RenderDataObjAdd.cs

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using UnityEngine;
 
public class RenderDataObjAdd : RenderDataObj
{
    public Vector3 addPos;
 
    public Vector2Int tilePos = new Vector2Int(0, -1);
 
    public override bool ForceAltHeldPosition => true;
 
    public override void Draw(RenderParam p)
    {
        MeshPass meshPass = ((hasSubPass && SubPassData.Current.enable) ? pass.subPass : pass);
        MeshBatch meshBatch = meshPass.batches[meshPass.batchIdx];
        int num = ((p.tile > 0f) ? 1 : (-1));
        float num2 = p.tile + ((float)tilePos.x + (float)tilePos.y * meshPass.pmesh.tiling.x) * (float)num;
        if (meshPass == pass.subPass)
        {
            meshBatch.colors[meshPass.idx] = p.color - 1572864f;
            meshBatch.matrices[meshPass.idx].SetTRS(p.NewVector3 + offset + SubPassData.Current.offset, SubPassData.Current.rotation, SubPassData.Current.scale);
        }
        else
        {
            meshBatch.colors[meshPass.idx] = p.color;
            meshBatch.matrices[meshPass.idx].m03 = p.x + offset.x * (float)num;
            meshBatch.matrices[meshPass.idx].m13 = p.y + offset.y;
            meshBatch.matrices[meshPass.idx].m23 = p.z + offset.z;
        }
        meshBatch.tiles[meshPass.idx] = p.tile + (float)(p.liquidLv * 10000 * num);
        meshBatch.matColors[meshPass.idx] = p.matColor;
        meshPass.idx++;
        if (meshPass.idx == meshPass.batchSize)
        {
            meshPass.NextBatch();
            meshBatch = meshPass.batches[meshPass.batchIdx];
        }
        meshBatch.tiles[meshPass.idx] = num2;
        meshBatch.matColors[meshPass.idx] = p.matColor;
        if (meshPass == pass.subPass)
        {
            meshBatch.colors[meshPass.idx] = p.color - 1572864f;
            meshBatch.matrices[meshPass.idx].SetTRS(p.NewVector3 + offset + new Vector3(addPos.x * (float)num * SubPassData.Current.scale.x, addPos.y * SubPassData.Current.scale.y, addPos.z) + SubPassData.Current.offset, SubPassData.Current.rotation, SubPassData.Current.scale);
        }
        else
        {
            meshBatch.colors[meshPass.idx] = p.color;
            meshBatch.matrices[meshPass.idx].m03 = p.x + offset.x * (float)num + addPos.x * (float)num;
            meshBatch.matrices[meshPass.idx].m13 = p.y + offset.y + addPos.y;
            meshBatch.matrices[meshPass.idx].m23 = p.z + offset.z + addPos.z;
        }
        meshPass.idx++;
        if (meshPass.idx == meshPass.batchSize)
        {
            meshPass.NextBatch();
        }
        if (hasSnowPass && p.snow && meshPass == pass)
        {
            meshPass = pass.snowPass;
            meshBatch = meshPass.batches[meshPass.batchIdx];
            meshBatch.colors[meshPass.idx] = p.color;
            meshBatch.matrices[meshPass.idx].m03 = p.x + offset.x * (float)num;
            meshBatch.matrices[meshPass.idx].m13 = p.y + offset.y;
            meshBatch.matrices[meshPass.idx].m23 = p.z + offset.z - 0.01f;
            meshBatch.tiles[meshPass.idx] = p.tile + (float)(p.liquidLv * 10000 * num);
            meshBatch.matColors[meshPass.idx] = 104025f;
            meshPass.idx++;
            if (meshPass.idx == meshPass.batchSize)
            {
                meshPass.NextBatch();
                meshBatch = meshPass.batches[meshPass.batchIdx];
            }
            meshBatch.tiles[meshPass.idx] = num2;
            meshBatch.matColors[meshPass.idx] = 104025f;
            meshBatch.colors[meshPass.idx] = p.color;
            meshBatch.matrices[meshPass.idx].m03 = p.x + offset.x * (float)num + addPos.x * (float)num;
            meshBatch.matrices[meshPass.idx].m13 = p.y + offset.y + addPos.y;
            meshBatch.matrices[meshPass.idx].m23 = p.z + offset.z - 0.01f + addPos.z;
            meshPass.idx++;
            if (meshPass.idx == meshPass.batchSize)
            {
                meshPass.NextBatch();
            }
        }
    }
 
    private void OnValidate()
    {
        _offset = offset;
    }
}