<cat>struct</cat> <structure> <realm>Client</realm> <description> Table structure used for <page>render.RenderView</page>. Unless stated otherwise, the default values for all these keys would be inherited from the engine's CViewSetup and do not have static representations. </description> <fields> <item name="origin" type="Vector">The view's original position</item> <item name="angles" type="Angle">The view's angles</item> <item name="aspectratio" type="number">Default width divided by height</item> <item name="x" type="number">The x position of the viewport to render in</item> <item name="y" type="number">The y position of the viewport to render in</item> <item name="w" type="number">The width of the viewport to render in</item> <item name="h" type="number">The height of the viewport to render in</item> <item name="drawhud" type="boolean" default="false">Draw the HUD and call the hud painting related hooks</item> <item name="drawmonitors" type="boolean" default="false">Draw monitors</item> <item name="drawviewmodel" type="boolean" default="true">The weapon's viewmodel</item> <item name="viewmodelfov" type="number">The viewmodel's FOV</item> <item name="fov" type="number">The main view's FOV</item> <item name="ortho" type="boolean" default="false">Render the view orthogonal. Can also be a table with these keys: (In which case orthogonal view is automatically set to true) <item name="ortho" type="boolean or table" default="false">Render the view orthogonal. Can also be a table with these keys: (In which case orthogonal view is automatically set to true) * left * right * top * bottom</item> <item name="ortholeft" type="number">Coordinate for the left clipping plane</item> <item name="orthoright" type="number">Coordinate for the right clipping plane</item> <item name="orthotop" type="number">Coordinate for the top clipping plane</item> <item name="orthobottom" type="number">Coordinate for the bottom clipping plane</item> <item name="znear" type="number">The distance of the view's origin to the near clipping plane</item> <item name="zfar" type="number">The distance of the view's origin to the far clipping plane</item> <item name="znearviewmodel" type="number">The distance of the view's origin to the near clipping plane for the viewmodel</item> <item name="zfarviewmodel" type="number">The distance of the view's origin to the far clipping plane for the viewmodel</item> <item name="dopostprocess" type="boolean" default="false"> Currently works identically to the "bloomtone" option (it also overrides it if you set this to false).</item> <item name="bloomtone" type="boolean" default="true">Disables default engine bloom and pauses the "brightness changes" on HDR maps.</item> <item name="offcenter" type="table">This allows you to "zoom in" on a part of the screen - for example, the top-left quarter of the screen. This is similar to how [poster splits the screen](https://garry.tv/2012/02/25/poster-screenshots/) into separate renders. It's a table with 4 keys, controlling what portion of the screen to draw: * left - where the left edge starts. Natural value is 0. * right - where the right edge ends. Natural value is equal to w (the width of the viewport). * top - where the `bottom` edge starts. Natural value is 0. * bottom - where the `top` edge ends. Natural value is equal to h (the height of the viewport). Note that top and bottom are reversed. Values outside the viewport are allowed, but not recommended - instead you should increase the view FOV.</item> </fields> </structure>