expanded=1694 truncated=true candidates=17 opportunities=16
referenceCycles=19101
candidate=0 cycles=CycleEstimate { optimistic: 16801, conservative: 20923 } memory=MemoryPeaks { standard: 17268, interleaved: 33920, total: 51124, exchange_rows: 0, maximum_standard_allocation: 512 } assumptions={MissingKernel("F16 RowMajor -> F8F143 { scale_exponent: -4 } Amp(TransposedLeft)"), MissingKernel("F16 RowMajor -> F8F143 { scale_exponent: -4 } BlockMajor(TransposedMatrix { row_block: 32, column_block: 16 })")}
candidate=1 cycles=CycleEstimate { optimistic: 16845, conservative: 19977 } memory=MemoryPeaks { standard: 17176, interleaved: 34048, total: 51096, exchange_rows: 0, maximum_standard_allocation: 512 } assumptions={MissingKernel("F16 RowMajor -> F8F143 { scale_exponent: -4 } BlockMajor(Matrix { row_block: 32, column_block: 16 })"), MissingEquivalenceRule}
candidate=2 cycles=CycleEstimate { optimistic: 16845, conservative: 19977 } memory=MemoryPeaks { standard: 17176, interleaved: 34048, total: 51096, exchange_rows: 0, maximum_standard_allocation: 512 } assumptions={MissingKernel("F16 RowMajor -> F8F143 { scale_exponent: -4 } BlockMajor(Matrix { row_block: 32, column_block: 16 })"), MissingEquivalenceRule}
candidate=3 cycles=CycleEstimate { optimistic: 16845, conservative: 19977 } memory=MemoryPeaks { standard: 17176, interleaved: 34048, total: 51096, exchange_rows: 0, maximum_standard_allocation: 512 } assumptions={MissingKernel("F16 RowMajor -> F8F143 { scale_exponent: -4 } BlockMajor(Matrix { row_block: 32, column_block: 16 })"), MissingEquivalenceRule}
candidate=4 cycles=CycleEstimate { optimistic: 16845, conservative: 19977 } memory=MemoryPeaks { standard: 17176, interleaved: 34048, total: 51096, exchange_rows: 0, maximum_standard_allocation: 512 } assumptions={MissingKernel("F16 RowMajor -> F8F143 { scale_exponent: -4 } BlockMajor(Matrix { row_block: 32, column_block: 16 })"), MissingEquivalenceRule}