Benchmarking mathematical vector rotation through matrix-based and quaternion-based methods using BenchmarkDotNet to obtain memory, CPU, and time-related information on these ops.
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Updated
Jun 22, 2018 - C#
Benchmarking mathematical vector rotation through matrix-based and quaternion-based methods using BenchmarkDotNet to obtain memory, CPU, and time-related information on these ops.
This app uses data from an accelerometer and a gyroscope to estimate the current orientation using quaternions.
Implementation of Arcball which tackles the problem that the mouse is in 2D and the object is in 3D by picturing a sphere behind the screen that when clicked pinches the sphere and by dragging, the sphere is rotated around its center with all its associated objects
Windows Forms - Kalman Filter results tracking and visualization
Vehicle field test application support and more.
📐 C# cross precision 3D maths library.
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