ZAEZAEZAEZA: February 2010

Disini saya memberikan salah satu contoh coding open gl untuk membuat akuarium sederhana... kalau anda perlu atau berminat silahkan saja copy coding ini. semoga bermanfaat.. ----------------------------------------------------------------------------------------------

#include #include #include #include #include #include GLuint g_Texture[1]; float sumbuY = -70; float sumbuY2 = 0; int gerak=0; int sudut = 0; int jarak; float sumbuX=-350; int jumlah_ikan=1; float sbX2=0; float pergerakan_gelembung = -200; float pergerakan_kcptanx=-50; float pergerakan_kcptanx2=50; float srad; typedef struct { float r, g, b; } color_t; color_t warna [9] = {{1, 0, 1}, {1, 1, 0}, {1, 0.5, 0.5}, {0, 1, 0}, {0, 0.5, 0.7}, {0.5, 0.2, 0.1},{0.3, 0.4, 0},{0.3, 0.7, 0.1}}; void color (color_t col) { glColor3f (col.r, col.g, col.b); } typedef struct { float x,y; }titik; //UNTUK TEXTURE MAPPING void LoadFile(UINT texture[], char *filename, int ID) { glPixelStorei(GL_UNPACK_ALIGNMENT,1); glGenTextures(1,&texture[ID]); glBindTexture(GL_TEXTURE_2D, texture[ID]); _AUX_RGBImageRec *Image = auxDIBImageLoadA( (const char*) filename); gluBuild2DMipmaps(GL_TEXTURE_2D, 3, Image->sizeX, Image->sizeY,GL_RGB,GL_UNSIGNED_BYTE,Image->data); delete Image; } // UNTUK MATA void drawPolygon(titik pnt[]){ glBegin(GL_POLYGON); for(int j = 0;j<360;j++){ j =" 0;j<360;j++){" s="0;s<360;s++){" srad="s*3.14/180;" x="(float)(5*cos(srad));" y="(float)(5*sin(srad));" b="0;b<360;b++){" srad="b*3.14/180;" x="(float)(8*cos(srad));" y="(float)(8*sin(srad));" k =" 0;k<360;k++){" x="(float)(100*cos(k*3.14/90)),y="(float)(30*sin(k*3.14/60));" i="0;i<3){ height="glutGet(GLUT_WINDOW_HEIGHT);" width="glutGet(GLUT_WINDOW_WIDTH);" ll =" 0;ll<65;ll++){" x="(float)(140*cos(ll*3.14/180)),y="(float)(190*sin(ll*3.14/90));" lx =" 0;lx<20;lx++){" x="(float)(120*cos(ll*3.14/180)),y="(float)(130*sin(ll*3.14/90));" kk =" 0;kk<15;kk++){" x="(float)(100*cos(kk*3.14/90)),y="(float)(120*sin(kk*3.14/90));" bb =" 0;bb<32;bb++){" x="(float)(100*cos(bb*3.14/90)),y="(float)(100*sin(bb*3.14/180));" ka =" 0;ka<15;ka++){" x="(float)(100*cos(ka*3.14/90)),y="(float)(120*sin(ka*3.14/90));" xa =" 0;xa<25;xa++){" x="(float)(100*cos(xa*3.14/90)),y="(float)(190*sin(xa*3.14/90));" re =" 0;re<32;re++){" x="(float)(100*cos(re*3.14/90)),y="(float)(150*sin(re*3.14/180));" be =" 0;be<45;be++){" x="(float)(100*cos(be*3.14/90)),y="(float)(180*sin(be*3.14/180));" xe =" 0;xe<20;xe++){" x="(float)(100*cos(xe*3.14/90)),y="(float)(160*sin(xe*3.14/180));" cv =" 0;cv<180;cv++){" x="(float)(40*cos(cv*3.14/180)),y="(float)(34*sin(cv*3.14/180));" bbr =" 0;bbr<180;bbr++){" x="(float)(40*cos(bbr*3.14/180)),y="(float)(34*sin(bbr*3.14/180));" cx =" 0;cx<120;cx++){" x="(float)(40*cos(cx*3.14/180)),y="(float)(34*sin(cx*3.14/180));" bbx =" 0;bbx<100;bbx++){" x="(float)(40*cos(bbx*3.14/180)),y="(float)(20*sin(bbx*3.14/180));" cvq =" 0;cvq<70;cvq++){" x="(float)(21*cos(cvq*3.14/180)),y="(float)(12*sin(cvq*3.14/180));" bba =" 0;bba<180;bba++){" x="(float)(40*cos(bba*3.14/180)),y="(float)(40*sin(bba*3.14/180));" cva =" 0;cva<180;cva++){" x="(float)(70*cos(cva*3.14/180)),y="(float)(34*sin(cva*3.14/180));" btr =" 0;btr<180;btr++){" x="(float)(70*cos(btr*3.14/180)),y="(float)(34*sin(btr*3.14/180));" ewc =" 0;ewc<180;ewc++){" x="(float)(50*cos(ewc*3.14/180)),y="(float)(20*sin(ewc*3.14/180));" bbb =" 0;bbb<180;bbb++){" x="(float)(50*cos(bbb*3.14/180)),y="(float)(20*sin(bbb*3.14/180));" ec =" 0;ec<180;ec++){" x="(float)(100*cos(ec*3.14/180)),y="(float)(60*sin(ec*3.14/180));" bbe =" 0;bbe<180;bbe++){" x="(float)(100*cos(bbe*3.14/180)),y="(float)(60*sin(bbe*3.14/180));" ew =" 0;ew<360;ew++){" x="(float)(50*cos(ew*3.14/180)),y="(float)(70*sin(ew*3.14/180));" ew2 =" 0;ew2<360;ew2++){" x="(float)(50*cos(ew2*3.14/180)),y="(float)(70*sin(ew2*3.14/180));" w =" 0;w<360;w++){" x="(float)(50*cos(w*3.14/180)),y="(float)(70*sin(w*3.14/180));" qq =" 0;qq<360;qq++){" x="(float)(90*cos(qq*3.14/180)),y="(float)(120*sin(qq*3.14/180));" c =" 0;c<360;c++){" x="(float)(50*cos(c*3.14/180)),y="(float)(70*sin(c*3.14/180));" q =" 0;q<360;q++){" x="(float)(90*cos(q*3.14/180)),y="(float)(120*sin(q*3.14/180));" k =" 0;k<20;k++){" x="(float)(100*cos(k*3.14/90)),y="(float)(120*sin(k*3.14/90));" l =" 0;l<70;l++){" x="(float)(120*cos(l*3.14/180)),y="(float)(100*sin(l*3.14/90));" b =" 0;b<32;b++){" x="(float)(100*cos(b*3.14/90)),y="(float)(100*sin(b*3.14/180));" a =" 0;a<30;a++){" x="(float)(100*cos(a*3.14/90)),y="(float)(100*sin(a*3.14/90));" r =" 0;r<70;r++){" x="(float)(50*cos(r*3.14/180)),y="(float)(100*sin(r*3.14/90));" n =" 0;n<52;n++){" x="(float)(100*cos(n*3.14/90)),y="(float)(100*sin(n*3.14/180));" s="0;s<360;s++){" srad="s*3.14/180;" x="(float)(20*cos(srad));" y="(float)(15*sin(srad));" x="(float)(10*cos(srad));" y="(float)(3*sin(srad));" x="(float)(30*cos(srad));" y="(float)(20*sin(srad));" x="(float)(15*cos(srad));" y="(float)(8*sin(srad));" q="nambah" w=" kurang" r="stop/play" sudut="0;" pergerakan_kcptanx =" 30;"> (1100)){ sudut=180; pergerakan_kcptanx = -30; // ke kiri } else{ pergerakan_kcptanx = pergerakan_kcptanx; } sumbuX=sumbuX+pergerakan_kcptanx; //UNTUK MAJU MUNDUR Y /*if(sumbuY < (-50)){ sudut=0; pergerakan_kcptanx2 = 12; // ke kanan } else if(sumbuY > (100)){ sudut=180; pergerakan_kcptanx2 = -12; // ke kiri } else{ pergerakan_kcptanx2 = pergerakan_kcptanx2; }*/ // sumbuX=sumbuX+pergerakan_kcptanx; // sumbuY=sumbuY+pergerakan_kcptanx2; // pergerakan gelembung if(pergerakan_gelembung<600){ pergerakan_gelembung="20;" jumlah_ikan="="5)" jumlah_ikan="5;" jumlah_ikan="="1)" jumlah_ikan="1;" gerak="="1){" gerak="0;" gerak="1;">

//=================================================================================

ZAEZAEZAEZA

Monday, 22 February 2010

Coding open gl Aquarium dan ikan

Wednesday, 10 February 2010

ulat dan kepompong

Cinta Kuya – Ulat dan Kepompong (OST Ulat Kepompong)

Kamu ini pengunjung yang keee..

Check it out!