Non-recursive implementation of linear interpolation on regular grids.

https://github.com/JohannesBuchner/regulargrid

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# Tag: Interpolation

Posted in Packages ## RegularGrid

### STATUS: N/A

### DEPENDS ON: NUMPY, SCIPY

### OPTIONAL EXTENSIONS:

### PYTHON VERSIONS: N/A

### OS PLATFORMS: N/A

Posted in Packages ## Smear

###

### Depends on: Numpy, SciPy

### Optional extensions:

### Python versions: N/A

### OS Platforms: N/A

# Examples:

### Official usage examples

### Recording of Powerpoint presentation

# Installation:

### Commandline

Posted in Packages ## HPGL

###

### Depends on: Numpy, SciPy

### Optional extensions:

### Python versions: 2.5, N/A

### OS Platforms: ‘Windows’, ‘Linux’

# Examples:

### Official usage examples

# Installation:

### Compiling from source

### Binary installers

The Ultimate Guide to Open-Source Geospatial Python Tools

Spatial interpolation from known point data onto a regular grid surface is a very common GIS task in many fields. To the best of my knowledge, very few Python extensions deal specifically with this type of task.

Non-recursive implementation of linear interpolation on regular grids.

https://github.com/JohannesBuchner/regulargrid

An open-source parallel python toolkit for spatial interpolation of large irregular two-dimensional scatter datasets.

https://github.com/dharhas/smear

Status: N/A

`https://github.com/dharhas/smear/tree/master/examples`

`https://ams.confex.com/ams/93Annual/flvgateway.cgi/id/23366?recordingid=23366`

`python setup.py install`

HPGL stands for High Performance Geostatistics Library. HPGL is written in C++ / Python to realize some geostatistical algorithms (see full list below). The algorithms are called in Python, by executing the corresponding commands. The current version of HPGL (0.9.9) implements the following algorithms: Simple Kriging (SK); Ordinary Kriging (OK); Indicator Kriging (IK); Local Varying Mean Kriging (LVM Kriging); Simple CoKriging (Markov Models 1 & 2); Sequential Indicator Simulation (SIS); Corellogram Local Varying Mean SIS (CLVM SIS); Local Varying Mean SIS (LVM SIS); Sequential Gaussian Simulation (SGS)

Status: Abandoned