RHINO network camera Manual do Utilizador descarregar pdf (Página 48)

Scattering

This parameter simulates light-scattering caused by the camera’s lens. Since this scattering is figured by maxwell.exe at each image

update, it is recommended (in the interest of reducing render-time) to leave this disabled, then apply it to the final image via

maxwell.exe’s user-interface when the image has finished rendering.

Diffraction & Aperture/Obstacle Maps

SimuLens can also simulate camera lens-diffraction effects. There are aperture and obstacle maps included in the Maxwell Render

installer, which may be found in the ‘SimuLens maps’ folder inside the Maxwell folder on your machine. As with the Scattering feature,

it is not recommended to enable Diffraction from the plugin, since maxwell.exe will apply it at each image update – rather, wait until

the image is finished and apply Diffraction using maxwell.exe.

Materials

This section is deals with materials on a global basis

Override

If the path to a valid MXM file is placed here, then the file will be used to override all material-assignments (with the exception of

emitters). This can be useful for light-studies and similar.

Default

All triangles in a Maxwell MXS file must have a material assigned. For those which do not have a material explicitly-assigned, one will

be assigned automatically, and this can be controlled by specifying the path to an MXM file in this field. If no MXM path is specified

here, a default gray (153,153,153) diffuse MXM will be created and given to maxwell.exe to use.

Render Channels

Options in this group control the various different image outputs which may be rendered by Maxwell Render. ‘Render’ is the main

output image. The other channels are used for compositing in a third-party application like Photoshop – see the main Maxwell Render

manual for more details on the various channels.

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RHINO network camera Manual do Utilizador Página 48