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Indigo Renderer is a feature-rich software application that integrates professional tools for enhancing photographs, in order to make them appear more realistic. It comes packed with plenty of advanced options and configuration properties to tinker with.Customizable installer and user-friendly interface The full package includes plugins for 3ds Max, CINEMA 4D and SketchUp, in addition to file type associations and program shortcuts. Any of these components can be excluded from setup. The GUI may seem overwhelming to inexperienced users, but it's actually pretty easy to get around.
You can get started by importing Indigo material files, adding mediums and section planes. Customize a wide range of advanced settingsIt is possible to pick objects, configure image settings when it comes to the width, height, resolution, supersampling factor, aperture diffraction, tone mapping, white point, and compositing, along with render options regarding the render mode, glass acceleration, foreground alpha, halt time and SPP, GPU acceleration, and so on.
The light layers can be blended by tweaking each color channel, gain and temperature. What's more, you can resort to network rendering, populate a queue with multiple render scenes, as well as examine log details. Objects can be edited in properties at any time. You can pack or unpack Indigo scenes and materials, as well as reset the layout settings.
Configure program optionsIndigo Renderer lets you display a watermark, open the render saving folder without leaving the interface, enable the default scrollwheel behavior, use the network manager and set the host name, modify OpenGL preview properties when it comes to rendering with textures and wireframes, and more. Evaluation and conclusionThe program used a decent amount of CPU and RAM, had a good response time and ran smoothly in our tests, without causing the operating system to freeze, crash or show error notifications.
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In a nutshell, Indigo Renderer provides experienced users with comprehensive features for simulating the physics of light to obtain realistic images. Reviewed by Elena Opris, last updated on January 13th, 2015. Aqsis Renderer was created as a cross-platform and useful photorealistic 3D rendering solution. The software is based on the RenderMan interface standard defined by Pixar Animation Studios.
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Now, you can make use of this handy and Open Source software application to perform the 3D renderings you want. Main features: ulliFull programmable shader support/li liHigh quality filtering/li liRender-time depth of field and motion blur effects/li liRender arbitrary user data for post processing control/li liExtendable with shader language and geometry plugins/li liHigh quality texture filtering/li /ul. Pixie is a photorealistic renderer which communicates with modelers or your application through a RenderMan Pixie is a photorealistic renderer which communicates with modelers or your application through a RenderMan - like interface. Pixie is not a modeler or an animator system thus it does not have any graphical user interface at all.
The scenes you want to render are described in a text file in a language very similar to Pixar 's RenderMan. Pixie also comes as a C/C library (Recover iTunes Library from iPod) which you can link against your application. Here are some key features of 'Pixie Renderer': Object instancing / delayed primitives Displacements Programmable shading (using RenderMan Shading Language) High quality texture/shadow/environment mapping High dynamic range (High Paying Jobs App iPhone) input/output Scalable, multi-resolution raytracing using ray differentials Pixie now has a new raytracing engine that automatically tesselates surfaces on the fly to a desired accuracy determined using the ray differentials. This means rays tracing blurry reflections or computing global illumination are faster to trace and sharp reflections and shadows are more accurate. Pixie also contains a memory manager that keeps the memory that is used to keep these tesselations around under control. Similar to texture caching, Pixie will maintain a set of active surfaces and only those surfaces will consume raytracing memory.
Motion blur Depth of field Level of detail (LOD) Reyes style rendering (very fast) Occlusion culling Network parallel rendering DSO shaders Global illumination Pixie supports global illumination thru photon mapping and irradiance caching - The same machinery described in the latest RenderMan interface. Automatically raytraced smooth reflections / shadows Caching/baking computation with LOD (bake3d / texture3d) Using this functionality, you can save any value you compute in a shader to a file that you can later re-use. This allows you to perform expensive shading computations at a lower resolution and re-use these computations in the beauty passes. This functionality will also enable exporting shading data from Pixie into your own applications. Scalable, multi-threaded rendering Pixie rendering core has been first completely reorganized/optimized and then multi-threaded. We are very proud of this change.
You will see significant speed improvements. Arbirtaty output values Pixie can save arbitrary variables (built in ones such as N, P as well as arbitrary, user defined variables) just like rgb values into images. Using this machinery, you can generate multiple outputs from a single pass and combine them as a post process. Free and open source renderer for non-roman scripts SILGraphite is a smart font system consists of an engine, and optionally some common font and rendering system support code, which transforms a SILGraphite enables font, unicode string and font formatting information (features, size, etc.) into a set of positioned glyphs. In reality, SILGraphite does more by handling cursor tracking, mouse interaction, string selection and other interaction tasks.NOTE: SILGraphite is licensed and distributed under the terms of the Common Public License 1.0 and GNU Library or Lesser General Public License (LGPL). Free and open source scenegraph system OpenSG is a scenegraph system for realtime rendering. Besides good performance our goals easy multithreading support, portability, and a very extendable system.OpenSG is based on OpenGL and runs on Mac OS X, Windows, Linux and Solaris.NOTE: OpenSG is licensed and distributed under the terms of the GNU Library or Lesser General Public License (LGPL).
Here are some key features of 'OpenSG': Performance: Performance is one of the core requirements of any interactive 3D graphics system. Model sizes and complexities are constantly growing, and to maintain acceptable interactivity, high speeds upwards of 30 frames per second (more is always better;)) need to be maintained. OpenSG uses a wide variety of optimization techniques to efficiently use the available horsepower. Multi-Threading: Multi-threading is becoming one of the core features of modern processors.
At the same time, multi-processor systems are becoming very common. Given that the scenegraph in many cases is the primary store for all scene data, to take full advantage of the existing processing power, it needs to support multi-threaded applications. OpenSG supports a very general and flexible multi-threading model that gives totally independent threads write access to the scenegraph without interfering with each other.
Clustering: Just a few years ago a large-screen stereo projection was only affordable for large companies or research centers. With the advent of cheap boardroom projectors and powerful graphics cards for standard PCs, the components for setting up large, high-quality display systems at reasonable prices are there.
But one of the limitations of current PC systems is the number of outputs. Most modern graphics cards have two outputs, even with two cards in a system 4 outputs are the limit. For large display systems or to be able to dedicate the full power of a graphics card to each projector (they're cheap, after all) that is far from sufficient. To alleviate this shortcoming, a cluster of PCs needs to be employed. In addition to large displays clusters can also be used to display large scenes by merging the outputs from all cluster nodes to a single screen. The power of a cluster far exceeds the power of a single machine, even a high-end one.
But cluster-aware software is significantly more involved to write. OpenSG takes the pain out of clustering, by supporting serialization of arbitrary scenegraph changes. Making a standalone application cluster-capable and having it drive a display like the HEyeWall typically takes less than an hour using OpenSG.
Extensibility: Due to the ubiquity of high-powered 3D graphics cards the number of application areas for interactive 3D graphics is growing steadily, and with it is the number of requirements for a general scenegraph system. It's not possible to foresee which requirements future applications might have. Therefore it is important to design a system that is open for application-specific and -nonspecific extensions. Doing it Open Source is a good first step towards that, but it is not enough. Some extensions might be too application-specific for the maintainers of the system to be comfortable with integrating them.
If the system is designed to require source code changes for extensions, these changes will have to be made over and over again by the application developer (i.e. You!), for each new release of the scenegraph system. OpenSG is designed to avoid this situation by using highly dynamic and flexible structures that can be easily extended or adapted by an application. Portability: One of the motivating factors of the OpenSG development was the desire to have a system that can be used on a wide variety of platforms. To do that OpenSG is based on portable components like OpenGL resp.
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OpenGL ES and Boost. It has support for some system-specific windowing options, but it does not depend on them. If there is a way to open an OpenGL-capable window, there is a way to make OpenSG work. What's New in This Release: read full changelog ADDED: geometry shaders hierarchical multiframe occlusion culling realtime shadows (soft, perspective.) improved osgSceneViewer supporting shadows and occlusion culling.
Local clipping planes display filter foregrounds (color correction, distortion effects.) frame buffer object viewport support for Cal3D characters physics simulation via ode improved nurbs support new switch material for switching between different materials added render options to distribute render states like wireframe, occlusion culling to the cluster added stream support to all image loaders cgfx 1.4 support. Polygon and depth clear backgrounds vertex buffer objects support JPEG2000 and exr image support local scons build system many bug fixes. TextMate in QuickLook - Render QuickLook previews using the TextMate syntax highlighter TextMate in QuickLook is a free TextMate plug-in and a QuickLook generator which renders QuickLook previews (for certain filetypes) using the TextMate syntax highlighter. At the moment TextMate in QuickLook is configured to highlight PHP, Ruby, Shell, Perl, C headers and Obj-C( ).The QuickLook generator will be automatically installed by the plug-in the first time it loads. Hopefully QuickLook will notice and start using it right away, but if it doesn't you can try running qlmanage -m.Requirements: TextMateNote: This effectively sets up TextMate as a server for the syntax highlighting, so it won't work unless TM is running (QuickLook will just fall back to the standard preview if it's not). A free C/C library of useful routines allowing the efficient use of complex data structures MemSL includes a complete data structures/collection classes library, memory tracing, exception handling, definable memory handlers, memory debugging, entry/exit tracing, built-in threads support and much more. MemSL has implementations of structures (i.e.
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BTrace dynamically instruments the classes of the target application to inject tracing code ('bytecode tracing'). Tracing code is expressed in Java programming language. There is also integration with DTrace for the OpenSolaris platform. NOTE: BTrace is released and licensed under the terms of the GNU Public License v.2 w/Classpath Exception. Requirements: Java.
Free and dynamic safe tracing system for the Java platform BTrace is a free, safe, and dynamic tracing tool for the Java platform. BTrace can be used to dynamically trace a running Java program (similar to DTrace for OpenSolaris applications and OS). BTrace dynamically instruments the classes of the target application to inject tracing code ('bytecode tracing').
Tracing code is expressed in Java programming language. There is also integration with DTrace for the OpenSolaris platform. NOTE: BTrace is released and licensed under the terms of the GNU Public License v.2 w/Classpath Exception. Requirements: Java.