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to input colour code:
"""
colourbyheight by thepolm3
to input colour code:
use this format;
"""
#### n : R , G , B / n : R , G , B / n : R , G , B ####
"""
where n is height, r is red, g is green and b is blue
to make a layer transparent do from one colour to the same colour,
so for example putting
40:0,40,91/50:0,40,91
at the end of your line would make heights 40-50 the original colour.
"""
#examples:
#simple back and white heightmap:
bw="1:0,0,0/63:255,255,255"
#RGB colours heightmap
rgb="1:0,0,0/10:255,0,0/20:0,255,0/30:0,0,255/40:255,0,255/50:0,255,255/60:255,255,0/63:255,255,255"
#earthy heightmap
earth="0:0,0,128/1:0,92,9/10:1,166,17/30:186,159,167/50:255,255,255/63:255,255,255"
#feel free to change this
default=earth
from random import randint
def apply_script(p,c,config):
class ColourByHeightProtocol(p):
def on_map_change(self,map):
try:
print("Please insert the colour code")
colourcode=raw_input("")
colourcode=colourcode.split("/")
for i in range(len(colourcode)):
colourcode[i]=colourcode[i].split(":")
colourcode[i][0]=int(colourcode[i][0])
colourcode[i][1]=colourcode[i][1].split(",")
colourcode[i][1][0]=int(colourcode[i][1][0])
colourcode[i][1][1]=int(colourcode[i][1][1])
colourcode[i][1][2]=int(colourcode[i][1][2])
print("Corret colour code")
except Exception:
print("Invalid colour code, reverting to default")
colourcode=default
colourcode=colourcode.split("/")
for i in range(len(colourcode)):
colourcode[i]=colourcode[i].split(":")
colourcode[i][0]=int(colourcode[i][0])
colourcode[i][1]=colourcode[i][1].split(",")
colourcode[i][1][0]=int(colourcode[i][1][0])
colourcode[i][1][1]=int(colourcode[i][1][1])
colourcode[i][1][2]=int(colourcode[i][1][2])
colourcode=sorted(colourcode)
fullheight=[None]*64
for code in colourcode:
fullheight[code[0]]=(code[1][0],code[1][1],code[1][2])
storedindex=0
rstep=0
gstep=0
bstep=0
if not fullheight[63]:
fullheight[63]=(code[1][0],code[1][1],code[1][2])
for height in range(len(fullheight)):
colour=fullheight[height]
if colour:
storedindex=height
for i in range(height+1,64):
if fullheight[i]:
break
if i==64:
height=64
break
rstep=float((colour[0]-fullheight[i][0]))/((i-height) or 1)
gstep=float((colour[1]-fullheight[i][1]))/((i-height) or 1)
bstep=float((colour[2]-fullheight[i][2]))/((i-height) or 1)
else:
if rstep or gstep or bstep:
count=height-storedindex
basecol=fullheight[storedindex]
fullheight[height]=(basecol[0]-rstep*count,basecol[1]-gstep*count,basecol[2]-bstep*count)
fullheight=fullheight[::-1]
for x in range(512):
if x%50==0:
print("%s generated (%s blocks)" %(str(x/5)+"%",str(float(512*63*x)/1000)+" thousand"))
for y in range(512):
for z in range(64):
if map.get_solid(x,y,z):
if fullheight[z]:
r,g,b=fullheight[z]
map.set_point(x,y,z,(r,g,b))
return p.on_map_change(self,map)
return ColourByHeightProtocol,c
use this format;
n : R , G , B / n : R , G , B / n : R , G , B
where n is height, r is red, g is green and b is blue
screenshots
Spoiler:
