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NET and COM formats. Sculptris is a DirectX and OpenGL ready 3D engine that delivers highly detailed and smooth graphics in full screen mode, suitable for professional content creation, especially when combined with modular 3D NURBS modeling software.
Sculptris features include:
 Real time polygonal sculpting, with undo and redo features
 Real time texturing of models in any 3D program, including ZBrush, Cinema4D and more.
 Supports different size and shaped brushes, allowing great control of surface texture.
 Detailed masking tools, allowing you to paint inside specific areas of the object.
 Multiple molding tools allowing you to extrude and sculpt single shapes to create solid objects.
 Quick Change and Split tools for fast and efficient sculpting of large shapes.
 Zoomable preview window for easy viewing of the work in progress.
 Multi-layer mode allowing you to work on a number of objects in one session.
 Optional manual retopology tools and automatic retopology tools that are very fast and very effective.
 Full NURBS modeling support for the modeling of objects and textures, with B-rep support.
 Can import most popular 3D formats, including 3DS, Collada, MAX, OBJ, 3DM, and many more.
 Optional support for VRML or WebGL, for hardware acceleration of VRML or WebGL-based games in full screen mode.
Awards 
Sculptris was given the title of "3D software product of the year" by 3DTotal during 2011.
References
External links 
 
Category:3D graphics software
Category:C++ softwareThe discovery that a large fraction of the human genome is organized in large tandem repeat sequences prompted the question of whether the repeats may be causally associated with various human diseases. In order to address this question, high throughput sequencing technologies were used to identify and characterize the repeat sequence content of a normal human genome. These sequence data can be used to identify differences between repeat sequences present in normal human and disease related alleles of a particular locus. The analysis of this human dataset revealed that the content of repeats is highly variable across the genome. In the most frequent cases, a loss or gain of repeats is associated with the presence or absence of a disease state. In other cases, increased or decreased copy number of repeats is found in a diseased genome, which may be a consequence of a loss or gain of a 3125841983
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Sculptris Tutorial Beginner.pdf