quaternion-camera

There are 0 repository under quaternion-camera topic.

• imGuIZMO.quat

  BrutPitt / imGuIZMO.quat

  ImGui GIZMO widget - quaternions based 3D object manipulator: it permits, via mouse, to manipulate objects by translating, rotating, or scaling them

  openglimguivulkandirectxgizmogizmosemscriptenquaternion-cameraobject-orientationimguizmowidgetdollyquaternionrotationswebassemblywebgpuvulkan-hppquaternions-and-rotationswgpucpp
  Language:C++ 417

• ErfanFathi / camera-calibration

  This repository include implementation of calibrating intrinsic and extrinsic camera parameter for distance calculation

  camera-calibrationcppcmakequaternionquaternion-cameracamera-geometrychessboard-detectionrotation-matrixparticle-swarm-optimizationcomputer-visionintrinsic-parametersextrinsic-parameterscalibrationopencvdistance-calculationpso-algorithmopencv-cpproboticsrobot-vision
  Language:C++ 30

• Crydsch / camera

  C/C++ (single) header, quaternion based, 3D camera system for games and other graphics applications

  ccameracppgamedevgraphicsprogrammingquaternion-camera
  Language:C 14
• OpenGL-Object-Viewer-Using-Quaternion-Camera

  AlerianEmperor / OpenGL-Object-Viewer-Using-Quaternion-Camera

  OpenGL Object Viewer With Quaternion Camera

  3d-object-loadinginteractive-cameraquaternion-camera
  Language:C++ 9

• Mobiletainment / Real-Time-Rendering-DirectX

  A small application demonstrating Shadows, Bump Mapping, Anti-Aliasing and a Quaternion Camera under DirectX 10

  real-time-renderingdirectxdirectx-sdkc-plus-plusquaternion-cameracatmull-romanti-aliasing
  Language:C++ 3

• SteveTaylorDev / early-physics-platformer

  Very early system focused on 3D physics platformer gameplay. Contains a raycast based ground detection system to get collider normal information, allowing forces to be scaled by the current ground angle.

  unityraycastingground-detectionvector-mathphysics-gamemanagersystemquaternion-camera
  Language:ASP.NET 3

• nikhilgrad / Bird-Eye-View-Perception-for-Autonomous-Driving

  Projection of 3D Camera Points onto the 2D images of each camera and finally create a Bird's Eye View (BEV) representation by combining the projected points from all cameras onto a single 2D grid. The BEV provides a top-down view of the scene, which is crucial for tasks like object detection, tracking, and path planning in autonomous driving.

  3d-to-2dautonomous-drivingmatplotlibnumpynuscenespythonquaternion-cameraself-driving-carbird-eye-view3d-projection-to-2d
  Language:Jupyter Notebook 1