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Verde v1.7.0

Getting Started

  • Overview
  • Installing
  • Gallery
    • K-Fold cross-validation with blocks
    • Blocked reduction operations
    • Using weights in blocked reduction
    • Using weights in blocked means
    • Mask grid points by convex hull
    • Mask grid points by distance
    • Projection of gridded data
    • Gridding with Scipy
    • Gridding with splines
    • Gridding with splines (cross-validated)
    • Gridding with splines and weights
    • Splitting data into train and test sets
    • Polynomial trend
    • Trends in vector data
    • Gridding 2D vectors

User Guide

  • Sample Data
    • [DEPRECATED] Bathymetry data from Baja California
    • [DEPRECATED] GPS velocities from California
    • Checkerboard function
    • [DEPRECATED] Magnetic data from Rio de Janeiro
    • [DEPRECATED] Wind speed data from Texas
  • Grid Coordinates
  • Trend Estimation
  • Data Decimation
  • Geographic Coordinates
  • Chaining Operations
  • Evaluating Performance
  • Model Selection
  • Using Weights
  • Vector Data

Reference documentation

  • List of functions and classes (API)
    • verde.Spline
    • verde.SplineCV
    • verde.VectorSpline2D
    • verde.ScipyGridder
    • verde.BlockReduce
    • verde.BlockMean
    • verde.Trend
    • verde.Chain
    • verde.Vector
    • verde.train_test_split
    • verde.cross_val_score
    • verde.BlockShuffleSplit
    • verde.BlockKFold
    • verde.grid_coordinates
    • verde.scatter_points
    • verde.profile_coordinates
    • verde.get_region
    • verde.pad_region
    • verde.inside
    • verde.block_split
    • verde.rolling_window
    • verde.expanding_window
    • verde.project_region
    • verde.project_grid
    • verde.distance_mask
    • verde.convexhull_mask
    • verde.maxabs
    • verde.variance_to_weights
    • verde.grid_to_table
    • verde.make_xarray_grid
    • verde.median_distance
    • verde.load_surfer
    • verde.synthetic.CheckerBoard
    • verde.datasets.locate
    • verde.datasets.fetch_baja_bathymetry
    • verde.datasets.setup_baja_bathymetry_map
    • verde.datasets.fetch_california_gps
    • verde.datasets.setup_california_gps_map
    • verde.datasets.fetch_texas_wind
    • verde.datasets.setup_texas_wind_map
    • verde.datasets.fetch_rio_magnetic
    • verde.datasets.setup_rio_magnetic_map
    • verde.base.BaseGridder
    • verde.base.BaseBlockCrossValidator
    • verde.base.n_1d_arrays
    • verde.base.check_fit_input
    • verde.base.least_squares
  • Citing Verde
  • Changelog
  • References
  • Documentation for other versions

Community

  • Join the community
  • How to contribute
  • Code of Conduct
  • Source code on GitHub
  • The Fatiando a Terra project
Theme by the Executable Book Project
Contents
  • Table of contents

Contents

  • Table of contents

Verde Documentation¶

Verde is a Python library for processing spatial data (bathymetry, geophysics surveys, etc) and interpolating it on regular grids (i.e., gridding).

Our core interpolation methods are inspired by machine-learning. As such, Verde implements an interface that is similar to the popular scikit-learn library. We also provide other analysis methods that are often used in combination with gridding, like trend removal, blocked/windowed operations, cross-validation, and more!

Getting started

New to Verde? Start here!

Overview

Need help?

Ask on our community channels

Join the conversation

Reference documentation

A list of modules and functions

API reference

Using Verde for research?

Citations help support our work

Cite Verde

See also

Verde is a part of the Fatiando a Terra project.


Table of contents¶

Getting Started

  • Overview
  • Installing
  • Gallery

User Guide

  • Sample Data
  • Grid Coordinates
  • Trend Estimation
  • Data Decimation
  • Geographic Coordinates
  • Chaining Operations
  • Evaluating Performance
  • Model Selection
  • Using Weights
  • Vector Data

Reference documentation

  • List of functions and classes (API)
  • Citing Verde
  • Changelog
  • References
  • Documentation for other versions

Community

  • Join the community
  • How to contribute
  • Code of Conduct
  • Source code on GitHub
  • The Fatiando a Terra project

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Overview

© Copyright 2017-2022, The Verde Developers.
Last updated on Mar 25, 2022.