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B.FPATR

Latches complete-bundle matrix post-processing mode, reduction enables, and fixed-point descriptor controls.

PTO-BLOCK-B-FPATR

汇编格式

B.FPATR PreQuantMode, ReluMode, GroupNCode, RowMaxEn, GroupMaxEn, RowMaxInit, MaxAbsEn, TransA, TransB, CScaleEn

汇编符号

汇编字段与架构角色
字段位宽有符号性架构角色编码零
PreQuantMode6encoding-definedclosed Matrix destination pre-quantization and output-type selectorNo pre-quantization; D retains the FP32, S32, or U32 accumulator type.
ReluMode3encoding-definedpre-conversion activation multiplier selectorNo activation.
GroupNCode4encoding-definedgroup maximum column-count selectorNo group maximum; GroupMaxEn must also be zero.
RowMaxEn1encoding-definedrow maximum input/output enableNo RowMax input or output.
GroupMaxEn1encoding-definedgroup maximum output enableNo GroupMax output.
RowMaxInit1encoding-definedrow maximum initialization from RowMaxIn enableDo not initialize RowMax from RowMaxIn.
MaxAbsEn1encoding-definedmaximum-absolute-value reduction selectorUse signed maximum rather than maximum absolute value for enabled reductions.
Func3encoding-definedfixed B.FPATR function discriminator equal to 2—
ElementWiseEn1encoding-definedfixed complete-bundle selector equal to zeroFixed zero selects complete-bundle Matrix post-processing.
TransA1encoding-definedlogical transpose enable for a Shared A primaryDo not transpose Shared A.
TransB1encoding-definedlogical transpose enable for a Shared B primaryDo not transpose Shared B.
CScaleEn1encoding-definedper-row FP32 accumulator C scaling enableDo not scale the explicit FP32 accumulator C.
Reserved1encoding-definedfixed-zero reserved fieldBit 10 is fixed zero; every nonzero encoding is reserved.
Opc13encoding-definedfixed command-class discriminator equal to 2—
Opcode3encoding-definedfixed block-attribute opcode discriminator equal to 1—
W1encoding-definedfixed 32-bit command-width discriminator equal to 1—

编码

Loading WaveDrom diagram… The encoding table and WaveJSON remain available below.

Encoding fields as an accessible table
Generated encoding fields for B.FPATR PreQuantMode, ReluMode, GroupNCode, RowMaxEn, GroupMaxEn, RowMaxInit, MaxAbsEn, TransA, TransB, CScaleEn
Decoded itemBit rangeValue
PreQuantMode31:26variable
ReluMode25:23variable
GroupNCode22:19variable
RowMaxEn18variable
GroupMaxEn17variable
RowMaxInit16variable
MaxAbsEn15variable
Func14:120b010
ElementWiseEn110
Reserved100
CScaleEn9variable
TransB8variable
TransA7variable
Opc16:40b010
Opcode3:10b001
W01
WaveJSON source
{
  "reg": [
    {
      "bits": 1,
      "name": "W",
      "attr": "1"
    },
    {
      "bits": 3,
      "name": "Opcode",
      "attr": "0b001"
    },
    {
      "bits": 3,
      "name": "Opc1",
      "attr": "0b010"
    },
    {
      "bits": 1,
      "name": "TransA"
    },
    {
      "bits": 1,
      "name": "TransB"
    },
    {
      "bits": 1,
      "name": "CScaleEn"
    },
    {
      "bits": 1,
      "name": "Reserved",
      "attr": "0"
    },
    {
      "bits": 1,
      "name": "ElementWiseEn",
      "attr": "0"
    },
    {
      "bits": 3,
      "name": "Func",
      "attr": "0b010"
    },
    {
      "bits": 1,
      "name": "MaxAbsEn"
    },
    {
      "bits": 1,
      "name": "RowMaxInit"
    },
    {
      "bits": 1,
      "name": "GroupMaxEn"
    },
    {
      "bits": 1,
      "name": "RowMaxEn"
    },
    {
      "bits": 4,
      "name": "GroupNCode"
    },
    {
      "bits": 3,
      "name": "ReluMode"
    },
    {
      "bits": 6,
      "name": "PreQuantMode"
    }
  ],
  "config": {
    "bits": 32,
    "fontsize": 13,
    "hspace": 900,
    "lanes": 1,
    "offset": 0
  }
}

B.FPATR PreQuantMode, ReluMode, GroupNCode, RowMaxEn, GroupMaxEn, RowMaxInit, MaxAbsEn, TransA, TransB, CScaleEn

指令契约

操作数与参数

PreQuantMode
closed Matrix destination pre-quantization and output-type selector
ReluMode
pre-conversion activation multiplier selector
GroupNCode
group maximum column-count selector
RowMaxEn
row maximum input/output enable
GroupMaxEn
group maximum output enable
RowMaxInit
row maximum initialization from RowMaxIn enable
MaxAbsEn
maximum-absolute-value reduction selector
Func
fixed B.FPATR function discriminator equal to 2
ElementWiseEn
fixed complete-bundle selector equal to zero
TransA
logical transpose enable for a Shared A primary
TransB
logical transpose enable for a Shared B primary
CScaleEn
per-row FP32 accumulator C scaling enable
Reserved
fixed-zero reserved field
Opc1
fixed command-class discriminator equal to 2
Opcode
fixed block-attribute opcode discriminator equal to 1
W
fixed 32-bit command-width discriminator equal to 1

约束、检查与 Fault

  • PreQuantMode accepts exactly codes 0..5, 12..13, 16..20, 23..28, and 32..39; all other six-bit codes are reserved.
  • Each nonzero PreQuantMode accepts exactly its assigned S32 or FP32 accumulator class; code zero accepts FP32, S32, or U32 and preserves that type.
  • ReluMode codes 0..3 select None, ReLU, scalar LReLU/PReLU, and vector PReLU; codes 4..7 are reserved.
  • GroupNCode codes 0..9 select 0, 8, 16, 32, 48, 64, 80, 96, 112, and 128 columns; codes 10..15 are reserved.
  • RowMaxInit requires RowMaxEn. GroupMaxEn requires nonzero GroupNCode and nonzero GroupNCode requires GroupMaxEn. MaxAbsEn requires RowMaxEn or GroupMaxEn.
  • TransA and TransB are independent one-bit controls accepted only when the corresponding A or B primary is Shared. CScaleEn is accepted only by FP32 TMATMUL.ACC and TMATMULMX.ACC.
  • Func=2, ElementWiseEn=0, Reserved[10]=0, Opc1=2, Opcode=1, and W=1 are fixed encoding discriminators.
  • Matrix B.DATR supplies only destination conversion controls when B.FPATR is present: None requires RMode=NONE and Sat=0; fixed floating modes require RMode=NONE; fixed shift modes require RMode=NONE and Sat=0; programmable integer modes retain the complete rounding selector and final clamp/wrap control.
  • The derived scalar/vector parameter count, Local source count, and Local destination count must fit the complete-bundle schema without duplicate destinations or illegal source/destination aliases.
  • Missing, duplicate, or non-CUBE-Matrix use raises Fault_BundleControl before operand consumption, allocation, payload, or destination effects.
  • Decode-reserved field values do not decode and raise Fault_IllegalInstruction. Accepted encodings with inconsistent reduction enables, invalid B.DATR conversion controls, invalid parameters, malformed operand streams, illegal aliases, or invalid derived shapes raise Fault_TileLegality before effects.
  • Fixed-bit mismatch does not decode as B.FPATR and is rejected by normal command decoding before this handler executes.

状态读取、写入与结果

  • Latch the accepted fixed-point post-processing descriptor once for the active block; bundle reset clears its presence and every field, including TransA, TransB, and CScaleEn.
  • Trap save and recovery preserve the complete latched descriptor with the pending block.
  • Successful execution selects any activation-dependent multiplier before the destination conversion, preserves raw optional reductions, and atomically commits all enabled outputs through the numeric-profile hook.
  • none
  • Complete field, B.DATR, operand-schema, alias, shape, and allocation preflight precedes every source consumption and destination effect.
  • D, RowMaxOut, and GroupMaxOut are published as one atomic complete-block output group; rejection exposes none of them.

ASL 伪代码

Decode 与 Operation 均直接来自指令所有者，并按执行阶段分开显示。

Decode ASL

readonly func InstructionContractMatches_B_FPATR(operation: CommandOperation) => booleanbegin    return (operation == CommandOperation_b_fpatr_32_30c307e06d4a);end;

Operation 源绑定

// PreQuantMode is deliberately a closed code table.  In particular U8 is not// a synonym for S8 and generic FP8 resolves to E4M3 in the PTO type namespace.pure func BundleFPATRPreQuantModeLegal(code: bits(6)) => booleanbegin    let value = UInt(code);    return value == 0 || value == 1 || value == 2 || value == 3 ||           value == 4 || value == 5 || value == 12 || value == 13 ||           value == 16 || value == 17 || value == 18 || value == 19 ||           value == 20 || value == 23 || value == 24 || value == 25 ||           value == 26 || value == 27 || value == 28 || value == 32 ||           value == 33 || value == 34 || value == 35 || value == 36 ||           value == 37 || value == 38 || value == 39;end;
pure func BundleFPATRReluModeLegal(code: bits(3)) => booleanbegin    return UInt(code) <= 3;end;
pure func BundleFPATRGroupNCodeLegal(code: bits(4)) => booleanbegin    return UInt(code) <= 9;end;
pure func BundleFPATRGroupN(code: bits(4)) => integer {0,8,16,32,48,64,80,96,112,128}begin    case UInt(code) of        when 0 => return 0;        when 1 => return 8;        when 2 => return 16;        when 3 => return 32;        when 4 => return 48;        when 5 => return 64;        when 6 => return 80;        when 7 => return 96;        when 8 => return 112;        when 9 => return 128;        otherwise => unreachable;    end;end;
pure func BundleFPATRModeUsesVectorParameter(code: bits(6)) => booleanbegin    return UInt(code) == 2 || UInt(code) == 4 || UInt(code) == 12 ||           UInt(code) == 18 || UInt(code) == 20 || UInt(code) == 23 ||           UInt(code) == 28 || UInt(code) == 33 || UInt(code) == 36 ||           UInt(code) == 37 || UInt(code) == 38 || UInt(code) == 39;end;
pure func BundleFPATRModeUsesScalarParameter(code: bits(6)) => booleanbegin    return UInt(code) == 3 || UInt(code) == 5 || UInt(code) == 13 ||           UInt(code) == 17 || UInt(code) == 19 || UInt(code) == 24 ||           UInt(code) == 25 || UInt(code) == 26 || UInt(code) == 27 ||           UInt(code) == 32 || UInt(code) == 34 || UInt(code) == 35;end;
pure func BundleFPATRModeUsesS32Accumulator(code: bits(6)) => booleanbegin    let value = UInt(code);    return value == 2 || value == 3 || value == 4 || value == 5 ||           value == 12 || value == 13 || value == 17 || value == 18 ||           value == 19 || value == 20 || value == 35 || value == 39;end;
pure func BundleFPATRModeUsesFP32Accumulator(code: bits(6)) => booleanbegin    return BundleFPATRPreQuantModeLegal(code) &&           UInt(code) != 0 &&           !BundleFPATRModeUsesS32Accumulator(code);end;
pure func BundleFPATRAccumulatorTypeLegal(    code: bits(6), accumulator_type: TileDataType) => booleanbegin    if UInt(code) == 0 then        return accumulator_type == TileDataType_FP32 ||               accumulator_type == TileDataType_S32 ||               accumulator_type == TileDataType_U32;    elsif BundleFPATRModeUsesS32Accumulator(code) then        return accumulator_type == TileDataType_S32;    elsif BundleFPATRModeUsesFP32Accumulator(code) then        return accumulator_type == TileDataType_FP32;    end;    return FALSE;end;
pure func BundleFPATRModeOffsetWidth(code: bits(6))    => integer {0,5,9,17}begin    let value = UInt(code);    if value == 17 || value == 18 then return 5;    elsif value == 2 || value == 3 || value == 23 || value == 24 then        return 9;    elsif value == 19 || value == 20 then return 17;    else return 0;    end;end;
pure func BundleFPATRModeIsShift(code: bits(6)) => booleanbegin    return UInt(code) == 12 || UInt(code) == 13;end;
pure func BundleFPATRModeFixedRounding(code: bits(6)) => booleanbegin    let value = UInt(code);    return value == 1 || value == 16 || value == 25 || value == 26 ||           value == 28 || value == 32 || value == 33 || value == 34 ||           value == 36 || value == 37;end;
pure func BundleFPATRModeFinalSatProgrammable(code: bits(6)) => booleanbegin    return UInt(code) != 0 && !BundleFPATRModeIsShift(code);end;
pure func BundleFPATRReluModeUsesScalarParameter(code: bits(3)) => booleanbegin    return UInt(code) == 2;end;
pure func BundleFPATRReluModeUsesVectorParameter(code: bits(3)) => booleanbegin    return UInt(code) == 3;end;
// Quantization descriptors use one closed 64-bit carrier.  The selected// mode alone determines which payload bits are meaningful; every other bit// is reserved and must be zero before matrix operands are snapshotted.pure func BundleFPATRQuantParameterWordLegal(code: bits(6),                                             value: Word) => booleanbegin    let mode = UInt(code);    if mode == 12 || mode == 13 then        return value[31:0] == Zeros{32} &&               value[63:36] == Zeros{28};    end;    if mode == 17 || mode == 18 then        return value[12:0] == Zeros{13} &&               FP19ScaleLegal(value[31:13]) &&               value[36:32] == Zeros{5} &&               value[63:42] == Zeros{22};    end;    if mode == 2 || mode == 3 || mode == 23 || mode == 24 then        return value[12:0] == Zeros{13} &&               FP19ScaleLegal(value[31:13]) &&               value[36:32] == Zeros{5} &&               value[63:46] == Zeros{18};    end;    if mode == 19 || mode == 20 then        return value[12:0] == Zeros{13} &&               FP19ScaleLegal(value[31:13]) &&               value[36:32] == Zeros{5} &&               value[63:54] == Zeros{10};    end;    if BundleFPATRModeUsesScalarParameter(code) ||       BundleFPATRModeUsesVectorParameter(code) then        return value[12:0] == Zeros{13} &&               FP19ScaleLegal(value[31:13]) &&               value[63:32] == Zeros{32};    end;    return FALSE;end;
// Scalar LReLU and vector PReLU elements carry one FP19 value in the low// nineteen bits.  FP19 arithmetic remains profile-owned, but its carrier is// architectural and therefore rejects nonzero high bits.pure func BundleFPATRReluParameterWordLegal(value: Word) => booleanbegin    return value[63:19] == Zeros{45} &&           FP19ActivationParameterLegal(value[18:0]);end;
// Matrix B.DATR contributes only the destination conversion controls once// B.FPATR is present.  None keeps the architectural default conversion// (RMode=NONE and Sat=0). Fixed floating modes reject a non-default RMode;// fixed shift modes additionally reject Sat. Other accepted modes retain the// complete rounding selector and final saturation control.pure func BundleFPATRDATRFieldsLegal(pre_quant: bits(6),                                     rounding_mode: bits(3),                                     saturating: boolean) => booleanbegin    if !BundleFPATRPreQuantModeLegal(pre_quant) then return FALSE; end;    if UInt(pre_quant) == 0 then        return rounding_mode == Zeros{3} && !saturating;    end;    if BundleFPATRModeIsShift(pre_quant) then        return rounding_mode == Zeros{3} && !saturating;    end;    if BundleFPATRModeFixedRounding(pre_quant) then        return rounding_mode == Zeros{3};    end;    return TRUE;end;
pure func BundleFPATROutputType(code: bits(6)) => TileDataTypebegin    case UInt(code) of        when 0 => return TileDataType_FP32;        when 1, 4, 5, 32, 33 => return TileDataType_FP16;        when 2, 3, 23, 24 => return TileDataType_S8;        when 12, 13, 19, 20 => return TileDataType_S16;        when 16, 34, 35, 36, 39 => return TileDataType_BF16;        when 17, 18 => return TileDataType_S4X2;        when 25, 28 => return TileDataType_HiF8;        when 26, 37 => return TileDataType_E4M3;        when 27, 38 => return TileDataType_FP32;        otherwise => unreachable;    end;end;
pure func BundleFPATRFieldsLegal(pre_quant: bits(6), relu: bits(3),                                 group_n: bits(4), row_max: boolean,                                 group_max: boolean, row_init: boolean,                                 max_abs: boolean) => booleanbegin    if !BundleFPATRPreQuantModeLegal(pre_quant) ||       !BundleFPATRReluModeLegal(relu) ||       !BundleFPATRGroupNCodeLegal(group_n) then return FALSE; end;    if !row_max && row_init then return FALSE; end;    if !group_max && UInt(group_n) != 0 then return FALSE; end;    if group_max && UInt(group_n) == 0 then return FALSE; end;    if !row_max && !group_max && max_abs then return FALSE; end;    return TRUE;end;
readonly func InstructionContractHandler_B_FPATR() => CommandSemanticHandlerbegin    return CommandHandler_SetBundleFixedPointAttributes;end;
pure func InstructionContractHeaderOnly_B_FPATR()    => booleanbegin    return TRUE;end;
pure func InstructionContractDuplicateRejects_B_FPATR()    => booleanbegin    return TRUE;end;
查看完整 ASL 所有者
// PTO-INSTRUCTION: {"assembly":["B.FPATR PreQuantMode, ReluMode, GroupNCode, RowMaxEn, GroupMaxEn, RowMaxInit, MaxAbsEn, TransA, TransB, CScaleEn"],"block":[],"catalog_indices":[73],"catalog_records":[{"asm":"B.FPATR PreQuantMode, ReluMode, GroupNCode, RowMaxEn, GroupMaxEn, RowMaxInit, MaxAbsEn, TransA, TransB, CScaleEn","constraints":[{"field":"PreQuantMode","operator":"one-of","values":[0,1,2,3,4,5,12,13,16,17,18,19,20,23,24,25,26,27,28,32,33,34,35,36,37,38,39]},{"field":"ReluMode","operator":"one-of","values":[0,1,2,3]},{"field":"GroupNCode","operator":"one-of","values":[0,1,2,3,4,5,6,7,8,9]},{"field":"RowMaxEn","operator":"one-of","values":[0,1]},{"field":"GroupMaxEn","operator":"one-of","values":[0,1]},{"field":"RowMaxInit","operator":"one-of","values":[0,1]},{"field":"MaxAbsEn","operator":"one-of","values":[0,1]},{"field":"Func","operator":"one-of","values":[2]},{"field":"ElementWiseEn","operator":"one-of","values":[0]},{"field":"TransA","operator":"one-of","values":[0,1]},{"field":"TransB","operator":"one-of","values":[0,1]},{"field":"CScaleEn","operator":"one-of","values":[0,1]},{"field":"Reserved","operator":"one-of","values":[0]},{"field":"Opc1","operator":"one-of","values":[2]},{"field":"Opcode","operator":"one-of","values":[1]},{"field":"W","operator":"one-of","values":[1]}],"encoding":[{"index":0,"mask":"0x00007c7f","match":"0x00002023","width_bits":32}],"encoding_kind":"L32","fields":[{"name":"PreQuantMode","pieces":[{"instruction_lsb":26,"value_lsb":0,"width":6}],"signedness":"encoding-defined","width":6},{"name":"ReluMode","pieces":[{"instruction_lsb":23,"value_lsb":0,"width":3}],"signedness":"encoding-defined","width":3},{"name":"GroupNCode","pieces":[{"instruction_lsb":19,"value_lsb":0,"width":4}],"signedness":"encoding-defined","width":4},{"name":"RowMaxEn","pieces":[{"instruction_lsb":18,"value_lsb":0,"width":1}],"signedness":"encoding-defined","width":1},{"name":"GroupMaxEn","pieces":[{"instruction_lsb":17,"value_lsb":0,"width":1}],"signedness":"encoding-defined","width":1},{"name":"RowMaxInit","pieces":[{"instruction_lsb":16,"value_lsb":0,"width":1}],"signedness":"encoding-defined","width":1},{"name":"MaxAbsEn","pieces":[{"instruction_lsb":15,"value_lsb":0,"width":1}],"signedness":"encoding-defined","width":1},{"name":"Func","pieces":[{"instruction_lsb":12,"value_lsb":0,"width":3}],"signedness":"encoding-defined","width":3},{"name":"ElementWiseEn","pieces":[{"instruction_lsb":11,"value_lsb":0,"width":1}],"signedness":"encoding-defined","width":1},{"name":"TransA","pieces":[{"instruction_lsb":7,"value_lsb":0,"width":1}],"signedness":"encoding-defined","width":1},{"name":"TransB","pieces":[{"instruction_lsb":8,"value_lsb":0,"width":1}],"signedness":"encoding-defined","width":1},{"name":"CScaleEn","pieces":[{"instruction_lsb":9,"value_lsb":0,"width":1}],"signedness":"encoding-defined","width":1},{"name":"Reserved","pieces":[{"instruction_lsb":10,"value_lsb":0,"width":1}],"signedness":"encoding-defined","width":1},{"name":"Opc1","pieces":[{"instruction_lsb":4,"value_lsb":0,"width":3}],"signedness":"encoding-defined","width":3},{"name":"Opcode","pieces":[{"instruction_lsb":1,"value_lsb":0,"width":3}],"signedness":"encoding-defined","width":3},{"name":"W","pieces":[{"instruction_lsb":0,"value_lsb":0,"width":1}],"signedness":"encoding-defined","width":1}],"form_id":"b_fpatr_32_30c307e06d4a","length_bits":32,"mnemonic":"B.FPATR","semantic_family":"CMD","semantic_group":"Bundle Fixed-Point PostProcess Attribute","semantic_handler":"SetBundleFixedPointAttributes","semantic_summary":"Latches complete-bundle matrix post-processing mode, reduction enables, and fixed-point descriptor controls.","status":"accepted"}],"classification":["attributes"],"mnemonic":"B.FPATR","summary":"Latches complete-bundle matrix post-processing mode, reduction enables, and fixed-point descriptor controls.","surface":"block","id":"PTO-BLOCK-B-FPATR","depends_on":["PTO-ARCH-DATA-TYPES-FP19","PTO-BLOCK-MODEL-SCHEMA-ATTRIBUTES"],"contract":{"block_composition":["Required exactly once in a CUBE Matrix block after BSTART and before scalar or tile bindings and the first body instruction.","The complete block schema places mathematical Local sources first, then optional RowMaxIn, vector pre-quantization, and vector PReLU sources; Local destinations are D, optional RowMaxOut, then optional GroupMaxOut.","Scalar pre-quantization and LReLU/PReLU parameters use the dense B.IOR schema; LReLU-only consumes RegSrc0."],"canonical_assembly":["B.FPATR PreQuantMode, ReluMode, GroupNCode, RowMaxEn, GroupMaxEn, RowMaxInit, MaxAbsEn, TransA, TransB, CScaleEn"],"defaults":["Encoded PreQuantMode=0 and ReluMode=0 disable pre-quantization and activation. GroupNCode=0 selects no group maximum. All four reduction enable bits default to disabled. TransA=0 and TransB=0 select no logical transpose; CScaleEn=0 disables accumulator scaling.","Omitting B.FPATR is not a default for a CUBE Matrix block: complete-bundle preflight rejects the missing command before allocation or effects."],"encoding_class":"standalone-encoded","examples":["B.FPATR None, None, 0, 0, 0, 0, 0, 0, 0, 0","B.FPATR S8Vector, LReLU, 2, 1, 1, 1, 1, 1, 1, 0"],"exceptions":["Missing, duplicate, or non-CUBE-Matrix use raises Fault_BundleControl before operand consumption, allocation, payload, or destination effects.","Decode-reserved field values do not decode and raise Fault_IllegalInstruction. Accepted encodings with inconsistent reduction enables, invalid B.DATR conversion controls, invalid parameters, malformed operand streams, illegal aliases, or invalid derived shapes raise Fault_TileLegality before effects.","Fixed-bit mismatch does not decode as B.FPATR and is rejected by normal command decoding before this handler executes."],"field_contracts":{},"field_zero_meanings":{"PreQuantMode":"No pre-quantization; D retains the FP32, S32, or U32 accumulator type.","ReluMode":"No activation.","GroupNCode":"No group maximum; GroupMaxEn must also be zero.","RowMaxEn":"No RowMax input or output.","GroupMaxEn":"No GroupMax output.","RowMaxInit":"Do not initialize RowMax from RowMaxIn.","MaxAbsEn":"Use signed maximum rather than maximum absolute value for enabled reductions.","ElementWiseEn":"Fixed zero selects complete-bundle Matrix post-processing.","Reserved":"Bit 10 is fixed zero; every nonzero encoding is reserved.","TransA":"Do not transpose Shared A.","TransB":"Do not transpose Shared B.","CScaleEn":"Do not scale the explicit FP32 accumulator C."},"legality":["PreQuantMode accepts exactly codes 0..5, 12..13, 16..20, 23..28, and 32..39; all other six-bit codes are reserved.","Each nonzero PreQuantMode accepts exactly its assigned S32 or FP32 accumulator class; code zero accepts FP32, S32, or U32 and preserves that type.","ReluMode codes 0..3 select None, ReLU, scalar LReLU/PReLU, and vector PReLU; codes 4..7 are reserved.","GroupNCode codes 0..9 select 0, 8, 16, 32, 48, 64, 80, 96, 112, and 128 columns; codes 10..15 are reserved.","RowMaxInit requires RowMaxEn. GroupMaxEn requires nonzero GroupNCode and nonzero GroupNCode requires GroupMaxEn. MaxAbsEn requires RowMaxEn or GroupMaxEn.","TransA and TransB are independent one-bit controls accepted only when the corresponding A or B primary is Shared. CScaleEn is accepted only by FP32 TMATMUL.ACC and TMATMULMX.ACC.","Func=2, ElementWiseEn=0, Reserved[10]=0, Opc1=2, Opcode=1, and W=1 are fixed encoding discriminators.","Matrix B.DATR supplies only destination conversion controls when B.FPATR is present: None requires RMode=NONE and Sat=0; fixed floating modes require RMode=NONE; fixed shift modes require RMode=NONE and Sat=0; programmable integer modes retain the complete rounding selector and final clamp/wrap control.","The derived scalar/vector parameter count, Local source count, and Local destination count must fit the complete-bundle schema without duplicate destinations or illegal source/destination aliases."],"memory_effects":["none"],"operands":[{"field":"PreQuantMode","role":"closed Matrix destination pre-quantization and output-type selector"},{"field":"ReluMode","role":"pre-conversion activation multiplier selector"},{"field":"GroupNCode","role":"group maximum column-count selector"},{"field":"RowMaxEn","role":"row maximum input/output enable"},{"field":"GroupMaxEn","role":"group maximum output enable"},{"field":"RowMaxInit","role":"row maximum initialization from RowMaxIn enable"},{"field":"MaxAbsEn","role":"maximum-absolute-value reduction selector"},{"field":"Func","role":"fixed B.FPATR function discriminator equal to 2"},{"field":"ElementWiseEn","role":"fixed complete-bundle selector equal to zero"},{"field":"TransA","role":"logical transpose enable for a Shared A primary"},{"field":"TransB","role":"logical transpose enable for a Shared B primary"},{"field":"CScaleEn","role":"per-row FP32 accumulator C scaling enable"},{"field":"Reserved","role":"fixed-zero reserved field"},{"field":"Opc1","role":"fixed command-class discriminator equal to 2"},{"field":"Opcode","role":"fixed block-attribute opcode discriminator equal to 1"},{"field":"W","role":"fixed 32-bit command-width discriminator equal to 1"}],"ordering":["Complete field, B.DATR, operand-schema, alias, shape, and allocation preflight precedes every source consumption and destination effect.","D, RowMaxOut, and GroupMaxOut are published as one atomic complete-block output group; rejection exposes none of them."],"standalone_opcode":true,"state_effects":["Latch the accepted fixed-point post-processing descriptor once for the active block; bundle reset clears its presence and every field, including TransA, TransB, and CScaleEn.","Trap save and recovery preserve the complete latched descriptor with the pending block.","Successful execution selects any activation-dependent multiplier before the destination conversion, preserves raw optional reductions, and atomically commits all enabled outputs through the numeric-profile hook."]}}// PTO-REVIEW: {"review_method":"formal-definition-read","outcome":"FORMAL-COMPLETE","reviewed_fields":["assembly","encoding","defaults","operation","state","memory","ordering","faults","reserved"]}// NDF-BEGIN: PTO-B-FPATR-MATRIX-POSTPROCESS-001// ndf: kind=contract level=L1 layer=block status=accepted// B.FPATR MUST appear exactly once in every CUBE Matrix block and MUST precede// every effective B.IOR, B.IOT, or B.IOS binding. TransA and TransB MUST// control only the corresponding Shared primary and scale. CScaleEn MUST// control only an explicit FP32 C source on TMATMUL.ACC or TMATMULMX.ACC;// bit 10 and every other reserved mode value MUST// reject before descriptor state or effects. Enabled D, RowMaxOut, and// GroupMaxOut results MUST publish as one atomic output group. Every assigned// nonzero mode MUST execute the bit-exact FP19, conversion, activation,// reduction, packing, exceptional-value, and numeric-status contract rather// than an identity or implementation-selected fallback.// NDF-END: PTO-B-FPATR-MATRIX-POSTPROCESS-001
// NDF-BEGIN: PTO-CUBE-SHARED-TRANSPOSE-001// ndf: kind=contract level=L1 layer=block status=accepted// B.FPATR bits 7 and 8 MUST independently select logical transpose for a// corresponding Shared A or B primary and its separately bound scale, while// Local-side transpose MUST remain illegal and neither source is mutated.// NDF-END: PTO-CUBE-SHARED-TRANSPOSE-001
// NDF-BEGIN: PTO-CUBE-CSCALE-001// ndf: kind=contract level=L1 layer=block status=accepted// B.FPATR bit 9 MUST enable one final mathematical Local CScale source only// for FP32 TMATMUL.ACC and TMATMULMX.ACC. CScale MUST be U8 CUBE_M32 [M,1],// MUST not alias any output, and MUST scale C[m,n] by 2^-CScale[m,0] before// RowMax, GroupMax, activation, quantization, and destination conversion.// Bit 10 MUST remain reserved zero; disabled CScale MUST preserve prior results.// NDF-END: PTO-CUBE-CSCALE-001// DOC-BEGIN: decodereadonly func InstructionContractMatches_B_FPATR(operation: CommandOperation) => booleanbegin    return (operation == CommandOperation_b_fpatr_32_30c307e06d4a);end;// DOC-END: decode// DOC-BEGIN: operation// PreQuantMode is deliberately a closed code table.  In particular U8 is not// a synonym for S8 and generic FP8 resolves to E4M3 in the PTO type namespace.pure func BundleFPATRPreQuantModeLegal(code: bits(6)) => booleanbegin    let value = UInt(code);    return value == 0 || value == 1 || value == 2 || value == 3 ||           value == 4 || value == 5 || value == 12 || value == 13 ||           value == 16 || value == 17 || value == 18 || value == 19 ||           value == 20 || value == 23 || value == 24 || value == 25 ||           value == 26 || value == 27 || value == 28 || value == 32 ||           value == 33 || value == 34 || value == 35 || value == 36 ||           value == 37 || value == 38 || value == 39;end;
pure func BundleFPATRReluModeLegal(code: bits(3)) => booleanbegin    return UInt(code) <= 3;end;
pure func BundleFPATRGroupNCodeLegal(code: bits(4)) => booleanbegin    return UInt(code) <= 9;end;
pure func BundleFPATRGroupN(code: bits(4)) => integer {0,8,16,32,48,64,80,96,112,128}begin    case UInt(code) of        when 0 => return 0;        when 1 => return 8;        when 2 => return 16;        when 3 => return 32;        when 4 => return 48;        when 5 => return 64;        when 6 => return 80;        when 7 => return 96;        when 8 => return 112;        when 9 => return 128;        otherwise => unreachable;    end;end;
pure func BundleFPATRModeUsesVectorParameter(code: bits(6)) => booleanbegin    return UInt(code) == 2 || UInt(code) == 4 || UInt(code) == 12 ||           UInt(code) == 18 || UInt(code) == 20 || UInt(code) == 23 ||           UInt(code) == 28 || UInt(code) == 33 || UInt(code) == 36 ||           UInt(code) == 37 || UInt(code) == 38 || UInt(code) == 39;end;
pure func BundleFPATRModeUsesScalarParameter(code: bits(6)) => booleanbegin    return UInt(code) == 3 || UInt(code) == 5 || UInt(code) == 13 ||           UInt(code) == 17 || UInt(code) == 19 || UInt(code) == 24 ||           UInt(code) == 25 || UInt(code) == 26 || UInt(code) == 27 ||           UInt(code) == 32 || UInt(code) == 34 || UInt(code) == 35;end;
pure func BundleFPATRModeUsesS32Accumulator(code: bits(6)) => booleanbegin    let value = UInt(code);    return value == 2 || value == 3 || value == 4 || value == 5 ||           value == 12 || value == 13 || value == 17 || value == 18 ||           value == 19 || value == 20 || value == 35 || value == 39;end;
pure func BundleFPATRModeUsesFP32Accumulator(code: bits(6)) => booleanbegin    return BundleFPATRPreQuantModeLegal(code) &&           UInt(code) != 0 &&           !BundleFPATRModeUsesS32Accumulator(code);end;
pure func BundleFPATRAccumulatorTypeLegal(    code: bits(6), accumulator_type: TileDataType) => booleanbegin    if UInt(code) == 0 then        return accumulator_type == TileDataType_FP32 ||               accumulator_type == TileDataType_S32 ||               accumulator_type == TileDataType_U32;    elsif BundleFPATRModeUsesS32Accumulator(code) then        return accumulator_type == TileDataType_S32;    elsif BundleFPATRModeUsesFP32Accumulator(code) then        return accumulator_type == TileDataType_FP32;    end;    return FALSE;end;
pure func BundleFPATRModeOffsetWidth(code: bits(6))    => integer {0,5,9,17}begin    let value = UInt(code);    if value == 17 || value == 18 then return 5;    elsif value == 2 || value == 3 || value == 23 || value == 24 then        return 9;    elsif value == 19 || value == 20 then return 17;    else return 0;    end;end;
pure func BundleFPATRModeIsShift(code: bits(6)) => booleanbegin    return UInt(code) == 12 || UInt(code) == 13;end;
pure func BundleFPATRModeFixedRounding(code: bits(6)) => booleanbegin    let value = UInt(code);    return value == 1 || value == 16 || value == 25 || value == 26 ||           value == 28 || value == 32 || value == 33 || value == 34 ||           value == 36 || value == 37;end;
pure func BundleFPATRModeFinalSatProgrammable(code: bits(6)) => booleanbegin    return UInt(code) != 0 && !BundleFPATRModeIsShift(code);end;
pure func BundleFPATRReluModeUsesScalarParameter(code: bits(3)) => booleanbegin    return UInt(code) == 2;end;
pure func BundleFPATRReluModeUsesVectorParameter(code: bits(3)) => booleanbegin    return UInt(code) == 3;end;
// Quantization descriptors use one closed 64-bit carrier.  The selected// mode alone determines which payload bits are meaningful; every other bit// is reserved and must be zero before matrix operands are snapshotted.pure func BundleFPATRQuantParameterWordLegal(code: bits(6),                                             value: Word) => booleanbegin    let mode = UInt(code);    if mode == 12 || mode == 13 then        return value[31:0] == Zeros{32} &&               value[63:36] == Zeros{28};    end;    if mode == 17 || mode == 18 then        return value[12:0] == Zeros{13} &&               FP19ScaleLegal(value[31:13]) &&               value[36:32] == Zeros{5} &&               value[63:42] == Zeros{22};    end;    if mode == 2 || mode == 3 || mode == 23 || mode == 24 then        return value[12:0] == Zeros{13} &&               FP19ScaleLegal(value[31:13]) &&               value[36:32] == Zeros{5} &&               value[63:46] == Zeros{18};    end;    if mode == 19 || mode == 20 then        return value[12:0] == Zeros{13} &&               FP19ScaleLegal(value[31:13]) &&               value[36:32] == Zeros{5} &&               value[63:54] == Zeros{10};    end;    if BundleFPATRModeUsesScalarParameter(code) ||       BundleFPATRModeUsesVectorParameter(code) then        return value[12:0] == Zeros{13} &&               FP19ScaleLegal(value[31:13]) &&               value[63:32] == Zeros{32};    end;    return FALSE;end;
// Scalar LReLU and vector PReLU elements carry one FP19 value in the low// nineteen bits.  FP19 arithmetic remains profile-owned, but its carrier is// architectural and therefore rejects nonzero high bits.pure func BundleFPATRReluParameterWordLegal(value: Word) => booleanbegin    return value[63:19] == Zeros{45} &&           FP19ActivationParameterLegal(value[18:0]);end;
// Matrix B.DATR contributes only the destination conversion controls once// B.FPATR is present.  None keeps the architectural default conversion// (RMode=NONE and Sat=0). Fixed floating modes reject a non-default RMode;// fixed shift modes additionally reject Sat. Other accepted modes retain the// complete rounding selector and final saturation control.pure func BundleFPATRDATRFieldsLegal(pre_quant: bits(6),                                     rounding_mode: bits(3),                                     saturating: boolean) => booleanbegin    if !BundleFPATRPreQuantModeLegal(pre_quant) then return FALSE; end;    if UInt(pre_quant) == 0 then        return rounding_mode == Zeros{3} && !saturating;    end;    if BundleFPATRModeIsShift(pre_quant) then        return rounding_mode == Zeros{3} && !saturating;    end;    if BundleFPATRModeFixedRounding(pre_quant) then        return rounding_mode == Zeros{3};    end;    return TRUE;end;
pure func BundleFPATROutputType(code: bits(6)) => TileDataTypebegin    case UInt(code) of        when 0 => return TileDataType_FP32;        when 1, 4, 5, 32, 33 => return TileDataType_FP16;        when 2, 3, 23, 24 => return TileDataType_S8;        when 12, 13, 19, 20 => return TileDataType_S16;        when 16, 34, 35, 36, 39 => return TileDataType_BF16;        when 17, 18 => return TileDataType_S4X2;        when 25, 28 => return TileDataType_HiF8;        when 26, 37 => return TileDataType_E4M3;        when 27, 38 => return TileDataType_FP32;        otherwise => unreachable;    end;end;
pure func BundleFPATRFieldsLegal(pre_quant: bits(6), relu: bits(3),                                 group_n: bits(4), row_max: boolean,                                 group_max: boolean, row_init: boolean,                                 max_abs: boolean) => booleanbegin    if !BundleFPATRPreQuantModeLegal(pre_quant) ||       !BundleFPATRReluModeLegal(relu) ||       !BundleFPATRGroupNCodeLegal(group_n) then return FALSE; end;    if !row_max && row_init then return FALSE; end;    if !group_max && UInt(group_n) != 0 then return FALSE; end;    if group_max && UInt(group_n) == 0 then return FALSE; end;    if !row_max && !group_max && max_abs then return FALSE; end;    return TRUE;end;
readonly func InstructionContractHandler_B_FPATR() => CommandSemanticHandlerbegin    return CommandHandler_SetBundleFixedPointAttributes;end;
pure func InstructionContractHeaderOnly_B_FPATR()    => booleanbegin    return TRUE;end;
pure func InstructionContractDuplicateRejects_B_FPATR()    => booleanbegin    return TRUE;end;// DOC-END: operation

行为

用途

B.FPATR 的作用

B.FPATR 是一条 32 位 Block header 命令，用来记录必需的定点 Matrix 后处理描述符。它修改待处理 Block 元数据，不会立即执行 Tile body 操作。

执行过程

位置与机制

该命令在 CUBE Matrix header 中恰好出现一次，位置在标量或 Tile 绑定以及 body 之前。操作数流角色由完成后的 Matrix schema 解释。

命令被接受后，会在待处理 Block 状态中锁存一条带类型的属性记录。只有完整 header、绑定、维度和 body 满足所选操作 schema 后，该操作才会使用这些字段。

输入与输出

操作数与 header 角色

  • PreQuantMode 选择 Matrix 预量化和输出转换；其确切分配域仍以下方生成契约为准。
  • ReluMode 选择激活乘数；其确切分配域仍以下方生成契约为准。
  • GroupNCode 选择 group maximum 的列数；其确切分配域仍以下方生成契约为准。
  • RowMaxEn 启用 row maximum 输入和输出；其确切分配域仍以下方生成契约为准。
  • GroupMaxEn 启用 group maximum 输出；其确切分配域仍以下方生成契约为准。
  • RowMaxInit 启用从 RowMaxIn 初始化；其确切分配域仍以下方生成契约为准。
  • MaxAbsEn 选择最大绝对值归约；其确切分配域仍以下方生成契约为准。
  • Func 携带固定函数判别值；其确切分配域仍以下方生成契约为准。
  • ElementWiseEn 携带固定完整 Block 选择值；其确切分配域仍以下方生成契约为准。
  • TransA 启用 A 的逻辑转置；其确切分配域仍以下方生成契约为准。
  • TransB 启用 B 的逻辑转置；其确切分配域仍以下方生成契约为准。
  • CScaleEn 启用逐行 accumulator C 缩放；其确切分配域仍以下方生成契约为准。
  • Reserved 保持固定保留值；其确切分配域仍以下方生成契约为准。
  • Opc1 携带固定命令类别判别值；其确切分配域仍以下方生成契约为准。
  • Opcode 携带固定属性 opcode；其确切分配域仍以下方生成契约为准。
  • W 携带固定命令宽度判别值；其确切分配域仍以下方生成契约为准。
架构效果

待处理状态与完成

被接受的 header 命令只改变自己的待处理记录或 carrier。除非本所有者明确指出即时 header 状态更新，否则架构 Tile、Shared、GPR、内存和完成影响都推迟到完整 Block。

约束与非法情形

合法性与故障边界

保留编码会在读取或待处理状态变化前被拒绝。位置、重复、角色或完成后 schema 不匹配，会在 body 影响前失败。

示例演示

示例性示例

以下为示例性示例，仅用于说明当前所有者，不替代其定义。

B.FPATR PreQuantMode, ReluMode, GroupNCode, RowMaxEn, GroupMaxEn, RowMaxInit, MaxAbsEn, TransA, TransB, CScaleEn

假设当前存在兼容的有效 header，并且之前没有冲突的 B.FPATR 命令。把 B.FPATR PreQuantMode, ReluMode, GroupNCode, RowMaxEn, GroupMaxEn, RowMaxInit, MaxAbsEn, TransA, TransB, CScaleEn 放在下一个 header 槽，会记录该命令的待处理字段；它本身不会执行最终的 body 操作。

NDF 条款

正文来自 owning ASL。拖拽或按钮只临时改变当前页面显示顺序。

    1. surfaceBLOCK
    2. ownerB.FPATR
    3. categoryMATRIX-POSTPROCESS
    4. case001

    规范契约

    contract · L1 · accepted

    B.FPATR MUST appear exactly once in every CUBE Matrix block and MUST precede every effective B.IOR, B.IOT, or B.IOS binding. TransA and TransB MUST control only the corresponding Shared primary and scale. CScaleEn MUST control only an explicit FP32 C source on TMATMUL.ACC or TMATMULMX.ACC; bit 10 and every other reserved mode value MUST reject before descriptor state or effects. Enabled D, RowMaxOut, and GroupMaxOut results MUST publish as one atomic output group. Every assigned nonzero mode MUST execute the bit-exact FP19, conversion, activation, reduction, packing, exceptional-value, and numeric-status contract rather than an identity or implementation-selected fallback.

    来源与引用
    完整稳定 ID
    PTO-B-FPATR-MATRIX-POSTPROCESS-001
    来源路径
    asl/block/attributes/B.FPATR.asl
    适用单元
    PTO-BLOCK-B-FPATR
    源 SHA-256
    865133159fe5b03974cbdf4f6c4b87ed0127a37fa7b882a6f8f1696a6da331e6
    条款 SHA-256
    5496224f8a317fb1f8a0afcc4b1aca7933feb1ae8c725e95780abd3fe3e4769a
    打开精确 canonical source ↗
    1. surfaceBLOCK
    2. ownerB.FPATR
    3. categoryCUBE-SHARED-TRANSPOSE
    4. case001

    规范契约

    contract · L1 · accepted

    B.FPATR bits 7 and 8 MUST independently select logical transpose for a corresponding Shared A or B primary and its separately bound scale, while Local-side transpose MUST remain illegal and neither source is mutated.

    来源与引用
    完整稳定 ID
    PTO-CUBE-SHARED-TRANSPOSE-001
    来源路径
    asl/block/attributes/B.FPATR.asl
    适用单元
    PTO-BLOCK-B-FPATR
    源 SHA-256
    865133159fe5b03974cbdf4f6c4b87ed0127a37fa7b882a6f8f1696a6da331e6
    条款 SHA-256
    d5cc28aa7a795099be222fef9def3d839ad01587ab3849a9385c12269bb64774
    打开精确 canonical source ↗
    1. surfaceBLOCK
    2. ownerB.FPATR
    3. categoryCUBE-CSCALE
    4. case001

    规范契约

    contract · L1 · accepted

    B.FPATR bit 9 MUST enable one final mathematical Local CScale source only for FP32 TMATMUL.ACC and TMATMULMX.ACC. CScale MUST be U8 CUBE_M32 [M,1], MUST not alias any output, and MUST scale C[m,n] by 2^-CScale[m,0] before RowMax, GroupMax, activation, quantization, and destination conversion. Bit 10 MUST remain reserved zero; disabled CScale MUST preserve prior results.

    来源与引用
    完整稳定 ID
    PTO-CUBE-CSCALE-001
    来源路径
    asl/block/attributes/B.FPATR.asl
    适用单元
    PTO-BLOCK-B-FPATR
    源 SHA-256
    865133159fe5b03974cbdf4f6c4b87ed0127a37fa7b882a6f8f1696a6da331e6
    条款 SHA-256
    5f83793d554cdb9cd7c968afa5be5a96326bcc54edbd7487e437a57e57deaff1
    打开精确 canonical source ↗

Evidence index

62 matching entries

Executable evidence48
  • B.FPATR activation selects the multiplier before destination conversion
    1. surfaceBLOCK
    2. ownerB.FPATR
    3. categoryEXECUTION
    4. case004
    Show exact test source
    Sources and references
    Complete stable ID
    PTO-AVS-BLOCK-B-FPATR-ACT-004
    Path
    tests/asl/block/attributes/B.FPATR/block-exec-b-fpatr-activation-004.asl
    Kind / role
    execution
    Requirements
    PTO-INST-BLOCK-B-FPATR
    Pass condition
    ReLU selects zero while scalar and vector PReLU replace the negative-path quantization multiplier
    SHA-256
    6130cfccb6f9d4a86c6312fbb04c91c3e8e6688371f4054632c48a33628a50b4
    Open exact source ↗ for PTO-AVS-BLOCK-B-FPATR-ACT-004
  • Every assigned B.FPATR PreQuantMode executes its source, parameter, and destination contract
    1. surfaceBLOCK
    2. ownerB.FPATR
    3. categoryEXECUTION
    4. case007
    Show exact test source
    Sources and references
    Complete stable ID
    PTO-AVS-BLOCK-B-FPATR-ALL-MODES-007
    Path
    tests/asl/block/attributes/B.FPATR/block-exec-b-fpatr-all-modes-007.asl
    Kind / role
    execution
    Requirements
    PTO-INST-BLOCK-B-FPATR
    Pass condition
    all 27 assigned modes convert an exact unit value to the expected destination encoding
    SHA-256
    34dae6d44a62b607e5bf64cd82beab8718a3b743c35ccc14fd71745f8aad2d97
    Open exact source ↗ for PTO-AVS-BLOCK-B-FPATR-ALL-MODES-007
  • B.FPATR complete commit publishes converted D and sticky numeric status together
    1. surfaceBLOCK
    2. ownerB.FPATR
    3. categoryEXECUTION
    4. case006
    Show exact test source
    Sources and references
    Complete stable ID
    PTO-AVS-BLOCK-B-FPATR-COMMIT-006
    Path
    tests/asl/block/attributes/B.FPATR/block-exec-b-fpatr-commit-006.asl
    Kind / role
    execution
    Requirements
    PTO-INST-BLOCK-B-FPATR
    Pass condition
    scalar FP32-to-S8 post-processing routes its B.IOR parameter, converts both elements, and records overflow only at commit
    SHA-256
    d49332a185ae413affe511788516a9fe6ae2f544d0955702906654cb73270d37
    Open exact source ↗ for PTO-AVS-BLOCK-B-FPATR-COMMIT-006
  • B.FPATR rejects controls that conflict with fixed rounding or saturation
    1. surfaceBLOCK
    2. ownerB.FPATR
    3. categoryFAULT
    4. case010
    Show exact test source
    Sources and references
    Complete stable ID
    PTO-AVS-BLOCK-B-FPATR-CONTROLS-010
    Path
    tests/asl/block/attributes/B.FPATR/block-fault-b-fpatr-controls-010.asl
    Kind / role
    fault
    Requirements
    PTO-INST-BLOCK-B-FPATR, PTO-MATRIX-QUANT-BITEXACT-001
    Pass condition
    fixed FP16 BF16 E4M3 HiF8 and shift modes reject inapplicable fields while programmable integer modes retain them
    SHA-256
    3f8b691fa83f7ee15971b75d551a5aa0042fb15343c338b204abca19455145a5
    Open exact source ↗ for PTO-AVS-BLOCK-B-FPATR-CONTROLS-010
  • Decoded CScale scales explicit FP32 C before Matrix post-processing.
    1. surfaceBLOCK
    2. ownerB.FPATR
    3. categoryEXECUTION
    4. case001
    Show exact test source
    Sources and references
    Complete stable ID
    PTO-AVS-BLOCK-B-FPATR-CSCALE-001
    Path
    tests/asl/block/attributes/B.FPATR/block-exec-b-fpatr-cscale-001.asl
    Kind / role
    execution
    Requirements
    PTO-CUBE-CSCALE-001, PTO-INST-BLOCK-B-FPATR
    Pass condition
    TMATMUL.ACC with C=4.0, zero dot product, and U8 CScale exponent one publishes FP32 2.0 through a distinct destination.
    SHA-256
    270fe6450eeccf383df7e7722dd4081792c754ca7068ae86bfb2404357e39ca4
    Open exact source ↗ for PTO-AVS-BLOCK-B-FPATR-CSCALE-001
  • CScale rejects every reserved, missing, surplus, alias, opcode, and accumulator-class misuse before effects.
    1. surfaceBLOCK
    2. ownerB.FPATR
    3. categoryFAULT
    4. case002
    Show exact test source
    Sources and references
    Complete stable ID
    PTO-AVS-BLOCK-B-FPATR-CSCALE-FAULT-002
    Path
    tests/asl/block/attributes/B.FPATR/block-fault-b-fpatr-cscale-002.asl
    Kind / role
    fault
    Requirements
    PTO-CUBE-CSCALE-001, PTO-INST-BLOCK-B-FPATR
    Pass condition
    Bit10, disabled-surplus, enabled-missing, CScale/output alias, non-ACC use, and non-FP32 ACC each reject without destination allocation or source mutation.
    SHA-256
    78703db8cf9b382c35994065aa1fd1f653b9503d9a9ae713c29d0237c66e9151
    Open exact source ↗ for PTO-AVS-BLOCK-B-FPATR-CSCALE-FAULT-002
  • canonical B.FPATR catalog and ASL contract remain aligned
    1. surfaceBLOCK
    2. ownerB.FPATR
    3. categoryDECODE-POSITIVE
    4. case001
    Show exact test source
    Sources and references
    Complete stable ID
    PTO-AVS-BLOCK-B-FPATR-DECODE-001
    Path
    tests/asl/block/attributes/B.FPATR/block-decode-b-fpatr-canonical-001.asl
    Kind / role
    decode-positive
    Requirements
    PTO-INST-BLOCK-B-FPATR
    Pass condition
    all canonical decode and contract assertions hold
    SHA-256
    67f0a2f350476fc4e6c6ba85885861a8a85384f852ff9595a1d8756ac39a1471
    Open exact source ↗ for PTO-AVS-BLOCK-B-FPATR-DECODE-001
  • a second B.FPATR in one Matrix header is illegal
    1. surfaceBLOCK
    2. ownerB.FPATR
    3. categoryFAULT
    4. case001
    Show exact test source
    Sources and references
    Complete stable ID
    PTO-AVS-BLOCK-B-FPATR-DUPLICATE-001
    Path
    tests/asl/block/attributes/B.FPATR/block-fault-b-fpatr-duplicate-001.asl
    Kind / role
    fault
    Requirements
    PTO-INST-BLOCK-B-FPATR
    Pass condition
    the duplicate raises Fault_BundleControl without replacing the first descriptor
    SHA-256
    f4b84dafdb047f2565461e14274baebcc149413bd73b235f243105c78f9b8a14
    Open exact source ↗ for PTO-AVS-BLOCK-B-FPATR-DUPLICATE-001
  • B.FPATR cast and scaled floating modes publish exact destination encodings
    1. surfaceBLOCK
    2. ownerB.FPATR
    3. categoryEXECUTION
    4. case003
    Show exact test source
    Sources and references
    Complete stable ID
    PTO-AVS-BLOCK-B-FPATR-FORMATS-003
    Path
    tests/asl/block/attributes/B.FPATR/block-exec-b-fpatr-formats-003.asl
    Kind / role
    execution
    Requirements
    PTO-INST-BLOCK-B-FPATR
    Pass condition
    FP16, BF16, E4M3, HiF8, and scaled FP32 modes encode representative exact values
    SHA-256
    f6a2cad4ef0b95950f7c78e944d414b54b7a3677b83b18f263e84058c4d5bba0
    Open exact source ↗ for PTO-AVS-BLOCK-B-FPATR-FORMATS-003
  • reserved GroupNCode values reject before B.FPATR state
    1. surfaceBLOCK
    2. ownerB.FPATR
    3. categoryFAULT
    4. case001
    Show exact test source
    Sources and references
    Complete stable ID
    PTO-AVS-BLOCK-B-FPATR-GROUP-RSVD-001
    Path
    tests/asl/block/attributes/B.FPATR/block-fault-b-fpatr-group-rsvd-001.asl
    Kind / role
    fault
    Requirements
    PTO-INST-BLOCK-B-FPATR
    Pass condition
    each code raises Fault_IllegalInstruction without descriptor or TPC changes
    SHA-256
    f3bb9ab757bbac3cd922bfc30e605708cf6fe720f49a681c1e4de7bb39d937c5
    Open exact source ↗ for PTO-AVS-BLOCK-B-FPATR-GROUP-RSVD-001
  • B.FPATR PreQuant modes accept only their assigned accumulator class
    1. surfaceBLOCK
    2. ownerB.FPATR
    3. categoryFAULT
    4. case002
    Show exact test source
    Sources and references
    Complete stable ID
    PTO-AVS-BLOCK-B-FPATR-INPUT-TYPE-002
    Path
    tests/asl/block/attributes/B.FPATR/block-fault-b-fpatr-input-type-002.asl
    Kind / role
    fault
    Requirements
    PTO-INST-BLOCK-B-FPATR
    Pass condition
    S32, FP32, and U32 accumulator modes are separated before matrix effects
    SHA-256
    4d0b0a29abea74fe03d3619a1695d5fed6f7f16f6d0287de5d1624a4ff3b6501
    Open exact source ↗ for PTO-AVS-BLOCK-B-FPATR-INPUT-TYPE-002
  • B.FPATR mode, GroupN and enable legality boundaries
    1. surfaceBLOCK
    2. ownerB.FPATR
    3. categoryBOUNDARY
    4. case001
    Show exact test source
    Sources and references
    Complete stable ID
    PTO-AVS-BLOCK-B-FPATR-MODE-TABLE-BOUNDARY-001
    Path
    tests/asl/block/attributes/B.FPATR/block-bound-b-fpatr-mode-table-001.asl
    Kind / role
    boundary
    Requirements
    PTO-INST-BLOCK-B-FPATR
    Pass condition
    accepted modes and fail-closed reserved/invalid combinations are proved
    SHA-256
    8b7a4f5c2253d2bdb40ac7bb90b07ce9814efc53b4e7745894a6e75974a0604e
    Open exact source ↗ for PTO-AVS-BLOCK-B-FPATR-MODE-TABLE-BOUNDARY-001
  • B.FPATR is illegal in a non-Matrix block
    1. surfaceBLOCK
    2. ownerB.FPATR
    3. categoryFAULT
    4. case001
    Show exact test source
    Sources and references
    Complete stable ID
    PTO-AVS-BLOCK-B-FPATR-NONMATRIX-001
    Path
    tests/asl/block/attributes/B.FPATR/block-fault-b-fpatr-nonmatrix-001.asl
    Kind / role
    fault
    Requirements
    PTO-INST-BLOCK-B-FPATR
    Pass condition
    Fault_BundleControl is raised before fixed-point descriptor state is latched
    SHA-256
    a055c22a14cf90d82782522738a5032d1fa1a0a04058c451fd23298c2c71de15
    Open exact source ↗ for PTO-AVS-BLOCK-B-FPATR-NONMATRIX-001
  • B.FPATR dense scalar/vector parameter and maximum B.IOT routing
    1. surfaceBLOCK
    2. ownerB.FPATR
    3. categoryEXECUTION
    4. case001
    Show exact test source
    Sources and references
    Complete stable ID
    PTO-AVS-BLOCK-B-FPATR-OPERAND-ROUTING-EXECUTION-001
    Path
    tests/asl/block/attributes/B.FPATR/block-exec-b-fpatr-operand-routing-001.asl
    Kind / role
    execution
    Requirements
    PTO-INST-BLOCK-B-FPATR, PTO-CUBE-CSCALE-001
    Pass condition
    LReLU-only uses RegSrc0, scalar quant/LReLU pack densely, and nine sources/three destinations remain ordered
    SHA-256
    03be4b045c46306f4a54827dfad1e34160b1c56688fe9a6fc82b4b1e4a186e26
    Open exact source ↗ for PTO-AVS-BLOCK-B-FPATR-OPERAND-ROUTING-EXECUTION-001
  • B.FPATR rejects inactive, body-phase, and post-binding placement before latching fields
    1. surfaceBLOCK
    2. ownerB.FPATR
    3. categoryFAULT
    4. case001
    Show exact test source
    Sources and references
    Complete stable ID
    PTO-AVS-BLOCK-B-FPATR-PLACE-001
    Path
    tests/asl/block/attributes/B.FPATR/block-fault-b-fpatr-placement-001.asl
    Kind / role
    fault
    Requirements
    PTO-INST-BLOCK-B-FPATR
    Pass condition
    every invalid placement raises Fault_BundleControl at the current TPC and preserves the absent descriptor and existing operand binding
    SHA-256
    0108364c47bee6fcdebb2069c88f2194cd1157ae9e7223201807ebc40384e7a0
    Open exact source ↗ for PTO-AVS-BLOCK-B-FPATR-PLACE-001
  • reserved PreQuantMode codes 14 and 15 reject before B.FPATR state
    1. surfaceBLOCK
    2. ownerB.FPATR
    3. categoryFAULT
    4. case001
    Show exact test source
    Sources and references
    Complete stable ID
    PTO-AVS-BLOCK-B-FPATR-PQ14-15-001
    Path
    tests/asl/block/attributes/B.FPATR/block-fault-b-fpatr-pq14-15-001.asl
    Kind / role
    fault
    Requirements
    PTO-INST-BLOCK-B-FPATR
    Pass condition
    each code raises Fault_IllegalInstruction without descriptor or TPC changes
    SHA-256
    c895c92c9c82f55b2ac06e3c78d894de340489a973305cb207f968a9e15cff4c
    Open exact source ↗ for PTO-AVS-BLOCK-B-FPATR-PQ14-15-001
  • reserved PreQuantMode codes 21 and 22 reject before B.FPATR state
    1. surfaceBLOCK
    2. ownerB.FPATR
    3. categoryFAULT
    4. case001
    Show exact test source
    Sources and references
    Complete stable ID
    PTO-AVS-BLOCK-B-FPATR-PQ21-22-001
    Path
    tests/asl/block/attributes/B.FPATR/block-fault-b-fpatr-pq21-22-001.asl
    Kind / role
    fault
    Requirements
    PTO-INST-BLOCK-B-FPATR
    Pass condition
    each code raises Fault_IllegalInstruction without descriptor or TPC changes
    SHA-256
    b34dbbde87bd6599ece27b67167dcfa3f76ae4acef7cf9245962923251649950
    Open exact source ↗ for PTO-AVS-BLOCK-B-FPATR-PQ21-22-001
  • reserved PreQuantMode codes 29 through 31 reject before B.FPATR state
    1. surfaceBLOCK
    2. ownerB.FPATR
    3. categoryFAULT
    4. case001
    Show exact test source
    Sources and references
    Complete stable ID
    PTO-AVS-BLOCK-B-FPATR-PQ29-31-001
    Path
    tests/asl/block/attributes/B.FPATR/block-fault-b-fpatr-pq29-31-001.asl
    Kind / role
    fault
    Requirements
    PTO-INST-BLOCK-B-FPATR
    Pass condition
    each code raises Fault_IllegalInstruction without descriptor or TPC changes
    SHA-256
    54648e569a7603a4c739e6c8cebe1e87410955fefa59e2f2f8ceb9a94a8df4ef
    Open exact source ↗ for PTO-AVS-BLOCK-B-FPATR-PQ29-31-001
  • reserved PreQuantMode codes 40 through 47 reject before B.FPATR state
    1. surfaceBLOCK
    2. ownerB.FPATR
    3. categoryFAULT
    4. case001
    Show exact test source
    Sources and references
    Complete stable ID
    PTO-AVS-BLOCK-B-FPATR-PQ40-47-001
    Path
    tests/asl/block/attributes/B.FPATR/block-fault-b-fpatr-pq40-47-001.asl
    Kind / role
    fault
    Requirements
    PTO-INST-BLOCK-B-FPATR
    Pass condition
    each code raises Fault_IllegalInstruction without descriptor or TPC changes
    SHA-256
    9edc0c835961e9c7617232c4c01d435234b273c9fdb26b18caada1592e54b048
    Open exact source ↗ for PTO-AVS-BLOCK-B-FPATR-PQ40-47-001
  • reserved PreQuantMode codes 48 through 55 reject before B.FPATR state
    1. surfaceBLOCK
    2. ownerB.FPATR
    3. categoryFAULT
    4. case001
    Show exact test source
    Sources and references
    Complete stable ID
    PTO-AVS-BLOCK-B-FPATR-PQ48-55-001
    Path
    tests/asl/block/attributes/B.FPATR/block-fault-b-fpatr-pq48-55-001.asl
    Kind / role
    fault
    Requirements
    PTO-INST-BLOCK-B-FPATR
    Pass condition
    each code raises Fault_IllegalInstruction without descriptor or TPC changes
    SHA-256
    a0f7e1770dbe2b80eca30877c157d1112b58ab8a5b95a50d07cc55932bdbe8b4
    Open exact source ↗ for PTO-AVS-BLOCK-B-FPATR-PQ48-55-001
  • reserved PreQuantMode codes 56 through 63 reject before B.FPATR state
    1. surfaceBLOCK
    2. ownerB.FPATR
    3. categoryFAULT
    4. case001
    Show exact test source
    Sources and references
    Complete stable ID
    PTO-AVS-BLOCK-B-FPATR-PQ56-63-001
    Path
    tests/asl/block/attributes/B.FPATR/block-fault-b-fpatr-pq56-63-001.asl
    Kind / role
    fault
    Requirements
    PTO-INST-BLOCK-B-FPATR
    Pass condition
    each code raises Fault_IllegalInstruction without descriptor or TPC changes
    SHA-256
    43f8baedd4e50671e8e56ffc63e7db8a7b35b4408c63357e94c082a8ddf50b12
    Open exact source ↗ for PTO-AVS-BLOCK-B-FPATR-PQ56-63-001
  • B.FPATR scalar quantization multiplies, offsets, rounds, and applies Sat clamp or wrap
    1. surfaceBLOCK
    2. ownerB.FPATR
    3. categoryEXECUTION
    4. case002
    Show exact test source
    Sources and references
    Complete stable ID
    PTO-AVS-BLOCK-B-FPATR-QUANT-002
    Path
    tests/asl/block/attributes/B.FPATR/block-exec-b-fpatr-quant-002.asl
    Kind / role
    execution
    Requirements
    PTO-INST-BLOCK-B-FPATR
    Pass condition
    REQ8 and QF322B8 scalar modes produce exact S8 values for ordinary, wrapping, and saturating cases
    SHA-256
    18153b1bf5908bb97f3b6018016ff3dd6abddb58291af3903d6a16fb983c7142
    Open exact source ↗ for PTO-AVS-BLOCK-B-FPATR-QUANT-002
  • reserved ReluMode codes reject before B.FPATR state
    1. surfaceBLOCK
    2. ownerB.FPATR
    3. categoryFAULT
    4. case001
    Show exact test source
    Sources and references
    Complete stable ID
    PTO-AVS-BLOCK-B-FPATR-RELU-RSVD-001
    Path
    tests/asl/block/attributes/B.FPATR/block-fault-b-fpatr-relu-rsvd-001.asl
    Kind / role
    fault
    Requirements
    PTO-INST-BLOCK-B-FPATR
    Pass condition
    each code raises Fault_IllegalInstruction without descriptor or TPC changes
    SHA-256
    7755b14737e406eba2ba42a611128249bb8d0fb2690167f361989507abb18dff
    Open exact source ↗ for PTO-AVS-BLOCK-B-FPATR-RELU-RSVD-001
  • B.FPATR fields and encoded presence clear with bundle reset
    1. surfaceBLOCK
    2. ownerB.FPATR
    3. categorySTATE-TRANSITION
    4. case001
    Show exact test source
    Sources and references
    Complete stable ID
    PTO-AVS-BLOCK-B-FPATR-RESET-CLEAR-001
    Path
    tests/asl/block/attributes/B.FPATR/block-state-b-fpatr-reset-clear-001.asl
    Kind / role
    state-transition
    Requirements
    PTO-INST-BLOCK-B-FPATR
    Pass condition
    reset removes presence and every latched field
    SHA-256
    a9a53b37f2465fe7f5ffb7376023787c2a28264438b6505ce9add74c279b8761
    Open exact source ↗ for PTO-AVS-BLOCK-B-FPATR-RESET-CLEAR-001
  • B.FPATR saturates assigned signed intermediates before offset and destination encoding
    1. surfaceBLOCK
    2. ownerB.FPATR
    3. categoryEXECUTION
    4. case008
    Show exact test source
    Sources and references
    Complete stable ID
    PTO-AVS-BLOCK-B-FPATR-ROUNDING-008
    Path
    tests/asl/block/attributes/B.FPATR/block-exec-b-fpatr-rounding-008.asl
    Kind / role
    execution
    Requirements
    PTO-INST-BLOCK-B-FPATR, PTO-MATRIX-QUANT-BITEXACT-001
    Pass condition
    REQ4 REQ8 DEQS16 and shift modes expose exact intermediate saturation results under non-saturating final control
    SHA-256
    39774698c6a2b365291c974bdc41e35c4cbdfdef4957428b193e09c8ae2ba391
    Open exact source ↗ for PTO-AVS-BLOCK-B-FPATR-ROUNDING-008
  • reserved PreQuantMode codes 6 through 11 reject before B.FPATR state
    1. surfaceBLOCK
    2. ownerB.FPATR
    3. categoryFAULT
    4. case001
    Show exact test source
    Sources and references
    Complete stable ID
    PTO-AVS-BLOCK-B-FPATR-RSVD-001
    Path
    tests/asl/block/attributes/B.FPATR/block-fault-b-fpatr-pq06-11-001.asl
    Kind / role
    fault
    Requirements
    PTO-INST-BLOCK-B-FPATR
    Pass condition
    each code raises Fault_IllegalInstruction without descriptor or TPC changes
    SHA-256
    33ff3f0bc2ebbde97d07cf48a21789871090dc1ce7857242a4651f87896052c0
    Open exact source ↗ for PTO-AVS-BLOCK-B-FPATR-RSVD-001
  • B.FPATR special values produce deterministic integer and floating results
    1. surfaceBLOCK
    2. ownerB.FPATR
    3. categoryEXECUTION
    4. case005
    Show exact test source
    Sources and references
    Complete stable ID
    PTO-AVS-BLOCK-B-FPATR-SPECIAL-005
    Path
    tests/asl/block/attributes/B.FPATR/block-exec-b-fpatr-special-005.asl
    Kind / role
    execution
    Requirements
    PTO-INST-BLOCK-B-FPATR
    Pass condition
    NaN and infinities map to the assigned integer endpoints or canonical floating NaN with exact sticky flags
    SHA-256
    1dafeda291de684c6810f86b3c4e57a0bc90018a72228d8c042c20bc63e42e86
    Open exact source ↗ for PTO-AVS-BLOCK-B-FPATR-SPECIAL-005
  • B.FPATR bits seven and eight latch independent Shared A and B transpose controls
    1. surfaceBLOCK
    2. ownerB.FPATR
    3. categoryDECODE-POSITIVE
    4. case011
    Show exact test source
    Sources and references
    Complete stable ID
    PTO-AVS-BLOCK-B-FPATR-TRANSPOSE-011
    Path
    tests/asl/block/attributes/B.FPATR/block-decode-b-fpatr-transpose-011.asl
    Kind / role
    decode-positive
    Requirements
    PTO-INST-BLOCK-B-FPATR, PTO-CUBE-SHARED-TRANSPOSE-001
    Pass condition
    all four TransA and TransB combinations decode and preserve the exact two booleans
    SHA-256
    c73850ac7324b9a970e768cb6a999e75d215fb862aa92d12631e33594766e213
    Open exact source ↗ for PTO-AVS-BLOCK-B-FPATR-TRANSPOSE-011
  • B.FPATR bit ten remains reserved after assigning CScaleEn.
    1. surfaceBLOCK
    2. ownerB.FPATR
    3. categoryFAULT
    4. case012
    Show exact test source
    Sources and references
    Complete stable ID
    PTO-AVS-BLOCK-B-FPATR-TRANSPOSE-RSVD-012
    Path
    tests/asl/block/attributes/B.FPATR/block-fault-b-fpatr-transpose-rsvd-012.asl
    Kind / role
    fault
    Requirements
    PTO-INST-BLOCK-B-FPATR, PTO-CUBE-CSCALE-001
    Pass condition
    Bit ten rejects before TPC or fixed-point descriptor state changes while bit nine is owned by decoded CScale evidence.
    SHA-256
    87c5841391fd67fcf7886b5e8e7d09aaca44f13382dbf107a2a6d35d47ca8ca1
    Open exact source ↗ for PTO-AVS-BLOCK-B-FPATR-TRANSPOSE-RSVD-012
  • B.FPATR floating signed zero participates in the complete affine pipeline
    1. surfaceBLOCK
    2. ownerB.FPATR
    3. categoryEXECUTION
    4. case009
    Show exact test source
    Sources and references
    Complete stable ID
    PTO-AVS-BLOCK-B-FPATR-ZERO-AFFINE-009
    Path
    tests/asl/block/attributes/B.FPATR/block-exec-b-fpatr-zero-affine-009.asl
    Kind / role
    execution
    Requirements
    PTO-INST-BLOCK-B-FPATR, PTO-MATRIX-POSTPROCESS-BITEXACT-001
    Pass condition
    positive and negative FP32 zero publish the assigned positive negative or zero S8 offset
    SHA-256
    f2fbb807f80841402374fda9bf213be973ba03c06448e6f5b63100f72d868f17
    Open exact source ↗ for PTO-AVS-BLOCK-B-FPATR-ZERO-AFFINE-009
  • zero-participation B.IOT and B.IOS remain strict no-ops before B.FPATR
    1. surfaceBLOCK
    2. ownerB.FPATR
    3. categoryEXECUTION
    4. case001
    Show exact test source
    Sources and references
    Complete stable ID
    PTO-AVS-BLOCK-B-FPATR-ZMASK-001
    Path
    tests/asl/block/attributes/B.FPATR/block-exec-b-fpatr-zero-mask-order-001.asl
    Kind / role
    execution
    Requirements
    PTO-INST-BLOCK-B-FPATR
    Pass condition
    both zero-mask commands install no operand binding and B.FPATR still latches successfully
    SHA-256
    ef0482bf02645e29c78839d94e04981ea02574d2056522bc82d847d299a0b094
    Open exact source ↗ for PTO-AVS-BLOCK-B-FPATR-ZMASK-001
  • matrix destination preflight derives D RowMaxOut and GroupMaxOut independently
    1. surfaceBLOCK
    2. ownerPTO-BLOCK-MODEL-DISPATCH-DESTINATION-SHAPE
    3. categoryBOUNDARY
    4. case001
    Show exact test source
    Sources and references
    Complete stable ID
    PTO-AVS-BLOCK-MATRIX-DEST-SHAPE-001
    Path
    tests/asl/block/model/dispatch/destination-shape/block-bound-matrix-dest-shape-001.asl
    Kind / role
    boundary
    Requirements
    PTO-B-FPATR-MATRIX-POSTPROCESS-001
    Pass condition
    a 1 by 8 product allocates one 1 by 8 D and two 1 by 1 auxiliary descriptors
    SHA-256
    0476096e5eb9d3d51955bc9b263ff5e0778a9adc85f47ffe04516cdbfcd3f3e3
    Open exact source ↗ for PTO-AVS-BLOCK-MATRIX-DEST-SHAPE-001
  • Shared Matrix transpose normalizes each independently bound primary and scale.
    1. surfaceBLOCK
    2. ownerPTO-BLOCK-MODEL-DISPATCH-SHARED-CUBE-MATRIX
    3. categoryEXECUTION
    4. case002
    Show exact test source
    Sources and references
    Complete stable ID
    PTO-AVS-BLOCK-SHARED-CUBE-SCALE-TRANSPOSE-002
    Path
    tests/asl/block/model/dispatch/shared-cube-matrix/block-exec-shared-cube-scale-transpose-002.asl
    Kind / role
    execution
    Requirements
    PTO-CUBE-MATRIX-SCALE-001, PTO-CUBE-SHARED-TRANSPOSE-001
    Pass condition
    Stored transposed A, AScale, B, and BScale shapes normalize to group_MxK, group_MxG, KxN, and GxN and produce the exact current-PE result without mutating Shared state.
    SHA-256
    fc9538d3ba766ac00a59249f5626bd7419cf9983f1a52abd70e68531bbd3c00e
    Open exact source ↗ for PTO-AVS-BLOCK-SHARED-CUBE-SCALE-TRANSPOSE-002
  • TGEMV rejects every participating Shared operand binding
    1. surfaceBLOCK
    2. ownerBSTART.TGEMV
    3. categoryFAULT
    4. case001
    Show exact test source
    Sources and references
    Complete stable ID
    PTO-AVS-BLOCK-TGEMV-SHARED-001
    Path
    tests/asl/block/execution/BSTART.TGEMV/block-fault-bstart-tgemv-shared-001.asl
    Kind / role
    fault
    Requirements
    PTO-TMATMUL-CONTRACT-001, PTO-CUBE-SHARED-TRANSPOSE-001
    Pass condition
    one B.IOS source raises Fault_TileLegality before Shared consumption
    SHA-256
    7ba8634d6575d9c9b77ac39942f86d02b62bd301d0d4e3f8ccb7d95300649205
    Open exact source ↗ for PTO-AVS-BLOCK-TGEMV-SHARED-001
  • Local CUBE Matrix keeps zero-mask no-op precedence and accepts partial participation
    1. surfaceBLOCK
    2. ownerPTO-BLOCK-MODEL-DISPATCH-CUBE-TMATMUL
    3. categoryEXECUTION
    4. case010
    Show exact test source
    Sources and references
    Complete stable ID
    PTO-AVS-BLOCK-TMATMUL-CUBE-MASK-010
    Path
    tests/asl/block/model/dispatch/cube-tmatmul/block-exec-tmatmul-cube-mask-010.asl
    Kind / role
    execution
    Requirements
    PTO-CUBE-LOCAL-MATRIX-001, PTO-CUBE-SHARED-TRANSPOSE-001
    Pass condition
    zero mask bypasses malformed operands while full and partial masks execute CUBE primaries with exact destination masks
    SHA-256
    cb1fa427401aed3f617de23450f3066998978f93dd30aa757db05467b66a1aef
    Open exact source ↗ for PTO-AVS-BLOCK-TMATMUL-CUBE-MASK-010
  • TransA is illegal when A is a Local CUBE primary
    1. surfaceBLOCK
    2. ownerPTO-BLOCK-MODEL-DISPATCH-CUBE-TMATMUL
    3. categoryFAULT
    4. case013
    Show exact test source
    Sources and references
    Complete stable ID
    PTO-AVS-BLOCK-TMATMUL-LOCAL-TRANSPOSE-013
    Path
    tests/asl/block/model/dispatch/cube-tmatmul/block-fault-tmatmul-local-transpose-013.asl
    Kind / role
    fault
    Requirements
    PTO-CUBE-SHARED-TRANSPOSE-001
    Pass condition
    a right-only Shared form with TransA set rejects before destination allocation source consumption or status
    SHA-256
    9faf2fbcad024027e76653fad599caef1909b381f9cea62d2c799f8abb8211d0
    Open exact source ↗ for PTO-AVS-BLOCK-TMATMUL-LOCAL-TRANSPOSE-013
  • TMATMUL distinguishes strict zero participation from legal partial participation
    1. surfaceBLOCK
    2. ownerBSTART.TMATMUL
    3. categoryBOUNDARY
    4. case001
    Show exact test source
    Sources and references
    Complete stable ID
    PTO-AVS-BLOCK-TMATMUL-MASK-001
    Path
    tests/asl/block/execution/BSTART.TMATMUL/block-bound-bstart-tmatmul-mask-001.asl
    Kind / role
    boundary
    Requirements
    PTO-TMATMUL-CONTRACT-001, PTO-CUBE-SHARED-TRANSPOSE-001
    Pass condition
    a zero-mask block has no effects while a nonzero partial mask allocates and publishes only the selected destination producers
    SHA-256
    59aaab11f1eb109c8d1e7b6100d71400c5b1ed317be13109928107ecbfa6b58d
    Open exact source ↗ for PTO-AVS-BLOCK-TMATMUL-MASK-001
  • participating TMATMUL rejects a missing B.FPATR before consuming or allocating
    1. surfaceBLOCK
    2. ownerPTO-BLOCK-MODEL-DISPATCH-CUBE-TMATMUL
    3. categoryFAULT
    4. case001
    Show exact test source
    Sources and references
    Complete stable ID
    PTO-AVS-BLOCK-TMATMUL-MISSING-FPATR-001
    Path
    tests/asl/block/model/dispatch/cube-tmatmul/block-fault-tmatmul-missing-fpatr-001.asl
    Kind / role
    fault
    Requirements
    PTO-INST-BLOCK-B-FPATR, PTO-TMATMUL-CONTRACT-001
    Pass condition
    Fault_BundleControl preserves the Shared source and unresolved Local destination
    SHA-256
    5404b91f6114c76974bd28da047a9793439bbef9b7d5d1fa8187cf931ed29787
    Open exact source ↗ for PTO-AVS-BLOCK-TMATMUL-MISSING-FPATR-001
  • Cooperative Matrix resolves one deterministic Local CUBE destination layout
    1. surfaceBLOCK
    2. ownerPTO-BLOCK-MODEL-DISPATCH-CUBE-TMATMUL
    3. categorySTATE-TRANSITION
    4. case014
    Show exact test source
    Sources and references
    Complete stable ID
    PTO-AVS-BLOCK-TMATMUL-SHARED-LAYOUT-014
    Path
    tests/asl/block/model/dispatch/cube-tmatmul/block-state-tmatmul-shared-layout-014.asl
    Kind / role
    state-transition
    Requirements
    PTO-CUBE-SHARED-TRANSPOSE-001
    Pass condition
    right-only inherits A all-Shared ACC inherits C and all-Shared non-ACC selects M16 through M16 then M32 through M32
    SHA-256
    81f7fb6d6b6c5e7a0f5c2b1a7bd6387f846ff91ce0dcfdf61b1bd33928e18926
    Open exact source ↗ for PTO-AVS-BLOCK-TMATMUL-SHARED-LAYOUT-014
  • Cooperative Shared Matrix waits for whole-parent Shared readiness without fault or effects
    1. surfaceBLOCK
    2. ownerPTO-BLOCK-MODEL-DISPATCH-CUBE-TMATMUL
    3. categoryBOUNDARY
    4. case012
    Show exact test source
    Sources and references
    Complete stable ID
    PTO-AVS-BLOCK-TMATMUL-SHARED-READINESS-012
    Path
    tests/asl/block/model/dispatch/cube-tmatmul/block-bound-tmatmul-shared-readiness-012.asl
    Kind / role
    boundary
    Requirements
    PTO-B-SHARED-WHOLE-PARENT-READY-001, PTO-CUBE-SHARED-TRANSPOSE-001
    Pass condition
    a partial Shared A allocation waits without destination allocation binding consumption payload numeric status or fault
    SHA-256
    18311caf9d2528a1a9ea12ae5f6c93b4daa7b2ac29f6b652370c074226f91e38
    Open exact source ↗ for PTO-AVS-BLOCK-TMATMUL-SHARED-READINESS-012
  • Successful cooperative Matrix reads leave persistent Shared state unchanged
    1. surfaceBLOCK
    2. ownerPTO-BLOCK-MODEL-DISPATCH-CUBE-TMATMUL
    3. categorySTATE-TRANSITION
    4. case018
    Show exact test source
    Sources and references
    Complete stable ID
    PTO-AVS-BLOCK-TMATMUL-SHARED-READONLY-018
    Path
    tests/asl/block/model/dispatch/cube-tmatmul/block-state-tmatmul-shared-readonly-018.asl
    Kind / role
    state-transition
    Requirements
    PTO-CUBE-SHARED-TRANSPOSE-001
    Pass condition
    descriptor masks publication payload and initialized state are identical after both Shared bindings are consumed
    SHA-256
    928a4964b044d4f3424dc3fe3af0fb19fcb3882ec9433f6786222f7b0895c338
    Open exact source ↗ for PTO-AVS-BLOCK-TMATMUL-SHARED-READONLY-018
  • Late cooperative CUBE destination failure rolls back every output effect
    1. surfaceBLOCK
    2. ownerPTO-BLOCK-MODEL-DISPATCH-CUBE-TMATMUL
    3. categoryFAULT
    4. case019
    Show exact test source
    Sources and references
    Complete stable ID
    PTO-AVS-BLOCK-TMATMUL-SHARED-ROLLBACK-019
    Path
    tests/asl/block/model/dispatch/cube-tmatmul/block-fault-tmatmul-shared-rollback-019.asl
    Kind / role
    fault
    Requirements
    PTO-CUBE-SHARED-TRANSPOSE-001
    Pass condition
    an undersized D rejects after complete Shared readiness without allocation consumption Shared mutation or numeric status
    SHA-256
    979efc05a67a6d36fc547e33e7715ccad3727930b97f3d72f978c6deae3f3e3b
    Open exact source ↗ for PTO-AVS-BLOCK-TMATMUL-SHARED-ROLLBACK-019
  • Shared A and B transpose controls normalize ordinary descriptors before CUBE computation
    1. surfaceBLOCK
    2. ownerPTO-BLOCK-MODEL-DISPATCH-CUBE-TMATMUL
    3. categoryEXECUTION
    4. case011
    Show exact test source
    Sources and references
    Complete stable ID
    PTO-AVS-BLOCK-TMATMUL-SHARED-TRANSPOSE-011
    Path
    tests/asl/block/model/dispatch/cube-tmatmul/block-exec-tmatmul-shared-transpose-011.asl
    Kind / role
    execution
    Requirements
    PTO-CUBE-SHARED-TRANSPOSE-001
    Pass condition
    all four TransA and TransB combinations produce the same exact logical two-by-two matrix product
    SHA-256
    bd3a645c49a4e3fe7685b2fbf8f018dc4b0e3b940ed274863ae909a3d0e22b59
    Open exact source ↗ for PTO-AVS-BLOCK-TMATMUL-SHARED-TRANSPOSE-011
  • Cooperative TMATMUL waits for an unallocated Shared primary without fault or effects
    1. surfaceBLOCK
    2. ownerPTO-BLOCK-MODEL-DISPATCH-CUBE-TMATMUL
    3. categoryBOUNDARY
    4. case020
    Show exact test source
    Sources and references
    Complete stable ID
    PTO-AVS-BLOCK-TMATMUL-SHARED-UNDEF-020
    Path
    tests/asl/block/model/dispatch/cube-tmatmul/block-bound-tmatmul-shared-undef-020.asl
    Kind / role
    boundary
    Requirements
    PTO-B-SHARED-WHOLE-PARENT-READY-001, PTO-TMATMUL-CONTRACT-001, PTO-CUBE-SHARED-TRANSPOSE-001
    Pass condition
    the undefined-register fallback remains legal generally while Matrix readiness waits without allocation consumption Shared mutation numeric status or fault
    SHA-256
    74fb3304acd1e4df9118089ab05b60c19b7c3eae11ffe1dbe724beaa316635b7
    Open exact source ↗ for PTO-AVS-BLOCK-TMATMUL-SHARED-UNDEF-020
  • Cooperative Matrix mask zero exits before every transpose and Shared readiness rule
    1. surfaceBLOCK
    2. ownerPTO-BLOCK-MODEL-DISPATCH-CUBE-TMATMUL
    3. categoryEXECUTION
    4. case016
    Show exact test source
    Sources and references
    Complete stable ID
    PTO-AVS-BLOCK-TMATMUL-SHARED-ZERO-016
    Path
    tests/asl/block/model/dispatch/cube-tmatmul/block-exec-tmatmul-shared-zero-016.asl
    Kind / role
    execution
    Requirements
    PTO-CUBE-SHARED-TRANSPOSE-001
    Pass condition
    a zero-mask binding with missing attributes and invalid sources succeeds without allocation state fault or consumption
    SHA-256
    af47d1a95cafaba909d6a2f403a6dc13ecfd50108b2fc1d21d08ec53dd0ceb26
    Open exact source ↗ for PTO-AVS-BLOCK-TMATMUL-SHARED-ZERO-016
  • scalar LReLU accepts only one low nineteen-bit FP19 carrier
    1. surfaceBLOCK
    2. ownerPTO-BLOCK-MODEL-DISPATCH-CUBE-TMATMUL
    3. categoryFAULT
    4. case001
    Show exact test source
    Sources and references
    Complete stable ID
    PTO-AVS-BLOCK-TMATMUL-SLRELU-BITS-001
    Path
    tests/asl/block/model/dispatch/cube-tmatmul/block-fault-tmatmul-slrelu-bits-001.asl
    Kind / role
    fault
    Requirements
    PTO-B-FPATR-MATRIX-POSTPROCESS-001
    Pass condition
    bit nineteen raises Fault_TileLegality before destination allocation
    SHA-256
    caaa92cd9df24e6f3643c6b86d1f1fe9943510260e5e4dd5937580fb94ec54d2
    Open exact source ↗ for PTO-AVS-BLOCK-TMATMUL-SLRELU-BITS-001
  • scalar quantization rejects bits outside its selected descriptor fields
    1. surfaceBLOCK
    2. ownerPTO-BLOCK-MODEL-DISPATCH-CUBE-TMATMUL
    3. categoryFAULT
    4. case001
    Show exact test source
    Sources and references
    Complete stable ID
    PTO-AVS-BLOCK-TMATMUL-SQUANT-BITS-001
    Path
    tests/asl/block/model/dispatch/cube-tmatmul/block-fault-tmatmul-squant-bits-001.asl
    Kind / role
    fault
    Requirements
    PTO-B-FPATR-MATRIX-POSTPROCESS-001
    Pass condition
    a nonzero reserved low bit raises Fault_TileLegality before destination allocation
    SHA-256
    f6bc5ed56b11f477daefbd979992365ac993231823e5b93cdf8b001cfcfdf15a
    Open exact source ↗ for PTO-AVS-BLOCK-TMATMUL-SQUANT-BITS-001
  • TMATMUL rejects a vector quantization Tile whose descriptor is not Local U64 ND row-major
    1. surfaceBLOCK
    2. ownerPTO-BLOCK-MODEL-DISPATCH-CUBE-TMATMUL
    3. categoryFAULT
    4. case001
    Show exact test source
    Sources and references
    Complete stable ID
    PTO-AVS-BLOCK-TMATMUL-VQUANT-DESC-001
    Path
    tests/asl/block/model/dispatch/cube-tmatmul/block-fault-tmatmul-vquant-desc-001.asl
    Kind / role
    fault
    Requirements
    PTO-B-FPATR-MATRIX-POSTPROCESS-001
    Pass condition
    the malformed vector parameter raises Fault_TileLegality before the destination hand is allocated
    SHA-256
    ba91c820ff9fef4f08ca007f23e77be16566d562789c258113c4bd8a3cb3a1f2
    Open exact source ↗ for PTO-AVS-BLOCK-TMATMUL-VQUANT-DESC-001
Commit-scoped evidence5
  • spec/evidence/release-traceability-readiness.json · closedPTO-EVIDENCE-RELEASE-TRACEABILITY
    Sources and references
    Complete stable ID
    PTO-EVIDENCE-RELEASE-TRACEABILITY
    Path
    spec/evidence/release-traceability-readiness.json
    Kind / role
    ASL/NDF/documentation/AVS traceability
    SHA-256
    c7327021d39dc67ac5564bc55073b3870a397d79ac8d9648284d56e33bc14a3e
    Open exact source ↗ for PTO-EVIDENCE-RELEASE-TRACEABILITY
  • spec/evidence/instruction-contract-closure.json · closedPTO-EVIDENCE-INSTRUCTION-CONTRACT-CLOSURE
    Sources and references
    Complete stable ID
    PTO-EVIDENCE-INSTRUCTION-CONTRACT-CLOSURE
    Path
    spec/evidence/instruction-contract-closure.json
    Kind / role
    mnemonic and encoding contract closure
    SHA-256
    3ef2bb62421c79dff8fa77a1c7983923b523244b8090812883ef81286ca8106a
    Open exact source ↗ for PTO-EVIDENCE-INSTRUCTION-CONTRACT-CLOSURE
  • spec/evidence/architecture-readiness.json · openPTO-EVIDENCE-ARCHITECTURE-READINESS
    Sources and references
    Complete stable ID
    PTO-EVIDENCE-ARCHITECTURE-READINESS
    Path
    spec/evidence/architecture-readiness.json
    Kind / role
    architecture maturity and blockers
    SHA-256
    4b0b85199101251bea744e0f3591cc31906909dc80d5ab651c417a936036a004
    Open exact source ↗ for PTO-EVIDENCE-ARCHITECTURE-READINESS
  • spec/evidence/release-gate-readiness.json · ready-for-exact-head-verificationPTO-EVIDENCE-RELEASE-GATE-READINESS
    Sources and references
    Complete stable ID
    PTO-EVIDENCE-RELEASE-GATE-READINESS
    Path
    spec/evidence/release-gate-readiness.json
    Kind / role
    exact-head gate readiness
    SHA-256
    a0f4d2b6920c08981ea55fd8ef820708a40d4feb5402c5150e8e9ab532d84ce0
    Open exact source ↗ for PTO-EVIDENCE-RELEASE-GATE-READINESS
  • spec/release-manifest.json · draftPTO-EVIDENCE-RELEASE-MANIFEST
    Sources and references
    Complete stable ID
    PTO-EVIDENCE-RELEASE-MANIFEST
    Path
    spec/release-manifest.json
    Kind / role
    release content and encoding fingerprints
    SHA-256
    1a64c109ed7a90351c41e2a418b3c0ebaf8ad975838986d2101385186b85c0d8
    Open exact source ↗ for PTO-EVIDENCE-RELEASE-MANIFEST
Decision history9
  • Bundle operation descriptor and transactional commit · accepted
    1. decision recordADR
    2. case0022

    Decision record

    Loading ADR-0022…

    Sources and references
    Complete stable ID
    ADR-0022
    Path
    docs/status/decisions/0022-bundle-operation-descriptor-and-commit.md
    Affected units
    PTO-BLOCK-B-CATR, PTO-BLOCK-B-DATR, PTO-BLOCK-B-DIM, PTO-BLOCK-B-FPATR, PTO-BLOCK-B-IOR, PTO-BLOCK-B-IOS, PTO-BLOCK-B-IOT, PTO-BLOCK-MODEL-COMMIT-EFFECTS, PTO-BLOCK-MODEL-COMMIT-VALIDATION, PTO-BLOCK-MODEL-LIFECYCLE-BEGIN, PTO-BLOCK-MODEL-LIFECYCLE-ENTER-STOP, PTO-BLOCK-MODEL-OPERANDS-SCALAR-BINDINGS, PTO-BLOCK-MODEL-OPERANDS-SHARED-BINDINGS, PTO-BLOCK-MODEL-OPERANDS-TILE-BINDINGS, PTO-BLOCK-MODEL-SCHEMA-ATTRIBUTES, PTO-BLOCK-MODEL-SCHEMA-DIMENSIONS, PTO-BLOCK-MODEL-SCHEMA-HEADER, PTO-BLOCK-MODEL-STATE-BINDING-STATE, PTO-BLOCK-MODEL-STATE-CONTROL-STATE, PTO-BLOCK-MODEL-STATE-DESCRIPTOR-STATE, PTO-BLOCK-MODEL-STATE-TYPES
    Affected NDF
    PTO-B-CATR-CONTROL-001, PTO-B-DATR-FIELDS-001, PTO-B-DIM-WRITE-001, PTO-B-FPATR-MATRIX-POSTPROCESS-001, PTO-B-IOR-BINDING-001, PTO-B-IOS-SHARED-STATE-001, PTO-B-IOT-STREAM-001, PTO-REQ-BUNDLE-STATE-001
    SHA-256
    f129ec54af4630d28bf6c94e5829a3cafe904706fdd9f59ca65ee62cb511ad47
    Open exact decision source ↗ for ADR-0022
  • Bundle-command totality and PTO-v0 profile boundaries · accepted
    1. decision recordADR
    2. case0032

    Decision record

    Loading ADR-0032…

    Sources and references
    Complete stable ID
    ADR-0032
    Path
    docs/status/decisions/0032-bundle-command-totality-and-profile-boundaries.md
    Affected units
    PTO-BLOCK-B-CATR, PTO-BLOCK-B-DATR, PTO-BLOCK-B-DIM, PTO-BLOCK-B-FPATR, PTO-BLOCK-B-HINT, PTO-BLOCK-B-IOR, PTO-BLOCK-B-IOS, PTO-BLOCK-B-IOT, PTO-BLOCK-BSTART, PTO-BLOCK-BSTART-CALL, PTO-BLOCK-BSTART-FP, PTO-BLOCK-BSTART-GMOV, PTO-BLOCK-BSTART-ICALL, PTO-BLOCK-BSTART-MGATHER, PTO-BLOCK-BSTART-MGATHER-CAS, PTO-BLOCK-BSTART-MGATHER-MASK, PTO-BLOCK-BSTART-MSCATTER, PTO-BLOCK-BSTART-MSCATTER-MASK, PTO-BLOCK-BSTART-SFU, PTO-BLOCK-BSTART-STD, PTO-BLOCK-BSTART-SYS, PTO-BLOCK-BSTART-TEPL, PTO-BLOCK-BSTART-TGEMV, PTO-BLOCK-BSTART-TGEMV-ACC, PTO-BLOCK-BSTART-TGEMV-BIAS, PTO-BLOCK-BSTART-TGEMVMX, PTO-BLOCK-BSTART-TGEMVMX-ACC, PTO-BLOCK-BSTART-TGEMVMX-BIAS, PTO-BLOCK-BSTART-TLOAD, PTO-BLOCK-BSTART-TMATMUL, PTO-BLOCK-BSTART-TMATMUL-ACC, PTO-BLOCK-BSTART-TMATMUL-BIAS, PTO-BLOCK-BSTART-TMATMULMX, PTO-BLOCK-BSTART-TMATMULMX-ACC, PTO-BLOCK-BSTART-TMATMULMX-BIAS, PTO-BLOCK-BSTART-TMOV, PTO-BLOCK-BSTART-TPREFETCH, PTO-BLOCK-BSTART-TSTORE, PTO-BLOCK-BSTART-VEC, PTO-BLOCK-BSTOP, PTO-BLOCK-C-B-DIMI, PTO-BLOCK-C-BSTART, PTO-BLOCK-C-BSTART-FP, PTO-BLOCK-C-BSTART-STD, PTO-BLOCK-C-BSTART-SYS, PTO-BLOCK-C-BSTOP, PTO-BLOCK-ERCOV, PTO-BLOCK-ESAVE, PTO-BLOCK-FENTRY, PTO-BLOCK-FEXIT, PTO-BLOCK-FRET-RA, PTO-BLOCK-FRET-STK, PTO-BLOCK-HL-QMT, PTO-BLOCK-HL-QPOP, PTO-BLOCK-HL-QPUSH, PTO-BLOCK-L-BSTOP, PTO-BLOCK-MCOPY, PTO-BLOCK-MODEL-COMMIT-EFFECTS, PTO-BLOCK-MODEL-COMMIT-VALIDATION, PTO-BLOCK-MODEL-DISPATCH-COMMANDS, PTO-BLOCK-MODEL-DISPATCH-COMPARISON-SCHEMA, PTO-BLOCK-MODEL-DISPATCH-CUBE-DESTINATION, PTO-BLOCK-MODEL-DISPATCH-CUBE-TMATMUL, PTO-BLOCK-MODEL-DISPATCH-DECODE, PTO-BLOCK-MODEL-DISPATCH-DESCRIPTOR-LEGALITY, PTO-BLOCK-MODEL-DISPATCH-DESTINATION-SHAPE, PTO-BLOCK-MODEL-DISPATCH-EXPANSION-SCHEMA, PTO-BLOCK-MODEL-DISPATCH-GENERATION-SCHEMA, PTO-BLOCK-MODEL-DISPATCH-HISTOGRAM-SCHEMA, PTO-BLOCK-MODEL-DISPATCH-NUMERIC-CONTROL, PTO-BLOCK-MODEL-DISPATCH-QUANTIZATION-SCHEMA, PTO-BLOCK-MODEL-DISPATCH-REDUCTION-SCHEMA, PTO-BLOCK-MODEL-DISPATCH-SCALAR-SCHEMA, PTO-BLOCK-MODEL-DISPATCH-SHARED-TLSU, PTO-BLOCK-MODEL-DISPATCH-SORTING-SCHEMA, PTO-BLOCK-MODEL-DISPATCH-START, PTO-BLOCK-MODEL-DISPATCH-TCVT-SCHEMA, PTO-BLOCK-MODEL-DISPATCH-TILE-EXECUTION, PTO-BLOCK-MODEL-DISPATCH-TILE-SCALAR-SCHEMA, PTO-BLOCK-MODEL-DISPATCH-TILE-SCHEMA, PTO-BLOCK-MODEL-DISPATCH-TLSU-GMOV, PTO-BLOCK-MODEL-DISPATCH-TLSU-LAYOUT-CONVERSION, PTO-BLOCK-MODEL-DISPATCH-TLSU-MGATHER, PTO-BLOCK-MODEL-DISPATCH-TLSU-MGATHER-CAS, PTO-BLOCK-MODEL-DISPATCH-TLSU-MGATHER-MASK, PTO-BLOCK-MODEL-DISPATCH-TLSU-MSCATTER, PTO-BLOCK-MODEL-DISPATCH-TLSU-MSCATTER-MASK, PTO-BLOCK-MODEL-DISPATCH-TLSU-PREFETCH, PTO-BLOCK-MODEL-DISPATCH-TOP-LEVEL, PTO-BLOCK-MODEL-FAULTS-ROLLBACK, PTO-BLOCK-MODEL-LIFECYCLE-BEGIN, PTO-BLOCK-MODEL-LIFECYCLE-ENTER-STOP, PTO-BLOCK-MODEL-LIFECYCLE-LIFETIME, PTO-BLOCK-MODEL-LIFECYCLE-RESET, PTO-BLOCK-MODEL-OPERANDS-SCALAR-BINDINGS, PTO-BLOCK-MODEL-OPERANDS-SHARED-BINDINGS, PTO-BLOCK-MODEL-OPERANDS-TILE-BINDINGS, PTO-BLOCK-MODEL-SCHEMA-ATTRIBUTES, PTO-BLOCK-MODEL-SCHEMA-DIMENSIONS, PTO-BLOCK-MODEL-SCHEMA-HEADER, PTO-BLOCK-MODEL-SCHEMA-PROFILE-ENCODING, PTO-BLOCK-MODEL-STATE-BARG, PTO-BLOCK-MODEL-STATE-BINDING-STATE, PTO-BLOCK-MODEL-STATE-CONTROL-STATE, PTO-BLOCK-MODEL-STATE-DESCRIPTOR-STATE, PTO-BLOCK-MODEL-STATE-TYPES, PTO-BLOCK-MSET, PTO-BLOCK-XB
    Affected NDF
    PTO-B-CATR-CONTROL-001, PTO-B-DATR-FIELDS-001, PTO-B-DIM-WRITE-001, PTO-B-FPATR-MATRIX-POSTPROCESS-001, PTO-B-HINT-LIFECYCLE-001, PTO-B-IOR-BINDING-001, PTO-B-IOS-SHARED-STATE-001, PTO-B-IOT-STREAM-001, PTO-BARG-CONTINUATION-001, PTO-BLOCK-ERCOV-RESERVED-001, PTO-BLOCK-ESAVE-RESERVED-001, PTO-BLOCK-MSET-FILL-001, PTO-BLOCK-XB-RESERVED-001, PTO-BSTART-CALL-DECISION-BINDING-001, PTO-BSTART-DECISION-BINDING-001, PTO-BSTART-FP-CONTROL-001, PTO-BSTART-GMOV-COLLECTIVE-001, PTO-BSTART-ICALL-DECISION-BINDING-001, PTO-BSTART-MGATHER-CAS-SCHEMA-001, PTO-BSTART-MGATHER-MASK-SCHEMA-001, PTO-BSTART-MGATHER-SCHEMA-001, PTO-BSTART-MSCATTER-MASK-SCHEMA-001, PTO-BSTART-MSCATTER-SCHEMA-001, PTO-BSTART-SFU-DECISION-BINDING-001, PTO-BSTART-STD-CONTROL-001, PTO-BSTART-SYS-CONTROL-001, PTO-BSTART-TEPL-DECISION-BINDING-001, PTO-BSTART-TGEMV-ACC-CONTRACT-001, PTO-BSTART-TGEMV-BIAS-CONTRACT-001, PTO-BSTART-TGEMV-CONTRACT-001, PTO-BSTART-TGEMVMX-ACC-CONTRACT-001, PTO-BSTART-TGEMVMX-BIAS-CONTRACT-001, PTO-BSTART-TGEMVMX-CONTRACT-001, PTO-BSTART-TLOAD-CUBE-001, PTO-BSTART-TLOAD-MEMORY-001, PTO-BSTART-TMATMUL-ACC-CONTRACT-001, PTO-BSTART-TMATMUL-BIAS-CONTRACT-001, PTO-BSTART-TMATMUL-CONTRACT-001, PTO-BSTART-TMATMULMX-ACC-CONTRACT-001, PTO-BSTART-TMATMULMX-BIAS-CONTRACT-001, PTO-BSTART-TMATMULMX-CONTRACT-001, PTO-BSTART-TMOV-SHARED-001, PTO-BSTART-TPREFETCH-MEMORY-001, PTO-BSTART-TSTORE-CUBE-001, PTO-BSTART-TSTORE-MEMORY-001, PTO-BSTART-VEC-DECISION-BINDING-001, PTO-BSTOP-DECISION-BINDING-001, PTO-C-BSTART-CONTROL-001, PTO-C-BSTART-FP-CONTROL-001, PTO-C-BSTART-STD-CONTROL-001, PTO-C-BSTART-SYS-CONTROL-001, PTO-C-BSTOP-DECISION-BINDING-001, PTO-CUBE-CELL-TRANSPORT-001, PTO-FENTRY-RESTARTABLE-FRAME-001, PTO-FEXIT-RESTARTABLE-FRAME-001, PTO-FRET-RA-RESTARTABLE-FRAME-001, PTO-FRET-STK-RESTARTABLE-FRAME-001, PTO-HL-QMT-GQM-001, PTO-HL-QPOP-GQM-001, PTO-HL-QPUSH-GQM-001, PTO-L-BSTOP-DECISION-BINDING-001, PTO-MCOPY-RESTART-001, PTO-REQ-BUNDLE-STATE-001
    SHA-256
    e1f91826817343c0977a565a91e495a15397b83fa2af227124f225821ffa54ae
    Open exact decision source ↗ for ADR-0032
  • Direct Tile and bundle catalog closure · accepted
    1. decision recordADR
    2. case0052

    Decision record

    Loading ADR-0052…

    Sources and references
    Complete stable ID
    ADR-0052
    Path
    docs/status/decisions/0052-direct-tile-and-bundle-catalog-closure.md
    Affected units
    PTO-ARCH-OVERVIEW-ENCODING-OWNERSHIP, PTO-ARCH-OVERVIEW-INSTRUCTION-CLASSIFICATION, PTO-BLOCK-B-CATR, PTO-BLOCK-B-DATR, PTO-BLOCK-B-DIM, PTO-BLOCK-B-FPATR, PTO-BLOCK-B-HINT, PTO-BLOCK-B-IOR, PTO-BLOCK-B-IOS, PTO-BLOCK-B-IOT, PTO-BLOCK-BSTART, PTO-BLOCK-BSTART-CALL, PTO-BLOCK-BSTART-FP, PTO-BLOCK-BSTART-GMOV, PTO-BLOCK-BSTART-ICALL, PTO-BLOCK-BSTART-MGATHER, PTO-BLOCK-BSTART-MGATHER-CAS, PTO-BLOCK-BSTART-MGATHER-MASK, PTO-BLOCK-BSTART-MSCATTER, PTO-BLOCK-BSTART-MSCATTER-MASK, PTO-BLOCK-BSTART-SFU, PTO-BLOCK-BSTART-STD, PTO-BLOCK-BSTART-SYS, PTO-BLOCK-BSTART-TEPL, PTO-BLOCK-BSTART-TGEMV, PTO-BLOCK-BSTART-TGEMV-ACC, PTO-BLOCK-BSTART-TGEMV-BIAS, PTO-BLOCK-BSTART-TGEMVMX, PTO-BLOCK-BSTART-TGEMVMX-ACC, PTO-BLOCK-BSTART-TGEMVMX-BIAS, PTO-BLOCK-BSTART-TLOAD, PTO-BLOCK-BSTART-TMATMUL, PTO-BLOCK-BSTART-TMATMUL-ACC, PTO-BLOCK-BSTART-TMATMUL-BIAS, PTO-BLOCK-BSTART-TMATMULMX, PTO-BLOCK-BSTART-TMATMULMX-ACC, PTO-BLOCK-BSTART-TMATMULMX-BIAS, PTO-BLOCK-BSTART-TMOV, PTO-BLOCK-BSTART-TPREFETCH, PTO-BLOCK-BSTART-TSTORE, PTO-BLOCK-BSTART-VEC, PTO-BLOCK-BSTOP, PTO-BLOCK-C-B-DIMI, PTO-BLOCK-C-BSTART, PTO-BLOCK-C-BSTART-FP, PTO-BLOCK-C-BSTART-STD, PTO-BLOCK-C-BSTART-SYS, PTO-BLOCK-C-BSTOP, PTO-BLOCK-ERCOV, PTO-BLOCK-ESAVE, PTO-BLOCK-FENTRY, PTO-BLOCK-FEXIT, PTO-BLOCK-FRET-RA, PTO-BLOCK-FRET-STK, PTO-BLOCK-HL-QMT, PTO-BLOCK-HL-QPOP, PTO-BLOCK-HL-QPUSH, PTO-BLOCK-L-BSTOP, PTO-BLOCK-MCOPY, PTO-BLOCK-MSET, PTO-BLOCK-XB, PTO-TILE-GMOV, PTO-TILE-MGATHER, PTO-TILE-MGATHER-CAS, PTO-TILE-MGATHER-MASK, PTO-TILE-MSCATTER, PTO-TILE-MSCATTER-MASK, PTO-TILE-TABS, PTO-TILE-TADD, PTO-TILE-TADDS, PTO-TILE-TAND, PTO-TILE-TANDS, PTO-TILE-TCI, PTO-TILE-TCMP, PTO-TILE-TCMPS, PTO-TILE-TCOLARGMAX, PTO-TILE-TCOLARGMIN, PTO-TILE-TCOLEXPAND, PTO-TILE-TCOLEXPANDADD, PTO-TILE-TCOLEXPANDDIV, PTO-TILE-TCOLEXPANDEXPDIF, PTO-TILE-TCOLEXPANDMAX, PTO-TILE-TCOLEXPANDMIN, PTO-TILE-TCOLEXPANDMUL, PTO-TILE-TCOLEXPANDSUB, PTO-TILE-TCOLMAX, PTO-TILE-TCOLMIN, PTO-TILE-TCOLPROD, PTO-TILE-TCOLSUM, PTO-TILE-TCONCAT, PTO-TILE-TCVT, PTO-TILE-TDEQUANT, PTO-TILE-TDIV, PTO-TILE-TDIVS, PTO-TILE-TEXP, PTO-TILE-TEXPANDS, PTO-TILE-TEXTRACT, PTO-TILE-TFMA, PTO-TILE-TGATHER, PTO-TILE-TGEMV, PTO-TILE-TGEMV-ACC, PTO-TILE-TGEMV-BIAS, PTO-TILE-TGEMV-MX, PTO-TILE-TGEMV-MX-ACC, PTO-TILE-TGEMV-MX-BIAS, PTO-TILE-THISTOGRAM, PTO-TILE-TIMG2COL, PTO-TILE-TINSERT, PTO-TILE-TLOAD, PTO-TILE-TLOG, PTO-TILE-TMATMUL, PTO-TILE-TMATMUL-ACC, PTO-TILE-TMATMUL-BIAS, PTO-TILE-TMATMUL-MX, PTO-TILE-TMATMUL-MX-ACC, PTO-TILE-TMATMUL-MX-BIAS, PTO-TILE-TMAX, PTO-TILE-TMAXS, PTO-TILE-TMIN, PTO-TILE-TMINS, PTO-TILE-TMOV, PTO-TILE-TMRGSORT, PTO-TILE-TMUL, PTO-TILE-TMULS, PTO-TILE-TNEG, PTO-TILE-TNOT, PTO-TILE-TOR, PTO-TILE-TORS, PTO-TILE-TPREFETCH, PTO-TILE-TQUANT, PTO-TILE-TRECIP, PTO-TILE-TRELU, PTO-TILE-TREM, PTO-TILE-TREMS, PTO-TILE-TROWARGMAX, PTO-TILE-TROWARGMIN, PTO-TILE-TROWEXPAND, PTO-TILE-TROWEXPANDADD, PTO-TILE-TROWEXPANDDIV, PTO-TILE-TROWEXPANDEXPDIF, PTO-TILE-TROWEXPANDMAX, PTO-TILE-TROWEXPANDMIN, PTO-TILE-TROWEXPANDMUL, PTO-TILE-TROWEXPANDSUB, PTO-TILE-TROWMAX, PTO-TILE-TROWMIN, PTO-TILE-TROWPROD, PTO-TILE-TROWSUM, PTO-TILE-TRSQRT, PTO-TILE-TSCATTER, PTO-TILE-TSEL, PTO-TILE-TSELS, PTO-TILE-TSHL, PTO-TILE-TSHLS, PTO-TILE-TSHR, PTO-TILE-TSHRS, PTO-TILE-TSORT, PTO-TILE-TSQRT, PTO-TILE-TSTORE, PTO-TILE-TSUB, PTO-TILE-TSUBS, PTO-TILE-TTRI, PTO-TILE-TXOR, PTO-TILE-TXORS
    Affected NDF
    PTO-ARCH-ENCODING-OWNERSHIP-001, PTO-ARCH-TEPL-ALIAS-001, PTO-ARCH-TILE-EXECUTION-ENGINE-001, PTO-ARCH-TILE-INSTRUCTION-CLASS-001, PTO-B-CATR-CONTROL-001, PTO-B-DATR-FIELDS-001, PTO-B-DIM-WRITE-001, PTO-B-FPATR-MATRIX-POSTPROCESS-001, PTO-B-HINT-LIFECYCLE-001, PTO-B-IOR-BINDING-001, PTO-B-IOS-SHARED-STATE-001, PTO-B-IOT-STREAM-001, PTO-BLOCK-ERCOV-RESERVED-001, PTO-BLOCK-ESAVE-RESERVED-001, PTO-BLOCK-MSET-FILL-001, PTO-BLOCK-XB-RESERVED-001, PTO-BSTART-CALL-DECISION-BINDING-001, PTO-BSTART-DECISION-BINDING-001, PTO-BSTART-FP-CONTROL-001, PTO-BSTART-GMOV-COLLECTIVE-001, PTO-BSTART-ICALL-DECISION-BINDING-001, PTO-BSTART-MGATHER-CAS-SCHEMA-001, PTO-BSTART-MGATHER-MASK-SCHEMA-001, PTO-BSTART-MGATHER-SCHEMA-001, PTO-BSTART-MSCATTER-MASK-SCHEMA-001, PTO-BSTART-MSCATTER-SCHEMA-001, PTO-BSTART-SFU-DECISION-BINDING-001, PTO-BSTART-STD-CONTROL-001, PTO-BSTART-SYS-CONTROL-001, PTO-BSTART-TEPL-DECISION-BINDING-001, PTO-BSTART-TGEMV-ACC-CONTRACT-001, PTO-BSTART-TGEMV-BIAS-CONTRACT-001, PTO-BSTART-TGEMV-CONTRACT-001, PTO-BSTART-TGEMVMX-ACC-CONTRACT-001, PTO-BSTART-TGEMVMX-BIAS-CONTRACT-001, PTO-BSTART-TGEMVMX-CONTRACT-001, PTO-BSTART-TLOAD-CUBE-001, PTO-BSTART-TLOAD-MEMORY-001, PTO-BSTART-TMATMUL-ACC-CONTRACT-001, PTO-BSTART-TMATMUL-BIAS-CONTRACT-001, PTO-BSTART-TMATMUL-CONTRACT-001, PTO-BSTART-TMATMULMX-ACC-CONTRACT-001, PTO-BSTART-TMATMULMX-BIAS-CONTRACT-001, PTO-BSTART-TMATMULMX-CONTRACT-001, PTO-BSTART-TMOV-SHARED-001, PTO-BSTART-TPREFETCH-MEMORY-001, PTO-BSTART-TSTORE-CUBE-001, PTO-BSTART-TSTORE-MEMORY-001, PTO-BSTART-VEC-DECISION-BINDING-001, PTO-BSTOP-DECISION-BINDING-001, PTO-C-BSTART-CONTROL-001, PTO-C-BSTART-FP-CONTROL-001, PTO-C-BSTART-STD-CONTROL-001, PTO-C-BSTART-SYS-CONTROL-001, PTO-C-BSTOP-DECISION-BINDING-001, PTO-CUBE-CELL-TRANSPORT-001, PTO-FENTRY-RESTARTABLE-FRAME-001, PTO-FEXIT-RESTARTABLE-FRAME-001, PTO-FRET-RA-RESTARTABLE-FRAME-001, PTO-FRET-STK-RESTARTABLE-FRAME-001, PTO-GMOV-CORE4-PEER-001, PTO-HL-QMT-GQM-001, PTO-HL-QPOP-GQM-001, PTO-HL-QPUSH-GQM-001, PTO-L-BSTOP-DECISION-BINDING-001, PTO-MCOPY-RESTART-001, PTO-MGATHER-BYTE-DISPLACEMENT-001, PTO-MGATHER-CAS-ATOMIC-001, PTO-MGATHER-CAS-PUBLICATION-001, PTO-MGATHER-MASK-PREDICATE-001, PTO-MGATHER-MASK-PUBLICATION-001, PTO-MGATHER-MASK-TYPE-002, PTO-MSCATTER-BYTE-DISPLACEMENT-001, PTO-MSCATTER-DUPLICATE-ORDER-001, PTO-MSCATTER-MASK-DUPLICATE-001, PTO-MSCATTER-MASK-PREDICATE-001, PTO-MSCATTER-MASK-TYPE-002, PTO-TABS-CONTRACT-001, PTO-TADD-CONTRACT-001, PTO-TADDS-CONTRACT-001, PTO-TAND-CONTRACT-001, PTO-TANDS-CONTRACT-001, PTO-TCI-CONTRACT-001, PTO-TCMP-CONTRACT-001, PTO-TCMPS-CONTRACT-001, PTO-TCOLARGMAX-CONTRACT-001, PTO-TCOLARGMIN-CONTRACT-001, PTO-TCOLEXPAND-CONTRACT-001, PTO-TCOLEXPANDADD-CONTRACT-001, PTO-TCOLEXPANDDIV-CONTRACT-001, PTO-TCOLEXPANDEXPDIF-CONTRACT-001, PTO-TCOLEXPANDMAX-CONTRACT-001, PTO-TCOLEXPANDMIN-CONTRACT-001, PTO-TCOLEXPANDMUL-CONTRACT-001, PTO-TCOLEXPANDSUB-CONTRACT-001, PTO-TCOLMAX-CONTRACT-001, PTO-TCOLMIN-CONTRACT-001, PTO-TCOLPROD-CONTRACT-001, PTO-TCOLSUM-CONTRACT-001, PTO-TCONCAT-CONTRACT-001, PTO-TCVT-CONTRACT-001, PTO-TDEQUANT-CONTRACT-001, PTO-TDIV-CONTRACT-001, PTO-TDIVS-CONTRACT-001, PTO-TEXP-CONTRACT-001, PTO-TEXPANDS-CONTRACT-001, PTO-TEXTRACT-CONTRACT-001, PTO-TFMA-CONTRACT-001, PTO-TGATHER-CONTRACT-001, PTO-TGEMV-ACC-CONTRACT-001, PTO-TGEMV-BIAS-CONTRACT-001, PTO-TGEMV-CONTRACT-001, PTO-TGEMV-MX-ACC-CONTRACT-001, PTO-TGEMV-MX-BIAS-CONTRACT-001, PTO-TGEMV-MX-CONTRACT-001, PTO-THISTOGRAM-CONTRACT-001, PTO-TIMG2COL-CONTRACT-001, PTO-TINSERT-CONTRACT-001, PTO-TLOAD-CUBE-001, PTO-TLOAD-MEMORY-001, PTO-TLOG-CONTRACT-001, PTO-TMATMUL-ACC-CONTRACT-001, PTO-TMATMUL-BIAS-CONTRACT-001, PTO-TMATMUL-CONTRACT-001, PTO-TMATMUL-MX-ACC-CONTRACT-001, PTO-TMATMUL-MX-BIAS-CONTRACT-001, PTO-TMATMUL-MX-CONTRACT-001, PTO-TMAX-CONTRACT-001, PTO-TMAXS-CONTRACT-001, PTO-TMIN-CONTRACT-001, PTO-TMINS-CONTRACT-001, PTO-TMOV-CONTRACT-001, PTO-TMRGSORT-CONTRACT-001, PTO-TMUL-CONTRACT-001, PTO-TMULS-CONTRACT-001, PTO-TNEG-CONTRACT-001, PTO-TNOT-CONTRACT-001, PTO-TOR-CONTRACT-001, PTO-TORS-CONTRACT-001, PTO-TPREFETCH-FOOTPRINT-001, PTO-TQUANT-CONTRACT-001, PTO-TRECIP-CONTRACT-001, PTO-TRELU-CONTRACT-001, PTO-TREM-CONTRACT-001, PTO-TREMS-CONTRACT-001, PTO-TROWARGMAX-CONTRACT-001, PTO-TROWARGMIN-CONTRACT-001, PTO-TROWEXPAND-CONTRACT-001, PTO-TROWEXPANDADD-CONTRACT-001, PTO-TROWEXPANDDIV-CONTRACT-001, PTO-TROWEXPANDEXPDIF-CONTRACT-001, PTO-TROWEXPANDMAX-CONTRACT-001, PTO-TROWEXPANDMIN-CONTRACT-001, PTO-TROWEXPANDMUL-CONTRACT-001, PTO-TROWEXPANDSUB-CONTRACT-001, PTO-TROWMAX-CONTRACT-001, PTO-TROWMIN-CONTRACT-001, PTO-TROWPROD-CONTRACT-001, PTO-TROWSUM-CONTRACT-001, PTO-TRSQRT-CONTRACT-001, PTO-TSCATTER-CONTRACT-001, PTO-TSEL-CONTRACT-001, PTO-TSELS-CONTRACT-001, PTO-TSHL-CONTRACT-001, PTO-TSHLS-CONTRACT-001, PTO-TSHR-CONTRACT-001, PTO-TSHRS-CONTRACT-001, PTO-TSORT-CONTRACT-001, PTO-TSQRT-CONTRACT-001, PTO-TSTORE-CUBE-001, PTO-TSTORE-MEMORY-001, PTO-TSUB-CONTRACT-001, PTO-TSUBS-CONTRACT-001, PTO-TTRI-CONTRACT-001, PTO-TXOR-CONTRACT-001, PTO-TXORS-CONTRACT-001
    SHA-256
    5fdb38bf480e37affe5075f93b35a57d32803018c986bfe05160f188a19ccaf6
    Open exact decision source ↗ for ADR-0052
  • Mnemonic and Encoded-Field Contract Closure · accepted
    1. decision recordADR
    2. case0059

    Decision record

    Loading ADR-0059…

    Sources and references
    Complete stable ID
    ADR-0059
    Path
    docs/status/decisions/0059-mnemonic-field-encoding-closure.md
    Affected units
    PTO-ARCH-DATA-TYPES-FORMAT-DESCRIPTOR, PTO-ARCH-OVERVIEW-ARCHITECTURE, PTO-ARCH-OVERVIEW-ENCODING-OWNERSHIP, PTO-ARCH-OVERVIEW-INSTRUCTION-CLASSIFICATION, PTO-BLOCK-B-CATR, PTO-BLOCK-B-DATR, PTO-BLOCK-B-DIM, PTO-BLOCK-B-FPATR, PTO-BLOCK-B-HINT, PTO-BLOCK-B-IOR, PTO-BLOCK-B-IOS, PTO-BLOCK-B-IOT, PTO-BLOCK-BSTART, PTO-BLOCK-BSTART-CALL, PTO-BLOCK-BSTART-FP, PTO-BLOCK-BSTART-GMOV, PTO-BLOCK-BSTART-ICALL, PTO-BLOCK-BSTART-MGATHER, PTO-BLOCK-BSTART-MGATHER-CAS, PTO-BLOCK-BSTART-MGATHER-MASK, PTO-BLOCK-BSTART-MSCATTER, PTO-BLOCK-BSTART-MSCATTER-MASK, PTO-BLOCK-BSTART-SFU, PTO-BLOCK-BSTART-STD, PTO-BLOCK-BSTART-SYS, PTO-BLOCK-BSTART-TEPL, PTO-BLOCK-BSTART-TGEMV, PTO-BLOCK-BSTART-TGEMV-ACC, PTO-BLOCK-BSTART-TGEMV-BIAS, PTO-BLOCK-BSTART-TGEMVMX, PTO-BLOCK-BSTART-TGEMVMX-ACC, PTO-BLOCK-BSTART-TGEMVMX-BIAS, PTO-BLOCK-BSTART-TLOAD, PTO-BLOCK-BSTART-TMATMUL, PTO-BLOCK-BSTART-TMATMUL-ACC, PTO-BLOCK-BSTART-TMATMUL-BIAS, PTO-BLOCK-BSTART-TMATMULMX, PTO-BLOCK-BSTART-TMATMULMX-ACC, PTO-BLOCK-BSTART-TMATMULMX-BIAS, PTO-BLOCK-BSTART-TMOV, PTO-BLOCK-BSTART-TPREFETCH, PTO-BLOCK-BSTART-TSTORE, PTO-BLOCK-BSTART-VEC, PTO-BLOCK-BSTOP, PTO-BLOCK-C-B-DIMI, PTO-BLOCK-C-BSTART, PTO-BLOCK-C-BSTART-FP, PTO-BLOCK-C-BSTART-STD, PTO-BLOCK-C-BSTART-SYS, PTO-BLOCK-C-BSTOP, PTO-BLOCK-ERCOV, PTO-BLOCK-ESAVE, PTO-BLOCK-FENTRY, PTO-BLOCK-FEXIT, PTO-BLOCK-FRET-RA, PTO-BLOCK-FRET-STK, PTO-BLOCK-HL-QMT, PTO-BLOCK-HL-QPOP, PTO-BLOCK-HL-QPUSH, PTO-BLOCK-L-BSTOP, PTO-BLOCK-MCOPY, PTO-BLOCK-MSET, PTO-BLOCK-XB, PTO-SCALAR-ACRC, PTO-SCALAR-ACRE, PTO-SCALAR-ADD, PTO-SCALAR-ADDI, PTO-SCALAR-ADDIW, PTO-SCALAR-ADDTPC, PTO-SCALAR-ADDW, PTO-SCALAR-AND, PTO-SCALAR-ANDI, PTO-SCALAR-ANDIW, PTO-SCALAR-ANDW, PTO-SCALAR-ASSERT, PTO-SCALAR-BC-IALL, PTO-SCALAR-BC-IVA, PTO-SCALAR-BCNT, PTO-SCALAR-BIC, PTO-SCALAR-BIS, PTO-SCALAR-BSE, PTO-SCALAR-BWE, PTO-SCALAR-BWI, PTO-SCALAR-BWT, PTO-SCALAR-BXS, PTO-SCALAR-BXU, PTO-SCALAR-C-ADD, PTO-SCALAR-C-ADDI, PTO-SCALAR-C-AND, PTO-SCALAR-C-CMP-EQI, PTO-SCALAR-C-CMP-NEI, PTO-SCALAR-C-EBREAK, PTO-SCALAR-C-LDI, PTO-SCALAR-C-LWI, PTO-SCALAR-C-MOVI, PTO-SCALAR-C-MOVR, PTO-SCALAR-C-OR, PTO-SCALAR-C-SDI, PTO-SCALAR-C-SETC-EQ, PTO-SCALAR-C-SETC-NE, PTO-SCALAR-C-SETC-TGT, PTO-SCALAR-C-SETRET, PTO-SCALAR-C-SEXT-B, PTO-SCALAR-C-SEXT-H, PTO-SCALAR-C-SEXT-W, PTO-SCALAR-C-SLLI, PTO-SCALAR-C-SRLI, PTO-SCALAR-C-SSRGET, PTO-SCALAR-C-SUB, PTO-SCALAR-C-SWI, PTO-SCALAR-C-ZEXT-B, PTO-SCALAR-C-ZEXT-H, PTO-SCALAR-C-ZEXT-W, PTO-SCALAR-CASB, PTO-SCALAR-CASD, PTO-SCALAR-CASH, PTO-SCALAR-CASW, PTO-SCALAR-CLZ, PTO-SCALAR-CMP-AND, PTO-SCALAR-CMP-ANDI, PTO-SCALAR-CMP-EQ, PTO-SCALAR-CMP-EQI, PTO-SCALAR-CMP-GE, PTO-SCALAR-CMP-GEI, PTO-SCALAR-CMP-GEU, PTO-SCALAR-CMP-GEUI, PTO-SCALAR-CMP-LT, PTO-SCALAR-CMP-LTI, PTO-SCALAR-CMP-LTU, PTO-SCALAR-CMP-LTUI, PTO-SCALAR-CMP-NE, PTO-SCALAR-CMP-NEI, PTO-SCALAR-CMP-OR, PTO-SCALAR-CMP-ORI, PTO-SCALAR-CSEL, PTO-SCALAR-CTZ, PTO-SCALAR-DC-CISW, PTO-SCALAR-DC-CIVA, PTO-SCALAR-DC-CSW, PTO-SCALAR-DC-CVA, PTO-SCALAR-DC-IALL, PTO-SCALAR-DC-ISW, PTO-SCALAR-DC-IVA, PTO-SCALAR-DC-ZVA, PTO-SCALAR-DIV, PTO-SCALAR-DIVU, PTO-SCALAR-DIVUW, PTO-SCALAR-DIVW, PTO-SCALAR-DMA, PTO-SCALAR-EBREAK, PTO-SCALAR-FABS, PTO-SCALAR-FADD, PTO-SCALAR-FCVT, PTO-SCALAR-FCVTA, PTO-SCALAR-FCVTM, PTO-SCALAR-FCVTN, PTO-SCALAR-FCVTP, PTO-SCALAR-FCVTZ, PTO-SCALAR-FDIV, PTO-SCALAR-FENCE-D, PTO-SCALAR-FENCE-I, PTO-SCALAR-FEQ, PTO-SCALAR-FEQS, PTO-SCALAR-FEXP, PTO-SCALAR-FGE, PTO-SCALAR-FGES, PTO-SCALAR-FLT, PTO-SCALAR-FLTS, PTO-SCALAR-FMADD, PTO-SCALAR-FMAX, PTO-SCALAR-FMIN, PTO-SCALAR-FMSUB, PTO-SCALAR-FMUL, PTO-SCALAR-FNE, PTO-SCALAR-FNES, PTO-SCALAR-FNMADD, PTO-SCALAR-FNMSUB, PTO-SCALAR-FRECIP, PTO-SCALAR-FSQRT, PTO-SCALAR-FSUB, PTO-SCALAR-HL-ADDI, PTO-SCALAR-HL-ADDIW, PTO-SCALAR-HL-ADDTPC, PTO-SCALAR-HL-ANDI, PTO-SCALAR-HL-ANDIW, PTO-SCALAR-HL-BFI, PTO-SCALAR-HL-CASB, PTO-SCALAR-HL-CASD, PTO-SCALAR-HL-CASH, PTO-SCALAR-HL-CASW, PTO-SCALAR-HL-CCAT, PTO-SCALAR-HL-CCATW, PTO-SCALAR-HL-CMP-ANDI, PTO-SCALAR-HL-CMP-EQI, PTO-SCALAR-HL-CMP-GEI, PTO-SCALAR-HL-CMP-GEUI, PTO-SCALAR-HL-CMP-LTI, PTO-SCALAR-HL-CMP-LTUI, PTO-SCALAR-HL-CMP-NEI, PTO-SCALAR-HL-CMP-ORI, PTO-SCALAR-HL-DIV, PTO-SCALAR-HL-DIVU, PTO-SCALAR-HL-DIVUW, PTO-SCALAR-HL-DIVW, PTO-SCALAR-HL-LB-PCR, PTO-SCALAR-HL-LB-PO, PTO-SCALAR-HL-LB-PR, PTO-SCALAR-HL-LBI, PTO-SCALAR-HL-LBI-PO, PTO-SCALAR-HL-LBI-PR, PTO-SCALAR-HL-LBIP, PTO-SCALAR-HL-LBP, PTO-SCALAR-HL-LBU-PCR, PTO-SCALAR-HL-LBU-PO, PTO-SCALAR-HL-LBU-PR, PTO-SCALAR-HL-LBUI, PTO-SCALAR-HL-LBUI-PO, PTO-SCALAR-HL-LBUI-PR, PTO-SCALAR-HL-LBUIP, PTO-SCALAR-HL-LBUP, PTO-SCALAR-HL-LD-PCR, PTO-SCALAR-HL-LD-PO, PTO-SCALAR-HL-LD-PR, PTO-SCALAR-HL-LDI, PTO-SCALAR-HL-LDI-PO, PTO-SCALAR-HL-LDI-PR, PTO-SCALAR-HL-LDI-U, PTO-SCALAR-HL-LDI-UPO, PTO-SCALAR-HL-LDI-UPR, PTO-SCALAR-HL-LDIP, PTO-SCALAR-HL-LDIP-U, PTO-SCALAR-HL-LDP, PTO-SCALAR-HL-LH-PCR, PTO-SCALAR-HL-LH-PO, PTO-SCALAR-HL-LH-PR, PTO-SCALAR-HL-LHI, PTO-SCALAR-HL-LHI-PO, PTO-SCALAR-HL-LHI-PR, PTO-SCALAR-HL-LHI-U, PTO-SCALAR-HL-LHI-UPO, PTO-SCALAR-HL-LHI-UPR, PTO-SCALAR-HL-LHIP, PTO-SCALAR-HL-LHIP-U, PTO-SCALAR-HL-LHP, PTO-SCALAR-HL-LHU-PCR, PTO-SCALAR-HL-LHU-PO, PTO-SCALAR-HL-LHU-PR, PTO-SCALAR-HL-LHUI, PTO-SCALAR-HL-LHUI-PO, PTO-SCALAR-HL-LHUI-PR, PTO-SCALAR-HL-LHUI-U, PTO-SCALAR-HL-LHUI-UPO, PTO-SCALAR-HL-LHUI-UPR, PTO-SCALAR-HL-LHUIP, PTO-SCALAR-HL-LHUIP-U, PTO-SCALAR-HL-LHUP, PTO-SCALAR-HL-LIS, PTO-SCALAR-HL-LIU, PTO-SCALAR-HL-LUI, PTO-SCALAR-HL-LW-PCR, PTO-SCALAR-HL-LW-PO, PTO-SCALAR-HL-LW-PR, PTO-SCALAR-HL-LWI, PTO-SCALAR-HL-LWI-PO, PTO-SCALAR-HL-LWI-PR, PTO-SCALAR-HL-LWI-U, PTO-SCALAR-HL-LWI-UPO, PTO-SCALAR-HL-LWI-UPR, PTO-SCALAR-HL-LWIP, PTO-SCALAR-HL-LWIP-U, PTO-SCALAR-HL-LWP, PTO-SCALAR-HL-LWU-PCR, PTO-SCALAR-HL-LWU-PO, PTO-SCALAR-HL-LWU-PR, PTO-SCALAR-HL-LWUI, PTO-SCALAR-HL-LWUI-PO, PTO-SCALAR-HL-LWUI-PR, PTO-SCALAR-HL-LWUI-U, PTO-SCALAR-HL-LWUI-UPO, PTO-SCALAR-HL-LWUI-UPR, PTO-SCALAR-HL-LWUIP, PTO-SCALAR-HL-LWUIP-U, PTO-SCALAR-HL-LWUP, PTO-SCALAR-HL-MADD, PTO-SCALAR-HL-MADDW, PTO-SCALAR-HL-MIADD, PTO-SCALAR-HL-MISUB, PTO-SCALAR-HL-MUL, PTO-SCALAR-HL-MULU, PTO-SCALAR-HL-ORI, PTO-SCALAR-HL-ORIW, PTO-SCALAR-HL-PRF, PTO-SCALAR-HL-PRF-A, PTO-SCALAR-HL-PRFI-U, PTO-SCALAR-HL-PRFI-UA, PTO-SCALAR-HL-REM, PTO-SCALAR-HL-REMU, PTO-SCALAR-HL-REMUW, PTO-SCALAR-HL-REMW, PTO-SCALAR-HL-SB-PCR, PTO-SCALAR-HL-SB-PO, PTO-SCALAR-HL-SB-PR, PTO-SCALAR-HL-SBI, PTO-SCALAR-HL-SBI-PO, PTO-SCALAR-HL-SBI-PR, PTO-SCALAR-HL-SBIP, PTO-SCALAR-HL-SBP, PTO-SCALAR-HL-SD-PCR, PTO-SCALAR-HL-SD-PO, PTO-SCALAR-HL-SD-PR, PTO-SCALAR-HL-SD-UPO, PTO-SCALAR-HL-SD-UPR, PTO-SCALAR-HL-SDI, PTO-SCALAR-HL-SDI-PO, PTO-SCALAR-HL-SDI-PR, PTO-SCALAR-HL-SDI-U, PTO-SCALAR-HL-SDI-UPO, PTO-SCALAR-HL-SDI-UPR, PTO-SCALAR-HL-SDIP, PTO-SCALAR-HL-SDIP-U, PTO-SCALAR-HL-SDP, PTO-SCALAR-HL-SDP-U, PTO-SCALAR-HL-SETC-ANDI, PTO-SCALAR-HL-SETC-EQI, PTO-SCALAR-HL-SETC-GEI, PTO-SCALAR-HL-SETC-GEUI, PTO-SCALAR-HL-SETC-LTI, PTO-SCALAR-HL-SETC-LTUI, PTO-SCALAR-HL-SETC-NEI, PTO-SCALAR-HL-SETC-ORI, PTO-SCALAR-HL-SETRET, PTO-SCALAR-HL-SH-PCR, PTO-SCALAR-HL-SH-PO, PTO-SCALAR-HL-SH-PR, PTO-SCALAR-HL-SH-UPO, PTO-SCALAR-HL-SH-UPR, PTO-SCALAR-HL-SHI, PTO-SCALAR-HL-SHI-PO, PTO-SCALAR-HL-SHI-PR, PTO-SCALAR-HL-SHI-U, PTO-SCALAR-HL-SHI-UPO, PTO-SCALAR-HL-SHI-UPR, PTO-SCALAR-HL-SHIP, PTO-SCALAR-HL-SHIP-U, PTO-SCALAR-HL-SHP, PTO-SCALAR-HL-SHP-U, PTO-SCALAR-HL-SSRGET, PTO-SCALAR-HL-SSRSET, PTO-SCALAR-HL-SUBI, PTO-SCALAR-HL-SUBIW, PTO-SCALAR-HL-SW-PCR, PTO-SCALAR-HL-SW-PO, PTO-SCALAR-HL-SW-PR, PTO-SCALAR-HL-SW-UPO, PTO-SCALAR-HL-SW-UPR, PTO-SCALAR-HL-SWI, PTO-SCALAR-HL-SWI-PO, PTO-SCALAR-HL-SWI-PR, PTO-SCALAR-HL-SWI-U, PTO-SCALAR-HL-SWI-UPO, PTO-SCALAR-HL-SWI-UPR, PTO-SCALAR-HL-SWIP, PTO-SCALAR-HL-SWIP-U, PTO-SCALAR-HL-SWP, PTO-SCALAR-HL-SWP-U, PTO-SCALAR-HL-XORI, PTO-SCALAR-HL-XORIW, PTO-SCALAR-IC-IALL, PTO-SCALAR-IC-IVA, PTO-SCALAR-J, PTO-SCALAR-JR, PTO-SCALAR-LB, PTO-SCALAR-LB-PCR, PTO-SCALAR-LBI, PTO-SCALAR-LBU, PTO-SCALAR-LBU-PCR, PTO-SCALAR-LBUI, PTO-SCALAR-LD, PTO-SCALAR-LD-ADD, PTO-SCALAR-LD-AND, PTO-SCALAR-LD-OR, PTO-SCALAR-LD-PCR, PTO-SCALAR-LD-SMAX, PTO-SCALAR-LD-SMIN, PTO-SCALAR-LD-UMAX, PTO-SCALAR-LD-UMIN, PTO-SCALAR-LD-XOR, PTO-SCALAR-LDI, PTO-SCALAR-LDI-U, PTO-SCALAR-LH, PTO-SCALAR-LH-PCR, PTO-SCALAR-LHI, PTO-SCALAR-LHI-U, PTO-SCALAR-LHU, PTO-SCALAR-LHU-PCR, PTO-SCALAR-LHUI, PTO-SCALAR-LHUI-U, PTO-SCALAR-LR-B, PTO-SCALAR-LR-D, PTO-SCALAR-LR-H, PTO-SCALAR-LR-W, PTO-SCALAR-LSRGET, PTO-SCALAR-LUI, PTO-SCALAR-LW, PTO-SCALAR-LW-ADD, PTO-SCALAR-LW-AND, PTO-SCALAR-LW-OR, PTO-SCALAR-LW-PCR, PTO-SCALAR-LW-SMAX, PTO-SCALAR-LW-SMIN, PTO-SCALAR-LW-UMAX, PTO-SCALAR-LW-UMIN, PTO-SCALAR-LW-XOR, PTO-SCALAR-LWI, PTO-SCALAR-LWI-U, PTO-SCALAR-LWU, PTO-SCALAR-LWU-PCR, PTO-SCALAR-LWUI, PTO-SCALAR-LWUI-U, PTO-SCALAR-MADD, PTO-SCALAR-MADDW, PTO-SCALAR-MAX, PTO-SCALAR-MAXU, PTO-SCALAR-MIN, PTO-SCALAR-MINU, PTO-SCALAR-MUL, PTO-SCALAR-MULU, PTO-SCALAR-MULUW, PTO-SCALAR-MULW, PTO-SCALAR-OR, PTO-SCALAR-ORI, PTO-SCALAR-ORIW, PTO-SCALAR-ORW, PTO-SCALAR-PRF, PTO-SCALAR-PRFI-U, PTO-SCALAR-REM, PTO-SCALAR-REMU, PTO-SCALAR-REMUW, PTO-SCALAR-REMW, PTO-SCALAR-REV, PTO-SCALAR-SB, PTO-SCALAR-SB-PCR, PTO-SCALAR-SBI, PTO-SCALAR-SC-B, PTO-SCALAR-SC-D, PTO-SCALAR-SC-H, PTO-SCALAR-SC-W, PTO-SCALAR-SCVTF, PTO-SCALAR-SD, PTO-SCALAR-SD-ADD, PTO-SCALAR-SD-AND, PTO-SCALAR-SD-OR, PTO-SCALAR-SD-PCR, PTO-SCALAR-SD-SMAX, PTO-SCALAR-SD-SMIN, PTO-SCALAR-SD-U, PTO-SCALAR-SD-UMAX, PTO-SCALAR-SD-UMIN, PTO-SCALAR-SD-XOR, PTO-SCALAR-SDI, PTO-SCALAR-SDI-U, PTO-SCALAR-SETC-AND, PTO-SCALAR-SETC-ANDI, PTO-SCALAR-SETC-EQ, PTO-SCALAR-SETC-EQI, PTO-SCALAR-SETC-GE, PTO-SCALAR-SETC-GEI, PTO-SCALAR-SETC-GEU, PTO-SCALAR-SETC-GEUI, PTO-SCALAR-SETC-LT, PTO-SCALAR-SETC-LTI, PTO-SCALAR-SETC-LTU, PTO-SCALAR-SETC-LTUI, PTO-SCALAR-SETC-NE, PTO-SCALAR-SETC-NEI, PTO-SCALAR-SETC-OR, PTO-SCALAR-SETC-ORI, PTO-SCALAR-SETC-TGT, PTO-SCALAR-SETRET, PTO-SCALAR-SH, PTO-SCALAR-SH-PCR, PTO-SCALAR-SH-U, PTO-SCALAR-SHI, PTO-SCALAR-SHI-U, PTO-SCALAR-SLL, PTO-SCALAR-SLLI, PTO-SCALAR-SLLIW, PTO-SCALAR-SLLW, PTO-SCALAR-SRA, PTO-SCALAR-SRAI, PTO-SCALAR-SRAIW, PTO-SCALAR-SRAW, PTO-SCALAR-SRL, PTO-SCALAR-SRLI, PTO-SCALAR-SRLIW, PTO-SCALAR-SRLW, PTO-SCALAR-SSRGET, PTO-SCALAR-SSRSET, PTO-SCALAR-SSRSWAP, PTO-SCALAR-SUB, PTO-SCALAR-SUBI, PTO-SCALAR-SUBIW, PTO-SCALAR-SUBW, PTO-SCALAR-SW, PTO-SCALAR-SW-ADD, PTO-SCALAR-SW-AND, PTO-SCALAR-SW-OR, PTO-SCALAR-SW-PCR, PTO-SCALAR-SW-SMAX, PTO-SCALAR-SW-SMIN, PTO-SCALAR-SW-U, PTO-SCALAR-SW-UMAX, PTO-SCALAR-SW-UMIN, PTO-SCALAR-SW-XOR, PTO-SCALAR-SWAPB, PTO-SCALAR-SWAPD, PTO-SCALAR-SWAPH, PTO-SCALAR-SWAPW, PTO-SCALAR-SWI, PTO-SCALAR-SWI-U, PTO-SCALAR-TLB-IA, PTO-SCALAR-TLB-IALL, PTO-SCALAR-TLB-IAV, PTO-SCALAR-TLB-IV, PTO-SCALAR-UCVTF, PTO-SCALAR-XOR, PTO-SCALAR-XORI, PTO-SCALAR-XORIW, PTO-SCALAR-XORW, PTO-TILE-GMOV, PTO-TILE-MGATHER, PTO-TILE-MGATHER-CAS, PTO-TILE-MGATHER-MASK, PTO-TILE-MSCATTER, PTO-TILE-MSCATTER-MASK, PTO-TILE-TABS, PTO-TILE-TADD, PTO-TILE-TADDS, PTO-TILE-TAND, PTO-TILE-TANDS, PTO-TILE-TCI, PTO-TILE-TCMP, PTO-TILE-TCMPS, PTO-TILE-TCOLARGMAX, PTO-TILE-TCOLARGMIN, PTO-TILE-TCOLEXPAND, PTO-TILE-TCOLEXPANDADD, PTO-TILE-TCOLEXPANDDIV, PTO-TILE-TCOLEXPANDEXPDIF, PTO-TILE-TCOLEXPANDMAX, PTO-TILE-TCOLEXPANDMIN, PTO-TILE-TCOLEXPANDMUL, PTO-TILE-TCOLEXPANDSUB, PTO-TILE-TCOLMAX, PTO-TILE-TCOLMIN, PTO-TILE-TCOLPROD, PTO-TILE-TCOLSUM, PTO-TILE-TCONCAT, PTO-TILE-TCVT, PTO-TILE-TDEQUANT, PTO-TILE-TDIV, PTO-TILE-TDIVS, PTO-TILE-TEXP, PTO-TILE-TEXPANDS, PTO-TILE-TEXTRACT, PTO-TILE-TFMA, PTO-TILE-TGATHER, PTO-TILE-TGEMV, PTO-TILE-TGEMV-ACC, PTO-TILE-TGEMV-BIAS, PTO-TILE-TGEMV-MX, PTO-TILE-TGEMV-MX-ACC, PTO-TILE-TGEMV-MX-BIAS, PTO-TILE-THISTOGRAM, PTO-TILE-TIMG2COL, PTO-TILE-TINSERT, PTO-TILE-TLOAD, PTO-TILE-TLOG, PTO-TILE-TMATMUL, PTO-TILE-TMATMUL-ACC, PTO-TILE-TMATMUL-BIAS, PTO-TILE-TMATMUL-MX, PTO-TILE-TMATMUL-MX-ACC, PTO-TILE-TMATMUL-MX-BIAS, PTO-TILE-TMAX, PTO-TILE-TMAXS, PTO-TILE-TMIN, PTO-TILE-TMINS, PTO-TILE-TMOV, PTO-TILE-TMRGSORT, PTO-TILE-TMUL, PTO-TILE-TMULS, PTO-TILE-TNEG, PTO-TILE-TNOT, PTO-TILE-TOR, PTO-TILE-TORS, PTO-TILE-TPREFETCH, PTO-TILE-TQUANT, PTO-TILE-TRECIP, PTO-TILE-TRELU, PTO-TILE-TREM, PTO-TILE-TREMS, PTO-TILE-TROWARGMAX, PTO-TILE-TROWARGMIN, PTO-TILE-TROWEXPAND, PTO-TILE-TROWEXPANDADD, PTO-TILE-TROWEXPANDDIV, PTO-TILE-TROWEXPANDEXPDIF, PTO-TILE-TROWEXPANDMAX, PTO-TILE-TROWEXPANDMIN, PTO-TILE-TROWEXPANDMUL, PTO-TILE-TROWEXPANDSUB, PTO-TILE-TROWMAX, PTO-TILE-TROWMIN, PTO-TILE-TROWPROD, PTO-TILE-TROWSUM, PTO-TILE-TRSQRT, PTO-TILE-TSCATTER, PTO-TILE-TSEL, PTO-TILE-TSELS, PTO-TILE-TSHL, PTO-TILE-TSHLS, PTO-TILE-TSHR, PTO-TILE-TSHRS, PTO-TILE-TSORT, PTO-TILE-TSQRT, PTO-TILE-TSTORE, PTO-TILE-TSUB, PTO-TILE-TSUBS, PTO-TILE-TTRI, PTO-TILE-TXOR, PTO-TILE-TXORS
    Affected NDF
    PTO-ACRC-DECISION-BINDING-001, PTO-ACRE-IMPLICIT-STOP-001, PTO-ADD-DECISION-BINDING-001, PTO-ADDTPC-PAGE-001, PTO-AND-DECISION-BINDING-001, PTO-ARCH-COMMIT-EVENT-CONFORMANCE-001, PTO-ARCH-CONDITIONAL-BRANCH-RESERVATION-001, PTO-ARCH-ENCODING-OWNERSHIP-001, PTO-ARCH-STATE-CLOSURE-001, PTO-ARCH-TEPL-ALIAS-001, PTO-ARCH-TILE-EXECUTION-ENGINE-001, PTO-ARCH-TILE-INSTRUCTION-CLASS-001, PTO-B-CATR-CONTROL-001, PTO-B-DATR-FIELDS-001, PTO-B-DIM-WRITE-001, PTO-B-FPATR-MATRIX-POSTPROCESS-001, PTO-B-HINT-LIFECYCLE-001, PTO-B-IOR-BINDING-001, PTO-B-IOS-SHARED-STATE-001, PTO-B-IOT-STREAM-001, PTO-BCNT-DECISION-BINDING-001, PTO-BIC-DECISION-BINDING-001, PTO-BIS-DECISION-BINDING-001, PTO-BLOCK-ERCOV-RESERVED-001, PTO-BLOCK-ESAVE-RESERVED-001, PTO-BLOCK-MSET-FILL-001, PTO-BLOCK-XB-RESERVED-001, PTO-BSE-DECISION-BINDING-001, PTO-BSTART-CALL-DECISION-BINDING-001, PTO-BSTART-DECISION-BINDING-001, PTO-BSTART-FP-CONTROL-001, PTO-BSTART-GMOV-COLLECTIVE-001, PTO-BSTART-ICALL-DECISION-BINDING-001, PTO-BSTART-MGATHER-CAS-SCHEMA-001, PTO-BSTART-MGATHER-MASK-SCHEMA-001, PTO-BSTART-MGATHER-SCHEMA-001, PTO-BSTART-MSCATTER-MASK-SCHEMA-001, PTO-BSTART-MSCATTER-SCHEMA-001, PTO-BSTART-SFU-DECISION-BINDING-001, PTO-BSTART-STD-CONTROL-001, PTO-BSTART-SYS-CONTROL-001, PTO-BSTART-TEPL-DECISION-BINDING-001, PTO-BSTART-TGEMV-ACC-CONTRACT-001, PTO-BSTART-TGEMV-BIAS-CONTRACT-001, PTO-BSTART-TGEMV-CONTRACT-001, PTO-BSTART-TGEMVMX-ACC-CONTRACT-001, PTO-BSTART-TGEMVMX-BIAS-CONTRACT-001, PTO-BSTART-TGEMVMX-CONTRACT-001, PTO-BSTART-TLOAD-CUBE-001, PTO-BSTART-TLOAD-MEMORY-001, PTO-BSTART-TMATMUL-ACC-CONTRACT-001, PTO-BSTART-TMATMUL-BIAS-CONTRACT-001, PTO-BSTART-TMATMUL-CONTRACT-001, PTO-BSTART-TMATMULMX-ACC-CONTRACT-001, PTO-BSTART-TMATMULMX-BIAS-CONTRACT-001, PTO-BSTART-TMATMULMX-CONTRACT-001, PTO-BSTART-TMOV-SHARED-001, PTO-BSTART-TPREFETCH-MEMORY-001, PTO-BSTART-TSTORE-CUBE-001, PTO-BSTART-TSTORE-MEMORY-001, PTO-BSTART-VEC-DECISION-BINDING-001, PTO-BSTOP-DECISION-BINDING-001, PTO-BWE-DECISION-BINDING-001, PTO-BWI-DECISION-BINDING-001, PTO-BWT-DECISION-BINDING-001, PTO-BXS-DECISION-BINDING-001, PTO-BXU-DECISION-BINDING-001, PTO-C-BSTART-CONTROL-001, PTO-C-BSTART-FP-CONTROL-001, PTO-C-BSTART-STD-CONTROL-001, PTO-C-BSTART-SYS-CONTROL-001, PTO-C-BSTOP-DECISION-BINDING-001, PTO-C-CMP-EQI-DECISION-BINDING-001, PTO-C-CMP-NEI-DECISION-BINDING-001, PTO-C-EBREAK-CAUSE-001, PTO-C-SETC-EQ-CONDITIONAL-SETTER-001, PTO-C-SETC-NE-CONDITIONAL-SETTER-001, PTO-C-SETC-TGT-SNAPSHOT-001, PTO-C-SETRET-DECISION-BINDING-001, PTO-C-SSRGET-DIRECT-IDS-001, PTO-CLZ-DECISION-BINDING-001, PTO-CTZ-DECISION-BINDING-001, PTO-CUBE-CELL-TRANSPORT-001, PTO-EBREAK-DECISION-BINDING-001, PTO-FABS-DECISION-BINDING-001, PTO-FCVTA-DECISION-BINDING-001, PTO-FCVTM-DECISION-BINDING-001, PTO-FCVTN-DECISION-BINDING-001, PTO-FCVTP-DECISION-BINDING-001, PTO-FCVTZ-DECISION-BINDING-001, PTO-FENCE-D-DECISION-BINDING-001, PTO-FENCE-I-DECISION-BINDING-001, PTO-FENTRY-RESTARTABLE-FRAME-001, PTO-FEXIT-RESTARTABLE-FRAME-001, PTO-FMAX-DECISION-BINDING-001, PTO-FMIN-DECISION-BINDING-001, PTO-FNE-DECISION-BINDING-001, PTO-FNES-DECISION-BINDING-001, PTO-FRET-RA-RESTARTABLE-FRAME-001, PTO-FRET-STK-RESTARTABLE-FRAME-001, PTO-GMOV-CORE4-PEER-001, PTO-HL-ADDI-CONTRACT-001, PTO-HL-ADDIW-CONTRACT-001, PTO-HL-ADDTPC-PAGE-001, PTO-HL-ANDI-CONTRACT-001, PTO-HL-ANDIW-CONTRACT-001, PTO-HL-BFI-DECISION-BINDING-001, PTO-HL-CCAT-CONTRACT-001, PTO-HL-CCATW-CONTRACT-001, PTO-HL-DIV-DECISION-BINDING-001, PTO-HL-DIVU-DECISION-BINDING-001, PTO-HL-DIVUW-DECISION-BINDING-001, PTO-HL-DIVW-DECISION-BINDING-001, PTO-HL-LIS-DECISION-BINDING-001, PTO-HL-LUI-UPPER-HALF-001, PTO-HL-MADDW-WORD-HALVES-001, PTO-HL-ORI-CONTRACT-001, PTO-HL-ORIW-CONTRACT-001, PTO-HL-PRF-A-CACHE-MODEL-001, PTO-HL-PRF-CACHE-MODEL-001, PTO-HL-PRFI-U-CACHE-MODEL-001, PTO-HL-PRFI-UA-CACHE-MODEL-001, PTO-HL-QMT-GQM-001, PTO-HL-QPOP-GQM-001, PTO-HL-QPUSH-GQM-001, PTO-HL-REM-RESULT-ORDER-001, PTO-HL-REMU-RESULT-ORDER-001, PTO-HL-REMUW-RESULT-ORDER-001, PTO-HL-REMW-RESULT-ORDER-001, PTO-HL-SD-UPO-DECISION-BINDING-001, PTO-HL-SD-UPR-DECISION-BINDING-001, PTO-HL-SETC-ANDI-CONDITIONAL-SETTER-001, PTO-HL-SETC-EQI-CONDITIONAL-SETTER-001, PTO-HL-SETC-GEI-CONDITIONAL-SETTER-001, PTO-HL-SETC-GEUI-CONDITIONAL-SETTER-001, PTO-HL-SETC-LTI-CONDITIONAL-SETTER-001, PTO-HL-SETC-LTUI-CONDITIONAL-SETTER-001, PTO-HL-SETC-NEI-CONDITIONAL-SETTER-001, PTO-HL-SETC-ORI-CONDITIONAL-SETTER-001, PTO-HL-SETRET-DECISION-BINDING-001, PTO-HL-SH-UPO-DECISION-BINDING-001, PTO-HL-SH-UPR-DECISION-BINDING-001, PTO-HL-SSRGET-DECISION-BINDING-001, PTO-HL-SSRSET-DECISION-BINDING-001, PTO-HL-SUBI-CONTRACT-001, PTO-HL-SUBIW-CONTRACT-001, PTO-HL-SW-UPO-DECISION-BINDING-001, PTO-HL-SW-UPR-DECISION-BINDING-001, PTO-HL-XORI-CONTRACT-001, PTO-HL-XORIW-CONTRACT-001, PTO-J-DECISION-BINDING-001, PTO-JR-DECISION-BINDING-001, PTO-L-BSTOP-DECISION-BINDING-001, PTO-LSRGET-BARG-001, PTO-MCOPY-RESTART-001, PTO-MGATHER-BYTE-DISPLACEMENT-001, PTO-MGATHER-CAS-ATOMIC-001, PTO-MGATHER-CAS-PUBLICATION-001, PTO-MGATHER-MASK-PREDICATE-001, PTO-MGATHER-MASK-PUBLICATION-001, PTO-MGATHER-MASK-TYPE-002, PTO-MSCATTER-BYTE-DISPLACEMENT-001, PTO-MSCATTER-DUPLICATE-ORDER-001, PTO-MSCATTER-MASK-DUPLICATE-001, PTO-MSCATTER-MASK-PREDICATE-001, PTO-MSCATTER-MASK-TYPE-002, PTO-NUMERIC-FORMAT-DESCRIPTOR-001, PTO-OR-DECISION-BINDING-001, PTO-PRF-NONFAULTING-HINT-001, PTO-PRFI-U-NONFAULTING-HINT-001, PTO-RELEASE-VERIFICATION, PTO-REV-DECISION-BINDING-001, PTO-SCVTF-DECISION-BINDING-001, PTO-SD-U-ADR-CONTRACT-001, PTO-SD-XOR-ADR-CONTRACT-001, PTO-SDI-ADR-CONTRACT-001, PTO-SDI-U-ADR-CONTRACT-001, PTO-SETC-AND-CONDITIONAL-SETTER-001, PTO-SETC-ANDI-CONDITIONAL-SETTER-001, PTO-SETC-EQ-CONDITIONAL-SETTER-001, PTO-SETC-EQI-CONDITIONAL-SETTER-001, PTO-SETC-GE-CONDITIONAL-SETTER-001, PTO-SETC-GEI-CONDITIONAL-SETTER-001, PTO-SETC-GEU-CONDITIONAL-SETTER-001, PTO-SETC-GEUI-CONDITIONAL-SETTER-001, PTO-SETC-LT-CONDITIONAL-SETTER-001, PTO-SETC-LTI-CONDITIONAL-SETTER-001, PTO-SETC-LTU-CONDITIONAL-SETTER-001, PTO-SETC-LTUI-CONDITIONAL-SETTER-001, PTO-SETC-NE-CONDITIONAL-SETTER-001, PTO-SETC-NEI-CONDITIONAL-SETTER-001, PTO-SETC-OR-CONDITIONAL-SETTER-001, PTO-SETC-ORI-CONDITIONAL-SETTER-001, PTO-SETC-TGT-ADR-CONTRACT-001, PTO-SETRET-ADR-CONTRACT-001, PTO-SH-ADR-CONTRACT-001, PTO-SH-PCR-ADR-CONTRACT-001, PTO-SH-U-ADR-CONTRACT-001, PTO-SHI-ADR-CONTRACT-001, PTO-SHI-U-ADR-CONTRACT-001, PTO-SLL-ADR-CONTRACT-001, PTO-SLLI-ADR-CONTRACT-001, PTO-SLLIW-ADR-CONTRACT-001, PTO-SLLW-ADR-CONTRACT-001, PTO-SOURCE-HIERARCHY, PTO-SRA-ADR-CONTRACT-001, PTO-SRAI-ADR-CONTRACT-001, PTO-SRAIW-ADR-CONTRACT-001, PTO-SRAW-ADR-CONTRACT-001, PTO-SRL-ADR-CONTRACT-001, PTO-SRLI-ADR-CONTRACT-001, PTO-SRLIW-ADR-CONTRACT-001, PTO-SRLW-ADR-CONTRACT-001, PTO-SSRGET-ADR-CONTRACT-001, PTO-SSRSET-ADR-CONTRACT-001, PTO-SSRSWAP-ADR-CONTRACT-001, PTO-SUB-ADR-CONTRACT-001, PTO-SUBI-ADR-CONTRACT-001, PTO-SUBIW-ADR-CONTRACT-001, PTO-SUBW-ADR-CONTRACT-001, PTO-SW-ADD-ADR-CONTRACT-001, PTO-SW-ADR-CONTRACT-001, PTO-SW-AND-ADR-CONTRACT-001, PTO-SW-OR-ADR-CONTRACT-001, PTO-SW-PCR-ADR-CONTRACT-001, PTO-SW-SMAX-ADR-CONTRACT-001, PTO-SW-SMIN-ADR-CONTRACT-001, PTO-SW-U-ADR-CONTRACT-001, PTO-SW-UMAX-ADR-CONTRACT-001, PTO-SW-UMIN-ADR-CONTRACT-001, PTO-SW-XOR-ADR-CONTRACT-001, PTO-SWAPB-ADR-CONTRACT-001, PTO-SWAPD-ADR-CONTRACT-001, PTO-SWAPH-ADR-CONTRACT-001, PTO-SWAPW-ADR-CONTRACT-001, PTO-SWI-ADR-CONTRACT-001, PTO-SWI-U-ADR-CONTRACT-001, PTO-TABS-CONTRACT-001, PTO-TADD-CONTRACT-001, PTO-TADDS-CONTRACT-001, PTO-TAND-CONTRACT-001, PTO-TANDS-CONTRACT-001, PTO-TCI-CONTRACT-001, PTO-TCMP-CONTRACT-001, PTO-TCMPS-CONTRACT-001, PTO-TCOLARGMAX-CONTRACT-001, PTO-TCOLARGMIN-CONTRACT-001, PTO-TCOLEXPAND-CONTRACT-001, PTO-TCOLEXPANDADD-CONTRACT-001, PTO-TCOLEXPANDDIV-CONTRACT-001, PTO-TCOLEXPANDEXPDIF-CONTRACT-001, PTO-TCOLEXPANDMAX-CONTRACT-001, PTO-TCOLEXPANDMIN-CONTRACT-001, PTO-TCOLEXPANDMUL-CONTRACT-001, PTO-TCOLEXPANDSUB-CONTRACT-001, PTO-TCOLMAX-CONTRACT-001, PTO-TCOLMIN-CONTRACT-001, PTO-TCOLPROD-CONTRACT-001, PTO-TCOLSUM-CONTRACT-001, PTO-TCONCAT-CONTRACT-001, PTO-TCVT-CONTRACT-001, PTO-TDEQUANT-CONTRACT-001, PTO-TDIV-CONTRACT-001, PTO-TDIVS-CONTRACT-001, PTO-TEXP-CONTRACT-001, PTO-TEXPANDS-CONTRACT-001, PTO-TEXTRACT-CONTRACT-001, PTO-TFMA-CONTRACT-001, PTO-TGATHER-CONTRACT-001, PTO-TGEMV-ACC-CONTRACT-001, PTO-TGEMV-BIAS-CONTRACT-001, PTO-TGEMV-CONTRACT-001, PTO-TGEMV-MX-ACC-CONTRACT-001, PTO-TGEMV-MX-BIAS-CONTRACT-001, PTO-TGEMV-MX-CONTRACT-001, PTO-THISTOGRAM-CONTRACT-001, PTO-TILE-CAPACITY-PER-PE, PTO-TIMG2COL-CONTRACT-001, PTO-TINSERT-CONTRACT-001, PTO-TLB-IA-ADR-CONTRACT-001, PTO-TLB-IALL-ADR-CONTRACT-001, PTO-TLB-IAV-ADR-CONTRACT-001, PTO-TLB-IV-ADR-CONTRACT-001, PTO-TLOAD-CUBE-001, PTO-TLOAD-MEMORY-001, PTO-TLOG-CONTRACT-001, PTO-TMATMUL-ACC-CONTRACT-001, PTO-TMATMUL-BIAS-CONTRACT-001, PTO-TMATMUL-CONTRACT-001, PTO-TMATMUL-MX-ACC-CONTRACT-001, PTO-TMATMUL-MX-BIAS-CONTRACT-001, PTO-TMATMUL-MX-CONTRACT-001, PTO-TMAX-CONTRACT-001, PTO-TMAXS-CONTRACT-001, PTO-TMIN-CONTRACT-001, PTO-TMINS-CONTRACT-001, PTO-TMOV-CONTRACT-001, PTO-TMRGSORT-CONTRACT-001, PTO-TMUL-CONTRACT-001, PTO-TMULS-CONTRACT-001, PTO-TNEG-CONTRACT-001, PTO-TNOT-CONTRACT-001, PTO-TOR-CONTRACT-001, PTO-TORS-CONTRACT-001, PTO-TPREFETCH-FOOTPRINT-001, PTO-TQUANT-CONTRACT-001, PTO-TRECIP-CONTRACT-001, PTO-TRELU-CONTRACT-001, PTO-TREM-CONTRACT-001, PTO-TREMS-CONTRACT-001, PTO-TROWARGMAX-CONTRACT-001, PTO-TROWARGMIN-CONTRACT-001, PTO-TROWEXPAND-CONTRACT-001, PTO-TROWEXPANDADD-CONTRACT-001, PTO-TROWEXPANDDIV-CONTRACT-001, PTO-TROWEXPANDEXPDIF-CONTRACT-001, PTO-TROWEXPANDMAX-CONTRACT-001, PTO-TROWEXPANDMIN-CONTRACT-001, PTO-TROWEXPANDMUL-CONTRACT-001, PTO-TROWEXPANDSUB-CONTRACT-001, PTO-TROWMAX-CONTRACT-001, PTO-TROWMIN-CONTRACT-001, PTO-TROWPROD-CONTRACT-001, PTO-TROWSUM-CONTRACT-001, PTO-TRSQRT-CONTRACT-001, PTO-TSCATTER-CONTRACT-001, PTO-TSEL-CONTRACT-001, PTO-TSELS-CONTRACT-001, PTO-TSHL-CONTRACT-001, PTO-TSHLS-CONTRACT-001, PTO-TSHR-CONTRACT-001, PTO-TSHRS-CONTRACT-001, PTO-TSORT-CONTRACT-001, PTO-TSQRT-CONTRACT-001, PTO-TSTORE-CUBE-001, PTO-TSTORE-MEMORY-001, PTO-TSUB-CONTRACT-001, PTO-TSUBS-CONTRACT-001, PTO-TTRI-CONTRACT-001, PTO-TXOR-CONTRACT-001, PTO-TXORS-CONTRACT-001, PTO-UCVTF-DECISION-BINDING-001, PTO-XOR-ADR-CONTRACT-001, PTO-XORI-ADR-CONTRACT-001, PTO-XORIW-ADR-CONTRACT-001, PTO-XORW-ADR-CONTRACT-001
    SHA-256
    f18d13f735cfaf9f2803c754c5818f4af33d1cc42c489f0d9ce060b07bb3a196
    Open exact decision source ↗ for ADR-0059
  • B.FPATR Complete-Bundle Matrix PostProcess · accepted
    1. decision recordADR
    2. case0064

    Decision record

    Loading ADR-0064…

    Sources and references
    Complete stable ID
    ADR-0064
    Path
    docs/status/decisions/0064-b-fpatr-complete-bundle-postprocess.md
    Affected units
    PTO-ARCH-PROFILE-MATRIX-POSTPROCESS, PTO-ARCH-PROFILE-MATRIX-QUANTIZATION, PTO-BLOCK-B-FPATR
    Affected NDF
    PTO-B-FPATR-MATRIX-POSTPROCESS-001, PTO-MATRIX-POSTPROCESS-BITEXACT-001, PTO-MATRIX-QUANT-BITEXACT-001
    SHA-256
    853e7fe83cf78a1fbf1fe1668ce6dbf64e5da29ddb301865ed03e8af8f99cad1
    Open exact decision source ↗ for ADR-0064
  • Cooperative Shared CUBE Inputs and Transpose · accepted
    1. decision recordADR
    2. case0072

    Decision record

    Loading ADR-0072…

    Sources and references
    Complete stable ID
    ADR-0072
    Path
    docs/status/decisions/0072-cooperative-shared-cube-transpose.md
    Affected units
    PTO-ARCH-PROFILE-RESET, PTO-BLOCK-B-FPATR, PTO-BLOCK-BSTART-TGEMV-ACC, PTO-BLOCK-BSTART-TGEMV-BIAS, PTO-BLOCK-BSTART-TGEMV, PTO-BLOCK-BSTART-TGEMVMX-ACC, PTO-BLOCK-BSTART-TGEMVMX-BIAS, PTO-BLOCK-BSTART-TGEMVMX, PTO-BLOCK-BSTART-TMATMUL-ACC, PTO-BLOCK-BSTART-TMATMUL-BIAS, PTO-BLOCK-BSTART-TMATMUL, PTO-BLOCK-BSTART-TMATMULMX-ACC, PTO-BLOCK-BSTART-TMATMULMX-BIAS, PTO-BLOCK-BSTART-TMATMULMX, PTO-BLOCK-MODEL-DISPATCH-COMMANDS, PTO-BLOCK-MODEL-DISPATCH-CUBE-TMATMUL, PTO-BLOCK-MODEL-DISPATCH-SHARED-CUBE-MATRIX, PTO-BLOCK-MODEL-LIFECYCLE-RESET, PTO-BLOCK-MODEL-SCHEMA-ATTRIBUTES, PTO-BLOCK-MODEL-STATE-DESCRIPTOR-STATE, PTO-BLOCK-MODEL-STATE-TYPES, PTO-TILE-TMATMUL, PTO-TILE-TMATMUL-ACC, PTO-TILE-TMATMUL-BIAS, PTO-TILE-TMATMUL-MX, PTO-TILE-TMATMUL-MX-ACC, PTO-TILE-TMATMUL-MX-BIAS, PTO-TILE-TGEMV, PTO-TILE-TGEMV-ACC, PTO-TILE-TGEMV-BIAS, PTO-TILE-TGEMV-MX, PTO-TILE-TGEMV-MX-ACC, PTO-TILE-TGEMV-MX-BIAS, PTO-TILE-MODEL-LEGALITY-MATRIX-INFO-DESCRIPTOR, PTO-TILE-MODEL-LEGALITY-MATRIX-OPERANDS, PTO-TILE-MODEL-LEGALITY-MATRIX-SHAPE, PTO-TILE-MODEL-STATE-SHARED-REGISTERS
    Affected NDF
    PTO-B-FPATR-MATRIX-POSTPROCESS-001, PTO-CUBE-SHARED-TRANSPOSE-001, PTO-BSTART-TGEMV-ACC-CONTRACT-001, PTO-BSTART-TGEMV-BIAS-CONTRACT-001, PTO-BSTART-TGEMV-CONTRACT-001, PTO-BSTART-TGEMVMX-ACC-CONTRACT-001, PTO-BSTART-TGEMVMX-BIAS-CONTRACT-001, PTO-BSTART-TGEMVMX-CONTRACT-001, PTO-BSTART-TMATMUL-ACC-CONTRACT-001, PTO-BSTART-TMATMUL-BIAS-CONTRACT-001, PTO-BSTART-TMATMUL-CONTRACT-001, PTO-BSTART-TMATMULMX-ACC-CONTRACT-001, PTO-BSTART-TMATMULMX-BIAS-CONTRACT-001, PTO-BSTART-TMATMULMX-CONTRACT-001, PTO-TGEMV-CONTRACT-001, PTO-TGEMV-ACC-CONTRACT-001, PTO-TGEMV-BIAS-CONTRACT-001, PTO-TGEMV-MX-CONTRACT-001, PTO-TGEMV-MX-ACC-CONTRACT-001, PTO-TGEMV-MX-BIAS-CONTRACT-001, PTO-TMATMUL-CONTRACT-001, PTO-TMATMUL-ACC-CONTRACT-001, PTO-TMATMUL-BIAS-CONTRACT-001, PTO-TMATMUL-MX-CONTRACT-001, PTO-TMATMUL-MX-ACC-CONTRACT-001, PTO-TMATMUL-MX-BIAS-CONTRACT-001
    SHA-256
    9bc7340fea777ee543d4b9393f8f6002b55106833e55ff6d388f8beac504dd09
    Open exact decision source ↗ for ADR-0072
  • CUBE and matrix operations · accepted
    1. decision recordADR
    2. case0079

    Decision record

    Loading ADR-0079…

    Sources and references
    Complete stable ID
    ADR-0079
    Path
    docs/status/decisions/0079-cube-and-matrix-operations.md
    Affected units
    PTO-BLOCK-B-DATR, PTO-BLOCK-B-FPATR, PTO-BLOCK-B-IOR, PTO-BLOCK-B-IOS, PTO-BLOCK-B-IOT, PTO-BLOCK-BSTART-TGEMV, PTO-BLOCK-BSTART-TGEMV-ACC, PTO-BLOCK-BSTART-TGEMV-BIAS, PTO-BLOCK-BSTART-TGEMVMX, PTO-BLOCK-BSTART-TGEMVMX-ACC, PTO-BLOCK-BSTART-TGEMVMX-BIAS, PTO-BLOCK-BSTART-TMATMUL, PTO-BLOCK-BSTART-TMATMUL-ACC, PTO-BLOCK-BSTART-TMATMUL-BIAS, PTO-BLOCK-BSTART-TMATMULMX, PTO-BLOCK-BSTART-TMATMULMX-ACC, PTO-BLOCK-BSTART-TMATMULMX-BIAS, PTO-TILE-TGEMV, PTO-TILE-TGEMV-ACC, PTO-TILE-TGEMV-BIAS, PTO-TILE-TGEMV-MX, PTO-TILE-TGEMV-MX-ACC, PTO-TILE-TGEMV-MX-BIAS, PTO-TILE-TMATMUL, PTO-TILE-TMATMUL-ACC, PTO-TILE-TMATMUL-BIAS, PTO-TILE-TMATMUL-MX, PTO-TILE-TMATMUL-MX-ACC, PTO-TILE-TMATMUL-MX-BIAS
    Affected NDF
    PTO-B-DATR-FIELDS-001, PTO-B-FPATR-MATRIX-POSTPROCESS-001, PTO-B-IOR-BINDING-001, PTO-B-IOS-SHARED-STATE-001, PTO-B-IOT-STREAM-001, PTO-BSTART-TGEMV-ACC-CONTRACT-001, PTO-BSTART-TGEMV-BIAS-CONTRACT-001, PTO-BSTART-TGEMV-CONTRACT-001, PTO-BSTART-TGEMVMX-ACC-CONTRACT-001, PTO-BSTART-TGEMVMX-BIAS-CONTRACT-001, PTO-BSTART-TGEMVMX-CONTRACT-001, PTO-BSTART-TMATMUL-ACC-CONTRACT-001, PTO-BSTART-TMATMUL-BIAS-CONTRACT-001, PTO-BSTART-TMATMUL-CONTRACT-001, PTO-BSTART-TMATMULMX-ACC-CONTRACT-001, PTO-BSTART-TMATMULMX-BIAS-CONTRACT-001, PTO-BSTART-TMATMULMX-CONTRACT-001, PTO-CUBE-CELL-TRANSPORT-001, PTO-TGEMV-ACC-CONTRACT-001, PTO-TGEMV-BIAS-CONTRACT-001, PTO-TGEMV-CONTRACT-001, PTO-TGEMV-MX-ACC-CONTRACT-001, PTO-TGEMV-MX-BIAS-CONTRACT-001, PTO-TGEMV-MX-CONTRACT-001, PTO-TMATMUL-ACC-CONTRACT-001, PTO-TMATMUL-BIAS-CONTRACT-001, PTO-TMATMUL-CONTRACT-001, PTO-TMATMUL-MX-ACC-CONTRACT-001, PTO-TMATMUL-MX-BIAS-CONTRACT-001, PTO-TMATMUL-MX-CONTRACT-001
    SHA-256
    71b54321ddf5d233ef470083965e269778c57d5ef3d01859659aba7e2ab40863
    Open exact decision source ↗ for ADR-0079
  • Numeric post-process and format operations · accepted
    1. decision recordADR
    2. case0085

    Decision record

    Loading ADR-0085…

    Sources and references
    Complete stable ID
    ADR-0085
    Path
    docs/status/decisions/0085-numeric-postprocess-and-format-operations.md
    Affected units
    PTO-ARCH-DATA-TYPES-FP19, PTO-BLOCK-B-FPATR, PTO-TILE-TCVT
    Affected NDF
    PTO-B-FPATR-MATRIX-POSTPROCESS-001, PTO-FP19-PARAMETER-CARRIER-001, PTO-TCVT-CONTRACT-001
    SHA-256
    d4f1057dcc23ae62c01a08c6c4664b0b6ffa024ae45eafd776f67327d98cb9e9
    Open exact decision source ↗ for ADR-0085
  • Matrix Scale Cell Layouts, HiF4 Scale Words, and CScale · accepted
    1. decision recordADR
    2. case0101

    Decision record

    Loading ADR-0101…

    Sources and references
    Complete stable ID
    ADR-0101
    Path
    docs/status/decisions/0101-matrix-scale-and-cscale.md
    Affected units
    PTO-ARCH-DATA-TYPES-FORMAT-HIF4-SCALE, PTO-ARCH-PROFILE-MATRIX-POSTPROCESS, PTO-BLOCK-B-FPATR, PTO-BLOCK-MODEL-DISPATCH-CUBE-TMATMUL, PTO-BLOCK-MODEL-DISPATCH-MATRIX-SCALE, PTO-BLOCK-MODEL-DISPATCH-SHARED-CUBE-MATRIX, PTO-BLOCK-MODEL-SCHEMA-ATTRIBUTES, PTO-BLOCK-MODEL-STATE-TYPES, PTO-TILE-MODEL-EXECUTION-CUBE, PTO-TILE-MODEL-EXECUTION-MATRIX-SCALE, PTO-TILE-MODEL-LEGALITY-MATRIX-FUNCTIONS, PTO-TILE-MODEL-LEGALITY-MATRIX-OPERANDS, PTO-TILE-MODEL-LEGALITY-MATRIX-POSTPROCESS, PTO-TILE-MODEL-LEGALITY-MATRIX-SHAPE, PTO-TILE-MODEL-SHAPE-CUBE-CELL
    Affected NDF
    PTO-B-FPATR-MATRIX-POSTPROCESS-001, PTO-CUBE-CSCALE-001, PTO-CUBE-HIF4-SCALE-001, PTO-CUBE-MATRIX-SCALE-001, PTO-CUBE-MATRIX-SCALE-CELL-001, PTO-CUBE-SHARED-TRANSPOSE-001
    SHA-256
    a5c962437636c0d3f4f3585d3b529fcc9821d4b00c540243c2351978196e9be0
    Open exact decision source ↗ for ADR-0101

Unit metadata

Open 11 generated metadata fields
assembly
[
  "B.FPATR PreQuantMode, ReluMode, GroupNCode, RowMaxEn, GroupMaxEn, RowMaxInit, MaxAbsEn, TransA, TransB, CScaleEn"
]
block
[]
catalog_indices
[
  73
]
catalog_records
[
  {
    "asm": "B.FPATR PreQuantMode, ReluMode, GroupNCode, RowMaxEn, GroupMaxEn, RowMaxInit, MaxAbsEn, TransA, TransB, CScaleEn",
    "constraints": [
      {
        "field": "PreQuantMode",
        "operator": "one-of",
        "values": [
          0,
          1,
          2,
          3,
          4,
          5,
          12,
          13,
          16,
          17,
          18,
          19,
          20,
          23,
          24,
          25,
          26,
          27,
          28,
          32,
          33,
          34,
          35,
          36,
          37,
          38,
          39
        ]
      },
      {
        "field": "ReluMode",
        "operator": "one-of",
        "values": [
          0,
          1,
          2,
          3
        ]
      },
      {
        "field": "GroupNCode",
        "operator": "one-of",
        "values": [
          0,
          1,
          2,
          3,
          4,
          5,
          6,
          7,
          8,
          9
        ]
      },
      {
        "field": "RowMaxEn",
        "operator": "one-of",
        "values": [
          0,
          1
        ]
      },
      {
        "field": "GroupMaxEn",
        "operator": "one-of",
        "values": [
          0,
          1
        ]
      },
      {
        "field": "RowMaxInit",
        "operator": "one-of",
        "values": [
          0,
          1
        ]
      },
      {
        "field": "MaxAbsEn",
        "operator": "one-of",
        "values": [
          0,
          1
        ]
      },
      {
        "field": "Func",
        "operator": "one-of",
        "values": [
          2
        ]
      },
      {
        "field": "ElementWiseEn",
        "operator": "one-of",
        "values": [
          0
        ]
      },
      {
        "field": "TransA",
        "operator": "one-of",
        "values": [
          0,
          1
        ]
      },
      {
        "field": "TransB",
        "operator": "one-of",
        "values": [
          0,
          1
        ]
      },
      {
        "field": "CScaleEn",
        "operator": "one-of",
        "values": [
          0,
          1
        ]
      },
      {
        "field": "Reserved",
        "operator": "one-of",
        "values": [
          0
        ]
      },
      {
        "field": "Opc1",
        "operator": "one-of",
        "values": [
          2
        ]
      },
      {
        "field": "Opcode",
        "operator": "one-of",
        "values": [
          1
        ]
      },
      {
        "field": "W",
        "operator": "one-of",
        "values": [
          1
        ]
      }
    ],
    "encoding": [
      {
        "index": 0,
        "mask": "0x00007c7f",
        "match": "0x00002023",
        "width_bits": 32
      }
    ],
    "encoding_kind": "L32",
    "fields": [
      {
        "name": "PreQuantMode",
        "pieces": [
          {
            "instruction_lsb": 26,
            "value_lsb": 0,
            "width": 6
          }
        ],
        "signedness": "encoding-defined",
        "width": 6
      },
      {
        "name": "ReluMode",
        "pieces": [
          {
            "instruction_lsb": 23,
            "value_lsb": 0,
            "width": 3
          }
        ],
        "signedness": "encoding-defined",
        "width": 3
      },
      {
        "name": "GroupNCode",
        "pieces": [
          {
            "instruction_lsb": 19,
            "value_lsb": 0,
            "width": 4
          }
        ],
        "signedness": "encoding-defined",
        "width": 4
      },
      {
        "name": "RowMaxEn",
        "pieces": [
          {
            "instruction_lsb": 18,
            "value_lsb": 0,
            "width": 1
          }
        ],
        "signedness": "encoding-defined",
        "width": 1
      },
      {
        "name": "GroupMaxEn",
        "pieces": [
          {
            "instruction_lsb": 17,
            "value_lsb": 0,
            "width": 1
          }
        ],
        "signedness": "encoding-defined",
        "width": 1
      },
      {
        "name": "RowMaxInit",
        "pieces": [
          {
            "instruction_lsb": 16,
            "value_lsb": 0,
            "width": 1
          }
        ],
        "signedness": "encoding-defined",
        "width": 1
      },
      {
        "name": "MaxAbsEn",
        "pieces": [
          {
            "instruction_lsb": 15,
            "value_lsb": 0,
            "width": 1
          }
        ],
        "signedness": "encoding-defined",
        "width": 1
      },
      {
        "name": "Func",
        "pieces": [
          {
            "instruction_lsb": 12,
            "value_lsb": 0,
            "width": 3
          }
        ],
        "signedness": "encoding-defined",
        "width": 3
      },
      {
        "name": "ElementWiseEn",
        "pieces": [
          {
            "instruction_lsb": 11,
            "value_lsb": 0,
            "width": 1
          }
        ],
        "signedness": "encoding-defined",
        "width": 1
      },
      {
        "name": "TransA",
        "pieces": [
          {
            "instruction_lsb": 7,
            "value_lsb": 0,
            "width": 1
          }
        ],
        "signedness": "encoding-defined",
        "width": 1
      },
      {
        "name": "TransB",
        "pieces": [
          {
            "instruction_lsb": 8,
            "value_lsb": 0,
            "width": 1
          }
        ],
        "signedness": "encoding-defined",
        "width": 1
      },
      {
        "name": "CScaleEn",
        "pieces": [
          {
            "instruction_lsb": 9,
            "value_lsb": 0,
            "width": 1
          }
        ],
        "signedness": "encoding-defined",
        "width": 1
      },
      {
        "name": "Reserved",
        "pieces": [
          {
            "instruction_lsb": 10,
            "value_lsb": 0,
            "width": 1
          }
        ],
        "signedness": "encoding-defined",
        "width": 1
      },
      {
        "name": "Opc1",
        "pieces": [
          {
            "instruction_lsb": 4,
            "value_lsb": 0,
            "width": 3
          }
        ],
        "signedness": "encoding-defined",
        "width": 3
      },
      {
        "name": "Opcode",
        "pieces": [
          {
            "instruction_lsb": 1,
            "value_lsb": 0,
            "width": 3
          }
        ],
        "signedness": "encoding-defined",
        "width": 3
      },
      {
        "name": "W",
        "pieces": [
          {
            "instruction_lsb": 0,
            "value_lsb": 0,
            "width": 1
          }
        ],
        "signedness": "encoding-defined",
        "width": 1
      }
    ],
    "form_id": "b_fpatr_32_30c307e06d4a",
    "length_bits": 32,
    "mnemonic": "B.FPATR",
    "semantic_family": "CMD",
    "semantic_group": "Bundle Fixed-Point PostProcess Attribute",
    "semantic_handler": "SetBundleFixedPointAttributes",
    "semantic_summary": "Latches complete-bundle matrix post-processing mode, reduction enables, and fixed-point descriptor controls.",
    "status": "accepted"
  }
]
classification
[
  "attributes"
]
mnemonic
B.FPATR
summary
Latches complete-bundle matrix post-processing mode, reduction enables, and fixed-point descriptor controls.
surface
block
id
PTO-BLOCK-B-FPATR
depends_on
[
  "PTO-ARCH-DATA-TYPES-FP19",
  "PTO-BLOCK-MODEL-SCHEMA-ATTRIBUTES"
]
contract
{
  "block_composition": [
    "Required exactly once in a CUBE Matrix block after BSTART and before scalar or tile bindings and the first body instruction.",
    "The complete block schema places mathematical Local sources first, then optional RowMaxIn, vector pre-quantization, and vector PReLU sources; Local destinations are D, optional RowMaxOut, then optional GroupMaxOut.",
    "Scalar pre-quantization and LReLU/PReLU parameters use the dense B.IOR schema; LReLU-only consumes RegSrc0."
  ],
  "canonical_assembly": [
    "B.FPATR PreQuantMode, ReluMode, GroupNCode, RowMaxEn, GroupMaxEn, RowMaxInit, MaxAbsEn, TransA, TransB, CScaleEn"
  ],
  "defaults": [
    "Encoded PreQuantMode=0 and ReluMode=0 disable pre-quantization and activation. GroupNCode=0 selects no group maximum. All four reduction enable bits default to disabled. TransA=0 and TransB=0 select no logical transpose; CScaleEn=0 disables accumulator scaling.",
    "Omitting B.FPATR is not a default for a CUBE Matrix block: complete-bundle preflight rejects the missing command before allocation or effects."
  ],
  "encoding_class": "standalone-encoded",
  "examples": [
    "B.FPATR None, None, 0, 0, 0, 0, 0, 0, 0, 0",
    "B.FPATR S8Vector, LReLU, 2, 1, 1, 1, 1, 1, 1, 0"
  ],
  "exceptions": [
    "Missing, duplicate, or non-CUBE-Matrix use raises Fault_BundleControl before operand consumption, allocation, payload, or destination effects.",
    "Decode-reserved field values do not decode and raise Fault_IllegalInstruction. Accepted encodings with inconsistent reduction enables, invalid B.DATR conversion controls, invalid parameters, malformed operand streams, illegal aliases, or invalid derived shapes raise Fault_TileLegality before effects.",
    "Fixed-bit mismatch does not decode as B.FPATR and is rejected by normal command decoding before this handler executes."
  ],
  "field_contracts": {},
  "field_zero_meanings": {
    "PreQuantMode": "No pre-quantization; D retains the FP32, S32, or U32 accumulator type.",
    "ReluMode": "No activation.",
    "GroupNCode": "No group maximum; GroupMaxEn must also be zero.",
    "RowMaxEn": "No RowMax input or output.",
    "GroupMaxEn": "No GroupMax output.",
    "RowMaxInit": "Do not initialize RowMax from RowMaxIn.",
    "MaxAbsEn": "Use signed maximum rather than maximum absolute value for enabled reductions.",
    "ElementWiseEn": "Fixed zero selects complete-bundle Matrix post-processing.",
    "Reserved": "Bit 10 is fixed zero; every nonzero encoding is reserved.",
    "TransA": "Do not transpose Shared A.",
    "TransB": "Do not transpose Shared B.",
    "CScaleEn": "Do not scale the explicit FP32 accumulator C."
  },
  "legality": [
    "PreQuantMode accepts exactly codes 0..5, 12..13, 16..20, 23..28, and 32..39; all other six-bit codes are reserved.",
    "Each nonzero PreQuantMode accepts exactly its assigned S32 or FP32 accumulator class; code zero accepts FP32, S32, or U32 and preserves that type.",
    "ReluMode codes 0..3 select None, ReLU, scalar LReLU/PReLU, and vector PReLU; codes 4..7 are reserved.",
    "GroupNCode codes 0..9 select 0, 8, 16, 32, 48, 64, 80, 96, 112, and 128 columns; codes 10..15 are reserved.",
    "RowMaxInit requires RowMaxEn. GroupMaxEn requires nonzero GroupNCode and nonzero GroupNCode requires GroupMaxEn. MaxAbsEn requires RowMaxEn or GroupMaxEn.",
    "TransA and TransB are independent one-bit controls accepted only when the corresponding A or B primary is Shared. CScaleEn is accepted only by FP32 TMATMUL.ACC and TMATMULMX.ACC.",
    "Func=2, ElementWiseEn=0, Reserved[10]=0, Opc1=2, Opcode=1, and W=1 are fixed encoding discriminators.",
    "Matrix B.DATR supplies only destination conversion controls when B.FPATR is present: None requires RMode=NONE and Sat=0; fixed floating modes require RMode=NONE; fixed shift modes require RMode=NONE and Sat=0; programmable integer modes retain the complete rounding selector and final clamp/wrap control.",
    "The derived scalar/vector parameter count, Local source count, and Local destination count must fit the complete-bundle schema without duplicate destinations or illegal source/destination aliases."
  ],
  "memory_effects": [
    "none"
  ],
  "operands": [
    {
      "field": "PreQuantMode",
      "role": "closed Matrix destination pre-quantization and output-type selector"
    },
    {
      "field": "ReluMode",
      "role": "pre-conversion activation multiplier selector"
    },
    {
      "field": "GroupNCode",
      "role": "group maximum column-count selector"
    },
    {
      "field": "RowMaxEn",
      "role": "row maximum input/output enable"
    },
    {
      "field": "GroupMaxEn",
      "role": "group maximum output enable"
    },
    {
      "field": "RowMaxInit",
      "role": "row maximum initialization from RowMaxIn enable"
    },
    {
      "field": "MaxAbsEn",
      "role": "maximum-absolute-value reduction selector"
    },
    {
      "field": "Func",
      "role": "fixed B.FPATR function discriminator equal to 2"
    },
    {
      "field": "ElementWiseEn",
      "role": "fixed complete-bundle selector equal to zero"
    },
    {
      "field": "TransA",
      "role": "logical transpose enable for a Shared A primary"
    },
    {
      "field": "TransB",
      "role": "logical transpose enable for a Shared B primary"
    },
    {
      "field": "CScaleEn",
      "role": "per-row FP32 accumulator C scaling enable"
    },
    {
      "field": "Reserved",
      "role": "fixed-zero reserved field"
    },
    {
      "field": "Opc1",
      "role": "fixed command-class discriminator equal to 2"
    },
    {
      "field": "Opcode",
      "role": "fixed block-attribute opcode discriminator equal to 1"
    },
    {
      "field": "W",
      "role": "fixed 32-bit command-width discriminator equal to 1"
    }
  ],
  "ordering": [
    "Complete field, B.DATR, operand-schema, alias, shape, and allocation preflight precedes every source consumption and destination effect.",
    "D, RowMaxOut, and GroupMaxOut are published as one atomic complete-block output group; rejection exposes none of them."
  ],
  "standalone_opcode": true,
  "state_effects": [
    "Latch the accepted fixed-point post-processing descriptor once for the active block; bundle reset clears its presence and every field, including TransA, TransB, and CScaleEn.",
    "Trap save and recovery preserve the complete latched descriptor with the pending block.",
    "Successful execution selects any activation-dependent multiplier before the destination conversion, preserves raw optional reductions, and atomically commits all enabled outputs through the numeric-profile hook."
  ]
}
Open generated traceability record
{
  "classification": [
    "attributes"
  ],
  "documentation": "docs/block/attributes/B.FPATR.md",
  "id": "PTO-BLOCK-B-FPATR",
  "instruction_contract": {
    "artifact": "spec/evidence/instruction-contract-closure.json",
    "mnemonic": "B.FPATR",
    "ndf_clause": "PTO-INST-BLOCK-B-FPATR"
  },
  "mnemonic": "B.FPATR",
  "readiness_subjects": [
    "ADR-0022",
    "ADR-0032",
    "ADR-0052",
    "ADR-0059",
    "ADR-0064",
    "ADR-0072",
    "ADR-0079",
    "ADR-0085",
    "ADR-0101"
  ],
  "semantic_tests": [
    "PTO-AVS-BLOCK-B-FPATR-ACT-004",
    "PTO-AVS-BLOCK-B-FPATR-ALL-MODES-007",
    "PTO-AVS-BLOCK-B-FPATR-COMMIT-006",
    "PTO-AVS-BLOCK-B-FPATR-CONTROLS-010",
    "PTO-AVS-BLOCK-B-FPATR-CSCALE-001",
    "PTO-AVS-BLOCK-B-FPATR-CSCALE-FAULT-002",
    "PTO-AVS-BLOCK-B-FPATR-DUPLICATE-001",
    "PTO-AVS-BLOCK-B-FPATR-FORMATS-003",
    "PTO-AVS-BLOCK-B-FPATR-GROUP-RSVD-001",
    "PTO-AVS-BLOCK-B-FPATR-INPUT-TYPE-002",
    "PTO-AVS-BLOCK-B-FPATR-MODE-TABLE-BOUNDARY-001",
    "PTO-AVS-BLOCK-B-FPATR-NONMATRIX-001",
    "PTO-AVS-BLOCK-B-FPATR-OPERAND-ROUTING-EXECUTION-001",
    "PTO-AVS-BLOCK-B-FPATR-PLACE-001",
    "PTO-AVS-BLOCK-B-FPATR-PQ14-15-001",
    "PTO-AVS-BLOCK-B-FPATR-PQ21-22-001",
    "PTO-AVS-BLOCK-B-FPATR-PQ29-31-001",
    "PTO-AVS-BLOCK-B-FPATR-PQ40-47-001",
    "PTO-AVS-BLOCK-B-FPATR-PQ48-55-001",
    "PTO-AVS-BLOCK-B-FPATR-PQ56-63-001",
    "PTO-AVS-BLOCK-B-FPATR-QUANT-002",
    "PTO-AVS-BLOCK-B-FPATR-RELU-RSVD-001",
    "PTO-AVS-BLOCK-B-FPATR-RESET-CLEAR-001",
    "PTO-AVS-BLOCK-B-FPATR-ROUNDING-008",
    "PTO-AVS-BLOCK-B-FPATR-RSVD-001",
    "PTO-AVS-BLOCK-B-FPATR-SPECIAL-005",
    "PTO-AVS-BLOCK-B-FPATR-TRANSPOSE-RSVD-012",
    "PTO-AVS-BLOCK-B-FPATR-ZERO-AFFINE-009",
    "PTO-AVS-BLOCK-B-FPATR-ZMASK-001"
  ],
  "source": "asl/block/attributes/B.FPATR.asl",
  "surface": "block",
  "tests": [
    "PTO-AVS-BLOCK-B-FPATR-ACT-004",
    "PTO-AVS-BLOCK-B-FPATR-ALL-MODES-007",
    "PTO-AVS-BLOCK-B-FPATR-COMMIT-006",
    "PTO-AVS-BLOCK-B-FPATR-CONTROLS-010",
    "PTO-AVS-BLOCK-B-FPATR-CSCALE-001",
    "PTO-AVS-BLOCK-B-FPATR-CSCALE-FAULT-002",
    "PTO-AVS-BLOCK-B-FPATR-DECODE-001",
    "PTO-AVS-BLOCK-B-FPATR-DUPLICATE-001",
    "PTO-AVS-BLOCK-B-FPATR-FORMATS-003",
    "PTO-AVS-BLOCK-B-FPATR-GROUP-RSVD-001",
    "PTO-AVS-BLOCK-B-FPATR-INPUT-TYPE-002",
    "PTO-AVS-BLOCK-B-FPATR-MODE-TABLE-BOUNDARY-001",
    "PTO-AVS-BLOCK-B-FPATR-NONMATRIX-001",
    "PTO-AVS-BLOCK-B-FPATR-OPERAND-ROUTING-EXECUTION-001",
    "PTO-AVS-BLOCK-B-FPATR-PLACE-001",
    "PTO-AVS-BLOCK-B-FPATR-PQ14-15-001",
    "PTO-AVS-BLOCK-B-FPATR-PQ21-22-001",
    "PTO-AVS-BLOCK-B-FPATR-PQ29-31-001",
    "PTO-AVS-BLOCK-B-FPATR-PQ40-47-001",
    "PTO-AVS-BLOCK-B-FPATR-PQ48-55-001",
    "PTO-AVS-BLOCK-B-FPATR-PQ56-63-001",
    "PTO-AVS-BLOCK-B-FPATR-QUANT-002",
    "PTO-AVS-BLOCK-B-FPATR-RELU-RSVD-001",
    "PTO-AVS-BLOCK-B-FPATR-RESET-CLEAR-001",
    "PTO-AVS-BLOCK-B-FPATR-ROUNDING-008",
    "PTO-AVS-BLOCK-B-FPATR-RSVD-001",
    "PTO-AVS-BLOCK-B-FPATR-SPECIAL-005",
    "PTO-AVS-BLOCK-B-FPATR-TRANSPOSE-011",
    "PTO-AVS-BLOCK-B-FPATR-TRANSPOSE-RSVD-012",
    "PTO-AVS-BLOCK-B-FPATR-ZERO-AFFINE-009",
    "PTO-AVS-BLOCK-B-FPATR-ZMASK-001"
  ]
}

来源与发布信息

展开 commit、路径、hash、版本和规范所有者
发布
0.58.5 · 候选发布
Commit
7dc8b7e5b121d2b2499a2273bebff29e2cd86812
原始 ASL
asl/block/attributes/B.FPATR.asl
ASL SHA-256
865133159fe5b03974cbdf4f6c4b87ed0127a37fa7b882a6f8f1696a6da331e6
生成文档
docs/site/i18n/zh-CN/docusaurus-plugin-content-docs-reference/current/block/attributes/B.FPATR.md · 已融合到当前页面
文档 SHA-256
7293b189e04ba532a45e215a6e5e3ac237762ca532dee076ad383b80d1d56dea

精确所有者