mirror of
https://github.com/worldforge/cyphesis
synced 2026-08-13 12:26:04 -04:00
5268071494
Minimal will not be changed, it will serve as a barren and minimalistic ruleset that allows someone to start. Mars will be the result of all tutorials applied to minimal. Also reverted minimal ruleset to use moraf, to avoid additional requirements.
114 lines
3.5 KiB
Python
114 lines
3.5 KiB
Python
# -*- coding: utf-8 -*-
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#This file is distributed under the terms of the GNU General Public license.
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#Copyright (C) 1999 Aloril (See the file COPYING for details).
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#Copyright (C) 2000-2008 Alistair Riddoch
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from atlas import *
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from random import *
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#from mind.panlingua import interlinguish
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#il=interlinguish
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from cyphesis import probability
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from cyphesis.editor import editor, create_editor
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from physics import Quaternion
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from physics import Vector3D
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from math import *
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import server
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#spawn_pos=(0,0,0)
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# Name: default
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# Synopsis: entry point into world creation (called by cyclient)
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#
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# Goals: create editor, setup call other setup items as needed
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# Note: called from observer (not sure what that means)
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def default(host='', account='', password='', **args):
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m=create_editor(host, account, password)
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world=m.look()
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if not hasattr(world, 'name'):
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_setup_landscape(m, world)
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_setup_objects(m)
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# Name _setup_landscape
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# Synopsis: setup the landscape
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def _setup_landscape(m, world):
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"""Set up the landscape environment of terrain, trees and natural
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features.
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"""
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# Add the terrain surface to the world.
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_setup_terrain_basic(m, world)
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# If there is no boundary, add that.
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if m.look_for(type='boundary') is None:
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m.make('boundary',pos=(-500,-321,-20),bbox=[2,642,300])
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m.make('boundary',pos=(-500,-321,-20),bbox=[821,2,300])
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m.make('boundary',pos=(-500, 320,-20),bbox=[821,2,300])
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m.make('boundary',pos=( 320,-321,-20),bbox=[2,642,300])
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def _setup_terrain_basic(m, world):
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world_width = 10
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world_length = 10
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# Fill in a matrix of height x width
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points = { }
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for i in range( -world_width, world_width ):
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for j in range( -world_length , world_length ):
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# Give all points a height of 5 above sea level
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points['%ix%i'%(i,j)] = [i, j, 5]
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# Work out the ranges for the bounding box of the world.
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minx=0
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miny=0
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minz=0
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maxx=0
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maxy=0
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maxz=0
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# iterate all points, record the min/max values for the bounding box
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for i in points.values():
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x = i[0]
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y = i[1]
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z = i[2]
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if not minx or x < minx:
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minx = x
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if not miny or y < miny:
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miny = y
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if not minz or z < minz:
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minz = z
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if not maxx or x > maxx:
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maxx = x
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if not maxy or y > maxy:
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maxy = y
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if not maxz or z > maxz:
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maxz = z
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# Patterns: where are these defined ? what assets ?
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# fill - default all around
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# band - probably around edges ... or a stipe type situation
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# grass - suspect its random from foliage system
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# depth - ???
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# high - ???
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# These names, correspond to the layer shaders defined in the media/shared/modeldefinitions/<name>.terrain
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surfaces = [
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{'name': 'rock', 'pattern': 'fill' },
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{'name': 'mars', 'pattern': 'band', 'params': {'lowThreshold': -5.0,
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'highThreshold': 110.0 } },
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#{'name': 'sand', 'pattern': 'band', 'params': {'lowThreshold': -5.0,
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# 'highThreshold': 10.0 } },
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]
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# The name of the terrain must also have a media/shared/modeldefinitions/<name>.terrain (i.e. moraf.terrain )
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m.set(world.id, terrain={'points' : points, 'surfaces' : surfaces}, name="moraf", bbox=[minx * 64, miny * 64, minz, maxx * 64, maxy * 64, maxz])
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points = {}
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surfaces = {}
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def _setup_objects(m):
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m.make('rock',pos=(-2,-4,0))
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