def loiMitose(objet1, objet2):
DTMAX, DTMIN = data.get_modeItem('DT_MITOSE_MAX'), data.get_modeItem('DT_MITOSE_MIN')
dt = 0
# Randomize the first object mitosis time
dt = random.randint(-DTMIN, DTMAX)
objet1['mitoseTime'] += dt
# Randomize the second object mitosis time
dt = random.randint(-DTMIN, DTMAX)
objet2['mitoseTime'] += dt
return True
def lyse(corps, celluleKey):
j=0
enemiPopulationLimite = data.get_modeItem("enemiPopulationLimite")
x = corps[celluleKey]["x"]
y = corps[celluleKey]["y"]
rayon = corps[celluleKey]["r"]
listePos=[[x, y+rayon/2], [x+rayon*math.cos(math.pi/6)/2, y+rayon*math.sin(math.pi/6)/2], [x-rayon*math.cos(math.pi/6)/2, y+rayon*math.sin(math.pi/6)/2]]
listeVirus = game.GET_OBJET("virus")
nombreVirus = 0
for k in listeVirus:
nombreVirus+=1
for pos in listePos:
continuer = 1
while continuer:
if nombreVirus<enemiPopulationLimite:
if "virus"+str(j) not in corps.keys():
game.creerObjet(corps, "virus"+str(j), pos[0], pos[1], data.get_objet("virus", "rayon"), data.get_objet("virus", "vitesse"), data.get_objet("virus", "angle"), data.get_objet("virus", "pushUp"), data.get_objet("virus", "pushDown"), data.get_objet("virus", "pushLeft"), data.get_objet("virus", "pushRight"), data.get_objet("virus", "limiteVitesse"), data.get_objet("virus", "acceleration"), math.pi/data.get_objet("virus", "anglePlus"), data.get_objet("virus", "mitoseTime"), None, [0, 0, 0], 0, None)
continuer=0
else:
j+=1
else:
continuer=0
return True
def mitose(corps):
global i
listeCellule = game.GET_OBJET('cellule')
listeVirus = game.GET_OBJET("virus")
celluleMap = cell.GET_MAP()
FENETRE = data.get_fenetre()
# Limit of allowed active bacterias
enemiPopulationLimite = data.get_modeItem('enemiPopulationLimite')
x, y, continuer = 0, 0, 0
# Initializes the initial mitosis
if mode.get() is "bacteria":
item="bacteria"
if i == -1:
for celluleKey in listeCellule:
continuer = 0
while continuer == 0:
x = random.randint(FENETRE[0][0], FENETRE[0][1] - 2 * data.get_objet('bacteria', 'rayon'))
y = random.randint(FENETRE[1][0], FENETRE[1][1] - 2 * data.get_objet('bacteria', 'rayon'))
game.creerObjet(corps, 'bacteria0', x, y, data.get_objet('bacteria', 'rayon'), data.get_objet('bacteria', 'vitesse'), data.get_objet('bacteria', 'angle'), data.get_objet('bacteria', 'pushUp'), data.get_objet('bacteria', 'pushDown'), data.get_objet('bacteria', 'pushLeft'), data.get_objet('bacteria', 'pushRight'), data.get_objet('bacteria', 'limiteVitesse'), data.get_objet('bacteria', 'acceleration'), math.pi/data.get_objet('bacteria', 'anglePlus'), data.get_objet('bacteria', 'mitoseTime'), data.get_objet('bacteria', 'projectileTime'), [0, 0, 0], 0, None)
if collision.collisionPhagocyteBacteria(corps, 'bacteria0') == True and collision.collisionCellule(corps, 'bacteria0', celluleKey, celluleMap) is not False:
continuer = 1
else:
game.supprimerObjet(corps, 'bacteria0')
i = 0
# Process mitosis
for key in corps.keys():
if i > enemiPopulationLimite:
i = 0
if 'bacteria' in key:
if corps[key]['clock'][1] == corps[key]['mitoseTime']:
game.creerObjet(corps, 'bacteria' + str(i), corps[key]['x'] + corps[key]['r'] * 2, corps[key]['y'], data.get_objet('bacteria', 'rayon'), data.get_objet('bacteria', 'vitesse'), data.get_objet('bacteria', 'angle'), data.get_objet('bacteria', 'pushUp'), data.get_objet('bacteria', 'pushDown'), data.get_objet('bacteria', 'pushLeft'), data.get_objet('bacteria', 'pushRight'), data.get_objet('bacteria', 'limiteVitesse'), data.get_objet('bacteria', 'acceleration'), math.pi/data.get_objet('bacteria', 'anglePlus'), data.get_objet('bacteria', 'mitoseTime'), data.get_objet('bacteria', 'projectileTime'), [0, 0, 0], 0, None)
loiMitose(corps[key], corps['bacteria' + str(i)])
i += 1
corps[key]['clock'][1] = 0
corps[key]['clock'][1] += 1
return True
def deplacerCorps(corps):
intervalDeplacement = data.get_modeItem('intervalDeplacement')
nombreEnemi = 0
for key in corps.keys():
if mode.get() is "bacteria":
if 'bacteria' in key:
randomAngle(corps[key])
nombreEnemi += 1
elif mode.get() is "virus":
if "virus" in key:
randomAngle(corps[key])
nombreEnemi += 1
if 'cellule' not in key:
if corps[key]['clock'][0] >= intervalDeplacement:
modifVitesseAngle(corps[key])
corps[key]['clock'][0] = 0
deplacer(corps, nombreEnemi)
return True
def deplacer(corps, nombreEnemi):
global autoriserDeplacement
global autoriserRebond
vecDeplacement = [0, 0]
nombreEnemiLimite = data.get_modeItem('nombreEnemiLimite')
delKey = []
# Gets the object lists
listeBacteria = game.GET_OBJET('bacteria')
listeProjectile = game.GET_OBJET('projectile')
listeCellule = game.GET_OBJET('cellule')
listeVirus = game.GET_OBJET("virus")
celluleMap = cell.GET_MAP()
# Move each object
for key in corps.keys():
if 'cellule' not in key:
if corps[key]['angle'] != None:
vecDeplacement[0] = math.cos(corps[key]['angle']) * corps[key]['vitesse']
vecDeplacement[1] = math.sin(corps[key]['angle']) * corps[key]['vitesse']
if 'Phagocyte' in key and nombreEnemi>=nombreEnemiLimite or 'Phagocyte' in key and autoriserDeplacement:
corps[key]['x'] += vecDeplacement[0]
corps[key]['y'] += vecDeplacement[1]
autoriserDeplacement = 1
elif 'Phagocyte' not in key and 'cellule' not in key:
corps[key]['x'] += vecDeplacement[0]
corps[key]['y'] += vecDeplacement[1]
if 'bacteria' in key:
for celluleKey in listeCellule:
corps[celluleKey]['collisionMemory'][1][0] = collision.collisionCellule(corps, key, celluleKey, celluleMap)
if corps[celluleKey]['collisionMemory'][1][0] is False:
if autoriserRebond[1][0] is True and autoriserRebond[1][1] > 30:
bounce.change_angle(corps, key, corps[celluleKey]['collisionMemory'][1][1])
autoriserRebond[1][0] = False
autoriserRebond[1][1] = 0
else:
corps[celluleKey]['collisionMemory'][1][1] = corps[celluleKey]['collisionMemory'][1][0]
autoriserRebond[1][0] = True
autoriserRebond[1][1] += 1
if 'Phagocyte' in key and autoriserDeplacement:
for bacteriaKey in listeBacteria:
if collision.collisionCercle(corps['Phagocyte'], corps[bacteriaKey]) is False:
delKey.append(bacteriaKey)
for virusKey in listeVirus:
if collision.collisionCercle(corps['Phagocyte'], corps[virusKey]) is False:
delKey.append(virusKey)
for projectileKey in listeProjectile:
if collision.collisionCercle(corps['Phagocyte'], corps[projectileKey]) is False:
if 'Phagocyte' not in delKey:
delKey.append('Phagocyte')
if projectileKey not in delKey:
delKey.append(projectileKey)
for celluleKey in listeCellule:
corps[celluleKey]['collisionMemory'][0][0] = collision.collisionCellule(corps, key, celluleKey, celluleMap)
if corps[celluleKey]['collisionMemory'][0][0] is False:
if autoriserRebond[0][0] is True and autoriserRebond[0][1] > 10:
bounce.change_angle(corps, key, corps[celluleKey]['collisionMemory'][0][1])
autoriserRebond[0][0] = False
autoriserRebond[0][1] = 0
else:
corps[celluleKey]['collisionMemory'][0][1] = corps[celluleKey]['collisionMemory'][0][0]
autoriserRebond[0][0] = True
autoriserRebond[0][1] += 1
if 'cellule' in key:
for projectileKey in listeProjectile:
if collision.collisionCercle(corps[key], corps[projectileKey]) is False:
if key not in delKey:
celluleMap[int(key.strip('cellule'))][2] = 0
delKey.append(key)
if projectileKey not in delKey:
delKey.append(projectileKey)
if corps[key]["inoculate"][0] is True:
if corps[key]["inoculate"][1]>=corps[key]["inoculate"][2]:
virus.lyse(corps, key)
if key not in delKey:
celluleMap[int(key.strip('cellule'))][2] = 0
delKey.append(key)
else:
corps[key]["inoculate"][1]+=1
if "virus" in key:
for celluleKey in listeCellule:
if collision.collisionCercle(corps[key], corps[celluleKey]) is False:
delKey.append(key)
corps[celluleKey]["inoculate"][0]=True
if 'projectile' in key:
if collision.collisionBord(corps[key]) is False:
delKey.append(key)
else:
collision.collisionBord(corps[key])
corps[key]['clock'][0] += 1
# Remove objects
for key3 in delKey:
game.supprimerObjet(corps, key3)
return True
