mirror of
https://github.com/kuhyx/WUT_Computer_Science.git
synced 2026-07-04 21:23:07 +02:00
Krzysztof kuhy Rudnicki
056d3aeab6
git-subtree-dir: Programming/TRAK git-subtree-mainline:e11d703c3egit-subtree-split:777937fb9e
58 lines
2.6 KiB
Python
58 lines
2.6 KiB
Python
from ..geometry import Cuboid_Collider, Primitive
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from ..materials import Material
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from ..utils.vector3 import vec3
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from ..utils.constants import SKYBOX_DISTANCE
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from ..utils.image_functions import load_image, load_image_as_linear_sRGB
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from .util.blur_background import blur_skybox
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class SkyBox(Primitive):
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def __init__(self, cubemap, center = vec3(0.,0.,0.), light_intensity = 0.0, blur = 0.0):
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super().__init__(center, SkyBox_Material(cubemap, light_intensity, blur), shadow = False)
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l = SKYBOX_DISTANCE
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self.light_intensity = light_intensity
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#BOTTOM
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self.collider_list += [Cuboid_Collider(assigned_primitive = self, center = center, width = 2*l, height =2*l ,length =2*l )]
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def get_uv(self, hit):
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u,v = hit.collider.get_uv(hit)
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u,v = u/4,v/3
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return u,v
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class SkyBox_Material(Material):
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def __init__(self, cubemap, light_intensity, blur):
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self.texture = load_image_as_linear_sRGB("sightpy/backgrounds/" + cubemap)
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if light_intensity != 0.0:
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self.lightmap = load_image("sightpy/backgrounds/lightmaps/" + cubemap)
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if blur != 0.0:
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self.blur_image = blur_skybox(load_image("sightpy/backgrounds/" + cubemap), blur, cubemap)
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self.blur = blur
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self.light_intensity = light_intensity
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self.repeat = 1.0
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def get_texture_color(self, hit, ray):
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u,v = hit.get_uv()
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if (self.blur != 0.0) :
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im = self.blur_image[-((v * self.blur_image.shape[0]*self.repeat ).astype(int)% self.blur_image.shape[0]) , (u * self.blur_image.shape[1]*self.repeat).astype(int) % self.blur_image.shape[1] ].T
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else:
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im = self.texture[-((v * self.texture.shape[0]*self.repeat ).astype(int)% self.texture.shape[0]) , (u * self.texture.shape[1]*self.repeat).astype(int) % self.texture.shape[1] ].T
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if (ray.depth != 0) and (self.light_intensity != 0.0):
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ls = self.lightmap[-((v * self.texture.shape[0]*self.repeat ).astype(int)% self.texture.shape[0]) , (u * self.texture.shape[1]*self.repeat).astype(int) % self.texture.shape[1] ].T
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color = vec3(im[0] + self.light_intensity * ls[0], im[1] + self.light_intensity * ls[1], im[2] + self.light_intensity * ls[2])
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else:
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color = vec3(im[0] , im[1] , im[2] )
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return color
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def get_color(self, scene, ray, hit):
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hit.point = (ray.origin + ray.dir * hit.distance)
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return hit.material.get_texture_color(hit,ray)
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