3D C++/OpenGL FPS + Source

-=+=- -=+=- -=+=- -=+=- -=+=- -=+=- -=+=- -=+=- -=+=- -=+=- -=+=- -=+=- -=+=- -=+=- -=+=- -=+=- -=+=- -=+=- -=+=- -=+=- -=+=- -=+=- -=+=- -=+=- -=+=- -=+=- -=+=- -=+=- -=+=- -=+=- (c) WidthPadding Industries 1987 0\|573\|0 -=+=- -=+=- -=+=- -=+=- -=+=- -=+=- -=+=- -=+=- -=+=- -=+=- -=+=- -=+=- -=+=- -=+=- -=+=- -=+=- -=+=- -=+=- -=+=- -=+=- -=+=- -=+=- -=+=- -=+=- -=+=- -=+=- -=+=- -=+=- -=+=- -=+=-
SoCoder -> Showcase Home -> FPS

HoboBen	Created : 13 September 2006 Edited : 13 November 2006 System : Windows Language : Basic 3D C++/OpenGL FPS + Source Bullets, giant people, and boxes. v1.7 and v2.0 V1.7 (220kb EXE) V2.0 (<200kb RAR)
V.1 Push the yellow blocks around Bump into or shoot the green ones to light them up. Dodge the A.I. bullets Fire at the A.I. Hideous Source Code! V.2 Hello Controls: WASD - Forward/Backwards/Strafe JIKL - Turn player Mouse - Turn player Spacebar - Shoot Sys Requirements v1: 192+ MB Ram 8+ MB Graphics Card Runs under Windows, or Linux via Wine (Tested on Ubunutu 6.06 LS (Dapper Drake) Sys Requirements v2: A helluva lot of stuff that I don't have. #include <iostream.h> #include <GL/glut.h> #include <stdlib.h> #include <windows.h> #include <stdio.h> #include <math.h> #include <stdarg.h> #include <cstdlib> //#include <windows.h> // Header File For Windows, may not need, unless (possibly) when I'm using the textures. // Note, I have been confusing, and the physics, which takes place two-dimensionally, use an X and Y axis. // The 3D space for walking, take an X and Z axis for the ground, and Y for vertical. // You can walk into and push yellow blocks. Green blocks light up when you collide with them or shoot them. // Controls: WASD - Walk/Strafe, IJKL - Turn/Look, Mouse - Turn/Look, Spacebar - shoot bullets. // The mouse turning has now been improved to allow full rotation. // Fixed the invisible bullets bug... Forgot to include the poping and the pushing of the glMatrix inside the loop! // I'm using arrays instead of structs... But in the end, things work out the same. // I'd use structs if I didn't have a definate number of things, but, so far, everything is pre-counted. // Added A.I. that aren't that intellegent - the go round their pre-defined nodes, and shoot in random directions // Which actually makes them harder, because they're unpredictable... But it's "A.I." A.I. float xpos = 0, ypos = 0, zpos = 0, xrot = 0, yrot = 90; //Camera position and rotation. float pr = 4.0; //Player radius float objangle; //Spinning triangle angle float lastx, lasty; //For mouse smoothing. //Key states static bool keystate[256]; //For holding down keys, instead of just tapping them. //A.I. const float aispeed=0.05; const int nofai=5; const int nofain=8; //AI nodes float aix[nofai]; float aiz[nofai]; float aihp[nofai]; // < 0 = not exist int aitn[nofai]; //AI node currently being walked to. float aitx[nofai][nofain]; //AI patrol "nodes" to walk to, xaxis float aitz[nofai][nofain]; //AI patrol "nodes" to walk to, zaxis float air[nofai]; //Radius float aisc[nofai]; //Shoot delay count bool FirstPass_AI; int playerhealth=15; //Player Life Remaining //Physics const int nofo=53; //Number of cubes. bool CameraCollision; //Collision flag int CameraCollisionID; //Passed object collision ID float objectx[nofo]; //2D x/y float objecty[nofo]; //2D x/y - y is the 3D z float objecth[nofo]; //3D y... I've been stupid. float objectr[nofo]; //radius bool objectspecial[nofo]; //Special? bool objectpicked[nofo]; //picked? (Green objects which light up) int objectp[nofo]; //object pushable "boolean"ish status. It's an int acting boolean, but conversion in realtime from int to boolean is not the proper way of doing things, for some reason. bool FirstPass_Cube; // First setup pass, stops redeclaration of object positions and states. //Bullets const int maxbul=25; //Maximum bullets const float bullspeed=1.0; //Bullet speed float bullx[maxbul]; float bully[maxbul]; float bullz[maxbul]; float bullxd[maxbul]; float bullyd[maxbul]; float bullzd[maxbul]; float bullr[maxbul]; bool bulle[maxbul];//exist? int bulletcount=0; int pause; //delay //AI Bullets const int aimaxbul=25; //Maximum bullets const float aibullspeed=0.5; //Bullet speed float aibullx[maxbul]; float aibully[maxbul]; float aibullz[maxbul]; float aibullxd[maxbul]; float aibullyd[maxbul]; float aibullzd[maxbul]; float aibullr[maxbul]; bool aibulle[maxbul];//exist? int aibulletcount=0; //Particles const int nofp=100; //Particles per ring of fire - 500 for a 2GB RAM+/128MB+ Gfx computer, less for slower. 100 is nice. const int nofpw=14; // Rings const float ringfade=0.002; // Speed of ring fades. float partx[nofp][nofpw]; float party[nofp][nofpw]; float partz[nofp][nofpw]; float partf[nofp][nofpw]; //fade bool FirstPass_Parts; //First setup pass. //Mouse float yout; void particles (void) { if (FirstPass_Parts==false) { FirstPass_Parts=true; int i3; int i4; for (i4=0;i4<nofpw;i4++) { for (i3=0;i3<nofp;i3++) { partf[i3][i4]=(1.00/i4); partx[i3][i4]=15.00; party[i3][i4]=0.00; partz[i3][i4]=-6.00; } } } int i; int i2; for (i2=0;i2<nofpw;i2++) { for (i=0;i<nofp;i++) { glPushMatrix(); glTranslated(partx[i][i2],party[i][i2],partz[i][i2]); glBegin (GL_TRIANGLES); partf[i][i2]+=ringfade; if (i2<5) { party[i][i2]+=(sin(50-i))/7; partx[i][i2]+=(cos(50-i))/7; partz[i][i2]+=(cos(50-i))/7; } else if (i2>11) { party[i][i2]+=(cos(50-i))/7; partx[i][i2]+=(sin(50-i))/7; partz[i][i2]+=(cos(50-i))/7; } else { party[i][i2]+=(cos(50-i))/7; partx[i][i2]+=(cos(50-i))/7; partz[i][i2]+=(sin(50-i))/7; } if (partf[i][i2]>1) // If the particles have faded out into red, then redefine them and start again! { partf[i][i2]=0.00; partx[i][i2]=15.00; party[i][i2]=0.00; partz[i][i2]=-6.00; } glColor3f (1.0, 1.0-partf[i][i2], 0.0); glVertex2f (0.1, 0.3); glColor3f (1.0, 1.0-partf[i][i2], 0.0); glVertex2f (0.3, 0.1); glColor3f (1.0, 1.0-partf[i][i2], 0.0); glVertex2f (0.3, 0.3); glEnd(); glPopMatrix(); } } } void cube (void) { if (FirstPass_Cube==false) { FirstPass_Cube=true; int i; for (i=0;i<nofo;i++) { if (i<10) { objectx[i] = 5(i+1); objecty[i] = 5(i+1); objectp[i] = (rand()%2); // 0 or 1, generated integer (fake boolean) value, for physics enabled. } else if (i<25) { objectx[i] = 5(i+2); objecty[i] = -10; objectp[i] = (rand()%2); // 0 or 1, generated integer (fake boolean) value, for physics enabled. } else { objectp[i]=0; objectpicked[i]=true; objectspecial[i]=true; switch (i) { //L case 25: objectx[i]=40; objecty[i]=0; objecth[i]=20; break; case 26: objectx[i]=40; objecty[i]=0; objecth[i]=22; break; case 27: objectx[i]=40; objecty[i]=0; objecth[i]=24; break; case 28: objectx[i]=40; objecty[i]=0; objecth[i]=26; break; case 29: objectx[i]=40; objecty[i]=0; objecth[i]=28; break; case 30: objectx[i]=40; objecty[i]=2; objecth[i]=20; break; //I case 31: objectx[i]=40; objecty[i]=6; objecth[i]=20; break; case 32: objectx[i]=40; objecty[i]=6; objecth[i]=22; break; case 33: objectx[i]=40; objecty[i]=6; objecth[i]=24; break; case 34: objectx[i]=40; objecty[i]=6; objecth[i]=26; break; case 35: objectx[i]=40; objecty[i]=6; objecth[i]=28; break; //F case 36: objectx[i]=40; objecty[i]=10; objecth[i]=20; break; case 37: objectx[i]=40; objecty[i]=10; objecth[i]=22; break; case 38: objectx[i]=40; objecty[i]=10; objecth[i]=24; break; case 39: objectx[i]=40; objecty[i]=10; objecth[i]=26; break; case 40: objectx[i]=40; objecty[i]=10; objecth[i]=28; break; case 41: objectx[i]=40; objecty[i]=12; objecth[i]=28; break; case 42: objectx[i]=40; objecty[i]=12; objecth[i]=24; break; //E case 43: objectx[i]=40; objecty[i]=16; objecth[i]=20; break; case 44: objectx[i]=40; objecty[i]=16; objecth[i]=22; break; case 45: objectx[i]=40; objecty[i]=16; objecth[i]=24; break; case 46: objectx[i]=40; objecty[i]=16; objecth[i]=26; break; case 47: objectx[i]=40; objecty[i]=16; objecth[i]=28; break; case 48: objectx[i]=40; objecty[i]=18; objecth[i]=28; break; case 49: objectx[i]=40; objecty[i]=18; objecth[i]=24; break; case 50: objectx[i]=40; objecty[i]=18; objecth[i]=20; break; //: case 51: objectx[i]=40; objecty[i]=22; objecth[i]=22; break; case 52: objectx[i]=40; objecty[i]=22; objecth[i]=26; break; } } objectr[i] = 2.1; } } //Life remaining... int hp; for (hp=0;hp<playerhealth;hp++) { glPushMatrix(); glTranslated(40, 20+(hp2), 26); glColor3f (0.1(10-hp), 0.1hp, 0.0); glutSolidCube(2); glPopMatrix(); } int i; for (i=0;i<nofo;i++) { glPushMatrix(); glTranslated(objectx[i], objecth[i], objecty[i]); if (objectp[i]>0) { glColor3f (1.0, 1.0, 0.0); } else { if (objectpicked[i]==true) { glColor3f (0.0, 1.0, 0.0); } else { glColor3f (0.0, 0.4, 0.0); int ib; for (ib=0;ib<maxbul;ib++) { if (((objectx[i] + (objectr[i]/2)) > bullz[ib]) && ((objectx[i]-(objectr[i]/2)) < bullz[ib])) //I've got x and z swapped around for some strange reason, and have to do so again here... { if (((objecty[i] + (objectr[i]/2)) > bullx[ib]) && ((objecty[i]-(objectr[i]/2)) < bullx[ib])) { objectpicked[i]=true; bulle[ib]=false; } } } } } glutSolidCube(2); //draw the cube glPopMatrix(); } } void ai(void) { if (FirstPass_AI==false) //Set up our AI { FirstPass_AI=true; int i; for (i=0;i<nofai;i++) { //Defaults... aihp[i]=3; aisc[i]=100; aix[i]=0; aiz[i]=0; aitn[i]=0; air[i]=4; switch (i) { case 0: aix[i]=0+10; aiz[i]=0-10; aitx[i][0]=5+10; aitz[i][0]=0-10; aitx[i][1]=10+10; aitz[i][1]=-5-10; aitx[i][2]=10+10; aitz[i][2]=-10-10; aitx[i][3]=5+10; aitz[i][3]=-15-10; aitx[i][4]=0+10; aitz[i][4]=-15-10; aitx[i][5]=-5+10; aitz[i][5]=-10-10; aitx[i][6]=-5+10; aitz[i][6]=-5-10; aitx[i][7]=-0+10; aitz[i][7]=-0-10; break; case 1: aix[i]=-50+10; aiz[i]=10-10; aitx[i][0]=5+10; aitz[i][0]=0-10; aitx[i][1]=10+10; aitz[i][1]=-5-10; aitx[i][2]=10+10; aitz[i][2]=-10-10; aitx[i][3]=5+10; aitz[i][3]=-15-10; aitx[i][4]=0+10; aitz[i][4]=-15-10; aitx[i][5]=-5+10; aitz[i][5]=-10-10; aitx[i][6]=-5+10; aitz[i][6]=-5-10; aitx[i][7]=+50; aitz[i][7]=-5; break; case 2: aix[i]=-10+40; aiz[i]=10-10; aitx[i][0]=10+40; aitz[i][0]=0-10; aitx[i][1]=20+40; aitz[i][1]=-10-10; aitx[i][2]=20+40; aitz[i][2]=-20-10; aitx[i][3]=10+40; aitz[i][3]=-30-10; aitx[i][4]=0+40; aitz[i][4]=-30-10; aitx[i][5]=-10+40; aitz[i][5]=-15-10; aitx[i][6]=-10+40; aitz[i][6]=-10-10; aitx[i][7]=-0+40; aitz[i][7]=-0-10; break; case 3: aix[i]=50; aiz[i]=10-20; aitx[i][0]=5; aitz[i][0]=10-20; aitx[i][1]=50; aitz[i][1]=10-20; aitx[i][2]=40; aitz[i][2]=15-20; aitx[i][3]=30; aitz[i][3]=10-20; aitx[i][4]=20; aitz[i][4]=5-20; aitx[i][5]=10; aitz[i][5]=10-20; aitx[i][6]=5; aitz[i][6]=10-20; aitx[i][7]=50; aitz[i][7]=10-20; break; case 4: aix[i]=-10+120; aiz[i]=10+40; aitx[i][0]=10+120; aitz[i][0]=0+40; aitx[i][1]=20+120; aitz[i][1]=-10+40; aitx[i][2]=20+120; aitz[i][2]=-20+40; aitx[i][3]=10+120; aitz[i][3]=-30+40; aitx[i][4]=0+120; aitz[i][4]=-30+40; aitx[i][5]=-10+120; aitz[i][5]=-15+40; aitx[i][6]=-10+120; aitz[i][6]=-10+40; aitx[i][7]=-0+120; aitz[i][7]=-0+40; break; //default: //Don't need one... //aix[i]=-10+150; //aiz[i]=10+80; //aitx[i][0]=10+150; //aitz[i][0]=0+80; //aitx[i][1]=20+150; //aitz[i][1]=-10+80; //aitx[i][2]=20+150; //aitz[i][2]=-20+80; //aitx[i][3]=10+150; //aitz[i][3]=-30+80; //aitx[i][4]=0+150; //aitz[i][4]=-30+80; //aitx[i][5]=-10+150; //aitz[i][5]=-15+80; //aitx[i][6]=-10+150; //aitz[i][6]=-10+80; //aitx[i][7]=-0+150; //aitz[i][7]=-0+80; } } } int i; for (i=0;i<nofai;i++) { if (aihp[i]>0) { //AI construction... glPushMatrix(); //Cone body glColor3f (0.0, 0.0, 1.0); glTranslatef(aix[i],-1.0,aiz[i]); glRotatef(270.0,1.0,0.0,0.0); glutSolidCone(2,4,6,6); glPopMatrix(); glPushMatrix(); //Sphere Head glColor3f (0.6, 0.9, 1.0); glTranslatef(aix[i],4,aiz[i]); glutSolidSphere(1.5,6,6); glPopMatrix(); glPushMatrix(); //Cone Hat glColor3f (1.0, 0.0, 0.8); glTranslatef(aix[i],4.0,aiz[i]); glRotatef(270.0,1.0,0.0,0.0); glutSolidCone(2,4,6,6); glPopMatrix(); glPushMatrix(); //Arms glRotatef(0.0,0.0,0.0,0.0); glColor3f (0.0, 1.0, 1.0); glScalef(0.5,0.5,4); glTranslatef(aix[i]2,2,aiz[i]0.25); //Scaled, so movement changes. glutSolidCube(1); glPopMatrix(); //AI movement... if (aix[i]<aitx[i][aitn[i]]) //Xposition < Target X position? { aix[i]+=aispeed; } if (aix[i]>aitx[i][aitn[i]]) //Xposition > Target X position? { aix[i]-=aispeed; } if (aiz[i]<aitz[i][aitn[i]]) //Zposition < Target Z position? { aiz[i]+=aispeed; } if (aiz[i]>aitz[i][aitn[i]]) //Zposition > Target Z position? { aiz[i]-=aispeed; } if ( ((aix[i]) < ((aitx[i][aitn[i]])+0.5)) && ((aix[i]) > ((aitx[i][aitn[i]])-0.5)) ) //Xposition in range of target? { if ( ((aiz[i]) < ((aitz[i][aitn[i]])+0.5)) && ((aiz[i]) > ((aitz[i][aitn[i]])-0.5)) ) //Zposition in range of target? { aitn[i]++; //Next node! if (aitn[i]==nofain) {aitn[i]=0;} //Hit the last node? Start again! } } int ib; for (ib=0;ib<nofai;ib++) { if (((aix[i] + (air[i]/2)) > bullz[ib]) && ((aix[i]-(air[i]/2)) < bullz[ib])) //I've got x and z swapped around for some strange reason, and have to do so again here... { if (((aiz[i] + (air[i]/2)) > bullx[ib]) && ((aiz[i]-(air[i]/2)) < bullx[ib])) { aihp[i]--; bulle[ib]=false; } } } aisc[i]++; if (aisc[i]>100) { aisc[i]=0; aibulle[aibulletcount]=true; //Visable? aibullx[aibulletcount]=aix[i]; aibullz[aibulletcount]=aiz[i]; if (rand()%2==0) { aibullxd[aibulletcount]=-1; } else { aibullxd[aibulletcount]=1; } if (rand()%2==0) { aibullzd[aibulletcount]=-1; } else { aibullzd[aibulletcount]=1; } aibulletcount++; if (aibulletcount==aimaxbul) {aibulletcount=0;} //Start again, get rid of the earliest bullets and replace them. } } else { //AI construction... (DEAD) glPushMatrix(); //Cone body (DEAD) glColor3f (1.0, 0.0, 0.0); glTranslatef(aix[i],-1.0,aiz[i]); glRotatef(270.0,1.0,0.0,0.0); glutSolidCone(2,4,6,6); glPopMatrix(); glPushMatrix(); //Sphere Head (DEAD) glColor3f (0.6, 0.9, 1.0); glTranslatef(aix[i],4,aiz[i]); glutSolidSphere(1.5,6,6); glPopMatrix(); glPushMatrix(); //Cone Hat (DEAD) glColor3f (1.0, 0.0, 0.0); glTranslatef(aix[i],4.0,aiz[i]); glRotatef(220.0,1.0,0.0,0.0); glutSolidCone(2,4,6,6); glPopMatrix(); glPushMatrix(); //Arms (DEAD) glColor3f (1.0, 0.0, 0.0); glScalef(0.5,0.5,4); glTranslatef(aix[i]2,1.4,aiz[i]0.25); //Scaled, so movement changes. glutSolidCube(1); glPopMatrix(); } } int bs; for (bs=0;bs<aimaxbul;bs++) { if (aibulle[bs]==true) { glPushMatrix(); glTranslatef(aibullx[bs],-0.2,aibullz[bs]); aibullx[bs]+=aibullxd[bs]aibullspeed; aibullz[bs]+=aibullzd[bs]aibullspeed; glColor3f (1.0, 0.0, 0.0); glutSolidSphere(0.2,12,6); glPopMatrix(); if (((xpos + (pr/2)) > aibullx[bs]) && ((xpos-(pr/2)) < aibullx[bs])) { if (((ypos + (pr/2)) > aibullx[bs]) && ((ypos-(pr/2)) < aibullx[bs])) { playerhealth--; aibulle[bs]=false; if (playerhealth==0) { glutLeaveGameMode(); //Reset resolution exit(0); //End! } } } } } } void bullets(void) { int i; for (i=0;i<maxbul;i++) { if (bulle[i]==true) { glPushMatrix(); glTranslatef(bullz[i],bully[i],bullx[i]); bullx[i]-=bullxd[i]; bully[i]-=bullyd[i]; bullz[i]+=bullzd[i]; glColor3f (1.0, 0.0, 0.0); glutSolidSphere(0.2,12,6); glPopMatrix(); } } } void triangle(void) //Wierd, colourful traingle thing. { glPushMatrix(); glTranslated(15,2,-6); glRotatef(objangle, 1.0, 1.0, 1.0); //Spinning objangle++; glBegin (GL_TRIANGLES); glColor3f (1.0, 0.0, 0.0); glVertex2f (1.0, 1.0); glColor3f (0.0, 1.0, 0.0); glVertex2f (5.0, 1.0); glColor3f (0.0, 0.0, 1.0); glVertex2f (1.0, 5.0); glEnd(); glPopMatrix(); } void init (void) { glClearColor (0.0,0.0,0.0,1.0); //clearscreen glEnable (GL_DEPTH_TEST); glEnable (GL_LIGHTING); glEnable (GL_LIGHT0); //enable LIGHT0, our Diffuse Light glShadeModel (GL_SMOOTH); glutWarpPointer((1024/2),(768/2)); } void camera (void) { glRotatef(xrot,1.0,0.0,0.0); glRotatef(yrot,0.0,1.0,0.0); glTranslated(-xpos,-ypos,-zpos); } void updatecontrols() { if (keystate[27]==true) { glutLeaveGameMode(); //Reset resolution exit(0); //End! } if ((keystate[119]==true)\|\|(keystate[87]==true))//W - 119, w - 87 { float yrotrad; yrotrad = (yrot / 180 * 3.141592654f); if (CameraCollision==false) //As long as we're not collided with something... { xpos += 0.2float(sin(yrotrad)); //Turns angle into movement... zpos -= 0.2float(cos(yrotrad)); //Otherwise we can do nothing but strafe! } else // Ok, we are collided. { xpos -= 0.2float(sin(yrotrad)); //So move backwards! zpos += 0.2float(cos(yrotrad)); if ((CameraCollisionID>-1)&&(objectp[CameraCollisionID]>0)) //And if we're collided with a pushable block or object... { objectx[CameraCollisionID] += 0.3float(sin(yrotrad)); //Move that object in the direction we want. objecty[CameraCollisionID] -= 0.3float(cos(yrotrad)); } } } if ((keystate[115]==true)\|\|(keystate[83]==true))//S - 115, s - 83 { float yrotrad; yrotrad = (yrot / 180 * 3.141592654f); if (CameraCollision==false) { xpos -= 0.2float(sin(yrotrad)); zpos += 0.2float(cos(yrotrad)); } else { xpos += 0.2float(sin(yrotrad)); zpos -= 0.2float(cos(yrotrad)); if ((CameraCollisionID>-1)&&(objectp[CameraCollisionID]>0)) { objectx[CameraCollisionID] -= 0.3float(sin(yrotrad)); objecty[CameraCollisionID] += 0.3float(cos(yrotrad)); } } } if ((keystate[68]==true)\|\|(keystate[100]==true))//D - 68, d - 100 { float yrotrad; yrotrad = (yrot / 180 * 3.141592654f); if (CameraCollision==false) { xpos += float(cos(yrotrad)) * 0.2; zpos += float(sin(yrotrad)) * 0.2; } else { xpos -= float(cos(yrotrad)) * 0.2; zpos -= float(sin(yrotrad)) * 0.2; if ((CameraCollisionID>-1)&&(objectp[CameraCollisionID]>0)) { objectx[CameraCollisionID] += float(cos(yrotrad)) * 0.3; objecty[CameraCollisionID] += float(sin(yrotrad)) * 0.3; } } } if ((keystate[65]==true)\|\|(keystate[97]==true))//A - 65, a - 97 { float yrotrad; yrotrad = (yrot / 180 * 3.141592654f); if (CameraCollision==false) { xpos -= float(cos(yrotrad)) * 0.2; zpos -= float(sin(yrotrad)) * 0.2; } else { xpos += float(cos(yrotrad)) * 0.2; zpos += float(sin(yrotrad)) * 0.2; if ((CameraCollisionID>-1)&&(objectp[CameraCollisionID]>0)) { objectx[CameraCollisionID] -= float(cos(yrotrad)) * 0.3; objecty[CameraCollisionID] -= float(sin(yrotrad)) * 0.3; } } } if (CameraCollision==true) { objectpicked[CameraCollisionID]=true; // If we're bumped into something, it's picked. This is used on the green blocks to light them up. } if ((keystate[74]==true)\|\|(keystate[106]==true))//J - 74, j - 106 { yrot -= 0.7; //Speaks for itself - we're turning the camera view. } if ((keystate[75]==true)\|\|(keystate[107]==true))//K - 75, k - 107 { xrot += 0.5; } if ((keystate[76]==true)\|\|(keystate[108]==true))//L - 76, l - 108 { yrot += 0.7; } if ((keystate[73]==true)\|\|(keystate[105]==true))//I - 73, i - 105 { xrot -= 0.5; } if (keystate[32]==true) { pause++; if (pause==10) { pause=0; bulle[bulletcount]=true; //Visable? bullx[bulletcount]=zpos; bully[bulletcount]=ypos-0.2; bullz[bulletcount]=xpos; float yrotrad; yrotrad = (yrot / 180.000 * 3.141592654f); bullxd[bulletcount] = float(cos(yrotrad)) * bullspeed; bullzd[bulletcount] = float(sin(yrotrad)) * bullspeed; bullr[bulletcount] = yrot; //bullyd[bulletcount] = float(sin((yout-12) / 360.000 * 3.141592654f)) * bullspeed; //Ugly, but by some ugly chance, it works without being too accurate. //Let's not use it! bulletcount++; if (bulletcount==maxbul) {bulletcount=0;} //Start again, get rid of the earliest bullets and replace them. } } } //Update physics void iupdate (void) { CameraCollision=false; CameraCollisionID=-1; int i; for (i=0;i<nofo;i++) { if (((objectx[i] + objectr[i]) > xpos) && ((objectx[i]-objectr[i]) < xpos)) { if (((objecty[i] + objectr[i]) > zpos) && ((objecty[i]-objectr[i]) < zpos)) { if (objectspecial[i]==false) { CameraCollision=true; CameraCollisionID=i; //Basically this whole loop is just a collision check. } } } } } void display (void) { glClear (GL_COLOR_BUFFER_BIT \| GL_DEPTH_BUFFER_BIT); //clear buffers glLoadIdentity(); camera();//camera code cube(); //call the cube drawing function particles(); //and particles triangle(); //and that wierd traingle ai(); //Smart cones! bullets(); //And some projectiles! iupdate(); //update physics updatecontrols(); //the keyboard, and stuff glutSwapBuffers(); //swap the buffers, stop flickering! How nice, a pre-coded double buffering system! } // Drawing the screen... I think! void reshape (int w, int h) { glViewport (0, 0, (GLsizei)w, (GLsizei)h); //set the viewport to the current window specifications glMatrixMode (GL_PROJECTION); //set the matrix to projection glLoadIdentity (); gluPerspective (45, (GLfloat)w / (GLfloat)h, 0.5, 200.0);//100.0); glMatrixMode (GL_MODELVIEW); //set the matrix back to model } void keyboardUp (unsigned char key, int x, int y) { keystate[key] = false; } void keyboard (unsigned char key, int x, int y) { keystate[key] = true; } void mouseMovement(int x, int y) { yout=y; int diffx=x-lastx; //check the difference between the current x and the last x position int diffy=y-lasty; //check the difference between the current y and the last y position if (diffx>4) diffx=4; //Not too fast now! if (diffy>4) diffy=4; if (diffx<-6) diffx=-6; if (diffy<-6) diffy=-6; lastx=x; //set lastx to the current x position lasty=y; //set lasty to the current y position int ForstPosDiffx=diffx; if (diffx<0) ForstPosDiffx=(diffx-1); int ForstPosDiffy=diffy; if (diffy<0) ForstPosDiffy=(diffy-1); xrot += (0.2((float) (diffyForstPosDiffy))); //Mouse caused x/y rotation yrot += (0.2((float) (diffxForstPosDiffx))); //Turns mouse cursor movement vectors into angles. if ((x<10)\|\|(x>1014)) { SetCursorPos(512,y); lastx=x; } else if ((y<10)\|\|(y>758)) { SetCursorPos(x,384); lasty=y; } } int main (int argc, char argv) { cout << "C++ Window Launched OK!" <<endl; cout << "OpenGL/C++ Game Featuring Basic Physics Engine and Particles, Version 1.7" <<endl; cout << " " <<endl; cout << "Launching OpenGL Output... "; glColor3f(1, 1, 0.5); glLineWidth(6.0); glutInit (&argc, argv); glutInitDisplayMode (GLUT_DOUBLE \| GLUT_DEPTH); //Buffer modes glutGameModeString( "1024x768:32@75" ); glutEnterGameMode(); //Fullscreen. cout << "OK!" << endl; cout << "It appears we have control!" <<endl; cout << "Setting up Scene... "; glEnable(GL_COLOR_MATERIAL); init (); glutDisplayFunc (display); cout << "OK!"<<endl; cout << "Entering glutMainLoop." <<endl; cout << "Console output ended!" <<endl; cout << "If you see this screen, it'll probably be because you're dead!" <<endl; cout << "\n\n" << endl; cout << " YOU ARE DEAD! * " << endl; cout << "\n\n" << endl; glutIdleFunc (display); glutReshapeFunc (reshape); glutPassiveMotionFunc(mouseMovement); glutKeyboardFunc (keyboard); glutKeyboardUpFunc(keyboardUp); glutMainLoop (); return 0; } --v
Latest Update v1.? - Frist Release, at CodersWorkshop Basic movement and mouse control v1.?2 - Second Release, at CodersWorkshop Improved keyboard control v1.7 - Third Release, at SoCoder Improved mouse control Basic Physics (Pushing blocks, collisions) Bullets, A.I. v2.0 - New Release, no source Textures from NOCTUA graphics Slightly nicer physics Nothing else. Why?

Comments
Friday, 22 September 2006, 18:53
magicman	glut32.dll not found. might just be a problem with me, but mabey not.
Tuesday, 26 September 2006, 10:09
HoboBen	Okays... Next version won't even use glut32.dll I'll keep ya posted.
Tuesday, 26 September 2006, 11:38
hyruleknight	they file you posted won't run to begin with OS: win2000
Tuesday, 26 September 2006, 15:04
Jayenkai	I think he's working in Linux, there, btw.. ... I didn't add an OS thing, did I..
Wednesday, 27 September 2006, 14:54
HoboBen	I've got it working on both (well, I used wine for it in Linux, but Windows 98 and XP ran it ok), but as I said, this version is sucky and the next version will use decent libraries that should exist as stanrard.
Wednesday, 27 September 2006, 17:56
hyruleknight	ok, i can't wait till my ubuntu CDs come in so i can try it out on linux i am going to make sure i have OpenGL and wine installed, BMAX freakin rocks!!! after i learn C/C++ i will be able to use it's inline functions and add some things like mic input and probably learn to make dll wrappers(oh the headaches) still can't wait to play this thing and don't worry with time your skills will get better and you already have a good understanding of 3D math so it is only a matter of time before your games made in C++ get better i will start 3D after Max3D comes out or i will use the MiniB3D modules
Thursday, 28 September 2006, 15:28
HoboBen	Yay for Ubuntu! Anyway, the next version of this C++ thingie is already written, and not badly coded... I did it just after the one you're currently seeing. Only thing is, I just haven't lifted the finger to upload it!
Thursday, 28 September 2006, 19:24
hyruleknight	Yay for bad grade curves, i can screw up the curve in almost any school in the US. i can't wait to try this thing of your's when the ubuntu CDs come in, i have to wait 4 weeks because my CD burn is shot
Saturday, 30 September 2006, 13:43
HoboBen	V2 out. It'd better work. If not, well freaking hell, I'll just hang myself.
Saturday, 30 September 2006, 14:18
hyruleknight	hey it works but the mouse control does not work
Saturday, 30 September 2006, 14:23
HoboBen	I think I forgot to put that in... JKIL does stuff. But, YAY it works!

3D C++/OpenGL FPS + Source

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