<?xml version="1.0" encoding="utf-8"?>

<!-- 
  GLM debugger visualizers for Visual Studio
  
  Makes debugging code using GLM easier by making data more easily accessible
  from the debugger watch windows. 
  
  For example, a variable declared like this: 
  
  glm::vec4 v = glm::vec4(1, 2, 3, 4);
  
  Will show up like this in the default debugger windows:
  
   Name    Value
  ..............................................................
    v      {x=1.000000 r=1.000000 s=1.000000 y=2.000000 ...}
  
  But if you use this file, it will show up like this:
  
   Name   Value
  ..................
    v     [1 2 3 4]
  
  === How to Use ===
  
  Copy this file to the project directory of each project using GLM, or just copy it to
  
  %USERPROFILE%\Douments\Visual Studio 2019\Visualizers\ (replace '2019' when necessary)
  or
  %VSINSTALLDIR%\Common7\Packages\Debugger\Visualizers\ (requires admin access)
  
  if you want to use this from every project.
  See also https://docs.microsoft.com/en-us/visualstudio/debugger/create-custom-views-of-native-objects 
-->

<AutoVisualizer xmlns="http://schemas.microsoft.com/vstudio/debugger/natvis/2010">

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    <Expand HideRawView="1">
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    </Expand>
  </Type>
  
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    <Expand HideRawView="1">
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      <Item Name="y">y,g</Item>
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  <Type Name="glm::vec&lt;3,*,*&gt;">
    <DisplayString>[{x,g} {y,g} {z,g}]</DisplayString>
    <Expand HideRawView="1">
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      <Item Name="y">y,g</Item>
      <Item Name="z">z,g</Item>
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    <Expand HideRawView="1">
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      <Item Name="y">y,g</Item>
      <Item Name="z">z,g</Item>
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    <DisplayString>[{(int)x}]</DisplayString>
    <Expand HideRawView="1">
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    <Expand HideRawView="1">
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      <Item Name="y">y</Item>
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  <Type Name="glm::vec&lt;3,bool,*&gt;" Priority="High">
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    <Expand HideRawView="1">
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      <Item Name="y">y</Item>
      <Item Name="z">z</Item>
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  <Type Name="glm::vec&lt;4,bool,*&gt;" Priority="High">
    <DisplayString>[{(int)x,g} {(int)y,g} {(int)z,g} {(int)w,g}]</DisplayString>
    <Expand HideRawView="1">
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      <Item Name="y">y</Item>
      <Item Name="z">z</Item>
      <Item Name="w">w</Item>
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  <Type Name="glm::vec&lt;2,float,*&gt;" Priority="High">
    <DisplayString>[{x,g} {y,g}]</DisplayString>
    <Expand HideRawView="1">
      <CustomListItems MaxItemsPerView="1">
        <!-- calculate length using fast inverse sqrt -->
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        <Variable Name="n" InitialValue="k/2"/>
        <Variable Name="i" InitialValue="0x5F3759DF - ((*(int *)&amp;k) &gt;&gt; 1)"/>
        <If Condition="k != 0">
          <Exec>k = *(float *)&amp;i</Exec>
          <Exec>k = k * (1.5f - (n * k * k))</Exec>
          <Exec>k = k * (1.5f - (n * k * k))</Exec>
          <Exec>k = k * (1.5f - (n * k * k))</Exec>
          <Item Name="[len]">1/k,g</Item>
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        <If Condition="k == 0">
          <Item Name="[len]">0.0f,g</Item>
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    <DisplayString>[{x,g} {y,g} {z,g}]</DisplayString>
    <Expand HideRawView="1">
      <CustomListItems MaxItemsPerView="1">
        <!-- calculate length using fast inverse sqrt -->
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        <Variable Name="n" InitialValue="k/2"/>
        <Variable Name="i" InitialValue="0x5F3759DF - ((*(int *)&amp;k) &gt;&gt; 1)"/>
        <If Condition="k != 0">
          <Exec>k = *(float *)&amp;i</Exec>
          <Exec>k = k * (1.5f - (n * k * k))</Exec>
          <Exec>k = k * (1.5f - (n * k * k))</Exec>
          <Exec>k = k * (1.5f - (n * k * k))</Exec>
          <Item Name="[len]">1/k,g</Item>
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        <If Condition="k == 0">
          <Item Name="[len]">0.0f,g</Item>
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      <Synthetic Name="[rgba]">
        <DisplayString>
          <!-- hex RGBA color - alpha is assumed to be 255 -->
          #{
          (unsigned((x&lt;0?0:(x&gt;1?1:x))*255.5f) &lt;&lt; 24) |
          (unsigned((y&lt;0?0:(y&gt;1?1:y))*255.5f) &lt;&lt; 16) |
          (unsigned((z&lt;0?0:(z&gt;1?1:z))*255.5f) &lt;&lt; 8) | 0xFF,Xb
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      <Item Name="z">z,g</Item>
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  <Type Name="glm::vec&lt;4,float,*&gt;" Priority="High">
    <DisplayString>[{x,g} {y,g} {z,g} {w,g}]</DisplayString>
    <Expand HideRawView="1">
      <CustomListItems MaxItemsPerView="1">
        <!-- calculate length using fast inverse sqrt -->
        <Variable Name="k" InitialValue="x*x+y*y+z*z+w*w"/>
        <Variable Name="n" InitialValue="k/2"/>
        <Variable Name="i" InitialValue="0x5F3759DF - ((*(int *)&amp;k) &gt;&gt; 1)"/>
        <If Condition="k != 0">
          <Exec>k = *(float *)&amp;i</Exec>
          <Exec>k = k * (1.5f - (n * k * k))</Exec>
          <Exec>k = k * (1.5f - (n * k * k))</Exec>
          <Exec>k = k * (1.5f - (n * k * k))</Exec>
          <Item Name="[len]">1/k,g</Item>
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        <DisplayString>
          <!-- hex RGBA color -->
          #{
          (unsigned((x&lt;0?0:(x&gt;1?1:x))*255.5f) &lt;&lt; 24) |
          (unsigned((y&lt;0?0:(y&gt;1?1:y))*255.5f) &lt;&lt; 16) |
          (unsigned((z&lt;0?0:(z&gt;1?1:z))*255.5f) &lt;&lt; 8) |
          (unsigned((w&lt;0?0:(w&gt;1?1:w))*255.5f) &lt;&lt; 0),Xb
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    <DisplayString>[{x,g} {y,g}]</DisplayString>
    <Expand HideRawView="1">
      <CustomListItems MaxItemsPerView="1">
        <!-- calculate length using fast inverse sqrt -->
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        <Variable Name="n" InitialValue="k/2"/>
        <Variable Name="i" InitialValue="0x5FE6EB50C7B537A9 - ((*(long long *)&amp;k) &gt;&gt; 1)"/>
        <If Condition="k != 0">
          <Exec>k = *(double *)&amp;i</Exec>
          <Exec>k = k * (1.5 - (n * k * k))</Exec>
          <Exec>k = k * (1.5 - (n * k * k))</Exec>
          <Exec>k = k * (1.5 - (n * k * k))</Exec>
          <Item Name="[len]">1/k,g</Item>
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        <If Condition="k == 0">
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      <Item Name="x">x,g</Item>
      <Item Name="y">y,g</Item>
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  <Type Name="glm::vec&lt;3,double,*&gt;" Priority="High">
    <DisplayString>[{x,g} {y,g} {z,g}]</DisplayString>
    <Expand HideRawView="1">
      <CustomListItems MaxItemsPerView="1">
        <!-- calculate length using fast inverse sqrt -->
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        <Variable Name="n" InitialValue="k/2"/>
        <Variable Name="i" InitialValue="0x5FE6EB50C7B537A9 - ((*(long long *)&amp;k) &gt;&gt; 1)"/>
        <If Condition="k != 0">
          <Exec>k = *(double *)&amp;i</Exec>
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          <Exec>k = k * (1.5 - (n * k * k))</Exec>
          <Exec>k = k * (1.5 - (n * k * k))</Exec>
          <Item Name="[len]">1/k,g</Item>
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        <!-- calculate length using fast inverse sqrt -->
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        <Variable Name="i" InitialValue="0x5FE6EB50C7B537A9 - ((*(long long *)&amp;k) &gt;&gt; 1)"/>
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          <Exec>k = *(double *)&amp;i</Exec>
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      <Item Name="y">y,g</Item>
      <Item Name="z">z,g</Item>
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      <CustomListItems MaxItemsPerView="1">
        <!-- calculate length using fast inverse sqrt -->
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          <Exec>k = k * (1.5f - (n * k * k))</Exec>
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    <DisplayString>{w,g} + {x,g}i + {y,g}j + {z,g}k</DisplayString>
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        <!-- calculate length using fast inverse sqrt -->
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          <Exec>k = *(double *)&amp;i</Exec>
          <Exec>k = k * (1.5 - (n * k * k))</Exec>
          <Exec>k = k * (1.5 - (n * k * k))</Exec>
          <Exec>k = k * (1.5 - (n * k * k))</Exec>
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    <DisplayString>[{value[0]} {value[1]}]</DisplayString>
    <Expand HideRawView="1">
      <!-- display matrix in row major order - it makes more sense -->
      <Synthetic Name="row 1">
        <DisplayString>[{value[0].x,g} {value[1].x,g}]</DisplayString>
      </Synthetic>
      <Synthetic Name="row 2">
        <DisplayString>[{value[0].y,g} {value[1].y,g}]</DisplayString>
      </Synthetic>
      <Synthetic Name="columns">
        <Expand>
          <Item Name="col 1">value[0]</Item>
          <Item Name="col 2">value[1]</Item>
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  <Type Name="glm::mat&lt;2,3,*,*&gt;">
    <DisplayString>[{value[0]} {value[1]}]</DisplayString>
    <Expand HideRawView="1">
      <!-- display matrix in row major order - it makes more sense -->
      <Synthetic Name="row 1">
        <DisplayString>[{value[0].x,g} {value[1].x,g}]</DisplayString>
      </Synthetic>
      <Synthetic Name="row 2">
        <DisplayString>[{value[0].y,g} {value[1].y,g}]</DisplayString>
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      <Synthetic Name="row 3">
        <DisplayString>[{value[0].z,g} {value[1].z,g}]</DisplayString>
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          <Item Name="col 1">value[0]</Item>
          <Item Name="col 2">value[1]</Item>
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  <Type Name="glm::mat&lt;2,4,*,*&gt;">
    <DisplayString>[{value[0]} {value[1]}]</DisplayString>
    <Expand HideRawView="1">
      <!-- display matrix in row major order - it makes more sense -->
      <Synthetic Name="row 1">
        <DisplayString>[{value[0].x,g} {value[1].x,g}]</DisplayString>
      </Synthetic>
      <Synthetic Name="row 2">
        <DisplayString>[{value[0].y,g} {value[1].y,g}]</DisplayString>
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      <Synthetic Name="row 3">
        <DisplayString>[{value[0].z,g} {value[1].z,g}]</DisplayString>
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      <Synthetic Name="row 4">
        <DisplayString>[{value[0].w,g} {value[1].w,g}]</DisplayString>
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          <Item Name="col 1">value[0]</Item>
          <Item Name="col 2">value[1]</Item>
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  <Type Name="glm::mat&lt;3,2,*,*&gt;">
    <DisplayString>[{value[0]} {value[1]} {value[2]}]</DisplayString>
    <Expand HideRawView="1">
      <!-- display matrix in row major order - it makes more sense -->
      <Synthetic Name="row 1">
        <DisplayString>[{value[0].x,g} {value[1].x,g} {value[2].x,g}]</DisplayString>
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      <Synthetic Name="row 2">
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          <Item Name="col 2">value[1]</Item>
          <Item Name="col 3">value[2]</Item>
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    <Expand HideRawView="1">
      <!-- display matrix in row major order - it makes more sense -->
      <Synthetic Name="row 1">
        <DisplayString>[{value[0].x,g} {value[1].x,g} {value[2].x,g}]</DisplayString>
      </Synthetic>
      <Synthetic Name="row 2">
        <DisplayString>[{value[0].y,g} {value[1].y,g} {value[2].y,g}]</DisplayString>
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        <DisplayString>[{value[0].z,g} {value[1].z,g} {value[2].z,g}]</DisplayString>
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          <Item Name="col 1">value[0]</Item>
          <Item Name="col 2">value[1]</Item>
          <Item Name="col 3">value[2]</Item>
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  <Type Name="glm::mat&lt;3,4,*,*&gt;">
    <DisplayString>[{value[0]} {value[1]} {value[2]}]</DisplayString>
    <Expand HideRawView="1">
      <!-- display matrix in row major order - it makes more sense -->
      <Synthetic Name="row 1">
        <DisplayString>[{value[0].x,g} {value[1].x,g} {value[2].x,g}]</DisplayString>
      </Synthetic>
      <Synthetic Name="row 2">
        <DisplayString>[{value[0].y,g} {value[1].y,g} {value[2].y,g}]</DisplayString>
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      <Synthetic Name="row 3">
        <DisplayString>[{value[0].z,g} {value[1].z,g} {value[2].z,g}]</DisplayString>
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      <Synthetic Name="row 4">
        <DisplayString>[{value[0].w,g} {value[1].w,g} {value[2].w,g}]</DisplayString>
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      <Synthetic Name="columns">
        <Expand>
          <Item Name="col 1">value[0]</Item>
          <Item Name="col 2">value[1]</Item>
          <Item Name="col 3">value[2]</Item>
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    <DisplayString>[{value[0]} {value[1]} {value[2]} {value[3]}]</DisplayString>
    <Expand HideRawView="1">
      <!-- display matrix in row major order - it makes more sense -->
      <Synthetic Name="row 1">
        <DisplayString>[{value[0].x,g} {value[1].x,g} {value[2].x,g} {value[3].x,g}]</DisplayString>
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      <Synthetic Name="row 2">
        <DisplayString>[{value[0].y,g} {value[1].y,g} {value[2].y,g} {value[3].y,g}]</DisplayString>
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        <Expand>
          <Item Name="col 1">value[0]</Item>
          <Item Name="col 2">value[1]</Item>
          <Item Name="col 3">value[2]</Item>
          <Item Name="col 4">value[3]</Item>
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    <DisplayString>[{value[0]} {value[1]} {value[2]} {value[3]}]</DisplayString>
    <Expand HideRawView="1">
      <!-- display matrix in row major order - it makes more sense -->
      <Synthetic Name="row 1">
        <DisplayString>[{value[0].x,g} {value[1].x,g} {value[2].x,g} {value[3].x,g}]</DisplayString>
      </Synthetic>
      <Synthetic Name="row 2">
        <DisplayString>[{value[0].y,g} {value[1].y,g} {value[2].y,g} {value[3].y,g}]</DisplayString>
      </Synthetic>
      <Synthetic Name="row 3">
        <DisplayString>[{value[0].z,g} {value[1].z,g} {value[2].z,g} {value[3].z,g}]</DisplayString>
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          <Item Name="col 2">value[1]</Item>
          <Item Name="col 3">value[2]</Item>
          <Item Name="col 4">value[3]</Item>
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    <Expand HideRawView="1">
      <!-- display matrix in row major order - it makes more sense -->
      <Synthetic Name="row 1">
        <DisplayString>[{value[0].x,g} {value[1].x,g} {value[2].x,g} {value[3].x,g}]</DisplayString>
      </Synthetic>
      <Synthetic Name="row 2">
        <DisplayString>[{value[0].y,g} {value[1].y,g} {value[2].y,g} {value[3].y,g}]</DisplayString>
      </Synthetic>
      <Synthetic Name="row 3">
        <DisplayString>[{value[0].z,g} {value[1].z,g} {value[2].z,g} {value[3].z,g}]</DisplayString>
      </Synthetic>
      <Synthetic Name="row 4">
        <DisplayString>[{value[0].w,g} {value[1].w,g} {value[2].w,g} {value[3].w,g}]</DisplayString>
      </Synthetic>
      <Synthetic Name="columns">
        <Expand>
          <Item Name="col 1">value[0]</Item>
          <Item Name="col 2">value[1]</Item>
          <Item Name="col 3">value[2]</Item>
          <Item Name="col 4">value[3]</Item>
        </Expand>
      </Synthetic>
    </Expand>
  </Type>

  <Type Name="glm::tdualquat&lt;*&gt;">
    <DisplayString>[r: {real}] [d: {dual}]</DisplayString>
    <Expand HideRawView="1">
      <Item Name="real">real</Item>
      <Item Name="dual">dual</Item>
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