Analysis of georeferenced rasters, vectors and point clouds
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Updated
Nov 21, 2024 - Python
Analysis of georeferenced rasters, vectors and point clouds
Object tracking with OpenCV based on stereo camera images
Python code to reconstruct a 3D scene and simultaneously obtain the camera poses with respect to the scene(Structure from motion))
Learn a series of implementation codes in the process of CT reconstruction / imaging.
[WIP] Proof of concept for framerate upscaling via reprojection in Godot
A client-side raster reprojection layer from non-mercator projections to mercator projection.
Example ROS package for computer vision, part of the "mrs_uav_system".
Implements and analyses frame-to-frame pixel reprojection for the Hypersim Evermotion data set.
Camera calibration from scratch
GUI application for preparing space texture maps
Ejemplo de proyección de imágenes según ecuaciones personalizadas. Algunas funciones útiles para convertir coordenadas entre los espacios de la imagen, del mapa y geográfico.
A sample code to reproject satellite image to a proj4 projection.
utility to convert between lat/lon and cubemap environment maps, and to extract single images and image series in several projections and arbitrary orientation
This Python script automates reprojecting selected vector and raster layers in QGIS to a user-defined CRS. It uses the "Reproject Layer" and "Assign Projection" tools, reprojecting layers and adding them as temporary layers, ideal for standardizing spatial data.
A keyed sequence reprojector that can optionally pin its values. That is: A stable-ordered transactionally-incremental map that can pin its values. Optimised for relatively small entry counts.
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