def onThink(self, ignoreme):
self.ct = System.currentTimeMillis()
if self.pos.pointEquals(self.dest):
marg = ESG.randInt(0, 43)
if marg == 42:
ESG.entities.add(EntityShit(self.pos))
self.positions = []
self.directions = []
for i in range(0, 4):
if i == 0:
despos = Point(self.pos.x + 32, self.pos.y)
if ESG.navmesh.legalMove(self.pos, despos):
self.positions.append(despos)
self.directions.append(Point(1, 0))
if i == 1:
despos = Point(self.pos.x - 32, self.pos.y)
if ESG.navmesh.legalMove(self.pos, despos):
self.positions.append(despos)
self.directions.append(Point(-1, 0))
if i == 2:
despos = Point(self.pos.x, self.pos.y + 32)
if ESG.navmesh.legalMove(self.pos, despos):
self.positions.append(despos)
self.directions.append(Point(0, 1))
if i == 3:
despos = Point(self.pos.x, self.pos.y - 32)
if ESG.navmesh.legalMove(self.pos, despos):
self.positions.append(despos)
self.directions.append(Point(0, -1))
if len(self.directions) >= 1:
chosen = ESG.randInt(0, (len(self.directions) - 1))
self.dest = self.positions[chosen]
self.direction = self.directions[chosen]
else:
self.dest = self.pos
if self.ct - self.lt >= 25:
newpos = Point(self.pos.x + (self.direction.x * self.speed),
self.pos.y + (self.direction.y * self.speed))
self.lt = self.ct
if ESG.navmesh.legalMove(self.pos, newpos):
self.pos = newpos
def onThink(self, ignoreme):
self.ct = System.currentTimeMillis()
if self.pos.pointEquals(self.dest):
marg = ESG.randInt(0, 43)
if marg == 42:
ESG.entities.add(EntityShit(self.pos))
self.positions = []
self.directions = []
for i in range(0, 4):
if i == 0:
despos = Point(self.pos.x+32, self.pos.y)
if ESG.navmesh.legalMove(self.pos, despos):
self.positions.append(despos)
self.directions.append(Point(1, 0))
if i == 1:
despos = Point(self.pos.x-32, self.pos.y)
if ESG.navmesh.legalMove(self.pos, despos):
self.positions.append(despos)
self.directions.append(Point(-1, 0))
if i == 2:
despos = Point(self.pos.x, self.pos.y+32)
if ESG.navmesh.legalMove(self.pos, despos):
self.positions.append(despos)
self.directions.append(Point(0, 1))
if i == 3:
despos = Point(self.pos.x, self.pos.y-32)
if ESG.navmesh.legalMove(self.pos, despos):
self.positions.append(despos)
self.directions.append(Point(0, -1))
if len(self.directions) >= 1:
chosen = ESG.randInt(0, (len(self.directions)-1))
self.dest = self.positions[chosen]
self.direction = self.directions[chosen]
else:
self.dest = self.pos
if self.ct - self.lt >= 25:
newpos = Point(self.pos.x + (self.direction.x * self.speed), self.pos.y + (self.direction.y * self.speed))
self.lt = self.ct
if ESG.navmesh.legalMove(self.pos, newpos):
self.pos = newpos
def onThink(self, ignoreme):
self.ct = System.currentTimeMillis()
for i in range(0, ESG.entities.size()):
ent = ESG.entities.get(i)
if ent.name == "happysheep":
if (System.currentTimeMillis() - self.lastHit) >= 1000:
if ent.pos.inRange(2, self.pos):
self.lastHit = System.currentTimeMillis()
ESG.entities.get(i).destroy = True
ESG.entities.add(AIEvilSheep(ent.pos, [Point(0, 0)]))
ppos = Point(-ESG.player.pos.x, -ESG.player.pos.y)
if ppos.inRange(32, Point(self.pos.x + 16, self.pos.y + 16)):
if (System.currentTimeMillis() - self.lastHit) >= 1000:
self.lastHit = System.currentTimeMillis()
ESG.player.onDamage(1)
if self.pos.pointEquals(self.dest):
if len(self.positions) - 1 >= self.cdest:
self.dest = self.positions[self.cdest]
self.direction = Point(0, 0)
if self.dest.x > self.pos.x:
self.direction = Point(1, self.direction.y)
elif self.dest.x < self.pos.x:
self.direction = Point(-1, self.direction.y)
else:
self.direction = Point(0, self.direction.y)
if self.dest.y > self.pos.y:
self.direction = Point(self.direction.x, 1)
elif self.dest.y < self.pos.y:
self.direction = Point(self.direction.x, -1)
else:
self.direction = Point(self.direction.x, 0)
self.cdest = self.cdest + 1
else:
self.positions = []
self.directions = []
self.cdest = 0
for i in range(0, 4):
if i == 0:
despos = Point(self.pos.x + 32, self.pos.y)
if ESG.navmesh.legalMove(self.pos, despos):
self.positions.append(despos)
self.directions.append(Point(1, 0))
if i == 1:
despos = Point(self.pos.x - 32, self.pos.y)
if ESG.navmesh.legalMove(self.pos, despos):
self.positions.append(despos)
self.directions.append(Point(-1, 0))
if i == 2:
despos = Point(self.pos.x, self.pos.y + 32)
if ESG.navmesh.legalMove(self.pos, despos):
self.positions.append(despos)
self.directions.append(Point(0, 1))
if i == 3:
despos = Point(self.pos.x, self.pos.y - 32)
if ESG.navmesh.legalMove(self.pos, despos):
self.positions.append(despos)
self.directions.append(Point(0, -1))
if len(self.directions) >= 1:
chosen = ESG.randInt(0, (len(self.directions) - 1))
self.dest = self.positions[chosen]
self.direction = self.directions[chosen]
else:
self.dest = self.pos
if self.ct - self.lt >= 25:
self.direction = Point(0, 0)
if self.dest.x > self.pos.x:
self.direction = Point(1, self.direction.y)
elif self.dest.x < self.pos.x:
self.direction = Point(-1, self.direction.y)
else:
self.direction = Point(0, self.direction.y)
if self.dest.y > self.pos.y:
self.direction = Point(self.direction.x, 1)
elif self.dest.y < self.pos.y:
self.direction = Point(self.direction.x, -1)
else:
self.direction = Point(self.direction.x, 0)
newpos = Point(self.pos.x + (self.direction.x * self.speed),
self.pos.y + (self.direction.y * self.speed))
self.lt = self.ct
if ESG.navmesh.legalMove(self.pos, newpos):
self.pos = newpos
def onThink(self, ignoreme):
self.ct = System.currentTimeMillis()
for i in range(0, ESG.entities.size()):
ent = ESG.entities.get(i)
if ent.name == "happysheep":
if (System.currentTimeMillis() - self.lastHit) >= 1000:
if ent.pos.inRange(2, self.pos):
self.lastHit = System.currentTimeMillis()
ESG.entities.get(i).destroy = True
ESG.entities.add(AIEvilSheep(ent.pos, [Point(0, 0)]))
ppos = Point(-ESG.player.pos.x, -ESG.player.pos.y)
if ppos.inRange(32, Point(self.pos.x+16, self.pos.y+16)):
if (System.currentTimeMillis() - self.lastHit) >= 1000:
self.lastHit = System.currentTimeMillis()
ESG.player.onDamage(1)
if self.pos.pointEquals(self.dest):
if len(self.positions)-1 >= self.cdest:
self.dest = self.positions[self.cdest]
self.direction = Point(0, 0)
if self.dest.x > self.pos.x:
self.direction = Point(1, self.direction.y)
elif self.dest.x < self.pos.x:
self.direction = Point(-1, self.direction.y)
else:
self.direction = Point(0, self.direction.y)
if self.dest.y > self.pos.y:
self.direction = Point(self.direction.x, 1)
elif self.dest.y < self.pos.y:
self.direction = Point(self.direction.x, -1)
else:
self.direction = Point(self.direction.x, 0)
self.cdest = self.cdest + 1
else:
self.positions = []
self.directions = []
self.cdest = 0
for i in range(0, 4):
if i == 0:
despos = Point(self.pos.x+32, self.pos.y)
if ESG.navmesh.legalMove(self.pos, despos):
self.positions.append(despos)
self.directions.append(Point(1, 0))
if i == 1:
despos = Point(self.pos.x-32, self.pos.y)
if ESG.navmesh.legalMove(self.pos, despos):
self.positions.append(despos)
self.directions.append(Point(-1, 0))
if i == 2:
despos = Point(self.pos.x, self.pos.y+32)
if ESG.navmesh.legalMove(self.pos, despos):
self.positions.append(despos)
self.directions.append(Point(0, 1))
if i == 3:
despos = Point(self.pos.x, self.pos.y-32)
if ESG.navmesh.legalMove(self.pos, despos):
self.positions.append(despos)
self.directions.append(Point(0, -1))
if len(self.directions) >= 1:
chosen = ESG.randInt(0, (len(self.directions)-1))
self.dest = self.positions[chosen]
self.direction = self.directions[chosen]
else:
self.dest = self.pos
if self.ct - self.lt >= 25:
self.direction = Point(0, 0)
if self.dest.x > self.pos.x:
self.direction = Point(1, self.direction.y)
elif self.dest.x < self.pos.x:
self.direction = Point(-1, self.direction.y)
else:
self.direction = Point(0, self.direction.y)
if self.dest.y > self.pos.y:
self.direction = Point(self.direction.x, 1)
elif self.dest.y < self.pos.y:
self.direction = Point(self.direction.x, -1)
else:
self.direction = Point(self.direction.x, 0)
newpos = Point(self.pos.x + (self.direction.x * self.speed), self.pos.y + (self.direction.y * self.speed))
self.lt = self.ct
if ESG.navmesh.legalMove(self.pos, newpos):
self.pos = newpos
