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https://github.com/pound-emu/ballistic.git
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421 lines
24 KiB
XML
421 lines
24 KiB
XML
<?xml version="1.0" encoding="utf-8"?>
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<?xml-stylesheet type="text/xsl" encoding="UTF-8" href="iform.xsl" version="1.0"?>
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<!DOCTYPE instructionsection PUBLIC "-//ARM//DTD instructionsection //EN" "iform-p.dtd">
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<!-- Copyright (c) 2010-2022 Arm Limited or its affiliates. All rights reserved. -->
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<!-- This document is Non-Confidential. This document may only be used and distributed in accordance with the terms of the agreement entered into by Arm and the party that Arm delivered this document to. -->
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<instructionsection id="sumlall_za_zzi" title="SUMLALL (multiple and indexed vector)" type="instruction">
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<docvars>
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<docvar key="instr-class" value="mortlach2" />
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<docvar key="isa" value="A64" />
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<docvar key="mnemonic" value="SUMLALL" />
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</docvars>
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<heading>SUMLALL (multiple and indexed vector)</heading>
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<desc>
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<brief>Multi-vector signed by unsigned integer multiply-add long long by indexed element</brief>
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<description>
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<para>The instruction operates on one, two, or four ZA quad-vector groups.</para>
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<para>This signed by unsigned integer multiply-add long long instruction multiplies each signed 8-bit element in the one, two, or four first source vectors with each unsigned 8-bit indexed element of the second source vector, widens each product to 32-bits and destructively adds these values to the corresponding 32-bit elements of the one, two, or four ZA quad-vector groups.</para>
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<para>The elements within the second source vector are specified using an immediate element index which selects the same element position within each 128-bit vector segment. The element index range is from 0 to one less than the number of elements per 128-bit segment, encoded in 4 bits. The lowest of the four consecutive vector numbers forming the quad-vector group within all, each half, or each quarter of the ZA array are selected by the sum of the vector select register and immediate offset, modulo all, half, or quarter the number of ZA array vectors.</para>
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<para>The <arm-defined-word>vector group</arm-defined-word> symbol, <syntax>VGx2</syntax> or <syntax>VGx4</syntax>, indicates that the ZA operand consists of two or four ZA quad-vector groups respectively. The <arm-defined-word>vector group</arm-defined-word> symbol is preferred for disassembly, but optional in assembler source code.</para>
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<para>This instruction is unpredicated.</para>
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</description>
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<status>Green</status>
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<predicated>False</predicated>
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<sm_policy>SM_1_only</sm_policy>
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</desc>
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<alias_list howmany="0"></alias_list>
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<classes>
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<classesintro count="3">
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<txt>It has encodings from 3 classes:</txt>
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<a href="#iclass_sme_vgx1_quad">One ZA quad-vector</a>
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<txt>, </txt>
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<a href="#iclass_sme_vgx2_quad">Two ZA quad-vectors</a>
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<txt> and </txt>
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<a href="#iclass_sme_vgx4_quad">Four ZA quad-vectors</a>
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</classesintro>
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<iclass name="One ZA quad-vector" oneof="3" id="iclass_sme_vgx1_quad" no_encodings="1" isa="A64">
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<docvars>
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<docvar key="instr-class" value="mortlach2" />
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<docvar key="isa" value="A64" />
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<docvar key="mnemonic" value="SUMLALL" />
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<docvar key="sme-multireg" value="sme-vgx1-quad" />
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</docvars>
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<iclassintro count="1"></iclassintro>
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<arch_variants>
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<arch_variant name="FEAT_SME2" feature="FEAT_SME2" />
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</arch_variants>
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<regdiagram form="32" psname="SUMLALL-ZA.ZZi-S" tworows="1">
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<box hibit="31" width="12" settings="12">
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<c>1</c>
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<c>1</c>
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<c>0</c>
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<c>0</c>
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<c>0</c>
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<c>0</c>
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<c>0</c>
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<c>1</c>
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<c>0</c>
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<c>0</c>
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<c>0</c>
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<c>0</c>
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</box>
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<box hibit="19" width="4" name="Zm" usename="1">
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<c colspan="4"></c>
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</box>
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<box hibit="15" name="i4h" usename="1">
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<c></c>
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</box>
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<box hibit="14" width="2" name="Rv" usename="1">
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<c colspan="2"></c>
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</box>
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<box hibit="12" width="3" name="i4l" usename="1">
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<c colspan="3"></c>
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</box>
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<box hibit="9" width="5" name="Zn" usename="1">
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<c colspan="5"></c>
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</box>
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<box hibit="4" name="U" usename="1" settings="1">
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<c>1</c>
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</box>
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<box hibit="3" name="S" usename="1" settings="1">
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<c>0</c>
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</box>
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<box hibit="2" name="op" settings="1">
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<c>1</c>
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</box>
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<box hibit="1" width="2" name="off2" usename="1">
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<c colspan="2"></c>
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</box>
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</regdiagram>
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<encoding name="sumlall_za_zzi_s" oneofinclass="1" oneof="3" label="">
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<docvars>
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<docvar key="instr-class" value="mortlach2" />
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<docvar key="isa" value="A64" />
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<docvar key="mnemonic" value="SUMLALL" />
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<docvar key="sme-multireg" value="sme-vgx1-quad" />
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</docvars>
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<asmtemplate><text>SUMLALL ZA.S[</text><a link="sa_wv" hover="32-bit vector select register W8-W11 (field "Rv")"><Wv></a><text>, </text><a link="sa_offsf" hover="Vector select offset, pointing to first of four consecutive vectors, encoded as "off2" field times 4 (field off2)"><offsf></a><text>:</text><a link="sa_offsl" hover="Vector select offset, pointing to last of four consecutive vectors, encoded as "off2" field times 4 plus 3 (field off2)"><offsl></a><text>], </text><a link="sa_zn" hover="First source scalable vector register (field "Zn")"><Zn></a><text>.B, </text><a link="sa_zm" hover="Second source scalable vector register Z0-Z15 (field "Zm")"><Zm></a><text>.B[</text><a link="sa_index" hover="Element index [0-15] (field "i4h:i4l")"><index></a><text>]</text></asmtemplate>
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</encoding>
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<ps_section howmany="1">
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<ps name="SUMLALL-ZA.ZZi-S" mylink="SUMLALL-ZA.ZZi-S" enclabels="" sections="1" secttype="noheading">
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<pstext mayhavelinks="1" section="Decode" rep_section="decode">if !<a link="impl-aarch64.HaveSME2.0" file="shared_pseudocode.xml" hover="function: boolean HaveSME2()">HaveSME2</a>() then UNDEFINED;
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constant integer esize = 32;
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integer v = <a link="impl-shared.UInt.1" file="shared_pseudocode.xml" hover="function: integer UInt(bits(N) x)">UInt</a>('010':Rv);
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integer n = <a link="impl-shared.UInt.1" file="shared_pseudocode.xml" hover="function: integer UInt(bits(N) x)">UInt</a>(Zn);
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integer m = <a link="impl-shared.UInt.1" file="shared_pseudocode.xml" hover="function: integer UInt(bits(N) x)">UInt</a>('0':Zm);
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integer offset = <a link="impl-shared.UInt.1" file="shared_pseudocode.xml" hover="function: integer UInt(bits(N) x)">UInt</a>(off2:'00');
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integer index = <a link="impl-shared.UInt.1" file="shared_pseudocode.xml" hover="function: integer UInt(bits(N) x)">UInt</a>(i4h:i4l);
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constant integer nreg = 1;</pstext>
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</ps>
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</ps_section>
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</iclass>
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<iclass name="Two ZA quad-vectors" oneof="3" id="iclass_sme_vgx2_quad" no_encodings="1" isa="A64">
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<docvars>
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<docvar key="instr-class" value="mortlach2" />
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<docvar key="isa" value="A64" />
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<docvar key="mnemonic" value="SUMLALL" />
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<docvar key="sme-multireg" value="sme-vgx2-quad" />
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</docvars>
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<iclassintro count="1"></iclassintro>
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<arch_variants>
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<arch_variant name="FEAT_SME2" feature="FEAT_SME2" />
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</arch_variants>
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<regdiagram form="32" psname="SUMLALL-ZA.ZZi-S2xi" tworows="1">
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<box hibit="31" width="12" settings="12">
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<c>1</c>
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<c>1</c>
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<c>0</c>
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<c>0</c>
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<c>0</c>
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<c>0</c>
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<c>0</c>
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<c>1</c>
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<c>0</c>
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<c>0</c>
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<c>0</c>
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<c>1</c>
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</box>
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<box hibit="19" width="4" name="Zm" usename="1">
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<c colspan="4"></c>
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</box>
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<box hibit="15" settings="1">
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<c>0</c>
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</box>
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<box hibit="14" width="2" name="Rv" usename="1">
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<c colspan="2"></c>
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</box>
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<box hibit="12" settings="1">
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<c>0</c>
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</box>
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<box hibit="11" width="2" name="i4h" usename="1">
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<c colspan="2"></c>
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</box>
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<box hibit="9" width="4" name="Zn" usename="1">
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<c colspan="4"></c>
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</box>
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<box hibit="5" name="op" settings="1">
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<c>1</c>
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</box>
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<box hibit="4" name="U" usename="1" settings="1">
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<c>1</c>
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</box>
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<box hibit="3" name="S" usename="1" settings="1">
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<c>0</c>
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</box>
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<box hibit="2" width="2" name="i4l" usename="1">
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<c colspan="2"></c>
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</box>
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<box hibit="0" name="o1" usename="1">
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<c></c>
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</box>
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</regdiagram>
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<encoding name="sumlall_za_zzi_s2xi" oneofinclass="1" oneof="3" label="">
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<docvars>
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<docvar key="instr-class" value="mortlach2" />
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<docvar key="isa" value="A64" />
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<docvar key="mnemonic" value="SUMLALL" />
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<docvar key="sme-multireg" value="sme-vgx2-quad" />
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</docvars>
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<asmtemplate><text>SUMLALL ZA.S[</text><a link="sa_wv" hover="32-bit vector select register W8-W11 (field "Rv")"><Wv></a><text>, </text><a link="sa_offsf_1" hover="Vector select offset, pointing to first of four consecutive vectors, encoded as "o1" field times 4 (field o1)"><offsf></a><text>:</text><a link="sa_offsl_1" hover="Vector select offset, pointing to last of four consecutive vectors, encoded as "o1" field times 4 plus 3 (field o1)"><offsl></a><a>{, VGx2}</a><text>], </text><text>{</text><text> </text><a link="sa_zn1" hover="First scalable vector register of a multi-vector sequence (field Zn)"><Zn1></a><text>.B-</text><a link="sa_zn2" hover="Second scalable vector register of a multi-vector sequence (field Zn)"><Zn2></a><text>.B </text><text>}</text><text>, </text><a link="sa_zm" hover="Second source scalable vector register Z0-Z15 (field "Zm")"><Zm></a><text>.B[</text><a link="sa_index" hover="Element index [0-15] (field "i4h:i4l")"><index></a><text>]</text></asmtemplate>
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</encoding>
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<ps_section howmany="1">
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<ps name="SUMLALL-ZA.ZZi-S2xi" mylink="SUMLALL-ZA.ZZi-S2xi" enclabels="" sections="1" secttype="noheading">
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<pstext mayhavelinks="1" section="Decode" rep_section="decode">if !<a link="impl-aarch64.HaveSME2.0" file="shared_pseudocode.xml" hover="function: boolean HaveSME2()">HaveSME2</a>() then UNDEFINED;
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constant integer esize = 32;
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integer v = <a link="impl-shared.UInt.1" file="shared_pseudocode.xml" hover="function: integer UInt(bits(N) x)">UInt</a>('010':Rv);
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integer n = <a link="impl-shared.UInt.1" file="shared_pseudocode.xml" hover="function: integer UInt(bits(N) x)">UInt</a>(Zn:'0');
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integer m = <a link="impl-shared.UInt.1" file="shared_pseudocode.xml" hover="function: integer UInt(bits(N) x)">UInt</a>('0':Zm);
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integer offset = <a link="impl-shared.UInt.1" file="shared_pseudocode.xml" hover="function: integer UInt(bits(N) x)">UInt</a>(o1:'00');
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integer index = <a link="impl-shared.UInt.1" file="shared_pseudocode.xml" hover="function: integer UInt(bits(N) x)">UInt</a>(i4h:i4l);
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constant integer nreg = 2;</pstext>
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</ps>
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</ps_section>
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</iclass>
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<iclass name="Four ZA quad-vectors" oneof="3" id="iclass_sme_vgx4_quad" no_encodings="1" isa="A64">
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<docvars>
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<docvar key="instr-class" value="mortlach2" />
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<docvar key="isa" value="A64" />
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<docvar key="mnemonic" value="SUMLALL" />
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<docvar key="sme-multireg" value="sme-vgx4-quad" />
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</docvars>
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<iclassintro count="1"></iclassintro>
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<arch_variants>
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<arch_variant name="FEAT_SME2" feature="FEAT_SME2" />
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</arch_variants>
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<regdiagram form="32" psname="SUMLALL-ZA.ZZi-S4xi" tworows="1">
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<box hibit="31" width="12" settings="12">
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<c>1</c>
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<c>1</c>
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<c>0</c>
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<c>0</c>
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<c>0</c>
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<c>0</c>
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<c>0</c>
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<c>1</c>
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<c>0</c>
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<c>0</c>
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<c>0</c>
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<c>1</c>
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</box>
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<box hibit="19" width="4" name="Zm" usename="1">
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<c colspan="4"></c>
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</box>
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<box hibit="15" settings="1">
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<c>1</c>
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</box>
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<box hibit="14" width="2" name="Rv" usename="1">
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<c colspan="2"></c>
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</box>
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<box hibit="12" settings="1">
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<c>0</c>
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</box>
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<box hibit="11" width="2" name="i4h" usename="1">
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<c colspan="2"></c>
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</box>
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<box hibit="9" width="3" name="Zn" usename="1">
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<c colspan="3"></c>
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</box>
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<box hibit="6" settings="1">
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<c>0</c>
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</box>
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<box hibit="5" name="op" settings="1">
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<c>1</c>
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</box>
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<box hibit="4" name="U" usename="1" settings="1">
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<c>1</c>
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</box>
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<box hibit="3" name="S" usename="1" settings="1">
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<c>0</c>
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</box>
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<box hibit="2" width="2" name="i4l" usename="1">
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<c colspan="2"></c>
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</box>
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<box hibit="0" name="o1" usename="1">
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<c></c>
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</box>
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</regdiagram>
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<encoding name="sumlall_za_zzi_s4xi" oneofinclass="1" oneof="3" label="">
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<docvars>
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<docvar key="instr-class" value="mortlach2" />
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<docvar key="isa" value="A64" />
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<docvar key="mnemonic" value="SUMLALL" />
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<docvar key="sme-multireg" value="sme-vgx4-quad" />
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</docvars>
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<asmtemplate><text>SUMLALL ZA.S[</text><a link="sa_wv" hover="32-bit vector select register W8-W11 (field "Rv")"><Wv></a><text>, </text><a link="sa_offsf_1" hover="Vector select offset, pointing to first of four consecutive vectors, encoded as "o1" field times 4 (field o1)"><offsf></a><text>:</text><a link="sa_offsl_1" hover="Vector select offset, pointing to last of four consecutive vectors, encoded as "o1" field times 4 plus 3 (field o1)"><offsl></a><a>{, VGx4}</a><text>], </text><text>{</text><text> </text><a link="sa_zn1_1" hover="First scalable vector register of a multi-vector sequence (field Zn)"><Zn1></a><text>.B-</text><a link="sa_zn4" hover="Fourth scalable vector register of a multi-vector sequence (field Zn)"><Zn4></a><text>.B </text><text>}</text><text>, </text><a link="sa_zm" hover="Second source scalable vector register Z0-Z15 (field "Zm")"><Zm></a><text>.B[</text><a link="sa_index" hover="Element index [0-15] (field "i4h:i4l")"><index></a><text>]</text></asmtemplate>
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</encoding>
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<ps_section howmany="1">
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<ps name="SUMLALL-ZA.ZZi-S4xi" mylink="SUMLALL-ZA.ZZi-S4xi" enclabels="" sections="1" secttype="noheading">
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<pstext mayhavelinks="1" section="Decode" rep_section="decode">if !<a link="impl-aarch64.HaveSME2.0" file="shared_pseudocode.xml" hover="function: boolean HaveSME2()">HaveSME2</a>() then UNDEFINED;
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constant integer esize = 32;
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integer v = <a link="impl-shared.UInt.1" file="shared_pseudocode.xml" hover="function: integer UInt(bits(N) x)">UInt</a>('010':Rv);
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integer n = <a link="impl-shared.UInt.1" file="shared_pseudocode.xml" hover="function: integer UInt(bits(N) x)">UInt</a>(Zn:'00');
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integer m = <a link="impl-shared.UInt.1" file="shared_pseudocode.xml" hover="function: integer UInt(bits(N) x)">UInt</a>('0':Zm);
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integer offset = <a link="impl-shared.UInt.1" file="shared_pseudocode.xml" hover="function: integer UInt(bits(N) x)">UInt</a>(o1:'00');
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integer index = <a link="impl-shared.UInt.1" file="shared_pseudocode.xml" hover="function: integer UInt(bits(N) x)">UInt</a>(i4h:i4l);
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constant integer nreg = 4;</pstext>
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</ps>
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</ps_section>
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</iclass>
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</classes>
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<explanations scope="all">
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<explanation enclist="sumlall_za_zzi_s, sumlall_za_zzi_s2xi, sumlall_za_zzi_s4xi" symboldefcount="1">
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<symbol link="sa_wv"><Wv></symbol>
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<account encodedin="Rv">
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<intro>
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<para>Is the 32-bit name of the vector select register W8-W11, encoded in the "Rv" field.</para>
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</intro>
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</account>
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</explanation>
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<explanation enclist="sumlall_za_zzi_s" symboldefcount="1">
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<symbol link="sa_offsf"><offsf></symbol>
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<account encodedin="off2">
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<docvars>
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<docvar key="sme-multireg" value="sme-vgx1-quad" />
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</docvars>
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<intro>
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<para>For the one ZA quad-vector variant: is the vector select offset, pointing to first of four consecutive vectors, encoded as "off2" field times 4.</para>
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</intro>
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</account>
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</explanation>
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<explanation enclist="sumlall_za_zzi_s2xi, sumlall_za_zzi_s4xi" symboldefcount="2">
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<symbol link="sa_offsf_1"><offsf></symbol>
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<account encodedin="o1">
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<intro>
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<para>For the four ZA quad-vectors and two ZA quad-vectors variant: is the vector select offset, pointing to first of four consecutive vectors, encoded as "o1" field times 4.</para>
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</intro>
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</account>
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</explanation>
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<explanation enclist="sumlall_za_zzi_s" symboldefcount="1">
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<symbol link="sa_offsl"><offsl></symbol>
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<account encodedin="off2">
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<docvars>
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<docvar key="sme-multireg" value="sme-vgx1-quad" />
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</docvars>
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<intro>
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<para>For the one ZA quad-vector variant: is the vector select offset, pointing to last of four consecutive vectors, encoded as "off2" field times 4 plus 3.</para>
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</intro>
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</account>
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</explanation>
|
|
<explanation enclist="sumlall_za_zzi_s2xi, sumlall_za_zzi_s4xi" symboldefcount="2">
|
|
<symbol link="sa_offsl_1"><offsl></symbol>
|
|
<account encodedin="o1">
|
|
<intro>
|
|
<para>For the four ZA quad-vectors and two ZA quad-vectors variant: is the vector select offset, pointing to last of four consecutive vectors, encoded as "o1" field times 4 plus 3.</para>
|
|
</intro>
|
|
</account>
|
|
</explanation>
|
|
<explanation enclist="sumlall_za_zzi_s" symboldefcount="1">
|
|
<symbol link="sa_zn"><Zn></symbol>
|
|
<account encodedin="Zn">
|
|
<intro>
|
|
<para>Is the name of the first source scalable vector register, encoded in the "Zn" field.</para>
|
|
</intro>
|
|
</account>
|
|
</explanation>
|
|
<explanation enclist="sumlall_za_zzi_s2xi" symboldefcount="1">
|
|
<symbol link="sa_zn1"><Zn1></symbol>
|
|
<account encodedin="Zn">
|
|
<docvars>
|
|
<docvar key="sme-multireg" value="sme-vgx2-quad" />
|
|
</docvars>
|
|
<intro>
|
|
<para>For the two ZA quad-vectors variant: is the name of the first scalable vector register of a multi-vector sequence, encoded as "Zn" times 2.</para>
|
|
</intro>
|
|
</account>
|
|
</explanation>
|
|
<explanation enclist="sumlall_za_zzi_s4xi" symboldefcount="2">
|
|
<symbol link="sa_zn1_1"><Zn1></symbol>
|
|
<account encodedin="Zn">
|
|
<docvars>
|
|
<docvar key="sme-multireg" value="sme-vgx4-quad" />
|
|
</docvars>
|
|
<intro>
|
|
<para>For the four ZA quad-vectors variant: is the name of the first scalable vector register of a multi-vector sequence, encoded as "Zn" times 4.</para>
|
|
</intro>
|
|
</account>
|
|
</explanation>
|
|
<explanation enclist="sumlall_za_zzi_s4xi" symboldefcount="1">
|
|
<symbol link="sa_zn4"><Zn4></symbol>
|
|
<account encodedin="Zn">
|
|
<intro>
|
|
<para>Is the name of the fourth scalable vector register of a multi-vector sequence, encoded as "Zn" times 4 plus 3.</para>
|
|
</intro>
|
|
</account>
|
|
</explanation>
|
|
<explanation enclist="sumlall_za_zzi_s2xi" symboldefcount="1">
|
|
<symbol link="sa_zn2"><Zn2></symbol>
|
|
<account encodedin="Zn">
|
|
<intro>
|
|
<para>Is the name of the second scalable vector register of a multi-vector sequence, encoded as "Zn" times 2 plus 1.</para>
|
|
</intro>
|
|
</account>
|
|
</explanation>
|
|
<explanation enclist="sumlall_za_zzi_s, sumlall_za_zzi_s2xi, sumlall_za_zzi_s4xi" symboldefcount="1">
|
|
<symbol link="sa_zm"><Zm></symbol>
|
|
<account encodedin="Zm">
|
|
<intro>
|
|
<para>Is the name of the second source scalable vector register Z0-Z15, encoded in the "Zm" field.</para>
|
|
</intro>
|
|
</account>
|
|
</explanation>
|
|
<explanation enclist="sumlall_za_zzi_s, sumlall_za_zzi_s2xi, sumlall_za_zzi_s4xi" symboldefcount="1">
|
|
<symbol link="sa_index"><index></symbol>
|
|
<account encodedin="i4h:i4l">
|
|
<intro>
|
|
<para>Is the element index, in the range 0 to 15, encoded in the "i4h:i4l" fields.</para>
|
|
</intro>
|
|
</account>
|
|
</explanation>
|
|
</explanations>
|
|
<ps_section howmany="1">
|
|
<ps name="SUMLALL-ZA.ZZi-S" mylink="execute" enclabels="" sections="1" secttype="Operation">
|
|
<pstext mayhavelinks="1" section="Execute" rep_section="execute"><a link="impl-aarch64.CheckStreamingSVEAndZAEnabled.0" file="shared_pseudocode.xml" hover="function: CheckStreamingSVEAndZAEnabled()">CheckStreamingSVEAndZAEnabled</a>();
|
|
constant integer VL = <a link="impl-aarch64.CurrentVL.read.none" file="shared_pseudocode.xml" hover="accessor: integer CurrentVL">CurrentVL</a>;
|
|
constant integer elements = VL DIV esize;
|
|
integer vectors = VL DIV 8;
|
|
integer vstride = vectors DIV nreg;
|
|
integer eltspersegment = 128 DIV esize;
|
|
bits(32) vbase = <a link="impl-aarch64.X.read.2" file="shared_pseudocode.xml" hover="accessor: bits(width) X[integer n, integer width]">X</a>[v, 32];
|
|
integer vec = (<a link="impl-shared.UInt.1" file="shared_pseudocode.xml" hover="function: integer UInt(bits(N) x)">UInt</a>(vbase) + offset) MOD vstride;
|
|
bits(VL) result;
|
|
vec = vec - (vec MOD 4);
|
|
|
|
for r = 0 to nreg-1
|
|
bits(VL) operand1 = <a link="impl-aarch64.Z.read.2" file="shared_pseudocode.xml" hover="accessor: bits(width) Z[integer n, integer width]">Z</a>[n+r, VL];
|
|
bits(VL) operand2 = <a link="impl-aarch64.Z.read.2" file="shared_pseudocode.xml" hover="accessor: bits(width) Z[integer n, integer width]">Z</a>[m, VL];
|
|
for i = 0 to 3
|
|
bits(VL) operand3 = <a link="impl-aarch64.ZAvector.read.2" file="shared_pseudocode.xml" hover="accessor: bits(width) ZAvector[integer index, integer width]">ZAvector</a>[vec + i, VL];
|
|
for e = 0 to elements-1
|
|
integer segmentbase = e - (e MOD eltspersegment);
|
|
integer s = 4 * segmentbase + index;
|
|
integer element1 = <a link="impl-shared.SInt.1" file="shared_pseudocode.xml" hover="function: integer SInt(bits(N) x)">SInt</a>(<a link="impl-shared.Elem.read.3" file="shared_pseudocode.xml" hover="accessor: bits(size) Elem[bits(N) vector, integer e, integer size]">Elem</a>[operand1, 4 * e + i, esize DIV 4]);
|
|
integer element2 = <a link="impl-shared.UInt.1" file="shared_pseudocode.xml" hover="function: integer UInt(bits(N) x)">UInt</a>(<a link="impl-shared.Elem.read.3" file="shared_pseudocode.xml" hover="accessor: bits(size) Elem[bits(N) vector, integer e, integer size]">Elem</a>[operand2, s, esize DIV 4]);
|
|
bits(esize) product = (element1 * element2)<esize-1:0>;
|
|
<a link="impl-shared.Elem.write.3" file="shared_pseudocode.xml" hover="accessor: Elem[bits(N) &vector, integer e, integer size] = bits(size) value">Elem</a>[result, e, esize] = <a link="impl-shared.Elem.read.3" file="shared_pseudocode.xml" hover="accessor: bits(size) Elem[bits(N) vector, integer e, integer size]">Elem</a>[operand3, e, esize] + product;
|
|
<a link="impl-aarch64.ZAvector.write.2" file="shared_pseudocode.xml" hover="accessor: ZAvector[integer index, integer width] = bits(width) value">ZAvector</a>[vec + i, VL] = result;
|
|
vec = vec + vstride;</pstext>
|
|
</ps>
|
|
</ps_section>
|
|
</instructionsection>
|