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ocean.py
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from ursina import *
from ursina.shaders import basic_lighting_shader
import math, generation
app = Ursina()
window.title = 'My Game'
window.borderless = False
window.fullscreen = False
window.exit_button.visible = False
window.fps_counter.enabled = True
class Entites:
player = Entity(model='fish', scale_y=2, shaders=basic_lighting_shader, Collider= Mesh)
floor = Terrain(heightmap='save_world', skip=1)
os.remove("Data/save_world.png")
Sky = Entity(model='sphere', color=rgb(0, 119, 255), scale=1220, double_sided= True, shaders=basic_lighting_shader)
camera_limit = Entity(model='spthere',color=rgb(255,255,255,255))
terrain = Entity(model=floor, scale= (32000,1600,32000), color='#ece695', shaders=basic_lighting_shader, Collider= Mesh)
#settings
player.position += (0,1600.0, 0)
camera.clip_plane_far = 1250
scene.fog_density = 0.0005
scene.fog_color = rgb(0, 119, 255)
class player:
def __init__():
return 'Player'
player_moving = None
player_speed = 1.25
player_acleration = 0.0
player_rotation = None
camera.position = (Entites.player.position.x + 0, Entites.player.position.y, Entites.player.position.z + -50)
cam_deg = 0.0
def player_camera():
if not held_keys['right mouse']:
mouse.locked = 0
elif held_keys['right mouse']:
mouse.locked = 1
print(player.cam_deg)
print(camera.position)
if player.cam_deg <= -90 or player.cam_deg >= 90:
player.cam_deg = 0
if mouse.velocity.x > 0.0:
player.cam_deg += mouse.velocity.x
camera.position += (math.cos(player.cam_deg) * 1.5,0, -math.sin(player.cam_deg) * 1.5)
if mouse.velocity.x < 0.0:
player.cam_deg += mouse.velocity.x
camera.position += (math.cos(-player.cam_deg) * 1.5,0, -math.sin(-player.cam_deg) * 1.5)
'''
if distance(camera, Entites.player) > 50.0:
camera.position -= (mouse.velocity.x * 5, mouse.velocity.y * 5, 0)
elif distance(camera, Entites.player) < 50.0:
camera.position += (mouse.velocity.x * 4, mouse.velocity.y * 4, 0)
if distance(camera, Entites.player) > 50.0:
camera.position -= (mouse.velocity.x * 5, mouse.velocity.y * 5, 0)
elif distance(camera, Entites.player) < 50.0:
camera.position += (0, mouse.velocity.y * 4, 0)
'''
def player_movement():
player.player_rotation = tuple(Entites.player.rotation)
player.player_moving = float(held_keys['space']
or held_keys['left shift'] or held_keys['d']
or held_keys['a'] or held_keys['w'] or held_keys['s'])
if player.player_moving:
player.player_acleration = player.player_acleration + 0.02
if player.player_acleration >= 0.25:
player.player_acleration = 0.15
if Entites.player.intersects(Entites.terrain):
player.player_acleration = 0.0
Entites.player.y += 5
if float(2.0 == float(held_keys['w']) + float(held_keys['a'])):
player_rotation_y = (float(player.player_rotation[1]
> -35),
float(player.player_rotation[1] < -35))
Entites.player.z += player.player_acleration \
* player.player_speed
Entites.player.x -= player.player_acleration \
* player.player_speed
if player_rotation_y[0]:
Entites.player.rotation -= (0, 5.0, 0)
elif player_rotation_y[1]:
Entites.player.rotation += (0, 5.0, 0)
elif float(2.0 == float(held_keys['w']) + float(held_keys['d'
])):
player_rotation_y = (float(player.player_rotation[1] > 35),
float(player.player_rotation[1] < 35))
Entites.player.z += player.player_acleration \
* player.player_speed
Entites.player.x += player.player_acleration \
* player.player_speed
if player_rotation_y[0]:
Entites.player.rotation -= (0, 5.0, 0)
elif player_rotation_y[1]:
Entites.player.rotation += (0, 5.0, 0)
elif held_keys['w']:
Entites.player.z += player.player_acleration \
* player.player_speed
player_rotation_y = (float(player.player_rotation[1] > 0),
float(player.player_rotation[1] < 0))
if player_rotation_y[0]:
Entites.player.rotation -= (0, 5.0, 0)
elif player_rotation_y[1]:
Entites.player.rotation += (0, 5.0, 0)
elif float(2.0 == float(held_keys['s']) + float(held_keys['a'
])):
Entites.player.z -= player.player_acleration \
* player.player_speed
Entites.player.x -= player.player_acleration \
* player.player_speed
player_rotation_y = (float(player.player_rotation[1]
> -135),
float(player.player_rotation[1]
< -135))
if player.player_rotation[1] >= 180:
Entites.player.rotation -= (0, 360.0, 0)
if player.player_rotation[1] >= 130:
Entites.player.rotation += (0, 5.0, 0)
elif player_rotation_y[0]:
Entites.player.rotation -= (0, 5.0, 0)
elif player_rotation_y[1]:
Entites.player.rotation += (0, 5.0, 0)
elif float(2.0 == float(held_keys['s']) + float(held_keys['d'
])):
Entites.player.x += player.player_acleration \
* player.player_speed
Entites.player.z -= player.player_acleration \
* player.player_speed
player_rotation_y = (float(player.player_rotation[1]
> 135),
float(player.player_rotation[1] < 135))
if player.player_rotation[1] <= -180:
Entites.player.rotation += (0, 360.0, 0)
if player.player_rotation[1] <= -130:
Entites.player.rotation -= (0, 5.0, 0)
elif player_rotation_y[0]:
Entites.player.rotation -= (0, 5.0, 0)
elif player_rotation_y[1]:
Entites.player.rotation += (0, 5.0, 0)
elif held_keys['s']:
Entites.player.z -= player.player_acleration \
* player.player_speed
if player.player_rotation[1] > 0:
player_rotation_y = (float(player.player_rotation[1]
> 180), float(player.player_rotation[1] < 180))
if player_rotation_y[0]:
Entites.player.rotation -= (0, 5.0, 0)
elif player_rotation_y[1]:
Entites.player.rotation += (0, 5.0, 0)
elif player.player_rotation[1] <= 0:
player_rotation_y = (float(player.player_rotation[1]
> -180), float(player.player_rotation[1]
< -180))
if player_rotation_y[0]:
Entites.player.rotation -= (0, 5.0, 0)
elif player_rotation_y[1]:
Entites.L.rotation += (0, 5.0, 0)
elif held_keys['a']:
if player.player_rotation[1] == 180:
Entites.player.rotation[1] += 360
Entites.player.x -= player.player_acleration \
* player.player_speed
player_rotation_y = (float(player.player_rotation[1]
> -90),
float(player.player_rotation[1] < -90))
if player_rotation_y[0]:
Entites.player.rotation -= (0, 5.0, 0)
elif player_rotation_y[1]:
Entites.player.rotation += (0, 5.0, 0)
elif held_keys['d']:
Entites.player.x += player.player_acleration \
* player.player_speed
player_rotation_y = (float(player.player_rotation[1] > 90),
float(player.player_rotation[1] < 90))
if player_rotation_y[0]:
Entites.player.rotation -= (0, 5.0, 0)
elif player_rotation_y[1]:
Entites.player.rotation += (0, 5.0, 0)
if held_keys['space']:
if player.player_rotation[0] > -75:
Entites.player.rotation -= (5.0, 0, 0)
Entites.player.y += player.player_acleration \
* player.player_speed
elif not held_keys['space']:
if player.player_rotation[0] < 0:
Entites.player.rotation += (5.0, 0, 0)
if held_keys['left shift']:
if player.player_rotation[0] < 75:
Entites.player.rotation += (5.0, 0, 0)
Entites.player.y -= player.player_acleration \
* player.player_speed
elif not held_keys['left shift']:
if player.player_rotation[0] > 0:
Entites.player.rotation -= (5.0, 0, 0)
if player.player_acleration > 0.0:
player.player_acleration = player.player_acleration - 0.01
Entites.player.position += (0,)
def update():
Entites.Sky.position = Entites.player.position
camera.look_at(Entites.player)
player.player_movement()
player.player_camera()
if __name__ == '__main__':
app.run()