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(Thank you to mijalko on the NVIDIA Developer Forums.) NVTT: Fixes a bug where nvttContextQuantize() was missing from the C wrapper symbols.NVTT: Fixes a bug where nvtt::Surface::toSrgb() turned 1.0 into 0.999999940 instead of 1.(Thank you to tgrimmer on the NVIDIA Developer Forums.) NVTT: Fixes a bug where the slow-mode BC1 CPU compressor would sometimes output blocks with alpha, if the input had variegated blocks with semitransparent pixels.NVTT: Fixes a bug where the C wrapper and C++ Error enumerations didn't match.NVTT: Fixes an out-of-bounds write within the BC2 GPU compressor.nvtt_encode() unifies all low-level compression functions under a single interface, and EncodeSettings can be extended to add new features without breaking the API. NVTT: Adds nvtt::nvtt_encode() and nvtt::EncodeSettings to the low-level API.NVTT: Adds toLinearFromXenonSrgb(), the inverse of toXenonSrgb().These allow HDR images to be converted to sRGB and back without significant information loss. NVTT: Adds unclamped sRGB transfer functions (toSrgbUnclamped() and toLinearFromSrgbUnclamped()).This allows NVTT Surface data to be used with your own custom CUDA kernels, without requiring a const_cast. NVTT: Adds nvtt::Surface::gpuDataMutable().In particular, this can be used to detect errors even when a function does not return bool. NVTT now reports errors, warnings, and messages through each thread's message callback. NVTT: Adds nvtt::SetMessageCallback().NVTT: Adds 16-bit half float (nvtt::ValueType::FLOAT16) as an input to the low-level API.NVTT: Adds precompiled kernels for Hopper and Ada GPUs.Exporter standalone: Interprets ICC v4 color profiles that can't be transformed as linear instead of crashing.Exporter standalone: Improvements to FreeImage security.exr files would load blank unless that component was named 'Y'. Exporter standalone: Fixes a FreeImage issue where 1-component.Exporter standalone: Fixes a bug where calling nvtt_export with an unparseable command line would segfault.Exporter standalone: Fixes a bug where.Exporter standalone: Improves premultiplication thresholds to avoid brightness shifts when mipmapping 16-bit images with small but non-zero alpha values.Exporter standalone: Adds a pane displaying information about the imported texture.Exporter: Avoids showing console window by default.

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Exporter: Modifies window creation to support Windows Sandbox and Remote Desktop.Exporter: Fixes a bug where BC7 was listed twice as an export format.Exporter: Fixes a bug where the blue component of tangent-space normals used the entire range instead of.Exporter: Statically links with runtime libraries to remove MSVC++ Runtime Library installation requirement.Exporter: Adds Ctrl-S and Ctrl-O shortcuts for Save and Open.Exporter: Adds linear-to-sRGB and sRGB-to-linear effects.Exporter: Adds support for volume textures and texture arrays.Preset files from the legacy plugin can also be loaded in the current plugin and standalone. Exporter: Adds ability to save and load settings in presets.Exporter: Improves OpenGL compatibility by removing usage of glGetTextureLevelParameteriv().Exporter: Fixes a bug where DDS cube maps were written with an arraySize 6x the correct number.NVTT: Fixes a bug where the CPU BC1 compressor would sometimes encode transparent single-color blocks with transparency.NVTT: Faster compression when using the nvtt::Context API and the nvtt::Surface data is not in VRAM.These variants of Surface::load() and Surface::save() work on in-memory data. NVTT: Adds Surface::loadFromMemory(), Surface::saveToMemory(), and CubeSurface::loadFromMemory().For instance, game developers can use this to reduce the size of the games they create - or realistic rendering and digital content creation developers can use this to fit higher-resolution textures in memory. These tools are ideal for artists and graphics engineers looking to save texture memory and reduce the size of their applications or fit more or higher-resolution textures into the same space. NVIDIA Texture Tools Exporter standalone showcasing a cube map reflection A new compression preview pane allows you to see how your image will be compressed in real-time, without having to write to disk. This exporter combines four texture tools in a single plugin and standalone application, including flexible and powerful support for cube maps, mipmaps, normal maps, transparency, and more than 130 import formats. The NVIDIA Texture Tools Exporter allows users to create highly compressed texture files - that stay small both on disk and in memory - directly from image sources using NVIDIA’s CUDA-accelerated Texture Tools 3.0 compressor technology.