PTO-BLOCK-B-ASSEMBLE
B.ASSEMBLE
Decodes one destination-range assemble modifier and retains its XLEN-wrapped derived offset in the immediately preceding binder group.
asl/block/operands/B.ASSEMBLE.aslOne canonical workbench
Instruction index
Browse every released Scalar, Block, and Tile instruction. Each entry opens one page that combines Markdown, ASL, NDF, and evidence.
634
634 instructions
PTO-BLOCK-B-CATR
B.CATR
Defines one optional block control record for post-commit trap, transactional visibility, acquire/release ordering, remote execution, and dimension-reduction mode.
asl/block/attributes/B.CATR.aslPTO-BLOCK-B-DATR
B.DATR
Latches the optional per-block tile layout, data type, padding, comparison, rounding, saturation, and canonicalization attributes.
asl/block/attributes/B.DATR.aslPTO-BLOCK-B-DIM
B.DIM
Writes one selected bundle-local LB register from an absolute GPR plus immediate, truncated to 16 bits.
asl/block/attributes/B.DIM.aslPTO-BLOCK-B-FPATR
B.FPATR
Latches complete-bundle matrix post-processing mode, reduction enables, and fixed-point descriptor controls.
asl/block/attributes/B.FPATR.aslPTO-BLOCK-B-HINT
B.HINT
Records one optional per-block branch, temperature, prefetch-size, or trace-boundary hint without changing functional results.
asl/block/lifecycle/B.HINT.aslPTO-BLOCK-B-IOR
B.IOR
Bind up to three absolute GPR inputs and one absolute GPR output; TLOAD/TSTORE use source zero as GM base and source one as byte row stride.
asl/block/operands/B.IOR.aslPTO-BLOCK-B-IOS
B.IOS
Binds one ordered absolute Core-private Shared register S0..S63 as a source or destination with a common four-PE participation mode decoded to a fixed mask.
asl/block/operands/B.IOS.aslPTO-BLOCK-B-IOT
B.IOT
Binds an ordered Local Tile source/destination sequence with one common four-PE participation mode decoded to a fixed mask; L terminates only that sequence and never releases a source.
asl/block/operands/B.IOT.aslPTO-BLOCK-B-SUBVIEW
B.SUBVIEW
Decodes one source-range subview modifier and retains its XLEN-wrapped derived offset in the immediately preceding binder group.
asl/block/operands/B.SUBVIEW.aslPTO-BLOCK-BSTART
BSTART
Initializes the single BARG continuation record after any retiring block commits successfully.
asl/block/lifecycle/BSTART.aslPTO-BLOCK-BSTART-CALL
BSTART.CALL
Atomically retires the old block, installs a direct-call BARG, and writes the independent return target to ra.
asl/block/execution/BSTART.CALL.aslPTO-BLOCK-BSTART-FP
BSTART.FP
Closes the current bundle, initializes the next bundle descriptor, and selects its transfer and execution kind.
asl/block/execution/BSTART.FP.aslPTO-BLOCK-BSTART-GMOV
BSTART.GMOV
Collectively copies peer-PE Local fragments to selected Local destinations.
asl/block/execution/BSTART.GMOV.aslPTO-BLOCK-BSTART-ICALL
BSTART.ICALL
Atomically retires the old block, snapshots its BARG.BPCN into a new indirect-call BARG, and writes the independent return target to ra.
asl/block/execution/BSTART.ICALL.aslPTO-BLOCK-BSTART-MGATHER
BSTART.MGATHER
Begins a TLSU byte-displacement gather block and selects its transfer DataType.
asl/block/execution/BSTART.MGATHER.aslPTO-BLOCK-BSTART-MGATHER-CAS
BSTART.MGATHER.CAS
Begins a TLSU byte-displacement atomic compare-and-swap gather block.
asl/block/execution/BSTART.MGATHER.CAS.aslPTO-BLOCK-BSTART-MGATHER-MASK
BSTART.MGATHER.MASK
Begins a predicate-masked TLSU byte-displacement gather block.
asl/block/execution/BSTART.MGATHER.MASK.aslPTO-BLOCK-BSTART-MSCATTER
BSTART.MSCATTER
Begins a TLSU byte-displacement scatter block and selects its transfer DataType.
asl/block/execution/BSTART.MSCATTER.aslPTO-BLOCK-BSTART-MSCATTER-MASK
BSTART.MSCATTER.MASK
Begins a predicate-masked TLSU byte-displacement scatter block.
asl/block/execution/BSTART.MSCATTER.MASK.aslPTO-BLOCK-BSTART-SFU
BSTART.SFU
Canonical Block-start spelling for an operation assigned to the SFU execution engine.
asl/block/execution/BSTART.SFU.aslPTO-BLOCK-BSTART-STD
BSTART.STD
Closes the current bundle, initializes the next bundle descriptor, and selects its transfer and execution kind.
asl/block/execution/BSTART.STD.aslPTO-BLOCK-BSTART-SYS
BSTART.SYS
Closes the current bundle, initializes the next bundle descriptor, and selects its transfer and execution kind.
asl/block/execution/BSTART.SYS.aslPTO-BLOCK-BSTART-TEPL
BSTART.TEPL
Closes the current bundle, initializes the next bundle descriptor, and selects its transfer and execution kind.
asl/block/execution/BSTART.TEPL.aslPTO-BLOCK-BSTART-TGEMV
BSTART.TGEMV
Starts CUBE Function 16 for the TGEMV M=1 Matrix-vector complete-bundle operation.
asl/block/execution/BSTART.TGEMV.aslPTO-BLOCK-BSTART-TGEMV-ACC
BSTART.TGEMV.ACC
Starts CUBE Function 18 for the TGEMV_ACC M=1 Matrix-vector complete-bundle operation.
asl/block/execution/BSTART.TGEMV.ACC.aslPTO-BLOCK-BSTART-TGEMV-BIAS
BSTART.TGEMV.BIAS
Starts CUBE Function 17 for the TGEMV_BIAS M=1 Matrix-vector complete-bundle operation.
asl/block/execution/BSTART.TGEMV.BIAS.aslPTO-BLOCK-BSTART-TGEMVMX
BSTART.TGEMVMX
Starts CUBE Function 20 for the TGEMV_MX M=1 Matrix-vector complete-bundle operation.
asl/block/execution/BSTART.TGEMVMX.aslPTO-BLOCK-BSTART-TGEMVMX-ACC
BSTART.TGEMVMX.ACC
Starts CUBE Function 22 for the TGEMV_MX_ACC M=1 Matrix-vector complete-bundle operation.
asl/block/execution/BSTART.TGEMVMX.ACC.aslPTO-BLOCK-BSTART-TGEMVMX-BIAS
BSTART.TGEMVMX.BIAS
Starts CUBE Function 21 for the TGEMV_MX_BIAS M=1 Matrix-vector complete-bundle operation.
asl/block/execution/BSTART.TGEMVMX.BIAS.aslPTO-BLOCK-BSTART-TLOAD
BSTART.TLOAD
Closes the current bundle, initializes the next bundle descriptor, and selects its transfer and execution kind.
asl/block/execution/BSTART.TLOAD.aslPTO-BLOCK-BSTART-TMATMUL
BSTART.TMATMUL
Starts CUBE Function 0 for the TMATMUL Matrix-matrix complete-bundle operation.
asl/block/execution/BSTART.TMATMUL.aslPTO-BLOCK-BSTART-TMATMUL-ACC
BSTART.TMATMUL.ACC
Starts CUBE Function 2 for the TMATMUL_ACC Matrix-matrix complete-bundle operation.
asl/block/execution/BSTART.TMATMUL.ACC.aslPTO-BLOCK-BSTART-TMATMUL-BIAS
BSTART.TMATMUL.BIAS
Starts CUBE Function 1 for the TMATMUL_BIAS Matrix-matrix complete-bundle operation.
asl/block/execution/BSTART.TMATMUL.BIAS.aslPTO-BLOCK-BSTART-TMATMULMX
BSTART.TMATMULMX
Starts CUBE Function 4 for the TMATMUL_MX Matrix-matrix complete-bundle operation.
asl/block/execution/BSTART.TMATMULMX.aslPTO-BLOCK-BSTART-TMATMULMX-ACC
BSTART.TMATMULMX.ACC
Starts CUBE Function 6 for the TMATMUL_MX_ACC Matrix-matrix complete-bundle operation.
asl/block/execution/BSTART.TMATMULMX.ACC.aslPTO-BLOCK-BSTART-TMATMULMX-BIAS
BSTART.TMATMULMX.BIAS
Starts CUBE Function 5 for the TMATMUL_MX_BIAS Matrix-matrix complete-bundle operation.
asl/block/execution/BSTART.TMATMULMX.BIAS.aslPTO-BLOCK-BSTART-TMOV
BSTART.TMOV
Closes the current bundle, initializes the next bundle descriptor, and selects its transfer and execution kind.
asl/block/execution/BSTART.TMOV.aslPTO-BLOCK-BSTART-TPREFETCH
BSTART.TPREFETCH
Prefetches one typed, strided GM rectangle for each of the four PEs without a Tile destination.
asl/block/execution/BSTART.TPREFETCH.aslPTO-BLOCK-BSTART-TSTORE
BSTART.TSTORE
Closes the current bundle, initializes the next bundle descriptor, and selects its transfer and execution kind.
asl/block/execution/BSTART.TSTORE.aslPTO-BLOCK-BSTART-VEC
BSTART.VEC
Canonical Block-start spelling for an operation assigned to the VEC execution engine.
asl/block/execution/BSTART.VEC.aslPTO-BLOCK-BSTOP
BSTOP
Commits the current bundle and transfers to its selected continuation.
asl/block/lifecycle/BSTOP.aslPTO-BLOCK-C-B-DIMI
C.B.DIMI
Writes one selected bundle-local LB from a zero-extended eight-bit immediate exactly once.
asl/block/attributes/C.B.DIMI.aslPTO-BLOCK-C-BSTART
C.BSTART
Starts a compressed standard block with a PC-relative direct or conditional candidate target.
asl/block/encoding/C.BSTART.aslPTO-BLOCK-C-BSTART-FP
C.BSTART.FP
Starts a compressed FP block with fallthrough, indirect, or return transfer; every other BrType rejects before effects.
asl/block/encoding/C.BSTART.FP.aslPTO-BLOCK-C-BSTART-STD
C.BSTART.STD
Starts a compressed STD block with fallthrough, indirect, or return transfer; every other BrType rejects before effects.
asl/block/encoding/C.BSTART.STD.aslPTO-BLOCK-C-BSTART-SYS
C.BSTART.SYS
Starts the fixed compressed sequential System block without a selecting branch continuation.
asl/block/encoding/C.BSTART.SYS.aslPTO-BLOCK-C-BSTOP
C.BSTOP
Commits the current bundle and transfers to its selected continuation.
asl/block/lifecycle/C.BSTOP.aslPTO-BLOCK-ERCOV
ERCOV
Inventories an extension-owned execution-context recovery family rejected by PTO before effects.
asl/block/lifecycle/ERCOV.aslPTO-BLOCK-ESAVE
ESAVE
Inventories an extension-owned execution-context save family rejected by PTO before effects.
asl/block/lifecycle/ESAVE.aslPTO-BLOCK-FENTRY
FENTRY
Creates a restartable stack frame by snapshotting and storing one inclusive callee-save register-ring range.
asl/block/lifecycle/FENTRY.aslPTO-BLOCK-FEXIT
FEXIT
Destroys a restartable stack frame and restores one inclusive callee-save register-ring range.
asl/block/lifecycle/FEXIT.aslPTO-BLOCK-FRET-RA
FRET.RA
Restores a restartable stack frame and returns through the pre-restore architectural return address.
asl/block/lifecycle/FRET.RA.aslPTO-BLOCK-FRET-STK
FRET.STK
Restores a restartable stack frame whose first stack slot supplies the validated return target.
asl/block/lifecycle/FRET.STK.aslPTO-BLOCK-HL-QMT
HL.QMT
Queries, initializes, notifies, suspends, or restores one General Queue Management queue.
asl/block/lifecycle/HL.QMT.aslPTO-BLOCK-HL-QPOP
HL.QPOP
Atomically pops one 64-bit head entry from a General Queue Management queue.
asl/block/lifecycle/HL.QPOP.aslPTO-BLOCK-HL-QPUSH
HL.QPUSH
Atomically pushes one 64-bit entry at the tail or head of a General Queue Management queue.
asl/block/lifecycle/HL.QPUSH.aslPTO-BLOCK-L-BSTOP
L.BSTOP
Commits the current bundle and transfers to its selected continuation.
asl/block/lifecycle/L.BSTOP.aslPTO-BLOCK-MCOPY
MCOPY
Copies a non-overlapping byte range in restartable forward memory steps.
asl/block/lifecycle/MCOPY.aslPTO-BLOCK-MSET
MSET
Fills a bounded byte range from three absolute GPR operands after complete access preflight.
asl/block/lifecycle/MSET.aslPTO-BLOCK-XB
XB
Inventories an extension-owned cross-block transfer encoding that PTO rejects before field interpretation or architectural effects.
asl/block/encoding/XB.aslPTO-SCALAR-ACRC
ACRC
ACRC requests context close and marks the final scalar position of the active SYS block.
asl/scalar/sys/ACRC.aslPTO-SCALAR-ACRE
ACRE
ACRE atomically commits the active SYS block and recovers one validated architecture context.
asl/scalar/sys/ACRE.aslPTO-SCALAR-ADD
ADD
ADD applies the selected right-source transformation before its encoded logical left shift, performs fixed-width addition, and publishes the PTO_XLEN result.
asl/scalar/alu/ADD.aslPTO-SCALAR-ADDI
ADDI
ADDI performs unsigned-immediate XLEN addition with Reg5 source and destination selection.
asl/scalar/alu/ADDI.aslPTO-SCALAR-ADDIW
ADDIW
ADDIW performs unsigned-immediate word addition and sign-extends the result to XLEN.
asl/scalar/alu/ADDIW.aslPTO-SCALAR-ADDTPC
ADDTPC
ADDTPC - Add a signed 4 KiB page displacement to the current TPC.
asl/scalar/bru/ADDTPC.aslPTO-SCALAR-ADDW
ADDW
ADDW applies the selected right-source transformation before its encoded logical left shift, performs fixed-width word addition, and publishes the low 32-bit result sign-extended to XLEN.
asl/scalar/alu/ADDW.aslPTO-SCALAR-AND
AND
AND applies the selected right-source transformation before its encoded logical left shift, performs bitwise conjunction, and publishes the PTO_XLEN result.
asl/scalar/alu/AND.aslPTO-SCALAR-ANDI
ANDI
ANDI performs XLEN conjunction with a sign-extended signed 12-bit immediate.
asl/scalar/alu/ANDI.aslPTO-SCALAR-ANDIW
ANDIW
ANDIW performs word conjunction with a signed 12-bit immediate and sign-extends the result.
asl/scalar/alu/ANDIW.aslPTO-SCALAR-ANDW
ANDW
ANDW applies the selected right-source transformation before its encoded logical left shift, performs word bitwise conjunction, and publishes the low 32-bit result sign-extended to XLEN.
asl/scalar/alu/ANDW.aslPTO-SCALAR-ASSERT
ASSERT
ASSERT raises the architecture assertion trap exactly when its snapshotted scalar condition is zero.
asl/scalar/sys/ASSERT.aslPTO-SCALAR-BC-IALL
BC.IALL
BC.IALL completes the bundle-cache all-entry scope maintenance operation synchronously.
asl/scalar/sys/BC.IALL.aslPTO-SCALAR-BC-IVA
BC.IVA
BC.IVA completes the bundle-cache virtual-address scope token maintenance operation synchronously.
asl/scalar/sys/BC.IVA.aslPTO-SCALAR-BCNT
BCNT
BCNT counts set bits in an independently selected wrapping scalar field and publishes the XLEN population count.
asl/scalar/alu/BCNT.aslPTO-SCALAR-BIC
BIC
BIC clears every bit in an independently selected wrapping scalar field and publishes the modified XLEN value.
asl/scalar/alu/BIC.aslPTO-SCALAR-BIS
BIS
BIS sets every bit in an independently selected wrapping scalar field and publishes the modified XLEN value.
asl/scalar/alu/BIS.aslPTO-SCALAR-BSE
BSE
BSE publishes the SendEvent nonblocking execution-control request.
asl/scalar/sys/BSE.aslPTO-SCALAR-BWE
BWE
BWE publishes the WaitEvent nonblocking execution-control request.
asl/scalar/sys/BWE.aslPTO-SCALAR-BWI
BWI
BWI publishes the WaitInterrupt nonblocking execution-control request.
asl/scalar/sys/BWI.aslPTO-SCALAR-BWT
BWT
BWT publishes the WaitTimeout nonblocking execution-control request.
asl/scalar/sys/BWT.aslPTO-SCALAR-BXS
BXS
BXS extracts an independently selected wrapping scalar field, sign-extends it to XLEN, and publishes the result.
asl/scalar/alu/BXS.aslPTO-SCALAR-BXU
BXU
BXU extracts an independently selected wrapping scalar field, zero-extends it to XLEN, and publishes the result.
asl/scalar/alu/BXU.aslPTO-SCALAR-C-ADD
C.ADD
C.ADD snapshots two complete Reg5 sources, adds SrcL and SrcR, and pushes the wrapping XLEN result to T.
asl/scalar/alu/C.ADD.aslPTO-SCALAR-C-ADDI
C.ADDI
C.ADDI snapshots one complete Reg5 source, sign-extends simm5, adds modulo 2^XLEN, and pushes the result to T.
asl/scalar/alu/C.ADDI.aslPTO-SCALAR-C-AND
C.AND
C.AND snapshots two complete Reg5 sources, computes the bitwise conjunction of SrcL and SrcR, and pushes the wrapping XLEN result to T.
asl/scalar/alu/C.AND.aslPTO-SCALAR-C-CMP-EQI
C.CMP.EQI
C.CMP.EQI - Compare scalar operands and write the encoded boolean result.
asl/scalar/bru/C.CMP.EQI.aslPTO-SCALAR-C-CMP-NEI
C.CMP.NEI
C.CMP.NEI - Compare scalar operands and write the encoded boolean result.
asl/scalar/bru/C.CMP.NEI.aslPTO-SCALAR-C-EBREAK
C.EBREAK
C.EBREAK raises software-breakpoint trap 50 with its 5-bit immediate as cause.
asl/scalar/sys/C.EBREAK.aslPTO-SCALAR-C-LDI
C.LDI
C.LDI snapshots its scalar sources, forms its encoded address, and loads one aligned little-endian 8-byte value.
asl/scalar/agu/C.LDI.aslPTO-SCALAR-C-LWI
C.LWI
C.LWI snapshots its scalar sources, forms its encoded address, and loads one aligned little-endian 4-byte value.
asl/scalar/agu/C.LWI.aslPTO-SCALAR-C-MOVI
C.MOVI
C.MOVI sign-extends its encoded five-bit immediate to XLEN and publishes it through RegDst.
asl/scalar/alu/C.MOVI.aslPTO-SCALAR-C-MOVR
C.MOVR
C.MOVR snapshots a Reg5 source and publishes the complete XLEN value unchanged through RegDst.
asl/scalar/alu/C.MOVR.aslPTO-SCALAR-C-OR
C.OR
C.OR snapshots two complete Reg5 sources, computes the bitwise inclusive OR of SrcL and SrcR, and pushes the wrapping XLEN result to T.
asl/scalar/alu/C.OR.aslPTO-SCALAR-C-SDI
C.SDI
C.SDI snapshots its scalar sources, forms its encoded address, and stores one aligned little-endian 8-byte value.
asl/scalar/agu/C.SDI.aslPTO-SCALAR-C-SETC-EQ
C.SETC.EQ
C.SETC.EQ - Compare scalar operands and update the bundle commit condition.
asl/scalar/bru/C.SETC.EQ.aslPTO-SCALAR-C-SETC-NE
C.SETC.NE
C.SETC.NE - Compare scalar operands and update the bundle commit condition.
asl/scalar/bru/C.SETC.NE.aslPTO-SCALAR-C-SETC-TGT
C.SETC.TGT
Snapshot one scalar source value into the active block BARG.BPCN.
asl/scalar/alu/C.SETC.TGT.aslPTO-SCALAR-C-SETRET
C.SETRET
Materialize an unsigned halfword-scaled TPC-relative return address in ra and captured return state.
asl/scalar/alu/C.SETRET.aslPTO-SCALAR-C-SEXT-B
C.SEXT.B
C.SEXT.B sign-extends SrcL[7:0] to XLEN and pushes the result to T.
asl/scalar/alu/C.SEXT.B.aslPTO-SCALAR-C-SEXT-H
C.SEXT.H
C.SEXT.H sign-extends SrcL[15:0] to XLEN and pushes the result to T.
asl/scalar/alu/C.SEXT.H.aslPTO-SCALAR-C-SEXT-W
C.SEXT.W
C.SEXT.W sign-extends SrcL[31:0] to XLEN and pushes the result to T.
asl/scalar/alu/C.SEXT.W.aslPTO-SCALAR-C-SLLI
C.SLLI
C.SLLI snapshots the pre-instruction T#1 value, logically shifts it left by uimm5, and pushes the XLEN result to T.
asl/scalar/alu/C.SLLI.aslPTO-SCALAR-C-SRLI
C.SRLI
C.SRLI snapshots the pre-instruction T#1 value, logically shifts it right by uimm5, and pushes the XLEN result to T.
asl/scalar/alu/C.SRLI.aslPTO-SCALAR-C-SSRGET
C.SSRGET
C.SSRGET reads the complete encoded system-register address.
asl/scalar/sys/C.SSRGET.aslPTO-SCALAR-C-SUB
C.SUB
C.SUB snapshots two complete Reg5 sources, subtracts SrcR from SrcL modulo 2^XLEN, and pushes the result to T.
asl/scalar/alu/C.SUB.aslPTO-SCALAR-C-SWI
C.SWI
C.SWI snapshots its scalar sources, forms its encoded address, and stores one aligned little-endian 4-byte value.
asl/scalar/agu/C.SWI.aslPTO-SCALAR-C-ZEXT-B
C.ZEXT.B
C.ZEXT.B zero-extends SrcL[7:0] to XLEN and pushes the result to T.
asl/scalar/alu/C.ZEXT.B.aslPTO-SCALAR-C-ZEXT-H
C.ZEXT.H
C.ZEXT.H zero-extends SrcL[15:0] to XLEN and pushes the result to T.
asl/scalar/alu/C.ZEXT.H.aslPTO-SCALAR-C-ZEXT-W
C.ZEXT.W
C.ZEXT.W zero-extends SrcL[31:0] to XLEN and pushes the result to T.
asl/scalar/alu/C.ZEXT.W.aslPTO-SCALAR-CASB
CASB
CASB atomically compares and conditionally replaces one byte, then publishes the prior value.
asl/scalar/amo/CASB.aslPTO-SCALAR-CASD
CASD
CASD atomically compares and conditionally replaces one doubleword, then publishes the prior value.
asl/scalar/amo/CASD.aslPTO-SCALAR-CASH
CASH
CASH atomically compares and conditionally replaces one halfword, then publishes the prior value.
asl/scalar/amo/CASH.aslPTO-SCALAR-CASW
CASW
CASW atomically compares and conditionally replaces one word, then publishes the prior value.
asl/scalar/amo/CASW.aslPTO-SCALAR-CLZ
CLZ
CLZ counts leading zero bits in an independently selected wrapping scalar field and publishes the XLEN count.
asl/scalar/alu/CLZ.aslPTO-SCALAR-CMP-AND
CMP.AND
CMP.AND - Combine scalar comparison results with the encoded logical operation.
asl/scalar/bru/CMP.AND.aslPTO-SCALAR-CMP-ANDI
CMP.ANDI
CMP.ANDI - Combine scalar comparison results with the encoded logical operation.
asl/scalar/bru/CMP.ANDI.aslPTO-SCALAR-CMP-EQ
CMP.EQ
CMP.EQ - Compare scalar operands and write the encoded boolean result.
asl/scalar/bru/CMP.EQ.aslPTO-SCALAR-CMP-EQI
CMP.EQI
CMP.EQI - Compare scalar operands and write the encoded boolean result.
asl/scalar/bru/CMP.EQI.aslPTO-SCALAR-CMP-GE
CMP.GE
CMP.GE - Compare scalar operands and write the encoded boolean result.
asl/scalar/bru/CMP.GE.aslPTO-SCALAR-CMP-GEI
CMP.GEI
CMP.GEI - Compare scalar operands and write the encoded boolean result.
asl/scalar/bru/CMP.GEI.aslPTO-SCALAR-CMP-GEU
CMP.GEU
CMP.GEU - Compare scalar operands and write the encoded boolean result.
asl/scalar/bru/CMP.GEU.aslPTO-SCALAR-CMP-GEUI
CMP.GEUI
CMP.GEUI - Compare scalar operands and write the encoded boolean result.
asl/scalar/bru/CMP.GEUI.aslPTO-SCALAR-CMP-LT
CMP.LT
CMP.LT - Compare scalar operands and write the encoded boolean result.
asl/scalar/bru/CMP.LT.aslPTO-SCALAR-CMP-LTI
CMP.LTI
CMP.LTI - Compare scalar operands and write the encoded boolean result.
asl/scalar/bru/CMP.LTI.aslPTO-SCALAR-CMP-LTU
CMP.LTU
CMP.LTU - Compare scalar operands and write the encoded boolean result.
asl/scalar/bru/CMP.LTU.aslPTO-SCALAR-CMP-LTUI
CMP.LTUI
CMP.LTUI - Compare scalar operands and write the encoded boolean result.
asl/scalar/bru/CMP.LTUI.aslPTO-SCALAR-CMP-NE
CMP.NE
CMP.NE - Compare scalar operands and write the encoded boolean result.
asl/scalar/bru/CMP.NE.aslPTO-SCALAR-CMP-NEI
CMP.NEI
CMP.NEI - Compare scalar operands and write the encoded boolean result.
asl/scalar/bru/CMP.NEI.aslPTO-SCALAR-CMP-OR
CMP.OR
CMP.OR - Combine scalar comparison results with the encoded logical operation.
asl/scalar/bru/CMP.OR.aslPTO-SCALAR-CMP-ORI
CMP.ORI
CMP.ORI - Combine scalar comparison results with the encoded logical operation.
asl/scalar/bru/CMP.ORI.aslPTO-SCALAR-CSEL
CSEL
CSEL snapshots three Reg5 sources, selects SrcL for a nonzero predicate or its optionally negated SrcR for zero, and publishes through the common scalar destination map.
asl/scalar/alu/CSEL.aslPTO-SCALAR-CTZ
CTZ
CTZ counts trailing zero bits in an independently selected wrapping scalar field and publishes the XLEN count.
asl/scalar/alu/CTZ.aslPTO-SCALAR-DC-CISW
DC.CISW
DC.CISW completes the data-cache clean-and-invalidate set/way token maintenance operation synchronously.
asl/scalar/sys/DC.CISW.aslPTO-SCALAR-DC-CIVA
DC.CIVA
DC.CIVA completes the data-cache clean-and-invalidate scope token maintenance operation synchronously.
asl/scalar/sys/DC.CIVA.aslPTO-SCALAR-DC-CSW
DC.CSW
DC.CSW completes the data-cache clean-by-set/way scope token maintenance operation synchronously.
asl/scalar/sys/DC.CSW.aslPTO-SCALAR-DC-CVA
DC.CVA
DC.CVA completes the data-cache clean-by-address scope token maintenance operation synchronously.
asl/scalar/sys/DC.CVA.aslPTO-SCALAR-DC-IALL
DC.IALL
DC.IALL completes the data-cache all-entry scope maintenance operation synchronously.
asl/scalar/sys/DC.IALL.aslPTO-SCALAR-DC-ISW
DC.ISW
DC.ISW completes the data-cache set/way scope token maintenance operation synchronously.
asl/scalar/sys/DC.ISW.aslPTO-SCALAR-DC-IVA
DC.IVA
DC.IVA completes the data-cache virtual-address scope token maintenance operation synchronously.
asl/scalar/sys/DC.IVA.aslPTO-SCALAR-DC-ZVA
DC.ZVA
DC.ZVA completes the data-cache zero-by-address scope token maintenance operation synchronously.
asl/scalar/sys/DC.ZVA.aslPTO-SCALAR-DIV
DIV
DIV computes the signed XLEN quotient using total fixed-width semantics and publishes the XLEN result.
asl/scalar/alu/DIV.aslPTO-SCALAR-DIVU
DIVU
DIVU computes the unsigned XLEN quotient using total fixed-width semantics and publishes the XLEN result.
asl/scalar/alu/DIVU.aslPTO-SCALAR-DIVUW
DIVUW
DIVUW computes the unsigned low-32-bit quotient using total fixed-width semantics and publishes the XLEN result.
asl/scalar/alu/DIVUW.aslPTO-SCALAR-DIVW
DIVW
DIVW computes the signed low-32-bit quotient using total fixed-width semantics and publishes the XLEN result.
asl/scalar/alu/DIVW.aslPTO-SCALAR-DMA
DMA
DMA performs an exact 64-byte copy, validates both ranges before effects, snapshots the source so overlap has memmove semantics, and guarantees that any fault leaves memory unchanged for precise full reissue.
asl/scalar/amo/DMA.aslPTO-SCALAR-EBREAK
EBREAK
EBREAK raises software-breakpoint trap 50 with its 4-bit immediate as cause.
asl/scalar/sys/EBREAK.aslPTO-SCALAR-FABS
FABS
FABS clears the sign bit of the selected FP64 or FP32 carrier, preserves every other carrier bit, and publishes no numeric flags.
asl/scalar/fsu/FABS.aslPTO-SCALAR-FADD
FADD
FADD adds two selected FP64 or FP32 carriers through the active numeric profile and publishes its sticky flags.
asl/scalar/fsu/FADD.aslPTO-SCALAR-FCVT
FCVT
FCVT converts a selected FP64 or FP32 source carrier to destination carrier code 0 through 14 through the active numeric profile.
asl/scalar/fsu/FCVT.aslPTO-SCALAR-FCVTA
FCVTA
FCVTA converts a selected FP64 or FP32 carrier to integer carrier code 0 through 14 with fixed round-to-nearest, ties-away mode.
asl/scalar/fsu/FCVTA.aslPTO-SCALAR-FCVTM
FCVTM
FCVTM converts a selected FP64 or FP32 carrier to integer carrier code 0 through 14 with fixed round-down mode.
asl/scalar/fsu/FCVTM.aslPTO-SCALAR-FCVTN
FCVTN
FCVTN converts a selected FP64 or FP32 carrier to integer carrier code 0 through 14 with fixed round-nearest mode.
asl/scalar/fsu/FCVTN.aslPTO-SCALAR-FCVTP
FCVTP
FCVTP converts a selected FP64 or FP32 carrier to integer carrier code 0 through 14 with fixed round-up mode.
asl/scalar/fsu/FCVTP.aslPTO-SCALAR-FCVTZ
FCVTZ
FCVTZ converts a selected FP64 or FP32 carrier to integer carrier code 0 through 14 with fixed round-toward-zero mode.
asl/scalar/fsu/FCVTZ.aslPTO-SCALAR-FDIV
FDIV
FDIV divides the left selected carrier by the right through the active numeric profile and publishes its sticky flags.
asl/scalar/fsu/FDIV.aslPTO-SCALAR-FENCE-D
FENCE.D
FENCE.D records predecessor/successor ordering masks and invalidates the local reservation.
asl/scalar/sys/FENCE.D.aslPTO-SCALAR-FENCE-I
FENCE.I
FENCE.I establishes instruction visibility, invalidates the reservation, and advances the instruction-cache epoch.
asl/scalar/sys/FENCE.I.aslPTO-SCALAR-FEQ
FEQ
FEQ performs ordered quiet equality and returns canonical XLEN zero or one.
asl/scalar/fsu/FEQ.aslPTO-SCALAR-FEQS
FEQS
FEQS performs ordered signaling equality and returns canonical XLEN zero or one.
asl/scalar/fsu/FEQS.aslPTO-SCALAR-FEXP
FEXP
FEXP applies the active numeric profile exponential operation to the selected FP64 or FP32 carrier.
asl/scalar/fsu/FEXP.aslPTO-SCALAR-FGE
FGE
FGE performs ordered quiet greater-than-or-equal comparison and returns canonical XLEN zero or one.
asl/scalar/fsu/FGE.aslPTO-SCALAR-FGES
FGES
FGES performs ordered signaling greater-than-or-equal comparison and returns canonical XLEN zero or one.
asl/scalar/fsu/FGES.aslPTO-SCALAR-FLT
FLT
FLT performs ordered quiet less-than comparison and returns canonical XLEN zero or one.
asl/scalar/fsu/FLT.aslPTO-SCALAR-FLTS
FLTS
FLTS performs ordered signaling less-than comparison and returns canonical XLEN zero or one.
asl/scalar/fsu/FLTS.aslPTO-SCALAR-FMADD
FMADD
FMADD computes one fused SrcL multiplied by SrcR plus SrcA operation through the active numeric profile.
asl/scalar/fsu/FMADD.aslPTO-SCALAR-FMAX
FMAX
FMAX applies the architecture-owned ordered maximum, NaN, and signed-zero rules to selected FP64 or FP32 carriers.
asl/scalar/fsu/FMAX.aslPTO-SCALAR-FMIN
FMIN
FMIN applies the architecture-owned ordered minimum, NaN, and signed-zero rules to selected FP64 or FP32 carriers.
asl/scalar/fsu/FMIN.aslPTO-SCALAR-FMSUB
FMSUB
FMSUB computes one fused SrcL multiplied by SrcR minus SrcA operation through the active numeric profile.
asl/scalar/fsu/FMSUB.aslPTO-SCALAR-FMUL
FMUL
FMUL multiplies two selected FP64 or FP32 carriers through the active numeric profile and publishes its sticky flags.
asl/scalar/fsu/FMUL.aslPTO-SCALAR-FNE
FNE
FNE performs ordered quiet inequality and returns canonical XLEN zero or one.
asl/scalar/fsu/FNE.aslPTO-SCALAR-FNES
FNES
FNES performs ordered signaling inequality and returns canonical XLEN zero or one.
asl/scalar/fsu/FNES.aslPTO-SCALAR-FNMADD
FNMADD
FNMADD computes the negation of one fused SrcL multiplied by SrcR plus SrcA operation through the active numeric profile.
asl/scalar/fsu/FNMADD.aslPTO-SCALAR-FNMSUB
FNMSUB
FNMSUB computes the negation of one fused SrcL multiplied by SrcR minus SrcA operation through the active numeric profile.
asl/scalar/fsu/FNMSUB.aslPTO-SCALAR-FRECIP
FRECIP
FRECIP applies the active numeric profile reciprocal operation to the selected FP64 or FP32 carrier.
asl/scalar/fsu/FRECIP.aslPTO-SCALAR-FSQRT
FSQRT
FSQRT applies the active numeric profile square-root operation to the selected FP64 or FP32 carrier.
asl/scalar/fsu/FSQRT.aslPTO-SCALAR-FSUB
FSUB
FSUB subtracts the right selected carrier from the left through the active numeric profile and publishes its sticky flags.
asl/scalar/fsu/FSUB.aslPTO-SCALAR-HL-ADDI
HL.ADDI
HL.ADDI applies XLEN addition to SrcL and a zero-extended 24-bit immediate.
asl/scalar/alu/HL.ADDI.aslPTO-SCALAR-HL-ADDIW
HL.ADDIW
HL.ADDIW applies word addition to SrcL[31:0] and the low word of a zero-extended 24-bit immediate, then sign-extends the 32-bit result.
asl/scalar/alu/HL.ADDIW.aslPTO-SCALAR-HL-ADDTPC
HL.ADDTPC
HL.ADDTPC - Add a signed 4 KiB page displacement to the current TPC.
asl/scalar/bru/HL.ADDTPC.aslPTO-SCALAR-HL-ANDI
HL.ANDI
HL.ANDI applies XLEN bitwise conjunction to SrcL and a sign-extended 24-bit immediate.
asl/scalar/alu/HL.ANDI.aslPTO-SCALAR-HL-ANDIW
HL.ANDIW
HL.ANDIW applies word bitwise conjunction to SrcL[31:0] and the low word of a sign-extended 24-bit immediate, then sign-extends the 32-bit result.
asl/scalar/alu/HL.ANDIW.aslPTO-SCALAR-HL-BFI
HL.BFI
HL.BFI inserts ascending low source bits into an inclusive wrapping destination interval of a snapshotted base value and publishes the XLEN result.
asl/scalar/alu/HL.BFI.aslPTO-SCALAR-HL-CASB
HL.CASB
HL.CASB atomically compares and conditionally replaces one byte, then publishes the prior value.
asl/scalar/amo/HL.CASB.aslPTO-SCALAR-HL-CASD
HL.CASD
HL.CASD atomically compares and conditionally replaces one doubleword, then publishes the prior value.
asl/scalar/amo/HL.CASD.aslPTO-SCALAR-HL-CASH
HL.CASH
HL.CASH atomically compares and conditionally replaces one halfword, then publishes the prior value.
asl/scalar/amo/HL.CASH.aslPTO-SCALAR-HL-CASW
HL.CASW
HL.CASW atomically compares and conditionally replaces one word, then publishes the prior value.
asl/scalar/amo/HL.CASW.aslPTO-SCALAR-HL-CCAT
HL.CCAT
HL.CCAT logically right-shifts {SrcL, SrcR}, writes the low 64-bit result to Dst0, then writes the high result to Dst1.
asl/scalar/alu/HL.CCAT.aslPTO-SCALAR-HL-CCATW
HL.CCATW
HL.CCATW logically right-shifts {SrcL[31:0], SrcR[31:0]}, sign-extends the low then high 32-bit results, and writes them in order.
asl/scalar/alu/HL.CCATW.aslPTO-SCALAR-HL-CMP-ANDI
HL.CMP.ANDI
HL.CMP.ANDI - Combine scalar comparison results with the encoded logical operation.
asl/scalar/bru/HL.CMP.ANDI.aslPTO-SCALAR-HL-CMP-EQI
HL.CMP.EQI
HL.CMP.EQI - Compare scalar operands and write the encoded boolean result.
asl/scalar/bru/HL.CMP.EQI.aslPTO-SCALAR-HL-CMP-GEI
HL.CMP.GEI
HL.CMP.GEI - Compare scalar operands and write the encoded boolean result.
asl/scalar/bru/HL.CMP.GEI.aslPTO-SCALAR-HL-CMP-GEUI
HL.CMP.GEUI
HL.CMP.GEUI - Compare scalar operands and write the encoded boolean result.
asl/scalar/bru/HL.CMP.GEUI.aslPTO-SCALAR-HL-CMP-LTI
HL.CMP.LTI
HL.CMP.LTI - Compare scalar operands and write the encoded boolean result.
asl/scalar/bru/HL.CMP.LTI.aslPTO-SCALAR-HL-CMP-LTUI
HL.CMP.LTUI
HL.CMP.LTUI - Compare scalar operands and write the encoded boolean result.
asl/scalar/bru/HL.CMP.LTUI.aslPTO-SCALAR-HL-CMP-NEI
HL.CMP.NEI
HL.CMP.NEI - Compare scalar operands and write the encoded boolean result.
asl/scalar/bru/HL.CMP.NEI.aslPTO-SCALAR-HL-CMP-ORI
HL.CMP.ORI
HL.CMP.ORI - Combine scalar comparison results with the encoded logical operation.
asl/scalar/bru/HL.CMP.ORI.aslPTO-SCALAR-HL-DIV
HL.DIV
HL.DIV computes a signed XLEN quotient/remainder pair from source snapshots, then publishes quotient followed by remainder.
asl/scalar/alu/HL.DIV.aslPTO-SCALAR-HL-DIVU
HL.DIVU
HL.DIVU computes a unsigned XLEN quotient/remainder pair from source snapshots, then publishes quotient followed by remainder.
asl/scalar/alu/HL.DIVU.aslPTO-SCALAR-HL-DIVUW
HL.DIVUW
HL.DIVUW computes a unsigned low-32-bit quotient/remainder pair from source snapshots, then publishes quotient followed by remainder.
asl/scalar/alu/HL.DIVUW.aslPTO-SCALAR-HL-DIVW
HL.DIVW
HL.DIVW computes a signed low-32-bit quotient/remainder pair from source snapshots, then publishes quotient followed by remainder.
asl/scalar/alu/HL.DIVW.aslPTO-SCALAR-HL-LB-PCR
HL.LB.PCR
HL.LB.PCR snapshots its scalar sources, forms its encoded address, and loads one aligned little-endian 1-byte value.
asl/scalar/agu/HL.LB.PCR.aslPTO-SCALAR-HL-LB-PO
HL.LB.PO
HL.LB.PO snapshots its scalar sources, forms its encoded address, and loads one aligned little-endian 1-byte value.
asl/scalar/agu/HL.LB.PO.aslPTO-SCALAR-HL-LB-PR
HL.LB.PR
HL.LB.PR snapshots its scalar sources, forms its encoded address, and loads one aligned little-endian 1-byte value.
asl/scalar/agu/HL.LB.PR.aslPTO-SCALAR-HL-LBI
HL.LBI
HL.LBI snapshots its scalar sources, forms its encoded address, and loads one aligned little-endian 1-byte value.
asl/scalar/agu/HL.LBI.aslPTO-SCALAR-HL-LBI-PO
HL.LBI.PO
HL.LBI.PO snapshots its scalar sources, forms its encoded address, and loads one aligned little-endian 1-byte value.
asl/scalar/agu/HL.LBI.PO.aslPTO-SCALAR-HL-LBI-PR
HL.LBI.PR
HL.LBI.PR snapshots its scalar sources, forms its encoded address, and loads one aligned little-endian 1-byte value.
asl/scalar/agu/HL.LBI.PR.aslPTO-SCALAR-HL-LBIP
HL.LBIP
HL.LBIP snapshots its scalar sources, forms its encoded address, and loads two adjacent aligned little-endian 1-byte values.
asl/scalar/agu/HL.LBIP.aslPTO-SCALAR-HL-LBP
HL.LBP
HL.LBP snapshots its scalar sources, forms its encoded address, and loads two adjacent aligned little-endian 1-byte values.
asl/scalar/agu/HL.LBP.aslPTO-SCALAR-HL-LBU-PCR
HL.LBU.PCR
HL.LBU.PCR snapshots its scalar sources, forms its encoded address, and loads one aligned little-endian 1-byte value.
asl/scalar/agu/HL.LBU.PCR.aslPTO-SCALAR-HL-LBU-PO
HL.LBU.PO
HL.LBU.PO snapshots its scalar sources, forms its encoded address, and loads one aligned little-endian 1-byte value.
asl/scalar/agu/HL.LBU.PO.aslPTO-SCALAR-HL-LBU-PR
HL.LBU.PR
HL.LBU.PR snapshots its scalar sources, forms its encoded address, and loads one aligned little-endian 1-byte value.
asl/scalar/agu/HL.LBU.PR.aslPTO-SCALAR-HL-LBUI
HL.LBUI
HL.LBUI snapshots its scalar sources, forms its encoded address, and loads one aligned little-endian 1-byte value.
asl/scalar/agu/HL.LBUI.aslPTO-SCALAR-HL-LBUI-PO
HL.LBUI.PO
HL.LBUI.PO snapshots its scalar sources, forms its encoded address, and loads one aligned little-endian 1-byte value.
asl/scalar/agu/HL.LBUI.PO.aslPTO-SCALAR-HL-LBUI-PR
HL.LBUI.PR
HL.LBUI.PR snapshots its scalar sources, forms its encoded address, and loads one aligned little-endian 1-byte value.
asl/scalar/agu/HL.LBUI.PR.aslPTO-SCALAR-HL-LBUIP
HL.LBUIP
HL.LBUIP snapshots its scalar sources, forms its encoded address, and loads two adjacent aligned little-endian 1-byte values.
asl/scalar/agu/HL.LBUIP.aslPTO-SCALAR-HL-LBUP
HL.LBUP
HL.LBUP snapshots its scalar sources, forms its encoded address, and loads two adjacent aligned little-endian 1-byte values.
asl/scalar/agu/HL.LBUP.aslPTO-SCALAR-HL-LD-PCR
HL.LD.PCR
HL.LD.PCR snapshots its scalar sources, forms its encoded address, and loads one aligned little-endian 8-byte value.
asl/scalar/agu/HL.LD.PCR.aslPTO-SCALAR-HL-LD-PO
HL.LD.PO
HL.LD.PO snapshots its scalar sources, forms its encoded address, and loads one aligned little-endian 8-byte value.
asl/scalar/agu/HL.LD.PO.aslPTO-SCALAR-HL-LD-PR
HL.LD.PR
HL.LD.PR snapshots its scalar sources, forms its encoded address, and loads one aligned little-endian 8-byte value.
asl/scalar/agu/HL.LD.PR.aslPTO-SCALAR-HL-LDI
HL.LDI
HL.LDI snapshots its scalar sources, forms its encoded address, and loads one aligned little-endian 8-byte value.
asl/scalar/agu/HL.LDI.aslPTO-SCALAR-HL-LDI-PO
HL.LDI.PO
HL.LDI.PO snapshots its scalar sources, forms its encoded address, and loads one aligned little-endian 8-byte value.
asl/scalar/agu/HL.LDI.PO.aslPTO-SCALAR-HL-LDI-PR
HL.LDI.PR
HL.LDI.PR snapshots its scalar sources, forms its encoded address, and loads one aligned little-endian 8-byte value.
asl/scalar/agu/HL.LDI.PR.aslPTO-SCALAR-HL-LDI-U
HL.LDI.U
HL.LDI.U snapshots its scalar sources, forms its encoded address, and loads one aligned little-endian 8-byte value.
asl/scalar/agu/HL.LDI.U.aslPTO-SCALAR-HL-LDI-UPO
HL.LDI.UPO
HL.LDI.UPO snapshots its scalar sources, forms its encoded address, and loads one aligned little-endian 8-byte value.
asl/scalar/agu/HL.LDI.UPO.aslPTO-SCALAR-HL-LDI-UPR
HL.LDI.UPR
HL.LDI.UPR snapshots its scalar sources, forms its encoded address, and loads one aligned little-endian 8-byte value.
asl/scalar/agu/HL.LDI.UPR.aslPTO-SCALAR-HL-LDIP
HL.LDIP
HL.LDIP snapshots its scalar sources, forms its encoded address, and loads two adjacent aligned little-endian 8-byte values.
asl/scalar/agu/HL.LDIP.aslPTO-SCALAR-HL-LDIP-U
HL.LDIP.U
HL.LDIP.U snapshots its scalar sources, forms its encoded address, and loads two adjacent aligned little-endian 8-byte values.
asl/scalar/agu/HL.LDIP.U.aslPTO-SCALAR-HL-LDP
HL.LDP
HL.LDP snapshots its scalar sources, forms its encoded address, and loads two adjacent aligned little-endian 8-byte values.
asl/scalar/agu/HL.LDP.aslPTO-SCALAR-HL-LH-PCR
HL.LH.PCR
HL.LH.PCR snapshots its scalar sources, forms its encoded address, and loads one aligned little-endian 2-byte value.
asl/scalar/agu/HL.LH.PCR.aslPTO-SCALAR-HL-LH-PO
HL.LH.PO
HL.LH.PO snapshots its scalar sources, forms its encoded address, and loads one aligned little-endian 2-byte value.
asl/scalar/agu/HL.LH.PO.aslPTO-SCALAR-HL-LH-PR
HL.LH.PR
HL.LH.PR snapshots its scalar sources, forms its encoded address, and loads one aligned little-endian 2-byte value.
asl/scalar/agu/HL.LH.PR.aslPTO-SCALAR-HL-LHI
HL.LHI
HL.LHI snapshots its scalar sources, forms its encoded address, and loads one aligned little-endian 2-byte value.
asl/scalar/agu/HL.LHI.aslPTO-SCALAR-HL-LHI-PO
HL.LHI.PO
HL.LHI.PO snapshots its scalar sources, forms its encoded address, and loads one aligned little-endian 2-byte value.
asl/scalar/agu/HL.LHI.PO.aslPTO-SCALAR-HL-LHI-PR
HL.LHI.PR
HL.LHI.PR snapshots its scalar sources, forms its encoded address, and loads one aligned little-endian 2-byte value.
asl/scalar/agu/HL.LHI.PR.aslPTO-SCALAR-HL-LHI-U
HL.LHI.U
HL.LHI.U snapshots its scalar sources, forms its encoded address, and loads one aligned little-endian 2-byte value.
asl/scalar/agu/HL.LHI.U.aslPTO-SCALAR-HL-LHI-UPO
HL.LHI.UPO
HL.LHI.UPO snapshots its scalar sources, forms its encoded address, and loads one aligned little-endian 2-byte value.
asl/scalar/agu/HL.LHI.UPO.aslPTO-SCALAR-HL-LHI-UPR
HL.LHI.UPR
HL.LHI.UPR snapshots its scalar sources, forms its encoded address, and loads one aligned little-endian 2-byte value.
asl/scalar/agu/HL.LHI.UPR.aslPTO-SCALAR-HL-LHIP
HL.LHIP
HL.LHIP snapshots its scalar sources, forms its encoded address, and loads two adjacent aligned little-endian 2-byte values.
asl/scalar/agu/HL.LHIP.aslPTO-SCALAR-HL-LHIP-U
HL.LHIP.U
HL.LHIP.U snapshots its scalar sources, forms its encoded address, and loads two adjacent aligned little-endian 2-byte values.
asl/scalar/agu/HL.LHIP.U.aslPTO-SCALAR-HL-LHP
HL.LHP
HL.LHP snapshots its scalar sources, forms its encoded address, and loads two adjacent aligned little-endian 2-byte values.
asl/scalar/agu/HL.LHP.aslPTO-SCALAR-HL-LHU-PCR
HL.LHU.PCR
HL.LHU.PCR snapshots its scalar sources, forms its encoded address, and loads one aligned little-endian 2-byte value.
asl/scalar/agu/HL.LHU.PCR.aslPTO-SCALAR-HL-LHU-PO
HL.LHU.PO
HL.LHU.PO snapshots its scalar sources, forms its encoded address, and loads one aligned little-endian 2-byte value.
asl/scalar/agu/HL.LHU.PO.aslPTO-SCALAR-HL-LHU-PR
HL.LHU.PR
HL.LHU.PR snapshots its scalar sources, forms its encoded address, and loads one aligned little-endian 2-byte value.
asl/scalar/agu/HL.LHU.PR.aslPTO-SCALAR-HL-LHUI
HL.LHUI
HL.LHUI snapshots its scalar sources, forms its encoded address, and loads one aligned little-endian 2-byte value.
asl/scalar/agu/HL.LHUI.aslPTO-SCALAR-HL-LHUI-PO
HL.LHUI.PO
HL.LHUI.PO snapshots its scalar sources, forms its encoded address, and loads one aligned little-endian 2-byte value.
asl/scalar/agu/HL.LHUI.PO.aslPTO-SCALAR-HL-LHUI-PR
HL.LHUI.PR
HL.LHUI.PR snapshots its scalar sources, forms its encoded address, and loads one aligned little-endian 2-byte value.
asl/scalar/agu/HL.LHUI.PR.aslPTO-SCALAR-HL-LHUI-U
HL.LHUI.U
HL.LHUI.U snapshots its scalar sources, forms its encoded address, and loads one aligned little-endian 2-byte value.
asl/scalar/agu/HL.LHUI.U.aslPTO-SCALAR-HL-LHUI-UPO
HL.LHUI.UPO
HL.LHUI.UPO snapshots its scalar sources, forms its encoded address, and loads one aligned little-endian 2-byte value.
asl/scalar/agu/HL.LHUI.UPO.aslPTO-SCALAR-HL-LHUI-UPR
HL.LHUI.UPR
HL.LHUI.UPR snapshots its scalar sources, forms its encoded address, and loads one aligned little-endian 2-byte value.
asl/scalar/agu/HL.LHUI.UPR.aslPTO-SCALAR-HL-LHUIP
HL.LHUIP
HL.LHUIP snapshots its scalar sources, forms its encoded address, and loads two adjacent aligned little-endian 2-byte values.
asl/scalar/agu/HL.LHUIP.aslPTO-SCALAR-HL-LHUIP-U
HL.LHUIP.U
HL.LHUIP.U snapshots its scalar sources, forms its encoded address, and loads two adjacent aligned little-endian 2-byte values.
asl/scalar/agu/HL.LHUIP.U.aslPTO-SCALAR-HL-LHUP
HL.LHUP
HL.LHUP snapshots its scalar sources, forms its encoded address, and loads two adjacent aligned little-endian 2-byte values.
asl/scalar/agu/HL.LHUP.aslPTO-SCALAR-HL-LIS
HL.LIS
HL.LIS sign-extends its split encoded 32-bit immediate to XLEN and publishes the result through RegDst.
asl/scalar/alu/HL.LIS.aslPTO-SCALAR-HL-LIU
HL.LIU
HL.LIU zero-extends its split encoded 32-bit immediate to XLEN and publishes the result through RegDst.
asl/scalar/alu/HL.LIU.aslPTO-SCALAR-HL-LUI
HL.LUI
HL.LUI places its split 32-bit immediate in result bits 63:32 and clears result bits 31:0.
asl/scalar/alu/HL.LUI.aslPTO-SCALAR-HL-LW-PCR
HL.LW.PCR
HL.LW.PCR snapshots its scalar sources, forms its encoded address, and loads one aligned little-endian 4-byte value.
asl/scalar/agu/HL.LW.PCR.aslPTO-SCALAR-HL-LW-PO
HL.LW.PO
HL.LW.PO snapshots its scalar sources, forms its encoded address, and loads one aligned little-endian 4-byte value.
asl/scalar/agu/HL.LW.PO.aslPTO-SCALAR-HL-LW-PR
HL.LW.PR
HL.LW.PR snapshots its scalar sources, forms its encoded address, and loads one aligned little-endian 4-byte value.
asl/scalar/agu/HL.LW.PR.aslPTO-SCALAR-HL-LWI
HL.LWI
HL.LWI snapshots its scalar sources, forms its encoded address, and loads one aligned little-endian 4-byte value.
asl/scalar/agu/HL.LWI.aslPTO-SCALAR-HL-LWI-PO
HL.LWI.PO
HL.LWI.PO snapshots its scalar sources, forms its encoded address, and loads one aligned little-endian 4-byte value.
asl/scalar/agu/HL.LWI.PO.aslPTO-SCALAR-HL-LWI-PR
HL.LWI.PR
HL.LWI.PR snapshots its scalar sources, forms its encoded address, and loads one aligned little-endian 4-byte value.
asl/scalar/agu/HL.LWI.PR.aslPTO-SCALAR-HL-LWI-U
HL.LWI.U
HL.LWI.U snapshots its scalar sources, forms its encoded address, and loads one aligned little-endian 4-byte value.
asl/scalar/agu/HL.LWI.U.aslPTO-SCALAR-HL-LWI-UPO
HL.LWI.UPO
HL.LWI.UPO snapshots its scalar sources, forms its encoded address, and loads one aligned little-endian 4-byte value.
asl/scalar/agu/HL.LWI.UPO.aslPTO-SCALAR-HL-LWI-UPR
HL.LWI.UPR
HL.LWI.UPR snapshots its scalar sources, forms its encoded address, and loads one aligned little-endian 4-byte value.
asl/scalar/agu/HL.LWI.UPR.aslPTO-SCALAR-HL-LWIP
HL.LWIP
HL.LWIP snapshots its scalar sources, forms its encoded address, and loads two adjacent aligned little-endian 4-byte values.
asl/scalar/agu/HL.LWIP.aslPTO-SCALAR-HL-LWIP-U
HL.LWIP.U
HL.LWIP.U snapshots its scalar sources, forms its encoded address, and loads two adjacent aligned little-endian 4-byte values.
asl/scalar/agu/HL.LWIP.U.aslPTO-SCALAR-HL-LWP
HL.LWP
HL.LWP snapshots its scalar sources, forms its encoded address, and loads two adjacent aligned little-endian 4-byte values.
asl/scalar/agu/HL.LWP.aslPTO-SCALAR-HL-LWU-PCR
HL.LWU.PCR
HL.LWU.PCR snapshots its scalar sources, forms its encoded address, and loads one aligned little-endian 4-byte value.
asl/scalar/agu/HL.LWU.PCR.aslPTO-SCALAR-HL-LWU-PO
HL.LWU.PO
HL.LWU.PO snapshots its scalar sources, forms its encoded address, and loads one aligned little-endian 4-byte value.
asl/scalar/agu/HL.LWU.PO.aslPTO-SCALAR-HL-LWU-PR
HL.LWU.PR
HL.LWU.PR snapshots its scalar sources, forms its encoded address, and loads one aligned little-endian 4-byte value.
asl/scalar/agu/HL.LWU.PR.aslPTO-SCALAR-HL-LWUI
HL.LWUI
HL.LWUI snapshots its scalar sources, forms its encoded address, and loads one aligned little-endian 4-byte value.
asl/scalar/agu/HL.LWUI.aslPTO-SCALAR-HL-LWUI-PO
HL.LWUI.PO
HL.LWUI.PO snapshots its scalar sources, forms its encoded address, and loads one aligned little-endian 4-byte value.
asl/scalar/agu/HL.LWUI.PO.aslPTO-SCALAR-HL-LWUI-PR
HL.LWUI.PR
HL.LWUI.PR snapshots its scalar sources, forms its encoded address, and loads one aligned little-endian 4-byte value.
asl/scalar/agu/HL.LWUI.PR.aslPTO-SCALAR-HL-LWUI-U
HL.LWUI.U
HL.LWUI.U snapshots its scalar sources, forms its encoded address, and loads one aligned little-endian 4-byte value.
asl/scalar/agu/HL.LWUI.U.aslPTO-SCALAR-HL-LWUI-UPO
HL.LWUI.UPO
HL.LWUI.UPO snapshots its scalar sources, forms its encoded address, and loads one aligned little-endian 4-byte value.
asl/scalar/agu/HL.LWUI.UPO.aslPTO-SCALAR-HL-LWUI-UPR
HL.LWUI.UPR
HL.LWUI.UPR snapshots its scalar sources, forms its encoded address, and loads one aligned little-endian 4-byte value.
asl/scalar/agu/HL.LWUI.UPR.aslPTO-SCALAR-HL-LWUIP
HL.LWUIP
HL.LWUIP snapshots its scalar sources, forms its encoded address, and loads two adjacent aligned little-endian 4-byte values.
asl/scalar/agu/HL.LWUIP.aslPTO-SCALAR-HL-LWUIP-U
HL.LWUIP.U
HL.LWUIP.U snapshots its scalar sources, forms its encoded address, and loads two adjacent aligned little-endian 4-byte values.
asl/scalar/agu/HL.LWUIP.U.aslPTO-SCALAR-HL-LWUP
HL.LWUP
HL.LWUP snapshots its scalar sources, forms its encoded address, and loads two adjacent aligned little-endian 4-byte values.
asl/scalar/agu/HL.LWUP.aslPTO-SCALAR-HL-MADD
HL.MADD
HL.MADD computes a signed 128-bit product plus a sign-extended XLEN addend and publishes low then high halves.
asl/scalar/alu/HL.MADD.aslPTO-SCALAR-HL-MADDW
HL.MADDW
HL.MADDW computes a signed 64-bit word multiply-add result and publishes its sign-extended low and high 32-bit halves.
asl/scalar/alu/HL.MADDW.aslPTO-SCALAR-HL-MIADD
HL.MIADD
HL.MIADD multiplies SrcR by the unsigned 19-bit immediate, adds SrcL modulo 2^PTO_XLEN, and publishes the result.
asl/scalar/alu/HL.MIADD.aslPTO-SCALAR-HL-MISUB
HL.MISUB
HL.MISUB multiplies SrcR by the unsigned 19-bit immediate, subtracts the product from SrcL modulo 2^PTO_XLEN, and publishes the result.
asl/scalar/alu/HL.MISUB.aslPTO-SCALAR-HL-MUL
HL.MUL
HL.MUL computes a signed 128-bit scalar product and publishes its low half followed by its high half.
asl/scalar/alu/HL.MUL.aslPTO-SCALAR-HL-MULU
HL.MULU
HL.MULU computes an unsigned 128-bit scalar product and publishes its low half followed by its high half.
asl/scalar/alu/HL.MULU.aslPTO-SCALAR-HL-ORI
HL.ORI
HL.ORI applies XLEN bitwise inclusive-or to SrcL and a sign-extended 24-bit immediate.
asl/scalar/alu/HL.ORI.aslPTO-SCALAR-HL-ORIW
HL.ORIW
HL.ORIW applies word bitwise inclusive-or to SrcL[31:0] and the low word of a sign-extended 24-bit immediate, then sign-extends the 32-bit result.
asl/scalar/alu/HL.ORIW.aslPTO-SCALAR-HL-PRF
HL.PRF
HL.PRF snapshots its scalar sources, forms its encoded address, and issues a non-binding 1-byte-granularity prefetch hint with no destination effect.
asl/scalar/agu/HL.PRF.aslPTO-SCALAR-HL-PRF-A
HL.PRF.A
HL.PRF.A snapshots its scalar sources, forms its encoded address, and issues a non-binding 1-byte-granularity prefetch hint and publishes the effective address.
asl/scalar/agu/HL.PRF.A.aslPTO-SCALAR-HL-PRFI-U
HL.PRFI.U
HL.PRFI.U snapshots its scalar sources, forms its encoded address, and issues a non-binding 1-byte-granularity prefetch hint with no destination effect.
asl/scalar/agu/HL.PRFI.U.aslPTO-SCALAR-HL-PRFI-UA
HL.PRFI.UA
HL.PRFI.UA snapshots its scalar sources, forms its encoded address, and issues a non-binding 1-byte-granularity prefetch hint and publishes the effective address.
asl/scalar/agu/HL.PRFI.UA.aslPTO-SCALAR-HL-REM
HL.REM
HL.REM computes a signed XLEN remainder/quotient pair from source snapshots, then publishes remainder followed by quotient.
asl/scalar/alu/HL.REM.aslPTO-SCALAR-HL-REMU
HL.REMU
HL.REMU computes an unsigned XLEN remainder/quotient pair from source snapshots, then publishes remainder followed by quotient.
asl/scalar/alu/HL.REMU.aslPTO-SCALAR-HL-REMUW
HL.REMUW
HL.REMUW computes an unsigned low-32-bit remainder/quotient pair from source snapshots, then publishes remainder followed by quotient.
asl/scalar/alu/HL.REMUW.aslPTO-SCALAR-HL-REMW
HL.REMW
HL.REMW computes a signed low-32-bit remainder/quotient pair from source snapshots, then publishes remainder followed by quotient.
asl/scalar/alu/HL.REMW.aslPTO-SCALAR-HL-SB-PCR
HL.SB.PCR
HL.SB.PCR snapshots its scalar sources, forms its encoded address, and stores one aligned little-endian 1-byte value.
asl/scalar/agu/HL.SB.PCR.aslPTO-SCALAR-HL-SB-PO
HL.SB.PO
HL.SB.PO snapshots its scalar sources, forms its encoded address, and stores one aligned little-endian 1-byte value.
asl/scalar/agu/HL.SB.PO.aslPTO-SCALAR-HL-SB-PR
HL.SB.PR
HL.SB.PR snapshots its scalar sources, forms its encoded address, and stores one aligned little-endian 1-byte value.
asl/scalar/agu/HL.SB.PR.aslPTO-SCALAR-HL-SBI
HL.SBI
HL.SBI snapshots its scalar sources, forms its encoded address, and stores one aligned little-endian 1-byte value.
asl/scalar/agu/HL.SBI.aslPTO-SCALAR-HL-SBI-PO
HL.SBI.PO
HL.SBI.PO snapshots its scalar sources, forms its encoded address, and stores one aligned little-endian 1-byte value.
asl/scalar/agu/HL.SBI.PO.aslPTO-SCALAR-HL-SBI-PR
HL.SBI.PR
HL.SBI.PR snapshots its scalar sources, forms its encoded address, and stores one aligned little-endian 1-byte value.
asl/scalar/agu/HL.SBI.PR.aslPTO-SCALAR-HL-SBIP
HL.SBIP
HL.SBIP snapshots its scalar sources, forms its encoded address, and stores two adjacent aligned little-endian 1-byte values.
asl/scalar/agu/HL.SBIP.aslPTO-SCALAR-HL-SBP
HL.SBP
HL.SBP snapshots its scalar sources, forms its encoded address, and stores two adjacent aligned little-endian 1-byte values.
asl/scalar/agu/HL.SBP.aslPTO-SCALAR-HL-SD-PCR
HL.SD.PCR
HL.SD.PCR snapshots its scalar sources, forms its encoded address, and stores one aligned little-endian 8-byte value.
asl/scalar/agu/HL.SD.PCR.aslPTO-SCALAR-HL-SD-PO
HL.SD.PO
HL.SD.PO snapshots its scalar sources, forms its encoded address, and stores one aligned little-endian 8-byte value.
asl/scalar/agu/HL.SD.PO.aslPTO-SCALAR-HL-SD-PR
HL.SD.PR
HL.SD.PR snapshots its scalar sources, forms its encoded address, and stores one aligned little-endian 8-byte value.
asl/scalar/agu/HL.SD.PR.aslPTO-SCALAR-HL-SD-UPO
HL.SD.UPO
HL.SD.UPO snapshots its scalar sources, forms its encoded address, and stores one aligned little-endian 8-byte value.
asl/scalar/agu/HL.SD.UPO.aslPTO-SCALAR-HL-SD-UPR
HL.SD.UPR
HL.SD.UPR snapshots its scalar sources, forms its encoded address, and stores one aligned little-endian 8-byte value.
asl/scalar/agu/HL.SD.UPR.aslPTO-SCALAR-HL-SDI
HL.SDI
HL.SDI snapshots its scalar sources, forms its encoded address, and stores one aligned little-endian 8-byte value.
asl/scalar/agu/HL.SDI.aslPTO-SCALAR-HL-SDI-PO
HL.SDI.PO
HL.SDI.PO snapshots its scalar sources, forms its encoded address, and stores one aligned little-endian 8-byte value.
asl/scalar/agu/HL.SDI.PO.aslPTO-SCALAR-HL-SDI-PR
HL.SDI.PR
HL.SDI.PR snapshots its scalar sources, forms its encoded address, and stores one aligned little-endian 8-byte value.
asl/scalar/agu/HL.SDI.PR.aslPTO-SCALAR-HL-SDI-U
HL.SDI.U
HL.SDI.U snapshots its scalar sources, forms its encoded address, and stores one aligned little-endian 8-byte value.
asl/scalar/agu/HL.SDI.U.aslPTO-SCALAR-HL-SDI-UPO
HL.SDI.UPO
HL.SDI.UPO snapshots its scalar sources, forms its encoded address, and stores one aligned little-endian 8-byte value.
asl/scalar/agu/HL.SDI.UPO.aslPTO-SCALAR-HL-SDI-UPR
HL.SDI.UPR
HL.SDI.UPR snapshots its scalar sources, forms its encoded address, and stores one aligned little-endian 8-byte value.
asl/scalar/agu/HL.SDI.UPR.aslPTO-SCALAR-HL-SDIP
HL.SDIP
HL.SDIP snapshots its scalar sources, forms its encoded address, and stores two adjacent aligned little-endian 8-byte values.
asl/scalar/agu/HL.SDIP.aslPTO-SCALAR-HL-SDIP-U
HL.SDIP.U
HL.SDIP.U snapshots its scalar sources, forms its encoded address, and stores two adjacent aligned little-endian 8-byte values.
asl/scalar/agu/HL.SDIP.U.aslPTO-SCALAR-HL-SDP
HL.SDP
HL.SDP snapshots its scalar sources, forms its encoded address, and stores two adjacent aligned little-endian 8-byte values.
asl/scalar/agu/HL.SDP.aslPTO-SCALAR-HL-SDP-U
HL.SDP.U
HL.SDP.U snapshots its scalar sources, forms its encoded address, and stores two adjacent aligned little-endian 8-byte values.
asl/scalar/agu/HL.SDP.U.aslPTO-SCALAR-HL-SETC-ANDI
HL.SETC.ANDI
HL.SETC.ANDI - Combine scalar comparison results and update the bundle commit condition.
asl/scalar/bru/HL.SETC.ANDI.aslPTO-SCALAR-HL-SETC-EQI
HL.SETC.EQI
HL.SETC.EQI - Compare scalar operands and update the bundle commit condition.
asl/scalar/bru/HL.SETC.EQI.aslPTO-SCALAR-HL-SETC-GEI
HL.SETC.GEI
HL.SETC.GEI - Compare scalar operands and update the bundle commit condition.
asl/scalar/bru/HL.SETC.GEI.aslPTO-SCALAR-HL-SETC-GEUI
HL.SETC.GEUI
HL.SETC.GEUI - Compare scalar operands and update the bundle commit condition.
asl/scalar/bru/HL.SETC.GEUI.aslPTO-SCALAR-HL-SETC-LTI
HL.SETC.LTI
HL.SETC.LTI - Compare scalar operands and update the bundle commit condition.
asl/scalar/bru/HL.SETC.LTI.aslPTO-SCALAR-HL-SETC-LTUI
HL.SETC.LTUI
HL.SETC.LTUI - Compare scalar operands and update the bundle commit condition.
asl/scalar/bru/HL.SETC.LTUI.aslPTO-SCALAR-HL-SETC-NEI
HL.SETC.NEI
HL.SETC.NEI - Compare scalar operands and update the bundle commit condition.
asl/scalar/bru/HL.SETC.NEI.aslPTO-SCALAR-HL-SETC-ORI
HL.SETC.ORI
HL.SETC.ORI - Combine scalar comparison results and update the bundle commit condition.
asl/scalar/bru/HL.SETC.ORI.aslPTO-SCALAR-HL-SETRET
HL.SETRET
HL.SETRET - Write the architectural return address.
asl/scalar/bru/HL.SETRET.aslPTO-SCALAR-HL-SH-PCR
HL.SH.PCR
HL.SH.PCR snapshots its scalar sources, forms its encoded address, and stores one aligned little-endian 2-byte value.
asl/scalar/agu/HL.SH.PCR.aslPTO-SCALAR-HL-SH-PO
HL.SH.PO
HL.SH.PO snapshots its scalar sources, forms its encoded address, and stores one aligned little-endian 2-byte value.
asl/scalar/agu/HL.SH.PO.aslPTO-SCALAR-HL-SH-PR
HL.SH.PR
HL.SH.PR snapshots its scalar sources, forms its encoded address, and stores one aligned little-endian 2-byte value.
asl/scalar/agu/HL.SH.PR.aslPTO-SCALAR-HL-SH-UPO
HL.SH.UPO
HL.SH.UPO snapshots its scalar sources, forms its encoded address, and stores one aligned little-endian 2-byte value.
asl/scalar/agu/HL.SH.UPO.aslPTO-SCALAR-HL-SH-UPR
HL.SH.UPR
HL.SH.UPR snapshots its scalar sources, forms its encoded address, and stores one aligned little-endian 2-byte value.
asl/scalar/agu/HL.SH.UPR.aslPTO-SCALAR-HL-SHI
HL.SHI
HL.SHI snapshots its scalar sources, forms its encoded address, and stores one aligned little-endian 2-byte value.
asl/scalar/agu/HL.SHI.aslPTO-SCALAR-HL-SHI-PO
HL.SHI.PO
HL.SHI.PO snapshots its scalar sources, forms its encoded address, and stores one aligned little-endian 2-byte value.
asl/scalar/agu/HL.SHI.PO.aslPTO-SCALAR-HL-SHI-PR
HL.SHI.PR
HL.SHI.PR snapshots its scalar sources, forms its encoded address, and stores one aligned little-endian 2-byte value.
asl/scalar/agu/HL.SHI.PR.aslPTO-SCALAR-HL-SHI-U
HL.SHI.U
HL.SHI.U snapshots its scalar sources, forms its encoded address, and stores one aligned little-endian 2-byte value.
asl/scalar/agu/HL.SHI.U.aslPTO-SCALAR-HL-SHI-UPO
HL.SHI.UPO
HL.SHI.UPO snapshots its scalar sources, forms its encoded address, and stores one aligned little-endian 2-byte value.
asl/scalar/agu/HL.SHI.UPO.aslPTO-SCALAR-HL-SHI-UPR
HL.SHI.UPR
HL.SHI.UPR snapshots its scalar sources, forms its encoded address, and stores one aligned little-endian 2-byte value.
asl/scalar/agu/HL.SHI.UPR.aslPTO-SCALAR-HL-SHIP
HL.SHIP
HL.SHIP snapshots its scalar sources, forms its encoded address, and stores two adjacent aligned little-endian 2-byte values.
asl/scalar/agu/HL.SHIP.aslPTO-SCALAR-HL-SHIP-U
HL.SHIP.U
HL.SHIP.U snapshots its scalar sources, forms its encoded address, and stores two adjacent aligned little-endian 2-byte values.
asl/scalar/agu/HL.SHIP.U.aslPTO-SCALAR-HL-SHP
HL.SHP
HL.SHP snapshots its scalar sources, forms its encoded address, and stores two adjacent aligned little-endian 2-byte values.
asl/scalar/agu/HL.SHP.aslPTO-SCALAR-HL-SHP-U
HL.SHP.U
HL.SHP.U snapshots its scalar sources, forms its encoded address, and stores two adjacent aligned little-endian 2-byte values.
asl/scalar/agu/HL.SHP.U.aslPTO-SCALAR-HL-SSRGET
HL.SSRGET
HL.SSRGET reads the complete encoded system-register address.
asl/scalar/sys/HL.SSRGET.aslPTO-SCALAR-HL-SSRSET
HL.SSRSET
HL.SSRSET writes the complete encoded system-register address.
asl/scalar/sys/HL.SSRSET.aslPTO-SCALAR-HL-SUBI
HL.SUBI
HL.SUBI applies XLEN subtraction to SrcL and a zero-extended 24-bit immediate.
asl/scalar/alu/HL.SUBI.aslPTO-SCALAR-HL-SUBIW
HL.SUBIW
HL.SUBIW applies word subtraction to SrcL[31:0] and the low word of a zero-extended 24-bit immediate, then sign-extends the 32-bit result.
asl/scalar/alu/HL.SUBIW.aslPTO-SCALAR-HL-SW-PCR
HL.SW.PCR
HL.SW.PCR snapshots its scalar sources, forms its encoded address, and stores one aligned little-endian 4-byte value.
asl/scalar/agu/HL.SW.PCR.aslPTO-SCALAR-HL-SW-PO
HL.SW.PO
HL.SW.PO snapshots its scalar sources, forms its encoded address, and stores one aligned little-endian 4-byte value.
asl/scalar/agu/HL.SW.PO.aslPTO-SCALAR-HL-SW-PR
HL.SW.PR
HL.SW.PR snapshots its scalar sources, forms its encoded address, and stores one aligned little-endian 4-byte value.
asl/scalar/agu/HL.SW.PR.aslPTO-SCALAR-HL-SW-UPO
HL.SW.UPO
HL.SW.UPO snapshots its scalar sources, forms its encoded address, and stores one aligned little-endian 4-byte value.
asl/scalar/agu/HL.SW.UPO.aslPTO-SCALAR-HL-SW-UPR
HL.SW.UPR
HL.SW.UPR snapshots its scalar sources, forms its encoded address, and stores one aligned little-endian 4-byte value.
asl/scalar/agu/HL.SW.UPR.aslPTO-SCALAR-HL-SWI
HL.SWI
HL.SWI snapshots its scalar sources, forms its encoded address, and stores one aligned little-endian 4-byte value.
asl/scalar/agu/HL.SWI.aslPTO-SCALAR-HL-SWI-PO
HL.SWI.PO
HL.SWI.PO snapshots its scalar sources, forms its encoded address, and stores one aligned little-endian 4-byte value.
asl/scalar/agu/HL.SWI.PO.aslPTO-SCALAR-HL-SWI-PR
HL.SWI.PR
HL.SWI.PR snapshots its scalar sources, forms its encoded address, and stores one aligned little-endian 4-byte value.
asl/scalar/agu/HL.SWI.PR.aslPTO-SCALAR-HL-SWI-U
HL.SWI.U
HL.SWI.U snapshots its scalar sources, forms its encoded address, and stores one aligned little-endian 4-byte value.
asl/scalar/agu/HL.SWI.U.aslPTO-SCALAR-HL-SWI-UPO
HL.SWI.UPO
HL.SWI.UPO snapshots its scalar sources, forms its encoded address, and stores one aligned little-endian 4-byte value.
asl/scalar/agu/HL.SWI.UPO.aslPTO-SCALAR-HL-SWI-UPR
HL.SWI.UPR
HL.SWI.UPR snapshots its scalar sources, forms its encoded address, and stores one aligned little-endian 4-byte value.
asl/scalar/agu/HL.SWI.UPR.aslPTO-SCALAR-HL-SWIP
HL.SWIP
HL.SWIP snapshots its scalar sources, forms its encoded address, and stores two adjacent aligned little-endian 4-byte values.
asl/scalar/agu/HL.SWIP.aslPTO-SCALAR-HL-SWIP-U
HL.SWIP.U
HL.SWIP.U snapshots its scalar sources, forms its encoded address, and stores two adjacent aligned little-endian 4-byte values.
asl/scalar/agu/HL.SWIP.U.aslPTO-SCALAR-HL-SWP
HL.SWP
HL.SWP snapshots its scalar sources, forms its encoded address, and stores two adjacent aligned little-endian 4-byte values.
asl/scalar/agu/HL.SWP.aslPTO-SCALAR-HL-SWP-U
HL.SWP.U
HL.SWP.U snapshots its scalar sources, forms its encoded address, and stores two adjacent aligned little-endian 4-byte values.
asl/scalar/agu/HL.SWP.U.aslPTO-SCALAR-HL-XORI
HL.XORI
HL.XORI applies XLEN bitwise exclusive-or to SrcL and a sign-extended 24-bit immediate.
asl/scalar/alu/HL.XORI.aslPTO-SCALAR-HL-XORIW
HL.XORIW
HL.XORIW applies word bitwise exclusive-or to SrcL[31:0] and the low word of a sign-extended 24-bit immediate, then sign-extends the 32-bit result.
asl/scalar/alu/HL.XORIW.aslPTO-SCALAR-IC-IALL
IC.IALL
IC.IALL completes the instruction-cache all-entry scope maintenance operation synchronously.
asl/scalar/sys/IC.IALL.aslPTO-SCALAR-IC-IVA
IC.IVA
IC.IVA completes the instruction-cache virtual-address scope token maintenance operation synchronously.
asl/scalar/sys/IC.IVA.aslPTO-SCALAR-J
J
J - Jump to the PC-relative target.
asl/scalar/bru/J.aslPTO-SCALAR-JR
JR
JR - Jump to the scalar-register target.
asl/scalar/bru/JR.aslPTO-SCALAR-LB
LB
LB snapshots its scalar sources, forms its encoded address, and loads one aligned little-endian 1-byte value.
asl/scalar/agu/LB.aslPTO-SCALAR-LB-PCR
LB.PCR
LB.PCR snapshots its scalar sources, forms its encoded address, and loads one aligned little-endian 1-byte value.
asl/scalar/agu/LB.PCR.aslPTO-SCALAR-LBI
LBI
LBI snapshots its scalar sources, forms its encoded address, and loads one aligned little-endian 1-byte value.
asl/scalar/agu/LBI.aslPTO-SCALAR-LBU
LBU
LBU snapshots its scalar sources, forms its encoded address, and loads one aligned little-endian 1-byte value.
asl/scalar/agu/LBU.aslPTO-SCALAR-LBU-PCR
LBU.PCR
LBU.PCR snapshots its scalar sources, forms its encoded address, and loads one aligned little-endian 1-byte value.
asl/scalar/agu/LBU.PCR.aslPTO-SCALAR-LBUI
LBUI
LBUI snapshots its scalar sources, forms its encoded address, and loads one aligned little-endian 1-byte value.
asl/scalar/agu/LBUI.aslPTO-SCALAR-LD
LD
LD snapshots its scalar sources, forms its encoded address, and loads one aligned little-endian 8-byte value.
asl/scalar/agu/LD.aslPTO-SCALAR-LD-ADD
LD.ADD
LD.ADD atomically stores the width-sized modular sum and publishes the prior memory value.
asl/scalar/amo/LD.ADD.aslPTO-SCALAR-LD-AND
LD.AND
LD.AND atomically stores the width-sized bitwise AND and publishes the prior memory value.
asl/scalar/amo/LD.AND.aslPTO-SCALAR-LD-OR
LD.OR
LD.OR atomically stores the width-sized bitwise OR and publishes the prior memory value.
asl/scalar/amo/LD.OR.aslPTO-SCALAR-LD-PCR
LD.PCR
LD.PCR snapshots its scalar sources, forms its encoded address, and loads one aligned little-endian 8-byte value.
asl/scalar/agu/LD.PCR.aslPTO-SCALAR-LD-SMAX
LD.SMAX
LD.SMAX atomically stores the width-sized signed maximum and publishes the prior memory value.
asl/scalar/amo/LD.SMAX.aslPTO-SCALAR-LD-SMIN
LD.SMIN
LD.SMIN atomically stores the width-sized signed minimum and publishes the prior memory value.
asl/scalar/amo/LD.SMIN.aslPTO-SCALAR-LD-UMAX
LD.UMAX
LD.UMAX atomically stores the width-sized unsigned maximum and publishes the prior memory value.
asl/scalar/amo/LD.UMAX.aslPTO-SCALAR-LD-UMIN
LD.UMIN
LD.UMIN atomically stores the width-sized unsigned minimum and publishes the prior memory value.
asl/scalar/amo/LD.UMIN.aslPTO-SCALAR-LD-XOR
LD.XOR
LD.XOR atomically stores the width-sized bitwise XOR and publishes the prior memory value.
asl/scalar/amo/LD.XOR.aslPTO-SCALAR-LDI
LDI
LDI snapshots its scalar sources, forms its encoded address, and loads one aligned little-endian 8-byte value.
asl/scalar/agu/LDI.aslPTO-SCALAR-LDI-U
LDI.U
LDI.U snapshots its scalar sources, forms its encoded address, and loads one aligned little-endian 8-byte value.
asl/scalar/agu/LDI.U.aslPTO-SCALAR-LH
LH
LH snapshots its scalar sources, forms its encoded address, and loads one aligned little-endian 2-byte value.
asl/scalar/agu/LH.aslPTO-SCALAR-LH-PCR
LH.PCR
LH.PCR snapshots its scalar sources, forms its encoded address, and loads one aligned little-endian 2-byte value.
asl/scalar/agu/LH.PCR.aslPTO-SCALAR-LHI
LHI
LHI snapshots its scalar sources, forms its encoded address, and loads one aligned little-endian 2-byte value.
asl/scalar/agu/LHI.aslPTO-SCALAR-LHI-U
LHI.U
LHI.U snapshots its scalar sources, forms its encoded address, and loads one aligned little-endian 2-byte value.
asl/scalar/agu/LHI.U.aslPTO-SCALAR-LHU
LHU
LHU snapshots its scalar sources, forms its encoded address, and loads one aligned little-endian 2-byte value.
asl/scalar/agu/LHU.aslPTO-SCALAR-LHU-PCR
LHU.PCR
LHU.PCR snapshots its scalar sources, forms its encoded address, and loads one aligned little-endian 2-byte value.
asl/scalar/agu/LHU.PCR.aslPTO-SCALAR-LHUI
LHUI
LHUI snapshots its scalar sources, forms its encoded address, and loads one aligned little-endian 2-byte value.
asl/scalar/agu/LHUI.aslPTO-SCALAR-LHUI-U
LHUI.U
LHUI.U snapshots its scalar sources, forms its encoded address, and loads one aligned little-endian 2-byte value.
asl/scalar/agu/LHUI.U.aslPTO-SCALAR-LR-B
LR.B
LR.B loads one byte, establishes a 64-byte-line reservation, and publishes the prior value.
asl/scalar/amo/LR.B.aslPTO-SCALAR-LR-D
LR.D
LR.D loads one doubleword, establishes a 64-byte-line reservation, and publishes the prior value.
asl/scalar/amo/LR.D.aslPTO-SCALAR-LR-H
LR.H
LR.H loads one halfword, establishes a 64-byte-line reservation, and publishes the prior value.
asl/scalar/amo/LR.H.aslPTO-SCALAR-LR-W
LR.W
LR.W loads one word, establishes a 64-byte-line reservation, and publishes the prior value.
asl/scalar/amo/LR.W.aslPTO-SCALAR-LSRGET
LSRGET
LSRGET reads one assigned word from the active block BARG view.
asl/scalar/sys/LSRGET.aslPTO-SCALAR-LUI
LUI
LUI sign-extends its encoded 20-bit immediate to XLEN, shifts it left by 12 bits, and publishes the result through RegDst.
asl/scalar/alu/LUI.aslPTO-SCALAR-LW
LW
LW snapshots its scalar sources, forms its encoded address, and loads one aligned little-endian 4-byte value.
asl/scalar/agu/LW.aslPTO-SCALAR-LW-ADD
LW.ADD
LW.ADD atomically stores the modular 32-bit sum and publishes the prior memory value.
asl/scalar/amo/LW.ADD.aslPTO-SCALAR-LW-AND
LW.AND
LW.AND atomically stores the width-sized bitwise AND and publishes the prior memory value.
asl/scalar/amo/LW.AND.aslPTO-SCALAR-LW-OR
LW.OR
LW.OR atomically stores the width-sized bitwise OR and publishes the prior memory value.
asl/scalar/amo/LW.OR.aslPTO-SCALAR-LW-PCR
LW.PCR
LW.PCR snapshots its scalar sources, forms its encoded address, and loads one aligned little-endian 4-byte value.
asl/scalar/agu/LW.PCR.aslPTO-SCALAR-LW-SMAX
LW.SMAX
LW.SMAX atomically stores the width-sized signed maximum and publishes the prior memory value.
asl/scalar/amo/LW.SMAX.aslPTO-SCALAR-LW-SMIN
LW.SMIN
LW.SMIN atomically stores the width-sized signed minimum and publishes the prior memory value.
asl/scalar/amo/LW.SMIN.aslPTO-SCALAR-LW-UMAX
LW.UMAX
LW.UMAX atomically stores the width-sized unsigned maximum and publishes the prior memory value.
asl/scalar/amo/LW.UMAX.aslPTO-SCALAR-LW-UMIN
LW.UMIN
LW.UMIN atomically stores the width-sized unsigned minimum and publishes the prior memory value.
asl/scalar/amo/LW.UMIN.aslPTO-SCALAR-LW-XOR
LW.XOR
LW.XOR atomically stores the width-sized bitwise XOR and publishes the prior memory value.
asl/scalar/amo/LW.XOR.aslPTO-SCALAR-LWI
LWI
LWI snapshots its scalar sources, forms its encoded address, and loads one aligned little-endian 4-byte value.
asl/scalar/agu/LWI.aslPTO-SCALAR-LWI-U
LWI.U
LWI.U snapshots its scalar sources, forms its encoded address, and loads one aligned little-endian 4-byte value.
asl/scalar/agu/LWI.U.aslPTO-SCALAR-LWU
LWU
LWU snapshots its scalar sources, forms its encoded address, and loads one aligned little-endian 4-byte value.
asl/scalar/agu/LWU.aslPTO-SCALAR-LWU-PCR
LWU.PCR
LWU.PCR snapshots its scalar sources, forms its encoded address, and loads one aligned little-endian 4-byte value.
asl/scalar/agu/LWU.PCR.aslPTO-SCALAR-LWUI
LWUI
LWUI snapshots its scalar sources, forms its encoded address, and loads one aligned little-endian 4-byte value.
asl/scalar/agu/LWUI.aslPTO-SCALAR-LWUI-U
LWUI.U
LWUI.U snapshots its scalar sources, forms its encoded address, and loads one aligned little-endian 4-byte value.
asl/scalar/agu/LWUI.U.aslPTO-SCALAR-MADD
MADD
MADD adds a snapshotted XLEN addend to the low XLEN scalar product modulo 2^PTO_XLEN and publishes the result.
asl/scalar/alu/MADD.aslPTO-SCALAR-MADDW
MADDW
MADDW adds low 32-bit source values modulo 2^32, sign-extends the accumulated result to XLEN, and publishes it.
asl/scalar/alu/MADDW.aslPTO-SCALAR-MAX
MAX
MAX performs a signed full-XLEN comparison and publishes the complete bit pattern of the maximum operand.
asl/scalar/alu/MAX.aslPTO-SCALAR-MAXU
MAXU
MAXU performs an unsigned full-XLEN comparison and publishes the complete bit pattern of the maximum operand.
asl/scalar/alu/MAXU.aslPTO-SCALAR-MIN
MIN
MIN performs a signed full-XLEN comparison and publishes the complete bit pattern of the minimum operand.
asl/scalar/alu/MIN.aslPTO-SCALAR-MINU
MINU
MINU performs an unsigned full-XLEN comparison and publishes the complete bit pattern of the minimum operand.
asl/scalar/alu/MINU.aslPTO-SCALAR-MUL
MUL
MUL computes the low XLEN bits of the complete scalar product and publishes the result.
asl/scalar/alu/MUL.aslPTO-SCALAR-MULU
MULU
MULU computes the low XLEN bits of the complete unsigned scalar product and publishes the result.
asl/scalar/alu/MULU.aslPTO-SCALAR-MULUW
MULUW
MULUW multiplies the source low 32-bit values, retains the low 32 product bits, sign-extends them to XLEN, and publishes the result.
asl/scalar/alu/MULUW.aslPTO-SCALAR-MULW
MULW
MULW multiplies the source low 32-bit values, retains the low 32 product bits, sign-extends them to XLEN, and publishes the result.
asl/scalar/alu/MULW.aslPTO-SCALAR-OR
OR
OR applies the selected right-source transformation before its encoded logical left shift, performs bitwise inclusive OR, and publishes the PTO_XLEN result.
asl/scalar/alu/OR.aslPTO-SCALAR-ORI
ORI
ORI performs XLEN disjunction with a sign-extended signed 12-bit immediate.
asl/scalar/alu/ORI.aslPTO-SCALAR-ORIW
ORIW
ORIW performs word disjunction with a signed 12-bit immediate and sign-extends the result.
asl/scalar/alu/ORIW.aslPTO-SCALAR-ORW
ORW
ORW applies the selected right-source transformation before its encoded logical left shift, performs word bitwise inclusive OR, and publishes the low 32-bit result sign-extended to XLEN.
asl/scalar/alu/ORW.aslPTO-SCALAR-PRF
PRF
PRF snapshots its scalar sources, forms its encoded address, and issues a non-binding 1-byte-granularity prefetch hint with no destination effect.
asl/scalar/agu/PRF.aslPTO-SCALAR-PRFI-U
PRFI.U
PRFI.U snapshots its scalar sources, forms its encoded address, and issues a non-binding 1-byte-granularity prefetch hint with no destination effect.
asl/scalar/agu/PRFI.U.aslPTO-SCALAR-REM
REM
REM computes the signed XLEN remainder using total fixed-width semantics and publishes the XLEN result.
asl/scalar/alu/REM.aslPTO-SCALAR-REMU
REMU
REMU computes the unsigned XLEN remainder using total fixed-width semantics and publishes the XLEN result.
asl/scalar/alu/REMU.aslPTO-SCALAR-REMUW
REMUW
REMUW computes the unsigned low-32-bit remainder using total fixed-width semantics and publishes the XLEN result.
asl/scalar/alu/REMUW.aslPTO-SCALAR-REMW
REMW
REMW computes the signed low-32-bit remainder using total fixed-width semantics and publishes the XLEN result.
asl/scalar/alu/REMW.aslPTO-SCALAR-REV
REV
REV reverses the bytes of an independently selected wrapping scalar field, zero-fills high result bits, and returns zero for a non-byte width.
asl/scalar/alu/REV.aslPTO-SCALAR-SB
SB
SB snapshots its scalar sources, forms its encoded address, and stores one aligned little-endian 1-byte value.
asl/scalar/agu/SB.aslPTO-SCALAR-SB-PCR
SB.PCR
SB.PCR snapshots its scalar sources, forms its encoded address, and stores one aligned little-endian 1-byte value.
asl/scalar/agu/SB.PCR.aslPTO-SCALAR-SBI
SBI
SBI snapshots its scalar sources, forms its encoded address, and stores one aligned little-endian 1-byte value.
asl/scalar/agu/SBI.aslPTO-SCALAR-SC-B
SC.B
SC.B conditionally stores one byte when the local 64-byte-line reservation matches.
asl/scalar/amo/SC.B.aslPTO-SCALAR-SC-D
SC.D
SC.D conditionally stores one doubleword when the local 64-byte-line reservation matches.
asl/scalar/amo/SC.D.aslPTO-SCALAR-SC-H
SC.H
SC.H conditionally stores one halfword when the local 64-byte-line reservation matches.
asl/scalar/amo/SC.H.aslPTO-SCALAR-SC-W
SC.W
SC.W conditionally stores one word when the local 64-byte-line reservation matches.
asl/scalar/amo/SC.W.aslPTO-SCALAR-SCVTF
SCVTF
SCVTF converts a signed 64-bit or sign-extended signed 32-bit source to floating carrier code 0 through 14 through the active numeric profile.
asl/scalar/fsu/SCVTF.aslPTO-SCALAR-SD
SD
SD snapshots its scalar sources, forms its encoded address, and stores one aligned little-endian 8-byte value.
asl/scalar/agu/SD.aslPTO-SCALAR-SD-ADD
SD.ADD
SD.ADD atomically replaces the aligned 64-bit memory value with its modular sum with SrcR; it does not publish the old value.
asl/scalar/amo/SD.ADD.aslPTO-SCALAR-SD-AND
SD.AND
SD.AND atomically replaces the aligned 64-bit memory value with its bitwise AND with SrcR; it does not publish the old value.
asl/scalar/amo/SD.AND.aslPTO-SCALAR-SD-OR
SD.OR
SD.OR atomically replaces the aligned 64-bit memory value with its bitwise OR with SrcR; it does not publish the old value.
asl/scalar/amo/SD.OR.aslPTO-SCALAR-SD-PCR
SD.PCR
SD.PCR snapshots its scalar sources, forms its encoded address, and stores one aligned little-endian 8-byte value.
asl/scalar/agu/SD.PCR.aslPTO-SCALAR-SD-SMAX
SD.SMAX
SD.SMAX atomically replaces the aligned 64-bit memory value with its signed maximum with SrcR; it does not publish the old value.
asl/scalar/amo/SD.SMAX.aslPTO-SCALAR-SD-SMIN
SD.SMIN
SD.SMIN atomically replaces the aligned 64-bit memory value with its signed minimum with SrcR; it does not publish the old value.
asl/scalar/amo/SD.SMIN.aslPTO-SCALAR-SD-U
SD.U
SD.U snapshots its scalar sources, forms its encoded address, and stores one aligned little-endian 8-byte value.
asl/scalar/agu/SD.U.aslPTO-SCALAR-SD-UMAX
SD.UMAX
SD.UMAX atomically replaces the aligned 64-bit memory value with its unsigned maximum with SrcR; it does not publish the old value.
asl/scalar/amo/SD.UMAX.aslPTO-SCALAR-SD-UMIN
SD.UMIN
SD.UMIN atomically replaces the aligned 64-bit memory value with its unsigned minimum with SrcR; it does not publish the old value.
asl/scalar/amo/SD.UMIN.aslPTO-SCALAR-SD-XOR
SD.XOR
SD.XOR atomically replaces the aligned 64-bit memory value with its bitwise XOR with SrcR; it does not publish the old value.
asl/scalar/amo/SD.XOR.aslPTO-SCALAR-SDI
SDI
SDI snapshots its scalar sources, forms its encoded address, and stores one aligned little-endian 8-byte value.
asl/scalar/agu/SDI.aslPTO-SCALAR-SDI-U
SDI.U
SDI.U snapshots its scalar sources, forms its encoded address, and stores one aligned little-endian 8-byte value.
asl/scalar/agu/SDI.U.aslPTO-SCALAR-SETC-AND
SETC.AND
SETC.AND - Combine scalar comparison results and update the bundle commit condition.
asl/scalar/bru/SETC.AND.aslPTO-SCALAR-SETC-ANDI
SETC.ANDI
SETC.ANDI - Combine scalar comparison results and update the bundle commit condition.
asl/scalar/bru/SETC.ANDI.aslPTO-SCALAR-SETC-EQ
SETC.EQ
SETC.EQ - Compare scalar operands and update the bundle commit condition.
asl/scalar/bru/SETC.EQ.aslPTO-SCALAR-SETC-EQI
SETC.EQI
SETC.EQI - Compare scalar operands and update the bundle commit condition.
asl/scalar/bru/SETC.EQI.aslPTO-SCALAR-SETC-GE
SETC.GE
SETC.GE - Compare scalar operands and update the bundle commit condition.
asl/scalar/bru/SETC.GE.aslPTO-SCALAR-SETC-GEI
SETC.GEI
SETC.GEI - Compare scalar operands and update the bundle commit condition.
asl/scalar/bru/SETC.GEI.aslPTO-SCALAR-SETC-GEU
SETC.GEU
SETC.GEU - Compare scalar operands and update the bundle commit condition.
asl/scalar/bru/SETC.GEU.aslPTO-SCALAR-SETC-GEUI
SETC.GEUI
SETC.GEUI - Compare scalar operands and update the bundle commit condition.
asl/scalar/bru/SETC.GEUI.aslPTO-SCALAR-SETC-LT
SETC.LT
SETC.LT - Compare scalar operands and update the bundle commit condition.
asl/scalar/bru/SETC.LT.aslPTO-SCALAR-SETC-LTI
SETC.LTI
SETC.LTI - Compare scalar operands and update the bundle commit condition.
asl/scalar/bru/SETC.LTI.aslPTO-SCALAR-SETC-LTU
SETC.LTU
SETC.LTU - Compare scalar operands and update the bundle commit condition.
asl/scalar/bru/SETC.LTU.aslPTO-SCALAR-SETC-LTUI
SETC.LTUI
SETC.LTUI - Compare scalar operands and update the bundle commit condition.
asl/scalar/bru/SETC.LTUI.aslPTO-SCALAR-SETC-NE
SETC.NE
SETC.NE - Compare scalar operands and update the bundle commit condition.
asl/scalar/bru/SETC.NE.aslPTO-SCALAR-SETC-NEI
SETC.NEI
SETC.NEI - Compare scalar operands and update the bundle commit condition.
asl/scalar/bru/SETC.NEI.aslPTO-SCALAR-SETC-OR
SETC.OR
SETC.OR - Combine scalar comparison results and update the bundle commit condition.
asl/scalar/bru/SETC.OR.aslPTO-SCALAR-SETC-ORI
SETC.ORI
SETC.ORI - Combine scalar comparison results and update the bundle commit condition.
asl/scalar/bru/SETC.ORI.aslPTO-SCALAR-SETC-TGT
SETC.TGT
SETC.TGT snapshots SrcL into BARG.BPCN for the active Standard or Floating block.
asl/scalar/sys/SETC.TGT.aslPTO-SCALAR-SETRET
SETRET
SETRET - Write the architectural return address.
asl/scalar/bru/SETRET.aslPTO-SCALAR-SH
SH
SH snapshots its scalar sources, forms its encoded address, and stores one aligned little-endian 2-byte value.
asl/scalar/agu/SH.aslPTO-SCALAR-SH-PCR
SH.PCR
SH.PCR snapshots its scalar sources, forms its encoded address, and stores one aligned little-endian 2-byte value.
asl/scalar/agu/SH.PCR.aslPTO-SCALAR-SH-U
SH.U
SH.U snapshots its scalar sources, forms its encoded address, and stores one aligned little-endian 2-byte value.
asl/scalar/agu/SH.U.aslPTO-SCALAR-SHI
SHI
SHI snapshots its scalar sources, forms its encoded address, and stores one aligned little-endian 2-byte value.
asl/scalar/agu/SHI.aslPTO-SCALAR-SHI-U
SHI.U
SHI.U snapshots its scalar sources, forms its encoded address, and stores one aligned little-endian 2-byte value.
asl/scalar/agu/SHI.U.aslPTO-SCALAR-SLL
SLL
SLL performs a logical left shift of the PTO_XLEN source by the low six bits of the snapshotted SrcR; the XLEN result is published directly.
asl/scalar/alu/SLL.aslPTO-SCALAR-SLLI
SLLI
SLLI performs an XLEN logical left shift by a six-bit immediate.
asl/scalar/alu/SLLI.aslPTO-SCALAR-SLLIW
SLLIW
SLLIW performs a word logical left shift and sign-extends the result.
asl/scalar/alu/SLLIW.aslPTO-SCALAR-SLLW
SLLW
SLLW performs a logical left shift of the low 32-bit source by the low five bits of the snapshotted SrcR; the 32-bit result is sign-extended to XLEN.
asl/scalar/alu/SLLW.aslPTO-SCALAR-SRA
SRA
SRA performs a arithmetic right shift of the PTO_XLEN source by the low six bits of the snapshotted SrcR; the XLEN result is published directly.
asl/scalar/alu/SRA.aslPTO-SCALAR-SRAI
SRAI
SRAI performs an XLEN arithmetic right shift by a six-bit immediate.
asl/scalar/alu/SRAI.aslPTO-SCALAR-SRAIW
SRAIW
SRAIW performs a word arithmetic right shift and sign-extends the result.
asl/scalar/alu/SRAIW.aslPTO-SCALAR-SRAW
SRAW
SRAW performs a arithmetic right shift of the low 32-bit source by the low five bits of the snapshotted SrcR; the 32-bit result is sign-extended to XLEN.
asl/scalar/alu/SRAW.aslPTO-SCALAR-SRL
SRL
SRL performs a logical right shift of the PTO_XLEN source by the low six bits of the snapshotted SrcR; the XLEN result is published directly.
asl/scalar/alu/SRL.aslPTO-SCALAR-SRLI
SRLI
SRLI performs an XLEN logical right shift by a six-bit immediate.
asl/scalar/alu/SRLI.aslPTO-SCALAR-SRLIW
SRLIW
SRLIW performs a word logical right shift and sign-extends the result.
asl/scalar/alu/SRLIW.aslPTO-SCALAR-SRLW
SRLW
SRLW performs a logical right shift of the low 32-bit source by the low five bits of the snapshotted SrcR; the 32-bit result is sign-extended to XLEN.
asl/scalar/alu/SRLW.aslPTO-SCALAR-SSRGET
SSRGET
SSRGET reads the complete encoded system-register address.
asl/scalar/sys/SSRGET.aslPTO-SCALAR-SSRSET
SSRSET
SSRSET writes the complete encoded system-register address.
asl/scalar/sys/SSRSET.aslPTO-SCALAR-SSRSWAP
SSRSWAP
SSRSWAP atomically swaps the complete encoded system-register address.
asl/scalar/sys/SSRSWAP.aslPTO-SCALAR-SUB
SUB
SUB applies the selected right-source transformation before its encoded logical left shift, performs fixed-width subtraction, and publishes the PTO_XLEN result.
asl/scalar/alu/SUB.aslPTO-SCALAR-SUBI
SUBI
SUBI performs unsigned-immediate XLEN subtraction with Reg5 source and destination selection.
asl/scalar/alu/SUBI.aslPTO-SCALAR-SUBIW
SUBIW
SUBIW performs unsigned-immediate word subtraction and sign-extends the result to XLEN.
asl/scalar/alu/SUBIW.aslPTO-SCALAR-SUBW
SUBW
SUBW applies the selected right-source transformation before its encoded logical left shift, performs fixed-width word subtraction, and publishes the low 32-bit result sign-extended to XLEN.
asl/scalar/alu/SUBW.aslPTO-SCALAR-SW
SW
SW snapshots its scalar sources, forms its encoded address, and stores one aligned little-endian 4-byte value.
asl/scalar/agu/SW.aslPTO-SCALAR-SW-ADD
SW.ADD
SW.ADD atomically replaces the aligned 32-bit memory value with its modular sum with SrcR; it does not publish the old value.
asl/scalar/amo/SW.ADD.aslPTO-SCALAR-SW-AND
SW.AND
SW.AND atomically replaces the aligned 32-bit memory value with its bitwise AND with SrcR; it does not publish the old value.
asl/scalar/amo/SW.AND.aslPTO-SCALAR-SW-OR
SW.OR
SW.OR atomically replaces the aligned 32-bit memory value with its bitwise OR with SrcR; it does not publish the old value.
asl/scalar/amo/SW.OR.aslPTO-SCALAR-SW-PCR
SW.PCR
SW.PCR snapshots its scalar sources, forms its encoded address, and stores one aligned little-endian 4-byte value.
asl/scalar/agu/SW.PCR.aslPTO-SCALAR-SW-SMAX
SW.SMAX
SW.SMAX atomically replaces the aligned 32-bit memory value with its signed maximum with SrcR; it does not publish the old value.
asl/scalar/amo/SW.SMAX.aslPTO-SCALAR-SW-SMIN
SW.SMIN
SW.SMIN atomically replaces the aligned 32-bit memory value with its signed minimum with SrcR; it does not publish the old value.
asl/scalar/amo/SW.SMIN.aslPTO-SCALAR-SW-U
SW.U
SW.U snapshots its scalar sources, forms its encoded address, and stores one aligned little-endian 4-byte value.
asl/scalar/agu/SW.U.aslPTO-SCALAR-SW-UMAX
SW.UMAX
SW.UMAX atomically replaces the aligned 32-bit memory value with its unsigned maximum with SrcR; it does not publish the old value.
asl/scalar/amo/SW.UMAX.aslPTO-SCALAR-SW-UMIN
SW.UMIN
SW.UMIN atomically replaces the aligned 32-bit memory value with its unsigned minimum with SrcR; it does not publish the old value.
asl/scalar/amo/SW.UMIN.aslPTO-SCALAR-SW-XOR
SW.XOR
SW.XOR atomically replaces the aligned 32-bit memory value with its bitwise XOR with SrcR; it does not publish the old value.
asl/scalar/amo/SW.XOR.aslPTO-SCALAR-SWAPB
SWAPB
SWAPB atomically replaces one byte and publishes the prior value.
asl/scalar/amo/SWAPB.aslPTO-SCALAR-SWAPD
SWAPD
SWAPD atomically replaces one doubleword and publishes the prior value.
asl/scalar/amo/SWAPD.aslPTO-SCALAR-SWAPH
SWAPH
SWAPH atomically replaces one halfword and publishes the prior value.
asl/scalar/amo/SWAPH.aslPTO-SCALAR-SWAPW
SWAPW
SWAPW atomically replaces one word and publishes the prior value.
asl/scalar/amo/SWAPW.aslPTO-SCALAR-SWI
SWI
SWI snapshots its scalar sources, forms its encoded address, and stores one aligned little-endian 4-byte value.
asl/scalar/agu/SWI.aslPTO-SCALAR-SWI-U
SWI.U
SWI.U snapshots its scalar sources, forms its encoded address, and stores one aligned little-endian 4-byte value.
asl/scalar/agu/SWI.U.aslPTO-SCALAR-TLB-IA
TLB.IA
TLB.IA completes the 16-bit ASID token in bits 15:0 maintenance operation synchronously.
asl/scalar/sys/TLB.IA.aslPTO-SCALAR-TLB-IALL
TLB.IALL
TLB.IALL completes the all translation entries maintenance operation synchronously.
asl/scalar/sys/TLB.IALL.aslPTO-SCALAR-TLB-IAV
TLB.IAV
TLB.IAV completes the canonical 48-bit virtual address with ASID scope maintenance operation synchronously.
asl/scalar/sys/TLB.IAV.aslPTO-SCALAR-TLB-IV
TLB.IV
TLB.IV completes the canonical 48-bit virtual address maintenance operation synchronously.
asl/scalar/sys/TLB.IV.aslPTO-SCALAR-UCVTF
UCVTF
UCVTF converts an unsigned 64-bit or zero-extended unsigned 32-bit source to floating carrier code 0 through 14 through the active numeric profile.
asl/scalar/fsu/UCVTF.aslPTO-SCALAR-XOR
XOR
XOR applies the selected right-source transformation before its encoded logical left shift, performs bitwise exclusive OR, and publishes the PTO_XLEN result.
asl/scalar/alu/XOR.aslPTO-SCALAR-XORI
XORI
XORI performs XLEN exclusive-or with a sign-extended signed 12-bit immediate.
asl/scalar/alu/XORI.aslPTO-SCALAR-XORIW
XORIW
XORIW performs word exclusive-or with a signed 12-bit immediate and sign-extends the result.
asl/scalar/alu/XORIW.aslPTO-SCALAR-XORW
XORW
XORW applies the selected right-source transformation before its encoded logical left shift, performs word bitwise exclusive OR, and publishes the low 32-bit result sign-extended to XLEN.
asl/scalar/alu/XORW.aslPTO-TILE-GMOV
GMOV
Copies peer-resolved Local fragments within a Core4 collective.
asl/tile/memory-and-data-movement/pe-movement/GMOV.aslPTO-TILE-MGATHER
MGATHER
Gather GM elements at signed or unsigned byte displacements into a newly allocated Local Tile.
asl/tile/memory-and-data-movement/irregular/MGATHER.aslPTO-TILE-MGATHER-CAS
MGATHER_CAS
Atomically compare and conditionally replace GM elements at signed or unsigned byte displacements.
asl/tile/memory-and-data-movement/irregular/MGATHER_CAS.aslPTO-TILE-MGATHER-MASK
MGATHER_MASK
Gather enabled GM elements at byte displacements and pad disabled destination lanes.
asl/tile/memory-and-data-movement/irregular/MGATHER_MASK.aslPTO-TILE-MSCATTER
MSCATTER
Scatter the valid source region to GM at signed or unsigned byte displacements.
asl/tile/memory-and-data-movement/irregular/MSCATTER.aslPTO-TILE-MSCATTER-MASK
MSCATTER_MASK
Scatter exact-one source lanes to GM at signed or unsigned byte displacements.
asl/tile/memory-and-data-movement/irregular/MSCATTER_MASK.aslPTO-TILE-TABS
TABS
Typed elementwise absolute value over one Local Tile source.
asl/tile/elementwise-tile-tile/logical/TABS.aslPTO-TILE-TADD
TADD
Add corresponding elements of two Local Tiles.
asl/tile/elementwise-tile-tile/arithmetic/TADD.aslPTO-TILE-TADDS
TADDS
Add one private-GPR scalar to every valid element of a Local Tile.
asl/tile/tile-scalar-and-immediate/arithmetic/TADDS.aslPTO-TILE-TAND
TAND
Compute the bitwise AND of corresponding integer elements.
asl/tile/elementwise-tile-tile/logical/TAND.aslPTO-TILE-TANDS
TANDS
Bitwise-AND every valid integer Tile element with one scalar.
asl/tile/tile-scalar-and-immediate/logical/TANDS.aslPTO-TILE-TCI
TCI
Generate one ascending or descending typed integer sequence in a new single-row Local Tile.
asl/tile/irregular-and-complex/initialization/TCI.aslPTO-TILE-TCMP
TCMP
Compare two Local numeric Tiles and produce one packed Local predicate Tile.
asl/tile/elementwise-tile-tile/logical/TCMP.aslPTO-TILE-TCMPS
TCMPS
Compare each valid Local Tile element with one private-GPR scalar and produce a packed predicate Tile.
asl/tile/tile-scalar-and-immediate/logical/TCMPS.aslPTO-TILE-TCOLARGMAX
TCOLARGMAX
Reduce each valid column to its lowest maximum row index with exact typed row-order semantics.
asl/tile/reduce-and-expand/column-reduction/TCOLARGMAX.aslPTO-TILE-TCOLARGMIN
TCOLARGMIN
Reduce each valid column to its lowest minimum row index with exact typed row-order semantics.
asl/tile/reduce-and-expand/column-reduction/TCOLARGMIN.aslPTO-TILE-TCOLEXPAND
TCOLEXPAND
Broadcast one one-row vector source bit-for-bit into a new Local destination.
asl/tile/reduce-and-expand/column-expansion/TCOLEXPAND.aslPTO-TILE-TCOLEXPANDADD
TCOLEXPANDADD
Add a broadcast one-row vector to a full-shape source with exact typed semantics.
asl/tile/reduce-and-expand/column-expansion/TCOLEXPANDADD.aslPTO-TILE-TCOLEXPANDDIV
TCOLEXPANDDIV
Divide a full-shape source by a broadcast one-row vector with exact typed semantics.
asl/tile/reduce-and-expand/column-expansion/TCOLEXPANDDIV.aslPTO-TILE-TCOLEXPANDEXPDIF
TCOLEXPANDEXPDIF
Exponentiate the typed difference between a full-shape source and a broadcast one-row vector.
asl/tile/reduce-and-expand/column-expansion/TCOLEXPANDEXPDIF.aslPTO-TILE-TCOLEXPANDMAX
TCOLEXPANDMAX
Take the typed maximum of a full-shape source and a broadcast one-row vector.
asl/tile/reduce-and-expand/column-expansion/TCOLEXPANDMAX.aslPTO-TILE-TCOLEXPANDMIN
TCOLEXPANDMIN
Take the typed minimum of a full-shape source and a broadcast one-row vector.
asl/tile/reduce-and-expand/column-expansion/TCOLEXPANDMIN.aslPTO-TILE-TCOLEXPANDMUL
TCOLEXPANDMUL
Multiply a full-shape source by a broadcast one-row vector with exact typed semantics.
asl/tile/reduce-and-expand/column-expansion/TCOLEXPANDMUL.aslPTO-TILE-TCOLEXPANDSUB
TCOLEXPANDSUB
Subtract a broadcast one-row vector from a full-shape source with exact typed semantics.
asl/tile/reduce-and-expand/column-expansion/TCOLEXPANDSUB.aslPTO-TILE-TCOLMAX
TCOLMAX
Reduce each valid column to its maximum with exact typed row-order semantics.
asl/tile/reduce-and-expand/column-reduction/TCOLMAX.aslPTO-TILE-TCOLMIN
TCOLMIN
Reduce each valid column to its minimum with exact typed row-order semantics.
asl/tile/reduce-and-expand/column-reduction/TCOLMIN.aslPTO-TILE-TCOLPROD
TCOLPROD
Reduce each valid column to its product with exact typed row-order semantics.
asl/tile/reduce-and-expand/column-reduction/TCOLPROD.aslPTO-TILE-TCOLSUM
TCOLSUM
Reduce each valid column to its sum with exact typed row-order semantics.
asl/tile/reduce-and-expand/column-reduction/TCOLSUM.aslPTO-TILE-TCONCAT
TCONCAT
Concatenate two source Tiles along columns.
asl/tile/layout-and-rearrangement/layout/TCONCAT.aslPTO-TILE-TCVT
TCVT
Convert every valid source element to a separately typed and laid-out Local destination.
asl/tile/elementwise-tile-tile/format-conversion/TCVT.aslPTO-TILE-TDEQUANT
TDEQUANT
Affine-dequantize a Local S8 or U8 Tile into a new Local FP32 Tile.
asl/tile/irregular-and-complex/format-conversion/TDEQUANT.aslPTO-TILE-TDIV
TDIV
Divide corresponding Local Tile elements under the selected numeric profile.
asl/tile/elementwise-tile-tile/transcendental/TDIV.aslPTO-TILE-TDIVS
TDIVS
Divide every valid Local Tile element by one private-GPR scalar.
asl/tile/tile-scalar-and-immediate/arithmetic/TDIVS.aslPTO-TILE-TEXP
TEXP
Compute the same-type natural exponential of every valid Local Tile element.
asl/tile/elementwise-tile-tile/transcendental/TEXP.aslPTO-TILE-TEXPANDS
TEXPANDS
Broadcast one private-GPR scalar encoding across a newly allocated Local Tile.
asl/tile/tile-scalar-and-immediate/initialization/TEXPANDS.aslPTO-TILE-TEXTRACT
TEXTRACT
Extract a rectangular source region at the encoded row and column offsets.
asl/tile/layout-and-rearrangement/layout/TEXTRACT.aslPTO-TILE-TFMA
TFMA
Fused typed elementwise multiply-add over three Local Tile sources.
asl/tile/elementwise-tile-tile/arithmetic/TFMA.aslPTO-TILE-TGATHER
TGATHER
Gather values from source rows selected independently at each destination coordinate.
asl/tile/irregular-and-complex/layout/TGATHER.aslPTO-TILE-TGEMV
TGEMV
Multiply the matrix by the vector into the destination.
asl/tile/matrix-and-matrix-vector/matrix-vector/TGEMV.aslPTO-TILE-TGEMV-ACC
TGEMV_ACC
Multiply the matrix by the vector and accumulate into the supplied Tile.
asl/tile/matrix-and-matrix-vector/matrix-vector/TGEMV_ACC.aslPTO-TILE-TGEMV-BIAS
TGEMV_BIAS
Multiply the matrix by the vector and add the bias Tile.
asl/tile/matrix-and-matrix-vector/matrix-vector/TGEMV_BIAS.aslPTO-TILE-TGEMV-MX
TGEMV_MX
Multiply the matrix by the vector using row and column scale Tiles.
asl/tile/matrix-and-matrix-vector/matrix-vector/TGEMV_MX.aslPTO-TILE-TGEMV-MX-ACC
TGEMV_MX_ACC
Multiply the scaled matrix and vector and accumulate into the supplied Tile.
asl/tile/matrix-and-matrix-vector/matrix-vector/TGEMV_MX_ACC.aslPTO-TILE-TGEMV-MX-BIAS
TGEMV_MX_BIAS
Multiply the scaled matrix and vector and add the bias Tile.
asl/tile/matrix-and-matrix-vector/matrix-vector/TGEMV_MX_BIAS.aslPTO-TILE-THISTOGRAM
THISTOGRAM
Build one inclusive 256-bin U32 prefix histogram per source row after the ByteId-specific filter.
asl/tile/irregular-and-complex/initialization/THISTOGRAM.aslPTO-TILE-TIMG2COL
TIMG2COL
Extract an offset window from one descriptor-defined feature map into standard Left matrix order.
asl/tile/layout-and-rearrangement/layout/TIMG2COL.aslPTO-TILE-TINSERT
TINSERT
Insert a source Tile into a snapshotted old destination region at the encoded row and column offsets.
asl/tile/layout-and-rearrangement/layout/TINSERT.aslPTO-TILE-TLOAD
TLOAD
Load one ordinary Local or Shared rectangle, or explicitly convert one GM rectangle into persistent Local CUBE storage.
asl/tile/memory-and-data-movement/regular/TLOAD.aslPTO-TILE-TLOG
TLOG
Compute the same-type natural logarithm of every valid Local Tile element.
asl/tile/elementwise-tile-tile/transcendental/TLOG.aslPTO-TILE-TMATMUL
TMATMUL
Multiply A[M x K] by B[K x N] into one private FP32, S32, or U32 CUBE destination.
asl/tile/matrix-and-matrix-vector/matrix-matrix/TMATMUL.aslPTO-TILE-TMATMUL-ACC
TMATMUL_ACC
Multiply matrices and accumulate into the supplied accumulator Tile.
asl/tile/matrix-and-matrix-vector/matrix-matrix/TMATMUL_ACC.aslPTO-TILE-TMATMUL-BIAS
TMATMUL_BIAS
Compute A[M x K] times B[K x N], then add one Local row-major 1xN private-result Bias into a new Local destination.
asl/tile/matrix-and-matrix-vector/matrix-matrix/TMATMUL_BIAS.aslPTO-TILE-TMATMUL-MX
TMATMUL_MX
Multiply matrices using row and column scale Tiles.
asl/tile/matrix-and-matrix-vector/matrix-matrix/TMATMUL_MX.aslPTO-TILE-TMATMUL-MX-ACC
TMATMUL_MX_ACC
Multiply scaled matrices and accumulate into the supplied accumulator Tile.
asl/tile/matrix-and-matrix-vector/matrix-matrix/TMATMUL_MX_ACC.aslPTO-TILE-TMATMUL-MX-BIAS
TMATMUL_MX_BIAS
Multiply scaled matrices and add the bias Tile.
asl/tile/matrix-and-matrix-vector/matrix-matrix/TMATMUL_MX_BIAS.aslPTO-TILE-TMAX
TMAX
Maximum corresponding Local Tile elements under typed integer and floating ordering.
asl/tile/elementwise-tile-tile/arithmetic/TMAX.aslPTO-TILE-TMAXS
TMAXS
Take the typed maximum of every valid Local Tile element and one scalar.
asl/tile/tile-scalar-and-immediate/arithmetic/TMAXS.aslPTO-TILE-TMIN
TMIN
Minimum corresponding Local Tile elements under typed integer and floating ordering.
asl/tile/elementwise-tile-tile/arithmetic/TMIN.aslPTO-TILE-TMINS
TMINS
Take the typed minimum of every valid Local Tile element and one scalar.
asl/tile/tile-scalar-and-immediate/arithmetic/TMINS.aslPTO-TILE-TMOV
TMOV
Copy the source Tile payload and definedness into the destination.
asl/tile/layout-and-rearrangement/layout/TMOV.aslPTO-TILE-TMRGSORT
TMRGSORT
Stably merge two sorted single-row Local streams into one newly allocated Local destination.
asl/tile/irregular-and-complex/sorting/TMRGSORT.aslPTO-TILE-TMUL
TMUL
Multiply corresponding elements of two Local Tiles.
asl/tile/elementwise-tile-tile/arithmetic/TMUL.aslPTO-TILE-TMULS
TMULS
Multiply every valid Local Tile element by one private-GPR scalar.
asl/tile/tile-scalar-and-immediate/arithmetic/TMULS.aslPTO-TILE-TNEG
TNEG
Typed elementwise arithmetic negation over one Local Tile source.
asl/tile/elementwise-tile-tile/logical/TNEG.aslPTO-TILE-TNOT
TNOT
Element-width bitwise complement over one Local integer Tile source.
asl/tile/elementwise-tile-tile/logical/TNOT.aslPTO-TILE-TOR
TOR
Compute the bitwise OR of corresponding integer elements.
asl/tile/elementwise-tile-tile/logical/TOR.aslPTO-TILE-TORS
TORS
Bitwise-OR every valid integer Tile element with one scalar.
asl/tile/tile-scalar-and-immediate/logical/TORS.aslPTO-TILE-TPACK
TPACK
Pack two low-order raw byte fields into Local U32 CUBE words.
asl/tile/layout-and-rearrangement/layout/TPACK.aslPTO-TILE-TPERMUTE
TPERMUTE
Permute raw bytes from two Local CUBE sources by a Local U8 index Tile.
asl/tile/layout-and-rearrangement/layout/TPERMUTE.aslPTO-TILE-TPREFETCH
TPREFETCH
Prefetches a typed, strided GM rectangle for all four PEs without producing a Tile destination.
asl/tile/memory-and-data-movement/regular/TPREFETCH.aslPTO-TILE-TQUANT
TQUANT
Affine-quantize a Local FP32 Tile into a new Local S8 or U8 Tile.
asl/tile/irregular-and-complex/format-conversion/TQUANT.aslPTO-TILE-TRECIP
TRECIP
Compute the same-type reciprocal of every valid Local Tile element.
asl/tile/elementwise-tile-tile/transcendental/TRECIP.aslPTO-TILE-TRELU
TRELU
Same-type elementwise rectifier over one Local Tile source.
asl/tile/elementwise-tile-tile/logical/TRELU.aslPTO-TILE-TREM
TREM
Compute divisor-signed modulo for corresponding Local Tile elements.
asl/tile/elementwise-tile-tile/transcendental/TREM.aslPTO-TILE-TREMS
TREMS
Compute divisor-signed modulo of every valid Local Tile element by one scalar.
asl/tile/tile-scalar-and-immediate/arithmetic/TREMS.aslPTO-TILE-TROWARGMAX
TROWARGMAX
Reduce each valid row to its lowest maximum column index with exact typed column-order semantics.
asl/tile/reduce-and-expand/row-reduction/TROWARGMAX.aslPTO-TILE-TROWARGMIN
TROWARGMIN
Reduce each valid row to its lowest minimum column index with exact typed column-order semantics.
asl/tile/reduce-and-expand/row-reduction/TROWARGMIN.aslPTO-TILE-TROWEXPAND
TROWEXPAND
Broadcast one one-column vector source bit-for-bit into a new Local destination.
asl/tile/reduce-and-expand/row-expansion/TROWEXPAND.aslPTO-TILE-TROWEXPANDADD
TROWEXPANDADD
Add a broadcast one-column vector to a full-shape source with exact typed semantics.
asl/tile/reduce-and-expand/row-expansion/TROWEXPANDADD.aslPTO-TILE-TROWEXPANDDIV
TROWEXPANDDIV
Divide a full-shape source by a broadcast one-column vector with exact typed semantics.
asl/tile/reduce-and-expand/row-expansion/TROWEXPANDDIV.aslPTO-TILE-TROWEXPANDEXPDIF
TROWEXPANDEXPDIF
Exponentiate the typed difference between a full-shape source and a broadcast one-column vector.
asl/tile/reduce-and-expand/row-expansion/TROWEXPANDEXPDIF.aslPTO-TILE-TROWEXPANDMAX
TROWEXPANDMAX
Take the typed maximum of a full-shape source and a broadcast one-column vector.
asl/tile/reduce-and-expand/row-expansion/TROWEXPANDMAX.aslPTO-TILE-TROWEXPANDMIN
TROWEXPANDMIN
Take the typed minimum of a full-shape source and a broadcast one-column vector.
asl/tile/reduce-and-expand/row-expansion/TROWEXPANDMIN.aslPTO-TILE-TROWEXPANDMUL
TROWEXPANDMUL
Multiply a full-shape source by a broadcast one-column vector with exact typed semantics.
asl/tile/reduce-and-expand/row-expansion/TROWEXPANDMUL.aslPTO-TILE-TROWEXPANDSUB
TROWEXPANDSUB
Subtract a broadcast one-column vector from a full-shape source with exact typed semantics.
asl/tile/reduce-and-expand/row-expansion/TROWEXPANDSUB.aslPTO-TILE-TROWMAX
TROWMAX
Reduce each valid row to its maximum with exact typed column-order semantics.
asl/tile/reduce-and-expand/row-reduction/TROWMAX.aslPTO-TILE-TROWMIN
TROWMIN
Reduce each valid row to its minimum with exact typed column-order semantics.
asl/tile/reduce-and-expand/row-reduction/TROWMIN.aslPTO-TILE-TROWPROD
TROWPROD
Reduce each valid row to its product with exact typed column-order semantics.
asl/tile/reduce-and-expand/row-reduction/TROWPROD.aslPTO-TILE-TROWSUM
TROWSUM
Reduce each valid row to its sum with exact typed column-order semantics.
asl/tile/reduce-and-expand/row-reduction/TROWSUM.aslPTO-TILE-TRSQRT
TRSQRT
Compute one same-type reciprocal-square-root operation for every valid Local Tile element.
asl/tile/elementwise-tile-tile/transcendental/TRSQRT.aslPTO-TILE-TSCATTER
TSCATTER
Scatter values to distinct destination rows selected independently at each source coordinate.
asl/tile/irregular-and-complex/layout/TSCATTER.aslPTO-TILE-TSEL
TSEL
Select exact element encodings from two Local Tiles under one packed predicate Tile.
asl/tile/elementwise-tile-tile/logical/TSEL.aslPTO-TILE-TSELS
TSELS
Select each result encoding from a Local Tile or private-GPR scalar under one packed predicate Tile.
asl/tile/tile-scalar-and-immediate/logical/TSELS.aslPTO-TILE-TSHL
TSHL
Shift corresponding integer elements left by element-width-masked counts.
asl/tile/elementwise-tile-tile/logical/TSHL.aslPTO-TILE-TSHLS
TSHLS
Shift every valid integer Tile element left by one scalar count.
asl/tile/tile-scalar-and-immediate/logical/TSHLS.aslPTO-TILE-TSHR
TSHR
Shift corresponding signed or unsigned integer elements right by masked counts.
asl/tile/elementwise-tile-tile/logical/TSHR.aslPTO-TILE-TSHRS
TSHRS
Shift every valid integer Tile element right by one scalar count.
asl/tile/tile-scalar-and-immediate/logical/TSHRS.aslPTO-TILE-TSHUF
TSHUF
Shuffle raw 32-bit words across Local CUBE rows with an explicit control GPR.
asl/tile/layout-and-rearrangement/layout/TSHUF.aslPTO-TILE-TSORT
TSORT
Stably sort independent row groups and return values with original within-group U32 indices.
asl/tile/irregular-and-complex/sorting/TSORT.aslPTO-TILE-TSQRT
TSQRT
Compute the same-type square root of every valid Local Tile element.
asl/tile/elementwise-tile-tile/transcendental/TSQRT.aslPTO-TILE-TSTORE
TSTORE
Store one ordinary Local or Shared rectangle, or explicitly convert persistent Local CUBE storage into one GM rectangle.
asl/tile/memory-and-data-movement/regular/TSTORE.aslPTO-TILE-TSUB
TSUB
Subtract corresponding right-source elements from left-source elements.
asl/tile/elementwise-tile-tile/arithmetic/TSUB.aslPTO-TILE-TSUBS
TSUBS
Subtract one private-GPR scalar from every valid element of a Local Tile.
asl/tile/tile-scalar-and-immediate/arithmetic/TSUBS.aslPTO-TILE-TTRI
TTRI
Generate an exact typed lower or upper triangular matrix in a new Local Tile.
asl/tile/irregular-and-complex/initialization/TTRI.aslPTO-TILE-TUNPACK
TUNPACK
Extract and zero-extend a raw byte field from Local U32 CUBE words.
asl/tile/layout-and-rearrangement/layout/TUNPACK.aslPTO-TILE-TXOR
TXOR
Compute the bitwise XOR of corresponding integer elements.
asl/tile/elementwise-tile-tile/logical/TXOR.aslPTO-TILE-TXORS
TXORS
Bitwise-XOR every valid integer Tile element with one scalar.
asl/tile/tile-scalar-and-immediate/logical/TXORS.asl