basisu_containers.natvis

<?xml version="1.0" encoding="utf-8"?>
<AutoVisualizer xmlns="http://schemas.microsoft.com/vstudio/debugger/natvis/2010">

	<!-- basisu::vector<T>
       Collapsed:  { size=37 }   or   { empty (capacity=64) }
       Expanded:   [size], [capacity], then elements like a native array. -->
	<Type Name="basisu::vector&lt;*&gt;">
		<DisplayString Condition="m_size == 0">{{ empty (capacity={m_capacity}) }}</DisplayString>
		<DisplayString>{{ size={m_size} }}</DisplayString>
		<Expand>
			<Item Name="[size]">m_size</Item>
			<Item Name="[capacity]">m_capacity</Item>
			<ArrayItems>
				<Size>m_size</Size>
				<ValuePointer>m_p</ValuePointer>
			</ArrayItems>
		</Expand>
	</Type>

	<!-- basisu::vector2D<T>
       Collapsed:  { 16 x 16 }
       Expanded:   [width], [height], elements indexed [row][col] (row-major,
       matching x + y * m_width), plus [data (flat)] as a plain linear view
       through the vector visualizer above. -->
	<Type Name="basisu::vector2D&lt;*&gt;">
		<DisplayString>{{ {m_width} x {m_height} }}</DisplayString>
		<Expand>
			<Item Name="[width (cols)]">m_width</Item>
			<Item Name="[height (rows)]">m_height</Item>
			<Item Name="[data (flat)]">m_values</Item>
			<ArrayItems Condition="m_width != 0 &amp;&amp; m_height != 0">
				<Direction>Forward</Direction>
				<Rank>2</Rank>
				<Size>$i == 0 ? m_height : m_width</Size>
				<ValuePointer>m_values.m_p</ValuePointer>
			</ArrayItems>
		</Expand>
	</Type>

	<!-- basisu::image
       Collapsed:  { 1024 x 768 }   (pitch shown when it differs from width)
       Expanded:   dims, pitch, [pixels (flat)], then pixels as [y][x].
       IMPORTANT: rows are strided by m_pitch, not m_width. When they're equal
       (the common case) the 2D view is exactly [y][x] over the image. When
       pitch > width, the second view is used: rows run to m_pitch so element
       addressing stays correct ([y][x] valid for x < width; columns beyond
       are the padding pixels). -->
	<Type Name="basisu::image">
		<DisplayString Condition="m_width == 0">{{ empty image }}</DisplayString>
		<DisplayString Condition="m_pitch != m_width">{{ {m_width} x {m_height} (pitch {m_pitch}) }}</DisplayString>
		<DisplayString>{{ {m_width} x {m_height} }}</DisplayString>
		<Expand>
			<Item Name="[width]">m_width</Item>
			<Item Name="[height]">m_height</Item>
			<Item Name="[pitch]">m_pitch</Item>
			<Item Name="[pixels (flat)]">m_pixels</Item>
			<ArrayItems Condition="m_width != 0 &amp;&amp; m_pitch == m_width">
				<Direction>Forward</Direction>
				<Rank>2</Rank>
				<Size>$i == 0 ? m_height : m_width</Size>
				<ValuePointer>m_pixels.m_p</ValuePointer>
			</ArrayItems>
			<ArrayItems Condition="m_width != 0 &amp;&amp; m_pitch != m_width">
				<Direction>Forward</Direction>
				<Rank>2</Rank>
				<Size>$i == 0 ? m_height : m_pitch</Size>
				<ValuePointer>m_pixels.m_p</ValuePointer>
			</ArrayItems>
		</Expand>
	</Type>

	<!-- color_rgba: show components as integers instead of char literals
       ('\xff' etc), so pixel data is actually readable. Covers both the
       basisu and basist variants. Remove these two entries if you prefer
       the default struct expansion. -->
	<Type Name="basisu::color_rgba">
		<DisplayString>{{ {(unsigned)r}, {(unsigned)g}, {(unsigned)b}, {(unsigned)a} }}</DisplayString>
		<Expand>
			<Item Name="r">(unsigned)r</Item>
			<Item Name="g">(unsigned)g</Item>
			<Item Name="b">(unsigned)b</Item>
			<Item Name="a">(unsigned)a</Item>
		</Expand>
	</Type>

	<Type Name="basist::color_rgba">
		<DisplayString>{{ {(unsigned)r}, {(unsigned)g}, {(unsigned)b}, {(unsigned)a} }}</DisplayString>
		<Expand>
			<Item Name="r">(unsigned)r</Item>
			<Item Name="g">(unsigned)g</Item>
			<Item Name="b">(unsigned)b</Item>
			<Item Name="a">(unsigned)a</Item>
		</Expand>
	</Type>

</AutoVisualizer>