Python,opengl Life Game

Beginner python and OpenGL, practiced hand's first small program life.py, this small program will continue to adjust in the future, add class, optimize judgment and operation

Execution effect:

Rules according to normal life game:

1, the surrounding life is equal to 3 to produce life

2, the surrounding life is equal to 2 o'clock remains unchanged

3, red and green two kinds of mutual erosion (new)

4. Death in other cases

Added boundary loop (2017/2/13)

From OPENGL.GL import *from Opengl.glu import *from opengl.glut import *import random ' global parameter start ' life_down_p = 2 #竞争参数下限li Fe_up_p = 3 #竞争参数上限life_die_time = 5 #死亡时间life_begin = #开局生成时间map_size = 100 "Global parameter End" num = 0 #golballife_map = [0] *map_size*map_size #golballife_new = [0]*map_size*map_size #golbalall_c = [0]*map_size*map_sizegreen_c = [0]*map_size* Map_sizered_c = [0]*map_size*map_sizew = 2/map_size #width Preh = 2/map_size #height prered = 1GREEN = 2def Draw_point (col    OR,P): #画点 x = Int (p%map_size) y = Int (p/map_size) glcolor3f (color[0],color[1],color[2]) Glbegin (gl_quads)    GLVERTEX2F (X*w-1,y*h-1) glvertex2f ((x+1) *w-1,y*h-1) glvertex2f ((x+1) *w-1, (y+1) *h-1) glvertex2f (X*w-1, (y+1) *h-1) Glend () def god (): Global Life_map,num,font_map,all_c,green_c,red_c if num < life_begin: #初始生成开始 num +            = 1 x = Random.randint (1,map_size-2) *map_size+random.randint (1,map_size-2) if Random.randint (0,1): #绿色生物 LIFE_MAP[X] = GREEN            Draw_point ([0,1,0],x) Else: #红色生物 life_map[x] = RED draw_point ([1,0,0],x) Els                E: #初始生成结束, start breeding "The case begins" "For X in Range (0,map_size): for y in range (0,map_size):                     i = y*map_size+x ' Get peripheral information ' c = [(y-1)%map_size*map_size+ (x-1)%map_size,                      (y-1)%map_size*map_size+ x, (y-1)%map_size*map_size+ (x+1)%map_size,                     Y *map_size+ (x-1)%map_size, y *map_size+ (x+1)%map_size,                     (y+1)%map_size*map_size+ (x-1)%map_size, (y+1)%map_size*map_size+ x,  (y+1)%map_size*map_size+ (x+1)%map_size,] red_c[i],green_c[i],all_c[i] = 0,0,0 for CC in C : if LIFE_MAP[CC] = = Green:green_c[i] + 1 elif life_map[c             c] = = RED:           Red_c[i] + = 1 All_c[i] = Green_c[i] + red_c[i] "' judgment ' ' for I in range (0,map_size* Map_size): if all_c[i] = = life_up_p: #生存 if green_c[i] > Red_c[i]: Life                    _map[i] = GREEN draw_point ([0,1,0],i) elif Green_c[i] < Red_c[i]: Life_map[i] = RED draw_point ([1,0,0],i) else:if Random.randint (0,1                        ): life_map[i] = GREEN draw_point ([0,1,0],i) Else: Life_map[i] = RED draw_point ([1,0,0],i) elif All_c[i] > Life_up_p or All_c[i] < life_down_p: #死亡 life_map[i] = 0 draw_point ([0,0,0],i) #else: Keep Def drawfunc (): God () Glflush () Glutinit () Glutinitdisplaymode (Glut_single | Glut_rgba) glutinitwindowsize (800,800) Glutcreatewindow (b "life-fOrver ") Glutdisplayfunc (Drawfunc) glutidlefunc (Drawfunc) Glutmainloop () 

Perform:

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