Ludovic Marie
cb19660fbe
Add version-bound core, world data, geometry, generation and feature implementations with native client/server comparison tools and scoped evidence reports. Apply Horizon project branding. Workspace tests, Clippy and 147 Python tests passed. Full 51-family survival and expanded provider comparisons are still running; complete gameplay parity and a playable Rust client remain unfinished. Private game artifacts and the isolated simple-block placement work are excluded.
38 lines
2.0 KiB
Python
38 lines
2.0 KiB
Python
import json
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import unittest
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from tools import test_terrain_parity as terrain
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class TerrainCorpusTests(unittest.TestCase):
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def inputs(self):
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names=["air","void_air","cave_air","stone","water","lava","oak_leaves","glass","oak_slab"]
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facts={"states":[["minecraft:"+name,name.endswith("air"),name in ["water","lava","oak_slab"]] for name in names],
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"defaults":{"minecraft:"+name:i for i,name in enumerate(names)}}
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setting={"noise":{"min_y":-64,"height":384},"default_block":"minecraft:stone","default_fluid":"minecraft:water","sea_level":63,"noise_router":{},"aquifers":{"barrier":0}}
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return facts,{"settings":{"minecraft:overworld":json.dumps(setting)}}
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def test_corpus_retains_presets_seed_modes_and_repeat_fills(self):
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facts,bundle=self.inputs();fixtures=list(terrain.corpus(facts,bundle))
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self.assertEqual(fixtures,list(terrain.corpus(facts,bundle)))
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self.assertEqual(len(fixtures),66)
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self.assertEqual({f["legacy"] for f in fixtures[:6]},{True,False})
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self.assertEqual({f["seed"] for f in fixtures[:6]},{0,-1,0x123456789abcdef})
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self.assertTrue(all(f["initial"] for f in fixtures))
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self.assertTrue(any(f["repeats"]==2 for f in fixtures[:6]))
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self.assertTrue(any(f["aquifers"] is None for f in fixtures))
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self.assertTrue(any(f["aquifers"] is not None for f in fixtures))
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def test_partial_fills_and_input_writes_stay_inside_chunk(self):
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facts,bundle=self.inputs();fixtures=list(terrain.corpus(facts,bundle))
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self.assertTrue(any(f["min"]<f["noise_min"] for f in fixtures))
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for f in fixtures:
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self.assertLessEqual(f["min"],f["noise_min"])
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self.assertLessEqual(f["noise_min"]+f["noise_height"],f["min"]+f["height"])
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for x,y,z,state in f["initial"]:
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self.assertTrue(0<=x<16 and 0<=z<16)
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self.assertTrue(f["min"]<=y<f["min"]+f["height"])
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self.assertTrue(0<=state<len(facts["states"]))
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if __name__=="__main__":unittest.main()
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