Tag Archives: Microsoft DirectX

Interior mapping Direct3D 10.1 Demo

Humus has released a new Direct3D demo. Interior mapping is a technique that renders the interior of buildings without requiring additional geometry. Everything is done in the pixel shader. The advantage is that when you’re rendering large cities you can draw all those buildings as simple boxes. This demo requires DirectX 10.1 and Windows Vista SP1.

Source Code and binaries: Interior Mapping Demo


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Update – 2008.08.17
Demo has been updated with around 80% of performance boost.

FX Composer 2.5 Available!

FX Composer 2.5, the latest version of NVIDIA’s powerful shader development environment, has been released.

FX Composer supports DirectX, OpenGL, HLSL, Collada FX, and CgFX, as well as the .fbx, .x, .3ds, .obj, and .dae file formats for importing geometry.

Version 2.5 adds:
* DirectX 10 support, including geometry shaders and stream out
* Particle Systems
* Visual Styles
* Major User Interface Improvements
* Remote Control over TCP/IP
* Support for the NVIDIA Shader Debugger
* New Sample Projects

You can download FXC HERE – exe (221Mb).

NVIDIA PerfHUD 6.0 Final Release Now Available!

NVIDIA PerfHUD is a powerful real-time performance analysis tool for Direct3D applications, and it is widely used by the world’s best game developers.

More info at NVIDIA PerfHUD homepage

PerfKit 6.0 New Feature Highlights:
* No longer requires an instrumented driver on Vista!
* Supports GeForce 8 and 9 GPUs
* SLI Support
* Texture Visualization and Overrides
* API Call List
* Dependency View
* New CPU/GPU Timing graph

NVIDIA ShaderPerf 2

NVIDIA ShaderPerf is a command-line shader profiling utility and C API that reports detailed shader performance metrics for a wide range of GPUs.

ShaderPerf wokrs with GLSL vertex and fragment programs, HLSL vertex and pixel shaders and Cg shaders.

ShaderPerf 2.0 includes several new features:
* GeForce 8 series support
* Pixel Shader Differencing
* Vertex Shader Analysis

ShaderPerf outputs the following for any shader that you analyze:
* Cycle count
* Register usage
* Driver-optimized shader instruction list
* Vertex and pixel throughput estimates

More information and download HERE.

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