Package org.terasology.math

Examples of org.terasology.math.Vector3i

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    }

    @Test
    public void blockedSunlightRegenPropagationResets() {
        Chunk chunk = new ChunkImpl(0, 0, 0);
        for (Vector3i pos : Region3i.createFromMinAndSize(new Vector3i(0, 60, 0), new Vector3i(ChunkConstants.SIZE_X, 1, ChunkConstants.SIZE_Z))) {
            chunk.setBlock(pos, solidBlock);
        }
        InternalLightProcessor.generateInternalLighting(chunk);

        for (Vector3i pos : Region3i.createFromMinAndSize(new Vector3i(0, 61, 0), new Vector3i(ChunkConstants.SIZE_X, 3, ChunkConstants.SIZE_Z))) {
            byte expectedRegen = (byte) Math.min(ChunkConstants.SIZE_Y - pos.y - 1, ChunkConstants.MAX_SUNLIGHT_REGEN);
            assertEquals(expectedRegen, chunk.getSunlightRegen(pos));
        }
        for (Vector3i pos : Region3i.createFromMinAndSize(new Vector3i(0, 60, 0), new Vector3i(ChunkConstants.SIZE_X, 1, ChunkConstants.SIZE_Z))) {
            assertEquals(0, chunk.getSunlightRegen(pos));
        }
        for (Vector3i pos : Region3i.createFromMinAndSize(new Vector3i(0, 0, 0), new Vector3i(ChunkConstants.SIZE_X, 59, ChunkConstants.SIZE_Z))) {
            byte expectedRegen = (byte) Math.min(60 - pos.y - 1, ChunkConstants.MAX_SUNLIGHT_REGEN);
            assertEquals(expectedRegen, chunk.getSunlightRegen(pos));
        }
    }
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    }

    @Test
    public void blockedAtTopSunlightRegenPropagationResets() {
        Chunk chunk = new ChunkImpl(0, 0, 0);
        for (Vector3i pos : Region3i.createFromMinAndSize(new Vector3i(0, 63, 0), new Vector3i(ChunkConstants.SIZE_X, 1, ChunkConstants.SIZE_Z))) {
            chunk.setBlock(pos, solidBlock);
        }
        InternalLightProcessor.generateInternalLighting(chunk);

        for (Vector3i pos : Region3i.createFromMinAndSize(Vector3i.zero(), new Vector3i(ChunkConstants.SIZE_X, ChunkConstants.SIZE_Y - 1, ChunkConstants.SIZE_Z))) {
            byte expectedRegen = (byte) Math.min(ChunkConstants.SIZE_Y - pos.y - 2, ChunkConstants.MAX_SUNLIGHT_REGEN);
            assertEquals(expectedRegen, chunk.getSunlightRegen(pos));
        }
    }
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    @Test
    public void unblockedSunlightPropagationAfterHittingMaxRegen() {
        Chunk chunk = new ChunkImpl(0, 0, 0);
        InternalLightProcessor.generateInternalLighting(chunk);

        for (Vector3i pos : Region3i.createFromMinAndSize(new Vector3i(0, 15, 0), new Vector3i(ChunkConstants.SIZE_X, ChunkConstants.SIZE_Y - 15,
                ChunkConstants.SIZE_Z))) {
            assertEquals(0, chunk.getSunlight(pos));
        }

        for (Vector3i pos : Region3i.createFromMinAndSize(Vector3i.zero(), new Vector3i(ChunkConstants.SIZE_X, ChunkConstants.SIZE_Y - ChunkConstants.MAX_SUNLIGHT_REGEN,
                ChunkConstants.SIZE_Z))) {
            byte expectedSunlight = (byte) Math.min(ChunkConstants.SIZE_Y - ChunkConstants.SUNLIGHT_REGEN_THRESHOLD - pos.y - 1, ChunkConstants.MAX_SUNLIGHT);
            assertEquals("Incorrect lighting at " + pos, expectedSunlight, chunk.getSunlight(pos));
        }
    }
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    }

    @Test
    public void blockedSunlightPropagation() {
        Chunk chunk = new ChunkImpl(0, 0, 0);
        for (Vector3i pos : Region3i.createFromMinAndSize(new Vector3i(0, 4, 0), new Vector3i(ChunkConstants.SIZE_X, 1, ChunkConstants.SIZE_Z))) {
            chunk.setBlock(pos, solidBlock);
        }
        InternalLightProcessor.generateInternalLighting(chunk);

        for (Vector3i pos : Region3i.createFromMinAndSize(new Vector3i(0, 0, 0), new Vector3i(ChunkConstants.SIZE_X, 5,
                ChunkConstants.SIZE_Z))) {
            assertEquals("Incorrect lighting at " + pos, 0, chunk.getSunlight(pos));
        }
    }
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    @Test
    public void unblockedSunlightPropagation() {
        Chunk chunk = new ChunkImpl(0, 0, 0);
        InternalLightProcessor.generateInternalLighting(chunk);

        for (Vector3i pos : Region3i.createFromMinAndSize(new Vector3i(0, 0, 0), new Vector3i(ChunkConstants.SIZE_X, 15,
                ChunkConstants.SIZE_Z))) {
            assertEquals("Incorrect lighting at " + pos, 15 - pos.y, chunk.getSunlight(pos));
        }
    }
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    }

    @Test
    public void horizontalSunlightPropagation() {
        Chunk chunk = new ChunkImpl(0, 0, 0);
        for (Vector3i pos : Region3i.createFromMinAndSize(new Vector3i(0, 4, 0), new Vector3i(ChunkConstants.SIZE_X, 1, ChunkConstants.SIZE_Z))) {
            chunk.setBlock(pos, solidBlock);
        }
        chunk.setBlock(new Vector3i(16, 4, 16), airBlock);
        InternalLightProcessor.generateInternalLighting(chunk);

        assertEquals(12, chunk.getSunlight(16, 3, 16));
        assertEquals(11, chunk.getSunlight(15, 3, 16));
        assertEquals(11, chunk.getSunlight(17, 3, 16));
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        Chunk chunk = new ChunkImpl(0, 0, 0);
        chunk.setBlock(16, 32, 16, fullLight);

        InternalLightProcessor.generateInternalLighting(chunk);
        assertEquals(fullLight.getLuminance(), chunk.getLight(16, 32, 16));
        assertEquals(fullLight.getLuminance() - 1, chunk.getLight(new Vector3i(16, 33, 16)));
        for (int i = 1; i < fullLight.getLuminance(); ++i) {
            for (Vector3i pos : Diamond3iIterator.iterateAtDistance(new Vector3i(16, 32, 16), i)) {
                assertEquals(fullLight.getLuminance() - i, chunk.getLight(pos));
            }
        }
    }
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    private Vector3i mouseToChunkPos(Point p) {
        Preconditions.checkNotNull(p, "The parameter 'p' must not be null");
        int x = (p.x - centerOffsetX - offsetX) / chunkSize;
        int z = (p.y - centerOffsetY - offsetY) / chunkSize;
        return new Vector3i(x - 1, renderY, z);
    }
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    private void recomputeRenderY() {
        int min = 0;
        int max = 0;
        int y = renderY;
        for (ChunkMonitorEntry chunk : chunks) {
            final Vector3i pos = chunk.getPosition();
            if (pos.y < min) {
                min = pos.y;
            }
            if (pos.y > max) {
                max = pos.y;
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    }

    private Vector3i calcPlayerChunkPos() {
        final LocalPlayer p = CoreRegistry.get(LocalPlayer.class);
        if (p != null) {
            return TeraMath.calcChunkPos(new Vector3i(p.getPosition()));
        }
        return null;
    }
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Related Classes of org.terasology.math.Vector3i

  • org.terasology.core.logic.door.DoorSystem
  • org.terasology.core.world.generator.AbstractBaseWorldGenerator
  • org.terasology.core.world.generator.facetProviders.EnsureSpawnableChunkZeroProvider
  • org.terasology.core.world.generator.facetProviders.HeightMapSurfaceHeightProvider
  • org.terasology.core.world.generator.rasterizers.GroundRasterizer
  • org.terasology.engine.subsystem.headless.renderer.HeadlessWorldRenderer
  • org.terasology.input.cameraTarget.CameraTargetSystem
  • org.terasology.logic.actions.ExplosionAction
  • org.terasology.logic.actions.TunnelAction
  • org.terasology.logic.characters.CharacterSoundSystem
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