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Australian geoscience data and publications

Free geoscience training from the COMET programme.

Choose geoscience colormaps with numerical tables and import instructions.

Turn meeting conversations into collaborative docs, tables, and wikis.

Use colour-science tables with explicit sampling, metadata and citations.

Read colour-coded charts with pixel names, highlighting and filtered views.

Reshape colour relationships on a grid and export reusable LUTs.

Parse flexible colour input and generate conversions, adjustments and harmonies.

Inspect a colour, compare approximate matches and build a gradient.

Connect physical colour references with digital palettes and design files.

Use NCS notations and tools to communicate colour choices.

Convert and interpolate colours through an extensible Python object.

Build browser colour grades with reusable exports and shared review.

Calculate colour from spectral samples and compare the results in Python.

Look up colour values, compare schemes and calculate blends.

Choose scientific colour maps and inspect or adapt them in Python.

Start from one colour and preview a palette in an interface.

Inspect colour codes, build harmonies and extract palettes from images.

Work with files and command output as structured records and tables in a cross-platform shell.

Named gradient references with colour values and a companion Chrome tool

A data-driven whiteboard where notes, diagrams, tables, and charts share one canvas.

Explore historical colour names through swatches and natural examples.

Build colour harmonies and carry their swatches into Adobe projects.

Build palettes around a fixed colour and carry them into gradients