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#Catia v5 rendering windows#

Real Time Rendering 1 comes with a library of predefined, rendering and technological specifications to make the application of textures effortless. Technological Specifications… In addition to the texture rendering, users can also define technological specifications such as, material density, Young modulus and Poisson ratio. User-defined specification families help designers in organizing these materials. To simplify the creation process, designers can begin with any digital image, change the stretch values and mapping options to planar, cylindrical or spherical projection. Rendering Specifications… Designers can interactively create material texture definitions with controlled parameters such as color, luminance, transparency and reflectivity.

The system applies technological and rendering specifications to parts to produce a realistic visualization. Realistic Renderings… Designers can achieve a real-life rendering of their entire design with the Real Time Rendering 1 (RT1) product. Offers the same ease of use and user interface consistency as all CATIA V5 applications.Enables to share material specifications with other CATIA V5 applications.

#Catia v5 rendering windows#

Offers users the option of applying textures with standard Windows methods or through a specification-driven approach.

Includes a library of predefined materials.

Allows designers to create design families and organize the material definitions.

Enables designers to interactively create material texture definitions.

Applies rendering and technological specifications to designs enabling to produce realistic renderings.

Real-time display computations quickly convert models to realistic renderings. Materials can be applied through a specification-driven approach or through simple selection. Associativity is maintained between the material library and the material applied to the parts. Texture can be created from scratch, modified from imported digital images, or selected from the included library. Choose this method if the Proportional doesn’t work to you to improve display performance.Real Time Rendering (RT1) Enables designers to leverage technological material specifications to produce realistic renderings of their model. If your graphic station performances decrease because you just open a large object with many curves, you must check the Fixed and increase the value of this until you have a balance between visual and hardware performance. The 3D/ 2D Accuracy Fixed sets a fixed accuracy value for calculating tessellation on all objects, which does not vary based on the object size. That means if you work with large objects or small objects you can check this. For the same accuracy value, the tessellation on small objects will always be finer than on large objects. If you check it, it calculates tessellation according to object size: the larger the object, the coarser the tessellation.

To avoid this inconvenience we have a great option called 3D/ 2D Accuracy Proportional. The 3D Accuracy it’s for 3D modeling and the 2D is for Drafting Module and both improve display performance in each module. If you change this value to be a > 0.01 the eyes will see a circle. In this tab you have to modify 2 parameters, one for 3D Accuracy and another for 2D Accuracy.Īs you can see, with a 0.60 fixed value of 3D/2D Accuracy the circle looks like a polygon. You must navigate to: Tools > Options and in the opened Option Window explore the tree Options > General > Display and go to the Performance tab. To Improve Display Performance you must change some parameters from CATIA Options. This anomaly appears because CATIA must work properly on a slow computer station or into a performant Graphic Station (e.g. If you use CATIA for modeling parts with default Display Performance Options, I think you saw that the circle looked like a polygon, but in reality this polygon it’s a circle.