Package org.terasology.world.chunks.deflate

Examples of org.terasology.world.chunks.deflate.TeraStandardDeflator.deflate()

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            int lightSize = lightData.getEstimatedMemoryConsumptionInBytes();
            int liquidSize = extraData.getEstimatedMemoryConsumptionInBytes();
            int biomeSize = biomeData.getEstimatedMemoryConsumptionInBytes();
            int totalSize = blocksSize + sunlightRegenSize + sunlightSize + lightSize + liquidSize + biomeSize;

            blockData = def.deflate(blockData);
            lightData = def.deflate(lightData);
            extraData = def.deflate(extraData);
            biomeData = def.deflate(biomeData);

            int blocksReduced = blockData.getEstimatedMemoryConsumptionInBytes();
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            int liquidSize = extraData.getEstimatedMemoryConsumptionInBytes();
            int biomeSize = biomeData.getEstimatedMemoryConsumptionInBytes();
            int totalSize = blocksSize + sunlightRegenSize + sunlightSize + lightSize + liquidSize + biomeSize;

            blockData = def.deflate(blockData);
            lightData = def.deflate(lightData);
            extraData = def.deflate(extraData);
            biomeData = def.deflate(biomeData);

            int blocksReduced = blockData.getEstimatedMemoryConsumptionInBytes();
            int lightReduced = lightData.getEstimatedMemoryConsumptionInBytes();
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            int biomeSize = biomeData.getEstimatedMemoryConsumptionInBytes();
            int totalSize = blocksSize + sunlightRegenSize + sunlightSize + lightSize + liquidSize + biomeSize;

            blockData = def.deflate(blockData);
            lightData = def.deflate(lightData);
            extraData = def.deflate(extraData);
            biomeData = def.deflate(biomeData);

            int blocksReduced = blockData.getEstimatedMemoryConsumptionInBytes();
            int lightReduced = lightData.getEstimatedMemoryConsumptionInBytes();
            int liquidReduced = extraData.getEstimatedMemoryConsumptionInBytes();
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            int totalSize = blocksSize + sunlightRegenSize + sunlightSize + lightSize + liquidSize + biomeSize;

            blockData = def.deflate(blockData);
            lightData = def.deflate(lightData);
            extraData = def.deflate(extraData);
            biomeData = def.deflate(biomeData);

            int blocksReduced = blockData.getEstimatedMemoryConsumptionInBytes();
            int lightReduced = lightData.getEstimatedMemoryConsumptionInBytes();
            int liquidReduced = extraData.getEstimatedMemoryConsumptionInBytes();
            int biomeReduced = biomeData.getEstimatedMemoryConsumptionInBytes();
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                    PERCENT_FORMAT.format(liquidPercent),
                    PERCENT_FORMAT.format(biomePercent));
            ChunkMonitor.fireChunkDeflated(this, totalSize, totalReduced);
        } else {
            final int oldSize = getEstimatedMemoryConsumptionInBytes();
            blockData = def.deflate(blockData);
            lightData = def.deflate(lightData);
            extraData = def.deflate(extraData);
            biomeData = def.deflate(biomeData);
            ChunkMonitor.fireChunkDeflated(this, oldSize, getEstimatedMemoryConsumptionInBytes());
        }
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                    PERCENT_FORMAT.format(biomePercent));
            ChunkMonitor.fireChunkDeflated(this, totalSize, totalReduced);
        } else {
            final int oldSize = getEstimatedMemoryConsumptionInBytes();
            blockData = def.deflate(blockData);
            lightData = def.deflate(lightData);
            extraData = def.deflate(extraData);
            biomeData = def.deflate(biomeData);
            ChunkMonitor.fireChunkDeflated(this, oldSize, getEstimatedMemoryConsumptionInBytes());
        }
    }
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            ChunkMonitor.fireChunkDeflated(this, totalSize, totalReduced);
        } else {
            final int oldSize = getEstimatedMemoryConsumptionInBytes();
            blockData = def.deflate(blockData);
            lightData = def.deflate(lightData);
            extraData = def.deflate(extraData);
            biomeData = def.deflate(biomeData);
            ChunkMonitor.fireChunkDeflated(this, oldSize, getEstimatedMemoryConsumptionInBytes());
        }
    }
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        } else {
            final int oldSize = getEstimatedMemoryConsumptionInBytes();
            blockData = def.deflate(blockData);
            lightData = def.deflate(lightData);
            extraData = def.deflate(extraData);
            biomeData = def.deflate(biomeData);
            ChunkMonitor.fireChunkDeflated(this, oldSize, getEstimatedMemoryConsumptionInBytes());
        }
    }

    @Override
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            int sunlightRegenSize = sunlightRegenData.getEstimatedMemoryConsumptionInBytes();
            int lightSize = lightData.getEstimatedMemoryConsumptionInBytes();
            int liquidSize = extraData.getEstimatedMemoryConsumptionInBytes();
            int totalSize = blocksSize + sunlightRegenSize + sunlightSize + lightSize + liquidSize;

            sunlightData = def.deflate(sunlightData);
            sunlightRegenData = def.deflate(sunlightRegenData);

            int sunlightReduced = sunlightData.getEstimatedMemoryConsumptionInBytes();
            int sunlightRegenReduced = sunlightRegenData.getEstimatedMemoryConsumptionInBytes();
            int totalReduced = blocksSize + sunlightRegenReduced + sunlightReduced + lightSize + liquidSize;
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            int lightSize = lightData.getEstimatedMemoryConsumptionInBytes();
            int liquidSize = extraData.getEstimatedMemoryConsumptionInBytes();
            int totalSize = blocksSize + sunlightRegenSize + sunlightSize + lightSize + liquidSize;

            sunlightData = def.deflate(sunlightData);
            sunlightRegenData = def.deflate(sunlightRegenData);

            int sunlightReduced = sunlightData.getEstimatedMemoryConsumptionInBytes();
            int sunlightRegenReduced = sunlightRegenData.getEstimatedMemoryConsumptionInBytes();
            int totalReduced = blocksSize + sunlightRegenReduced + sunlightReduced + lightSize + liquidSize;
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