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mining-update-working.py
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mining-update-working.py
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from ursina import *
from panda3d.core import LVecBase3f
from ursina.prefabs.first_person_controller import *
from perlin_noise import *
from itertools import *
import math
import numpy as np
app=Ursina()#development_mode=False)
#player=FirstPersonController(gravity=0)
player=FirstPersonController(gravity=0)
cube_faces = [(0, 1, 0, 180, 0, 0), (0, 2, 0, 0, 0, 0), (0, 1.5, 0.5, 90, 0, 0), (0, 1.5, -0.5, -90, 0, 0),
(0.5, 1.5, 0, 0, 0, 90), (-0.5, 1.5, 0, 0, 0, -90)]
cube_faces2 = [(0, 2, 0, 180, 0, 0), (0, 1, 0, 0, 0, 0), (0, 1.5, -0.5, 90, 0, 0), (0, 1.5, 0.5, -90, 0, 0),
(-0.5, 1.5, 0, 0, 0, 90), (0.5, 1.5, 0, 0, 0, -90)]
seed = ord('y') + ord('o')
octaves = 0.5
frequency = 8
amplitude = 1
class Perlin:
def __init__(self):
self.seed = seed
self.octaves = octaves
self.freq = frequency
self.amplitude = amplitude
self.pNoise = PerlinNoise(seed=self.seed, octaves=self.octaves)
def get_height(self, x, z):
return self.pNoise([x / self.freq, z / self.freq]) * self.amplitude
chunk_faces = []
chunk_faces2 = []
chunk_faces3 = []
noise = Perlin()
terrain = Entity()
texture="sand"
xpos=0
zpos=0
chunk_size=16
for x in range(xpos, xpos + chunk_size):
for z in range(zpos, zpos + chunk_size):
y = noise.get_height(round(round(x) / 2), round(round(z) / 2))
y = math.floor(y * 7.5)
elem = cube_faces[1]
pos_i = Vec3(elem[0] + x, elem[1] + y, elem[2] + z)
rot_i = Vec3(elem[3], elem[4], elem[5])
face = Entity(model="plane", position=pos_i, rotation=rot_i, parent=terrain)
chunk_faces.append([face.x,face.z])
chunk_faces2.append(face.position)
chunk_faces3.append(1)
if pos_i + (0, 1, -1) in chunk_faces2:
elem = cube_faces[2]
pos_i = Vec3(elem[0] + x, elem[1] + y, elem[2] + z)
rot_i = Vec3(elem[3], elem[4], elem[5])
face = Entity(model="plane", position=pos_i + (0, 1, -1), rotation=rot_i, parent=terrain)
chunk_faces.append([face.x, face.z])
chunk_faces2.append(face.position)
chunk_faces3.append(2)
if pos_i + (-1, -1, 0) in chunk_faces2:
elem = cube_faces[5]
pos_i = Vec3(elem[0] + x, elem[1] + y, elem[2] + z)
rot_i = Vec3(elem[3], elem[4], elem[5])
face = Entity(model="plane", position=pos_i, rotation=rot_i, parent=terrain)
chunk_faces.append([face.x, face.z])
chunk_faces2.append(face.position)
chunk_faces3.append(5)
if pos_i + (0, -1, -1) in chunk_faces2:
elem = cube_faces[3]
pos_i = Vec3(elem[0] + x, elem[1] + y, elem[2] + z)
rot_i = Vec3(elem[3], elem[4], elem[5])
face = Entity(model="plane", position=pos_i, rotation=rot_i, parent=terrain)
chunk_faces.append([face.x,face.z])
chunk_faces2.append(face.position)
chunk_faces3.append(3)
if pos_i + (-1, 1, 0) in chunk_faces2:
elem = cube_faces[4]
pos_i = Vec3(elem[0] + x, elem[1] + y, elem[2] + z)
rot_i = Vec3(elem[3], elem[4], elem[5])
face = Entity(model="plane", position=pos_i + (-1, 1, 0), rotation=rot_i, parent=terrain)
chunk_faces.append([face.x,face.z])
chunk_faces2.append(face.position)
chunk_faces3.append(4)
if pos_i + (0.5, -0.5, -1) in chunk_faces2:
elem = cube_faces[3]
pos_i = Vec3(elem[0] + x, elem[1] + y, elem[2] + z)
rot_i = Vec3(elem[3], elem[4], elem[5])
face = Entity(model="plane", position=pos_i, rotation=rot_i, parent=terrain)
chunk_faces.append([face.x,face.z])
chunk_faces2.append(face.position)
chunk_faces3.append(3)
if pos_i + (-1, 1, 0) in chunk_faces2:
elem = cube_faces[4]
pos_i = Vec3(elem[0] + x, elem[1] + y, elem[2] + z)
rot_i = Vec3(elem[3], elem[4], elem[5])
if pos_i + (-1.5, 1.5, -1) in chunk_faces2 and pos_i+(-1.5,1.5,1) in chunk_faces2:
face = Entity(model="plane", position=pos_i + (-1, 1, -1), rotation=rot_i, parent=terrain)
chunk_faces.append([face.x,face.z])
chunk_faces2.append(face.position)
chunk_faces3.append(4)
#block = Entity(model="cube", texture="white_cube")
#blocky = block.combine()
#terrain.collider="mesh"
p = terrain.combine()
#terrain.collider='mesh'
#p.vertices.extend(blocky.vertices)
#p.project_uvs()
terrain.texture = texture
try:player.y = chunk_faces2[chunk_faces.index([round(player.x * 2) / 2, round(player.z * 2) / 2])][1]
except:pass
mode=1
save=0
q=(0,-9999,0)
c=Entity(model="cube",color=color.clear,collider="box")
c2=Entity(model="cube",texture="frame")
def update():
global mode
if mode==0:
try:
player.y = chunk_faces2[chunk_faces.index([round(player.x * 2) / 2, round(player.z * 2) / 2])][1]
except:
pass
c2.position = floor(player.position + player.forward * 4)
count=0
def input(key):
global p,mode,save,q,count
if key=="g":
if len(p.vertices)!=0:
p_verts=p.vertices
p_norms=p.normals
p_uvs=p.uvs
p.clear()
[p_verts.pop(3+i) for i in range(6)]#verts pos distance to mouse pos < 0.5 -> remove verts
[p_uvs.pop(3+i_) for i_ in range(6)]#index verts to remove -> update uvs
p.vertices=p_verts
p.normals=p_norms
p.uvs=p_uvs
p.generate()
if key=="o":
mode=1-mode
if key=="m":
player.y+=1
if key=="l":
player.y-=1
if save==1:
if mouse.hovered_entity == c:
#try:
global chunk_faces,chunk_faces2,chunk_faces3
#cube_=Entity()
aqc2=[]
aqc3=[]
pll=0
pos = Vec3(c.position) + (0, -1.5, 0)
for i__ in range(6):
elem = cube_faces[i__]#Vec3(vert)+Vec3(0.5,-1,0.5)
pos_i = Vec3(elem[0] + pos[0], elem[1] + pos[1], elem[2] + pos[2])
rot_i = Vec3(elem[3], elem[4], elem[5])
#face = Entity(model="plane", position=pos_i, rotation=rot_i, color=color.yellow, parent=cube_)
#chunk_faces.append([pos_i[0], pos_i[2]])
#chunk_faces2.append(pos_i)
#chunk_faces3.append(i__)
#aqc_1
aqc3.append(rot_i)
aqc2.append(pos_i)
p.clear()
destroy(terrain)
terrain2=Entity()
new_chunk_faces2=[]
new_chunk_faces=[]
new_chunk_faces3=[]
f_pos=[]
for element in chunk_faces2:
elem = cube_faces[chunk_faces3[pll]]
pos_i = Vec3(element[0], element[1], element[2])
rot_i = Vec3(elem[3], elem[4], elem[5])
if not pos_i in aqc2:
#print(aqc,pos_i)
face = Entity(model="plane", position=pos_i, rotation=rot_i, parent=terrain2)
#if chunk_faces3[pll]!=2 and chunk_faces3[pll]!=3:
new_chunk_faces2.append((pos_i[0],pos_i[1],pos_i[2]))
new_chunk_faces.append([pos_i[0],pos_i[2]])
new_chunk_faces3.append(chunk_faces3[pll])
else:
f_pos.append(pos_i)
pll+=1#YESSSIRRR!
chunk_faces2=new_chunk_faces2
chunk_faces=new_chunk_faces
chunk_faces3=new_chunk_faces3
for anti_f_pos in aqc2:
if not anti_f_pos in f_pos:
face = Entity(model="plane", position=anti_f_pos, rotation=aqc3[aqc2.index(anti_f_pos)],parent=terrain2)
chunk_faces2.append(face.position)
chunk_faces.append([face.x,face.z])
if face.rotation==(180,0,0):chunk_faces3.append(0)
if face.rotation==(0,0,0):chunk_faces3.append(1)
if face.rotation==(90,0,0):chunk_faces3.append(2)
if face.rotation==(-90,0,0):chunk_faces3.append(3)
if face.rotation==(0,0,90):chunk_faces3.append(4)
if face.rotation==(0,0,-90):chunk_faces3.append(5)
p=terrain2.combine()
terrain2.texture=texture
c.y=-9999
#except:print("SURFBREAD")
else:c.y=-9999
save=0
if save==2:
if mouse.hovered_entity==c:
p.clear()
destroy(terrain)
terrain2 = Entity()
for cube_face in cube_faces2:
pos___=Vec3(cube_face[0],cube_face[1],cube_face[2])+Vec3(c.position)+Vec3(0,-2.5,0)
if pos___ in chunk_faces2:
cpos=chunk_faces2.index(pos___)
chunk_faces3.pop(cpos)
chunk_faces2.pop(cpos)
chunk_faces.pop(cpos)
else:
chunk_faces2.append(pos___)
chunk_faces.append([pos___[0],pos___[2]])
chunk_faces3.append(cube_faces2.index(cube_face))
new_chunk_faces=[]
new_chunk_faces2=[]
new_chunk_faces3=[]
pll=0
for element in chunk_faces2:
elem = cube_faces[chunk_faces3[pll]]
pos_i = Vec3(element[0], element[1], element[2])
rot_i = Vec3(elem[3], elem[4], elem[5])
face = Entity(model="plane", position=pos_i, rotation=rot_i, parent=terrain2)
# if chunk_faces3[pll]!=2 and chunk_faces3[pll]!=3:
new_chunk_faces2.append((pos_i[0], pos_i[1], pos_i[2]))
new_chunk_faces.append([pos_i[0], pos_i[2]])
new_chunk_faces3.append(chunk_faces3[pll])
pll += 1
print(pll,len(chunk_faces))
chunk_faces2=new_chunk_faces2
chunk_faces3=new_chunk_faces3
chunk_faces=new_chunk_faces
p=terrain2.combine()
terrain2.texture="sand"
c.y=-9999
save=0
if key=="right mouse down":
l = []
try:
q = chunk_faces2[chunk_faces.index([round((player.forward[0]) * 4 + player.x),
round((player.forward[2]) * 4 + player.z)])] + (0, 0.5, 0)
except:pass
c.position=q
save=1
#if save==3 and mouse.hovered_entity==c:
if key=="left mouse down":
l = []
try:
q = chunk_faces2[chunk_faces.index([round((player.forward[0]) * 4 + player.x),
round((player.forward[2]) * 4 + player.z)])] + (0, 0.5, 0)
except:
pass
c.position = q
save = 2
# except:
# pass
if key=="up arrow":
p_verts = p.vertices
p_norms = p.normals
p_uvs = p.uvs
p.clear()
try:
[p_verts.pop(count*6+_i_) for _i_ in # mit _i_ mal nehmen und faces hervorheben
range(6)] # verts pos distance to mouse pos < 0.5 -> remove verts
[p_uvs.pop(count*6+_i_) for _i_ in
range(6)] # index verts to remove -> update uvs
except:pass
p.vertices = p_verts
p.normals = p_norms
p.uvs = p_uvs
p.generate()
count+=1
if key=="e":
player.enabled=not player.enabled
print(len(scene.entities))
#p.generate_normals(smooth=10)
app.run()