model { main { operands { operand { type: TENSOR_FLOAT32 dimensions { dimension: 1 dimension: 2 dimension: 4 dimension: 4 } channel_quant { scales { } } data { random_seed: 797982799 } } operand { type: TENSOR_FLOAT32 dimensions { dimension: 1 dimension: 3 dimension: 3 dimension: 2 } lifetime: CONSTANT_COPY channel_quant { scales { } } data { random_seed: 706419386 } } operand { type: TENSOR_FLOAT32 dimensions { dimension: 1 } lifetime: CONSTANT_COPY channel_quant { scales { } } data { scalar: 0 } } operand { type: TENSOR_INT32 dimensions { dimension: 4 } lifetime: CONSTANT_COPY channel_quant { scales { } } data { random_seed: 3468903593 } } operand { type: INT32 dimensions { } lifetime: CONSTANT_COPY channel_quant { scales { } } data { scalar: 1 } } operand { type: INT32 dimensions { } lifetime: CONSTANT_COPY channel_quant { scales { } } data { scalar: 1 } } operand { type: INT32 dimensions { } lifetime: CONSTANT_COPY channel_quant { scales { } } data { scalar: 1 } } operand { type: INT32 dimensions { } lifetime: CONSTANT_COPY channel_quant { scales { } } data { scalar: 0 } } operand { type: BOOL dimensions { } lifetime: CONSTANT_COPY channel_quant { scales { } } data { random_seed: 1772448071 } } operand { type: TENSOR_FLOAT32 dimensions { dimension: 1 dimension: 1 dimension: 4 dimension: 4 } lifetime: SUBGRAPH_OUTPUT channel_quant { scales { } } data { random_seed: 2807759315 } } operand { type: TENSOR_FLOAT32 dimensions { dimension: 1 dimension: 2 dimension: 4 dimension: 4 } lifetime: SUBGRAPH_INPUT channel_quant { scales { } } data { random_seed: 1808541335 } } operand { type: TENSOR_FLOAT32 dimensions { dimension: 1 } lifetime: CONSTANT_COPY channel_quant { scales { } } data { scalar: 0 } } operand { type: INT32 dimensions { } lifetime: CONSTANT_COPY channel_quant { scales { } } data { scalar: 0 } } } operations { operation { inputs { index: 10 index: 11 index: 12 } outputs { index: 0 } } operation { type: TRANSPOSE_CONV_2D inputs { index: 0 index: 1 index: 2 index: 3 index: 4 index: 5 index: 6 index: 7 index: 8 } outputs { index: 9 } } } input_indexes { index: 10 } output_indexes { index: 9 } } referenced { } }