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ss19:test
Unterschiede
Hier werden die Unterschiede zwischen zwei Versionen gezeigt.
| Beide Seiten der vorigen Revision Vorhergehende Überarbeitung Nächste Überarbeitung | Vorhergehende Überarbeitung | ||
|
ss19:test [2019/06/25 13:07] eric_m |
ss19:test [2019/06/25 14:07] (aktuell) eric_m |
||
|---|---|---|---|
| Zeile 35: | Zeile 35: | ||
| self.runangle=[] | self.runangle=[] | ||
| self.status = True | self.status = True | ||
| + | self.parent = [] | ||
| + | self.ppos = 0 | ||
| #Löscht den Spieler | #Löscht den Spieler | ||
| | | ||
| Zeile 67: | Zeile 69: | ||
| | | ||
| def move(self): | def move(self): | ||
| - | if not parentlist: | + | if not self.parent: |
| - | self.angle+=random.randint(-45,45)%360 | + | self.angle+=random.randint(-45,45) |
| + | self.angle = self.angle%360 | ||
| self.speed=random.randint(0,5) | self.speed=random.randint(0,5) | ||
| self.x+=self.speed*math.cos(self.angle/180*math.pi) | self.x+=self.speed*math.cos(self.angle/180*math.pi) | ||
| Zeile 78: | Zeile 81: | ||
| self.runangle.append(self.angle) | self.runangle.append(self.angle) | ||
| else: | else: | ||
| - | a = random.randint(0,len(parentlist)-1) | + | #print(self.parent) |
| - | if self.v == True: | + | self.angle+=self.parent[0][self.ppos]%360 |
| - | b = random.randint(0,1) | + | self.angle = self.angle%360 |
| - | c = random.randint(0,len(parentlist[a][0])-1) | + | self.speed=self.parent[1][self.ppos] |
| - | #print(parentlist[0][a][0]) | + | self.x+=self.speed*math.cos(self.angle/180*math.pi) |
| - | #print(parentlist[0][a][1]) | + | self.y+=self.speed*math.sin(self.angle/180*math.pi) |
| - | #print(a) | + | self.rect=pygame.Rect(int(self.x),int(self.y),self.size,self.size) |
| - | self.x+=parentlist[a][0][c][0]*math.cos(parentlist[a][0][c][1]/180*math.pi) | + | pygame.draw.rect(screen, (255, 0, 0),self.rect) |
| - | self.y+=parentlist[a][0][c][0]*math.sin(parentlist[a][0][c][1]/180*math.pi) | + | self.stamina-=1 |
| - | self.rect=pygame.Rect(int(self.x),int(self.y),self.size,self.size) | + | self.runlength.append(self.speed) |
| - | pygame.draw.rect(screen, (255, 0, 0),self.rect) | + | self.runangle.append(self.angle) |
| - | self.stamina-=1 | + | self.ppos+=1 |
| - | self.runlength.append(self.speed) | + | # else : |
| - | self.runangle.append(self.angle) | + | # c = random.randint(0,len(parentlist[a][1])-1) |
| - | else : | + | # self.x+=parentlist[a][1][0]*math.cos(parentlist[a][1][1]/180*math.pi) |
| - | c = random.randint(0,len(parentlist[a][0])-1) | + | # self.y+=parentlist[a][1][0]*math.sin(parentlist[a][1][1]/180*math.pi) |
| - | self.x+=parentlist[a][1][c][0]*math.cos(parentlist[a][1][c][1]/180*math.pi) | + | # self.rect=pygame.Rect(int(self.x),int(self.y),self.size,self.size) |
| - | self.y+=parentlist[a][1][c][0]*math.sin(parentlist[a][1][c][1]/180*math.pi) | + | # pygame.draw.rect(screen, (255, 0, 0),self.rect) |
| - | self.rect=pygame.Rect(int(self.x),int(self.y),self.size,self.size) | + | # self.stamina-=1 |
| - | pygame.draw.rect(screen, (255, 0, 0),self.rect) | + | # self.runlength.append(self.speed) |
| - | self.stamina-=1 | + | # self.runangle.append(self.angle) |
| - | self.runlength.append(self.speed) | + | |
| - | self.runangle.append(self.angle) | + | |
| def exportlist(self): | def exportlist(self): | ||
| Zeile 109: | Zeile 110: | ||
| | | ||
| def parents(self,lists): | def parents(self,lists): | ||
| - | self.lists = lists | + | self.parent = lists |
| class object: | class object: | ||
| Zeile 145: | Zeile 146: | ||
| self.overlay = overlay | self.overlay = overlay | ||
| self.objects = [] #Liste der festen Objekte | self.objects = [] #Liste der festen Objekte | ||
| - | self.density = 0.000125 #Wahrscheinlichkeit für neue Objekte | + | self.density = 0.00125 #Wahrscheinlichkeit für neue Objekte |
| self.name = name | self.name = name | ||
| | | ||
| Zeile 257: | Zeile 258: | ||
| if len(self.player)<=20: | if len(self.player)<=20: | ||
| importlist.append(self.player[q].exportlist()) | importlist.append(self.player[q].exportlist()) | ||
| - | parentlist.append(self.player[e].exportlist()) | ||
| del self.player[q] | del self.player[q] | ||
| q-=1 | q-=1 | ||
| Zeile 459: | Zeile 459: | ||
| for oo in range(50): | for oo in range(50): | ||
| + | done = False | ||
| print("Generation:",oo) | print("Generation:",oo) | ||
| - | time.sleep(5) | + | time.sleep(5) |
| - | for i in range(playercount):#erstellt X Spieler | + | for i in range(500):#erstellt X Spieler |
| playerl.append(player(random.randint(mapsize*0.1,mapsize*0.9),random.randint(mapsize*0.1,mapsize*0.9),0,0,i)) | playerl.append(player(random.randint(mapsize*0.1,mapsize*0.9),random.randint(mapsize*0.1,mapsize*0.9),0,0,i)) | ||
| + | if not importlist: | ||
| + | q=0 | ||
| + | else: | ||
| + | playerl[i].parents((importlist[int(i%len(importlist))])) | ||
| + | map01.nextstage(playerl) | ||
| + | importlist.clear() | ||
| while not done: | while not done: | ||
| + | print("True") | ||
| clock.tick(50) #Für größere Pausen zwischen den Runden | clock.tick(50) #Für größere Pausen zwischen den Runden | ||
| | | ||
| Zeile 483: | Zeile 490: | ||
| if len(map01.player)<=20: | if len(map01.player)<=20: | ||
| importlist.append(map01.player[e].exportlist()) | importlist.append(map01.player[e].exportlist()) | ||
| - | parentlist.append(map01.player[e].exportlist()) | + | #parentlist.append(map01.player[e].exportlist()) |
| #if len(map01.player)==1: | #if len(map01.player)==1: | ||
| #print("Runde:",i) | #print("Runde:",i) | ||
| Zeile 507: | Zeile 514: | ||
| print("Runde: ",i) #Gibt die Rundenanzahl aus | print("Runde: ",i) #Gibt die Rundenanzahl aus | ||
| i+=1 | i+=1 | ||
| + | | ||
| print("Finished") #Programm ist beendet | print("Finished") #Programm ist beendet | ||
| </code> | </code> | ||
ss19/test.1561460866.txt.gz · Zuletzt geändert: 2019/06/25 13:07 von eric_m
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