ReinterleaveOp0 337 src/HexagonOptimize.cpp { "halide.hexagon.mul.vw.vh", wild_i32x*wild_i32x, Pattern::ReinterleaveOp0 | Pattern::NarrowOp1 }, ReinterleaveOp0 338 src/HexagonOptimize.cpp { "halide.hexagon.mul.vw.vuh", wild_i32x*wild_i32x, Pattern::ReinterleaveOp0 | Pattern::NarrowUnsignedOp1 }, ReinterleaveOp0 339 src/HexagonOptimize.cpp { "halide.hexagon.mul.vuw.vuh", wild_u32x*wild_u32x, Pattern::ReinterleaveOp0 | Pattern::NarrowUnsignedOp1 }, ReinterleaveOp0 599 src/HexagonOptimize.cpp { "halide.hexagon.acc_add_2mpy.vh.vub.vub.b.b", wild_i16x + halide_hexagon_add_2mpy(Int(16, 0), ".vub.vub.b.b", wild_u8x, wild_u8x, wild_i8, wild_i8), Pattern::ReinterleaveOp0 }, ReinterleaveOp0 600 src/HexagonOptimize.cpp { "halide.hexagon.acc_add_2mpy.vw.vh.vh.b.b", wild_i32x + halide_hexagon_add_2mpy(Int(32, 0), ".vh.vh.b.b", wild_i16x, wild_i16x, wild_i8, wild_i8), Pattern::ReinterleaveOp0 }, ReinterleaveOp0 616 src/HexagonOptimize.cpp { "halide.hexagon.add_mpy.vuh.vub.ub", wild_u16x + wild_u16x*bc(wild_u16), Pattern::ReinterleaveOp0 | Pattern::NarrowOp1 | Pattern::NarrowOp2 }, ReinterleaveOp0 617 src/HexagonOptimize.cpp { "halide.hexagon.add_mpy.vh.vub.b", wild_i16x + wild_i16x*bc(wild_i16), Pattern::ReinterleaveOp0 | Pattern::NarrowUnsignedOp1 | Pattern::NarrowOp2 }, ReinterleaveOp0 618 src/HexagonOptimize.cpp { "halide.hexagon.add_mpy.vuw.vuh.uh", wild_u32x + wild_u32x*bc(wild_u32), Pattern::ReinterleaveOp0 | Pattern::NarrowOp1 | Pattern::NarrowOp2 }, ReinterleaveOp0 619 src/HexagonOptimize.cpp { "halide.hexagon.add_mpy.vuh.vub.ub", wild_u16x + bc(wild_u16)*wild_u16x, Pattern::ReinterleaveOp0 | Pattern::NarrowOp1 | Pattern::NarrowOp2 | Pattern::SwapOps12 }, ReinterleaveOp0 620 src/HexagonOptimize.cpp { "halide.hexagon.add_mpy.vh.vub.b", wild_i16x + bc(wild_i16)*wild_i16x, Pattern::ReinterleaveOp0 | Pattern::NarrowOp1 | Pattern::NarrowUnsignedOp2 | Pattern::SwapOps12 }, ReinterleaveOp0 621 src/HexagonOptimize.cpp { "halide.hexagon.add_mpy.vuw.vuh.uh", wild_u32x + bc(wild_u32)*wild_u32x, Pattern::ReinterleaveOp0 | Pattern::NarrowOp1 | Pattern::NarrowOp2 | Pattern::SwapOps12 }, ReinterleaveOp0 628 src/HexagonOptimize.cpp { "halide.hexagon.satw_add_mpy.vw.vh.h", wild_i32x + wild_i32x*bc(wild_i32), Pattern::ReinterleaveOp0 | Pattern::NarrowOp1 | Pattern::NarrowOp2 }, ReinterleaveOp0 629 src/HexagonOptimize.cpp { "halide.hexagon.satw_add_mpy.vw.vh.h", wild_i32x + bc(wild_i32)*wild_i32x, Pattern::ReinterleaveOp0 | Pattern::NarrowOp1 | Pattern::NarrowOp2 | Pattern::SwapOps12 }, ReinterleaveOp0 632 src/HexagonOptimize.cpp { "halide.hexagon.add_mpy.vuh.vub.vub", wild_u16x + wild_u16x*wild_u16x, Pattern::ReinterleaveOp0 | Pattern::NarrowOp1 | Pattern::NarrowOp2 }, ReinterleaveOp0 633 src/HexagonOptimize.cpp { "halide.hexagon.add_mpy.vuw.vuh.vuh", wild_u32x + wild_u32x*wild_u32x, Pattern::ReinterleaveOp0 | Pattern::NarrowOp1 | Pattern::NarrowOp2 }, ReinterleaveOp0 634 src/HexagonOptimize.cpp { "halide.hexagon.add_mpy.vh.vb.vb", wild_i16x + wild_i16x*wild_i16x, Pattern::ReinterleaveOp0 | Pattern::NarrowOp1 | Pattern::NarrowOp2 }, ReinterleaveOp0 635 src/HexagonOptimize.cpp { "halide.hexagon.add_mpy.vw.vh.vh", wild_i32x + wild_i32x*wild_i32x, Pattern::ReinterleaveOp0 | Pattern::NarrowOp1 | Pattern::NarrowOp2 }, ReinterleaveOp0 637 src/HexagonOptimize.cpp { "halide.hexagon.add_mpy.vh.vub.vb", wild_i16x + wild_i16x*wild_i16x, Pattern::ReinterleaveOp0 | Pattern::NarrowUnsignedOp1 | Pattern::NarrowOp2 }, ReinterleaveOp0 638 src/HexagonOptimize.cpp { "halide.hexagon.add_mpy.vw.vh.vuh", wild_i32x + wild_i32x*wild_i32x, Pattern::ReinterleaveOp0 | Pattern::NarrowOp1 | Pattern::NarrowUnsignedOp2 }, ReinterleaveOp0 639 src/HexagonOptimize.cpp { "halide.hexagon.add_mpy.vh.vub.vb", wild_i16x + wild_i16x*wild_i16x, Pattern::ReinterleaveOp0 | Pattern::NarrowOp1 | Pattern::NarrowUnsignedOp2 | Pattern::SwapOps12 }, ReinterleaveOp0 640 src/HexagonOptimize.cpp { "halide.hexagon.add_mpy.vw.vh.vuh", wild_i32x + wild_i32x*wild_i32x, Pattern::ReinterleaveOp0 | Pattern::NarrowUnsignedOp1 | Pattern::NarrowOp2 | Pattern::SwapOps12 },