inccrrect compute response (c#)

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1

4.5.1

Question

Can anyone explain the project killing issue to me? Simple compute buffering not returning expected results

My shader…

#[compute]
#version 450

layout(local_size_x=1,local_size_y=1,local_size_z=1) in;

layout(set=0,binding=0,std430) restrict buffer InputBuffer
{
vec3 vector[];
} inputData;

layout(set=0,binding=1,std430) restrict buffer OutputBuffer
{
vec3 vector[];
} outputData;

void main()
{
outputData.vector[0] =inputData.vector[0];
outputData.vector[1] =inputData.vector[1];
outputData.vector[2] =inputData.vector[2];
}

My C#

    RenderingDevice renderingDevice = RenderingServer.CreateLocalRenderingDevice();
    RDShaderFile shader = GD.Load<RDShaderFile>("res://ComputeTest/testComputeShader.glsl");
    
    RDShaderSpirV shaderSpirV = shader.GetSpirV();
    Rid shaderID = renderingDevice.ShaderCreateFromSpirV(shaderSpirV);

    Vector3[] inputVectors = {
        new Vector3(0.8506508f, 0, 0.5257311f), 
        new Vector3(0.8506508f, 0, -0.5257311f),
        new Vector3(0.52573115f, -0.85065085f, 0)
    };
    byte[] inputVectorBytes = GD.VarToBytes(inputVectors);
    Rid inputVectorBufferID = renderingDevice.StorageBufferCreate((uint)inputVectorBytes.Length, inputVectorBytes);
    RDUniform inputVectorUniform = new RDUniform
    {
        UniformType = RenderingDevice.UniformType.StorageBuffer,
        Binding = 0
    };
    inputVectorUniform.AddId(inputVectorBufferID);

    byte[] outputVectorBytes = new byte[inputVectorBytes.Length];
    Rid outputVectorBufferID = renderingDevice.StorageBufferCreate((uint)inputVectorBytes.Length, outputVectorBytes);
    RDUniform outputVectorUniform = new RDUniform
    {
        UniformType = RenderingDevice.UniformType.StorageBuffer,
        Binding = 1
    };
    outputVectorUniform.AddId(outputVectorBufferID);

    Rid uniformsID = renderingDevice.UniformSetCreate([inputVectorUniform, outputVectorUniform], shaderID, 0);

    Rid pipeline = renderingDevice.ComputePipelineCreate(shaderID);
    long computeList = renderingDevice.ComputeListBegin();
    renderingDevice.ComputeListBindComputePipeline(computeList, pipeline);
    renderingDevice.ComputeListBindUniformSet(computeList, uniformsID, 0);
    renderingDevice.ComputeListDispatch(computeList, (uint)1, (uint)1, (uint)1);
    renderingDevice.ComputeListEnd();


    renderingDevice.Submit();
    renderingDevice.Sync();

    byte[] outputData = renderingDevice.BufferGetData(outputVectorBufferID);
    Vector3[] outVectors = GD.BytesToVar(outputData).AsVector3Array();

    GD.Print(string.Join(", ", inputVectors));
    GD.Print(string.Join(", ", outVectors));

    renderingDevice.FreeRid(uniformsID);
    renderingDevice.FreeRid(pipeline);
    renderingDevice.FreeRid(inputVectorBufferID);
    renderingDevice.FreeRid(outputVectorBufferID);
    renderingDevice.FreeRid(shaderID);
    renderingDevice.Free();

Response…

(0.8506508, 0, 0.5257311), (0.8506508, 0, -0.5257311), (0.52573115, -0.85065085, 0)
(0.8506508, 0, 0.5257311), (0.8506508, 0, 0), (0.52573115, -0.85065085, 0)

Why is the Z of the second vertex zero???