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import math, sys
import euclid, objloader, collide
from OpenGL.GL import *
from OpenGL.GLU import *
toon_program = None
#try:
# import shaders
# toon_program = shaders.toon_program()
#except:
# print 'No shaders available:', sys.exc_info()[1]
class MapElement:
is_food = False
def __init__(self, rotation, position):
self.rotation = rotation
self.position = position
self.hitbox = None
self.init()
def init(self):
pass
def __repr__(self):
return '<%s at c=%r,r=%r>'%(self.__class__.__name__, self.position,
self.rotation)
def render(self, show_collide=False):
glPushMatrix()
glTranslate(*self.position)
if self.rotation: glRotate(self.rotation, 0, 1, 0)
glCallList(self.obj.gl_list)
glPopMatrix()
if show_collide and self.hitbox:
self.hitbox.render()
class Fence(MapElement):
file = 'data/fence.obj'
def init(self):
r = euclid.Matrix3.new_rotate(self.rotation * math.pi / 180)
v = r * euclid.Vector2(1, 20)
px, py, pz = self.position
self.hitbox = collide.AABox((px, py+3, pz), abs(v.x), 10., abs(v.y))
class Gate(Fence):
file = 'data/gate.obj'
class Player(MapElement):
file = 'data/rabbit-sitting.obj'
class Farmer(MapElement):
file = 'data/farmer.obj'
class Bucket(MapElement):
file = 'data/bucket.obj'
def init(self):
px, py, pz = self.position
self.hitbox = collide.AABox((px, py+1, pz), 2., 10, 2)
class Hole(MapElement):
file = 'data/hole.obj'
class Tree(MapElement):
file = 'data/tree.obj'
class Hedge(MapElement):
file = 'data/hedge.obj'
class LongHedge(MapElement):
file = 'data/long-hedge.obj'
class Scarecrow(MapElement):
file = 'data/scarecrow.obj'
class Pie(MapElement):
file = 'data/pie.obj'
class Row(MapElement):
file = 'data/row.obj'
class Lettuce(MapElement):
file = 'data/lettuce.obj'
name = 'lettuce'
is_food = True
food_value = 1
def init(self):
px, py, pz = self.position
self.hitbox = collide.AABox((px, py+1, pz), 2, 2., 2)
class LettuceEat1(Lettuce):
file = 'data/lettuce-eat1.obj'
food_value = 1
Lettuce.next = LettuceEat1
class LettuceEat2(Lettuce):
file = 'data/lettuce-eat2.obj'
food_value = 1
LettuceEat1.next = LettuceEat2
class LettuceEat3(Lettuce):
file = 'data/lettuce-eat3.obj'
food_value = 1
LettuceEat2.next = LettuceEat3
class LettuceEat4(LettuceEat3):
file = 'data/lettuce-eat4.obj'
is_food = False
LettuceEat3.next = LettuceEat4
class Tomato(MapElement):
file = 'data/tomato.obj'
name = 'tomato'
is_food = True
food_value = 1
def init(self):
px, py, pz = self.position
self.hitbox = collide.AABox((px, py+2.5, pz), 2, 5., 2)
class TomatoEat1(Tomato):
file = 'data/tomato-eat1.obj'
food_value = 1
Tomato.next = TomatoEat1
class TomatoEat2(Tomato):
file = 'data/tomato-eat2.obj'
food_value = 1
TomatoEat1.next = TomatoEat2
class TomatoEat3(Tomato):
file = 'data/tomato-eat3.obj'
food_value = 1
TomatoEat2.next = TomatoEat3
class TomatoEat4(TomatoEat3):
file = 'data/tomato-eat4.obj'
is_food = False
next = None
TomatoEat3.next = TomatoEat4
class Carrot(MapElement):
file = 'data/carrot.obj'
name = 'carrot'
is_food = True
food_value = 2
def init(self):
px, py, pz = self.position
self.hitbox = collide.AABox((px, py, pz), 1, 1, 1)
class CarrotEat1(Carrot):
file = 'data/carrot-eat1.obj'
food_value = 2
next = None
Carrot.next = CarrotEat1
map_elements = {
'fence': Fence,
'gate': Gate,
'row': Row,
'tree': Tree,
'hedge': Hedge,
'long-hedge': LongHedge,
'bucket': Bucket,
'scarecrow': Scarecrow,
'pie': Pie,
'hole': Hole,
'player': Player,
'farmer': Farmer,
'lettuce': Lettuce,
'lettuce-eat1': LettuceEat1,
'lettuce-eat2': LettuceEat2,
'lettuce-eat3': LettuceEat3,
'lettuce-eat4': LettuceEat4,
'tomato': Tomato,
'tomato-eat1': TomatoEat1,
'tomato-eat2': TomatoEat2,
'tomato-eat3': TomatoEat3,
'tomato-eat4': TomatoEat4,
'carrot': Carrot,
'carrot-eat1': CarrotEat1,
}
def load():
for name, element in map_elements.items():
element.obj = objloader.OBJ(element.file,
outline=toon_program is not None)
element.name = name
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