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#COMSOL 5.3 RAY OPTICS MODULE MANUAL UPDATE#
#COMSOL 5.3 RAY OPTICS MODULE MANUAL WINDOWS#

These files may then be played directly in compatible web browsers, opened in media players, or uploaded to video hosting sites.

When creating animations in COMSOL Multiphysics ®, you can now export them in the WebM format, generating high-quality animations for the web. Screenshot ansehen Export WebM Animations This makes it possible to inspect all plots without delay by performing a single operation, computing the study. Therefore, we have added an option for recomputing all plot data associated with a solver sequence when the solver completes. This is especially useful for streamline plots, far-field plots, and plots in models that use the boundary element method.Īdditionally, it can take a long time to regenerate plot data when the solver has finished after running a study. Handling Plot Data in the ModelĬomputing plot data can sometimes take a lot of time, and it is now possible to save the plot data in the model so that this work only needs to be done once.

Additionally, you can rotate the camera about the x-, y-, and z-axes by pressing the x, y, or z button on the keyboard when rotating with the mouse.

#COMSOL 5.3 RAY OPTICS MODULE MANUAL WINDOWS#

However, in the Graphics and Plot Windows section of the Preferences window, you can change the icon visibility to Always show or Shown only on mouse action.

#COMSOL 5.3 RAY OPTICS MODULE MANUAL UPDATE#

When modeling in 3D, the rotation center will update automatically depending on your current view and while hovering over the geometry, clicking the middle scroll button manually sets that point as the center of rotation. Two new features have been included in the Graphics window to improve 3D navigation: controlling the center of rotation and rotating the camera about axes. Shown here is the 3Dconnexion® SpaceMouse® Wireless model from their Personal Series. While it is optimized for complete red-green colorblindness and normal color vision, it is also a great color table for other deficiencies. The Cividis color table was made specifically with color vision deficiencies in mind. It is friendly to people with color vision deficiency.Ī.Some solution features stand out in colored maps, but not in grayscale. People can see the difference between ~10 million shades of color (hues), whereas we can only tell the difference between ~30 shades of gray, which is a major disadvantage of using grayscale. This helps to make features that are truly important stand out and allows for direct comparison between features.Ī.

Unlike rainbow-like color tables, the color changes in Cividis have been optimized to change smoothly over the extents of the color table with the brightest colors representing the highest values.

It provides perceptually uniform color changes.Ī.

The Cividis color table was developed based on colormap data provided by Jamie Nuñez, Ryan Renslow, and Christopher Anderton from Pacific Northwest National Laboratory (PNNL).Īs compared to traditional color tables, Cividis has three main advantages: The color table benefits people both with and without color vision deficiency. The new color table Cividis is optimized for viewing scalar data. Check out all of the rendering and visualization updates included in COMSOL Multiphysics ® version 5.3a below. COMSOL Multiphysics ® version 5.3a brings new rendering and visualization features and improvements, including a new color table optimized for people with color vision deficiency, compatibility with the 3Dconnexion® SpaceMouse® product, and the ability to export animations in the WebM format.