255-int(screenfaddingouttime),0,0,14);
}
if (currscreen==6&&nextscreen==15){
if (screenfaddingouttime<255)
draw_quad(0,512,384,9000,642,404,0,0,0,int(screenfaddingouttime),0,0,51);
else
draw_quad(0,512,384,9000,642,404,0,0,0,255,0,0,51);
}
if (currscreen==2)
if (screenfaddingouttime<255)
draw_quad(0,512,384,9000,640,400,255,255,255,255-int(screenfaddingouttime),0,0,3);
if (currscreen==1&&nextscreen==4){
if (screenfaddingouttime<255)
draw_quad(0,512,384,9000,642,404,0,0,0,int(screenfaddingouttime),0,0,51);
else
draw_quad(0,512,384,9000,642,404,0,0,0,255,0,0,51);
}
if (currscreen==20&&nextscreen==4){
if (screenfaddingouttime<255)
draw_quad(0,512,384,9000,642,404,0,0,0,int(screenfaddingouttime),0,0,51);
else
draw_quad(0,512,384,9000,642,404,0,0,0,255,0,0,51);
}
if (currscreen==21&&nextscreen==4){
if (screenfaddingouttime<255)
draw_quad(0,512,384,9000,642,404,0,0,0,int(screenfaddingouttime),0,0,51);
else
draw_quad(0,512,384,9000,642,404,0,0,0,255,0,0,51);
}
if (currscreen==1&&nextscreen==20){
if (screenfaddingouttime<255)
draw_quad(0,512,384,9000,642,404,0,0,0,int(screenfaddingouttime),0,0,51);
else
draw_quad(0,512,384,9000,642,404,0,0,0,255,0,0,51);
}
if (currscreen==20&&nextscreen==21){
if (screenfaddingouttime<255)
draw_quad(0,512,384,9000,642,404,0,0,0,int(screenfaddingouttime),0,0,51);
else
draw_quad(0,512,384,9000,642,404,0,0,0,255,0,0,51);
}
if (currscreen==21&&nextscreen==1){
if (screenfaddingouttime<255)
draw_quad(0,512,384,9000,642,404,0,0,0,int(screenfaddingouttime),0,0,51);
else
draw_quad(0,512,384,9000,642,404,0,0,0,255,0,0,51);
}
if (currscreen==4&&nextscreen==1){//my how the tides have turned!
if (screenfaddingouttime<255)
draw_quad(0,512,384,9000,642,404,0,0,0,int(screenfaddingouttime),0,0,51);
else
draw_quad(0,512,384,9000,642,404,0,0,0,255,0,0,51);
}
if (currscreen==4&&nextscreen==5){
if (screenfaddingouttime<255)
draw_quad(0,512,384,9000,640,400,255,255,255,255-int(screenfaddingouttime),0,0,12);
}
if (currscreen==6&&nextscreen==5){
if (screenfaddingouttime<255)
draw_quad(0,512,384,9000,642,404,0,0,0,int(screenfaddingouttime),0,0,51);
else
draw_quad(0,512,384,9000,642,404,0,0,0,255,0,0,51);
}
if (currscreen==5&&nextscreen==6){
if (screenfaddingouttime<255){
if (widemode){
draw_quadt2(0,512,384,9000,640,400,255,255,255,int(screenfaddingouttime),0,0,tempbackgroundtexture);
}else{
draw_quadt2(0,512,384,9000,512,384,255,255,255,int(screenfaddingouttime),0,0,tempbackgroundtexture);
}
}else{
if (widemode){
draw_quadt2(0,512,384,9000,640,400,255,255,255,255,0,0,tempbackgroundtexture);
}else{
draw_quadt2(0,512,384,9000,512,384,255,255,255,255,0,0,tempbackgroundtexture);
}
}
}
if (currscreen==6&&nextscreen==14){
draw_quad(0,int(screenfaddingouttime)*2,384,8900,640,400,255,255,255,255,0,0,46);
draw_quad(0,1024-int(screenfaddingouttime*2),384,9000,640,400,255,255,255,255,0,0,47);
}
if (currscreen==14&&nextscreen==1){
if (screenfaddingouttime<255)
draw_quad(0,512,384,9000,642,404,0,0,0,int(screenfaddingouttime),0,0,51);
else
draw_quad(0,512,384,9000,642,404,0,0,0,255,0,0,51);
}
if (currscreen==6&&nextscreen==12){
if (screenfaddingouttime<255)
draw_quad(0,512,384,8500,640,400,255,255,255,int(screenfaddingouttime),0,0,48);
else
draw_quad(0,512,384,8500,640,400,255,255,255,255,0,0,48);
draw_quad(0,512,int(screenfaddingouttime*3)-384,9000,512,384,255,255,255,255,0,0,49);
}
if (currscreen==12&&nextscreen==5){
if (screenfaddingouttime<255)
draw_quad(0,512,384,9000,642,404,0,0,0,int(screenfaddingouttime),0,0,51);
else
draw_quad(0,512,384,9000,642,404,0,0,0,255,0,0,51);
}
if (currscreen==12&&nextscreen==13){
if (screenfaddingouttime<255)
draw_quad(0,512,384,9000,642,404,0,0,0,int(screenfaddingouttime),0,0,51);
else
draw_quad(0,512,384,9000,642,404,0,0,0,255,0,0,51);
}
if (currscreen==13&&nextscreen==1){
if (screenfaddingouttime<255)
draw_quad(0,512,384,9000,642,404,0,0,0,int(screenfaddingouttime),0,0,51);
else
draw_quad(0,512,384,9000,642,404,0,0,0,255,0,0,51);
}
if (currscreen==16&&nextscreen==1){
if (screenfaddingouttime<255)
draw_quad(0,512,384,9000,642,404,0,0,0,int(screenfaddingouttime),0,0,51);
else
draw_quad(0,512,384,9000,642,404,0,0,0,255,0,0,51);
}
if (currscreen==4&&nextscreen==16){
if (screenfaddingouttime<255)
draw_quad(0,512,384,9000,642,404,0,0,0,int(screenfaddingouttime),0,0,51);
else
draw_quad(0,512,384,9000,642,404,0,0,0,255,0,0,51);
}
}else{
screenfaddingouttime=0.0;
}
if (screenfaddingin){
if (lastscreen==6&&currscreen==5){
if (screenfaddingintime>0)draw_quad(0,512,384,9000,642,404,0,0,0,int(screenfaddingintime),0,0,51);
}
if (lastscreen==5&&currscreen==6){
if (screenfaddingintime>0){
if (widemode){
draw_quadt2(0,512,384,9000,640,400,255,255,255,int(screenfaddingintime),0,0,tempbackgroundtexture);
}else{
draw_quadt2(0,512,384,9000,512,384,255,255,255,int(screenfaddingintime),0,0,tempbackgroundtexture);
}
}
}
if (lastscreen==4&&currscreen==5){
if (screenfaddingintime>0)draw_quad(0,512,384,9000,640,400,255,255,255,255-int(screenfaddingintime),0,0,14);
else draw_quad(0,512,384,9000,640,400,255,255,255,255,0,0,14);
}
if (lastscreen==5&&currscreen==4){
if (screenfaddingintime>0)draw_quad(0,512,384,9000,640,400,255,255,255,255-int(screenfaddingintime),0,0,12);
else draw_quad(0,512,384,9000,640,400,255,255,255,255,0,0,12);
}
if (lastscreen==4&&currscreen==1){
if (screenfaddingintime>0)draw_quad(0,512,384,9000,642,404,0,0,0,int(screenfaddingintime),0,0,51);
}
if (lastscreen==15&&currscreen==14){
if (screenfaddingintime>0)draw_quad(0,512,384,9000,642,404,0,0,0,int(screenfaddingintime),0,0,51);
}
if (lastscreen==15&&currscreen==12){
if (screenfaddingintime>0)draw_quad(0,512,384,9000,642,404,0,0,0,int(screenfaddingintime),0,0,51);
}
if (lastscreen==1&&currscreen==4){//we meet again batman!
if (screenfaddingintime>0)draw_quad(0,512,384,9000,642,404,0,0,0,int(screenfaddingintime),0,0,51);
}
if (lastscreen==20&&currscreen==4){//we meet again batman!
if (screenfaddingintime>0)draw_quad(0,512,384,9000,642,404,0,0,0,int(screenfaddingintime),0,0,51);
}
if (lastscreen==21&&currscreen==4){//we meet again batman!
if (screenfaddingintime>0)draw_quad(0,512,384,9000,642,404,0,0,0,int(screenfaddingintime),0,0,51);
}
if (lastscreen==1&&currscreen==20){//we meet again batman!
if (screenfaddingintime>0)draw_quad(0,512,384,9000,642,404,0,0,0,int(screenfaddingintime),0,0,51);
}
if (lastscreen==20&&currscreen==21){//we meet again batman!
if (screenfaddingintime>0)draw_quad(0,512,384,9000,642,404,0,0,0,int(screenfaddingintime),0,0,51);
}
if (lastscreen==21&&currscreen==1){//we meet again batman!
if (screenfaddingintime>0)draw_quad(0,512,384,9000,642,404,0,0,0,int(screenfaddingintime),0,0,51);
}
if (lastscreen==1&&currscreen==1){
if (screenfaddingintime>0)draw_quad(0,512,384,9000,642,404,0,0,0,int(screenfaddingintime),0,0,51);
}
if (currscreen==2&&lastscreen==1){
if (screenfaddingintime>0){
draw_quad(0,512,384,9000,640,400,255,255,255,255-int(screenfaddingintime),0,0,3);
}else draw_quad(0,512,384,9000,640,400,255,255,255,255,0,0,3);
}
if (currscreen==1&&lastscreen==14){
if (screenfaddingintime>0)draw_quad(0,512,384,9000,642,404,0,0,0,int(screenfaddingintime),0,0,51);
}
if (currscreen==13&&lastscreen==12){
if (screenfaddingintime>0)draw_quad(0,512,384,9000,642,404,0,0,0,int(screenfaddingintime),0,0,51);
}
if (currscreen==1&&lastscreen==13){
if (screenfaddingintime>0)draw_quad(0,512,384,9000,642,404,0,0,0,int(screenfaddingintime),0,0,51);
}
if (currscreen==16&&lastscreen==4){
if (screenfaddingintime>0)draw_quad(0,512,384,9000,642,404,0,0,0,int(screenfaddingintime),0,0,51);
}
if (currscreen==1&&lastscreen==16){
if (screenfaddingintime>0)draw_quad(0,512,384,9000,642,404,0,0,0,int(screenfaddingintime),0,0,51);
}
}else{
screenfaddingintime=255.0;
}
if (screenfaddingout){
screenfaddingouttime+=10*double(steptime)/16.0;
if (screenfaddingouttime>=255){
screenfaddingout=false;
screenfaddingouttime=0.0;
screenchangenow=true;
}
}else if (screenfaddingin){
screenfaddingintime-=10.0*double(steptime)/16.0;
if (screenfaddingintime<=0.0){
screenfaddingin=false;
screenfaddingintime=255.0;
}
}
}
