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photogrammetry-2d-conversions

Conformal, Affine and Projective conversions

photogrammetry-algorithm

A collection of the implement of photogrammetry algorithm

photogrammetry-assignment-1

GIS-摄影测量学-作业1-后方交会

photogrammetry-assignment-2

GIS-摄影测量学-作业2-相对定向元素

photogrammetry-directspatialintersection

Simple program for Direct Spatial Intersection

photogrammetry-flight-plan

photogrammetry-imagepointgeorreferencing

Simple program to georreference points in an image

photogrammetry-lidar-filter

Simple program to filter LIDAR points (terrain an non-terrain) in a given text file

photogrammetry-resection

A simple single-photo resection program written in python.

photogrammetry_datasets

Collection of 230+ datasets for photogrammetry

photogrammetrynotebook

ipython notebook demonstrating bundle adjustment

photogrammetrypropagateduncertainty

MATLAB implementation of uncertainty propagation through the photogrammetry equations

photometricba

Photometric Bundle Adjustment as a refinement step after feature-based Structure-from-Motion

photometricstereo

A basic shape-from-shading algorithm as described in Richard Szeliski. This is also described in the “shape from shading” section (Sec 2.2) in Forsyth and Ponce book. The input to the algorithm is a set of photographs taken with known lighting directions and the output of the algorithm is the albedo (paint), normal directions, and the height map. The data/ photometricStereo directory consists of 64 images each of four subjects from the Yale Face database. The light source directions are encoded in the file names.

photometrytk

Tools to do photometric correction and mosaicking

photon-counting-lidar-data-processing-and-analysis

This is an preliminary processing and analysis for photon-counting lidar data.

photon-hdf5-matlab-write

Resources and examples for writing Photon-HDF5 files in MATLAB.

physical-geodesy-courses

Материалы курсов по физической геодезии и гравиметрии в МИИГАиК

physical-geodesy-lecture-notes

Lecture notes on Physical Geodesy

physical_geodesy

Earth_Moon

picp

pICP: plain Iterative Closest Point, a no-frills implementation in C++ of a simple rigid 3D registration algorithm. Easy to integrate, uses minimal dependencies.

pig_dem_meltrate

Scripts to correct DEMs, combine with velocity/tide/SMB, and compute basal melt rate for PIG

piomas_test

pipsm

Planetary Image Processing Docker Container Stack for MARS. Ready for virtualization

piradar

Radar using Red Pitaya for RF: using Raspberry Pi 3 for quad-core radar signal processing

pitch_detection

Pitch_detection using YIN and autocorrelation function

planemonitor

a Processing-driven flight-data and altimetry mapping visualization

planet-gee-pipeline-gui

Planet and Google Earth Engine Asset Pipeline

planet-mosaic-quads-download-cli

Tool to download Planet Monthly Mosaic Quads

planet-pipeline-gui

GUI to Planet Labs Assets Pipeline to ease of use in addition to the Command Line Interface(CLI)