Java 从Aparabi线程返回

我正在与Aparabi合作，我无法返回我想要的数据。 我发现Aparabi的工作原理与线程类似

    private int calculateBlockLightLevel(final int x,final int y,final int z) {
    int blockType = world.getBlockTypeAt(x, z, y);

    //TODO Work out how to edit this, aka not Final!
    final int found[] = new int[]{0};
    Kernel kernel = new Kernel(){
        @Override public void run() {
            int blockLightLevel = getBlockLightLevelAt(x, y + 1, z);
            int highestSurroundingBlockLight = blockLightLevel;

            found[0]=highestSurroundingBlockLight;

            blockLightLevel = getBlockLightLevelAt(x - 1, y, z);
            if (blockLightLevel > highestSurroundingBlockLight) {
                highestSurroundingBlockLight = blockLightLevel;
                found[0]=highestSurroundingBlockLight;
            }
            blockLightLevel = getBlockLightLevelAt(x + 1, y, z);
            if (blockLightLevel > highestSurroundingBlockLight) {
                highestSurroundingBlockLight = blockLightLevel;
                found[0]=highestSurroundingBlockLight;
            }
            blockLightLevel = getBlockLightLevelAt(x, y, z - 1);
            if (blockLightLevel > highestSurroundingBlockLight) {
                highestSurroundingBlockLight = blockLightLevel;
                found[0]=highestSurroundingBlockLight;
            }
            blockLightLevel = getBlockLightLevelAt(x, y, z + 1);
            if (blockLightLevel > highestSurroundingBlockLight) {
                highestSurroundingBlockLight = blockLightLevel;
                found[0]=highestSurroundingBlockLight;
            }
            blockLightLevel = getBlockLightLevelAt(x, y - 1, z);
            if (blockLightLevel > highestSurroundingBlockLight) {
                highestSurroundingBlockLight = blockLightLevel;
                found[0]=highestSurroundingBlockLight;
            }

        }
     };
     kernel.execute(1);

     kernel.dispose();

    return Math.max(found[0] - Math.max(BLOCK_TRANSPARENCY.get(blockType), 1), 0);

}

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从这段代码中，我试图将find返回到我的return中。

一旦执行了内核，结果将显示为find。找到的[]数组将传递给GPU，并在执行完成后复制回。把内核想象成另一个匿名的内部类，它可以从封闭的作用域中改变数组内容。Aparabi遵循相同的模式。我忘了添加。仅仅因为数组是最终的，并不意味着它的内容不能更改。找到的[]数组必须是最终数组，匿名类才能在run（）方法中“捕获”它。我们不能将find更改为数组引用（不能将find=newint[]{…}！），但可以从内核的run方法中分配给find[]的元素。