Pixelarium

• Synopsis
• Prerequisites
• Building
  • Presets
  • Direct
• Example

Synopsis

Pixelarium strives to be a batteries-included visualizer application to be used in conjunction with an external algorithm. It can be linked e.g. against a library containing arbitrary functionally. Pixelarium can support viewing the results and result files of such a library. It tries to be as flexible as possible.

This is still work in progress and will change significantly.

Prerequisites

Dependencies are either submodules in the modules subdirectory or artifacts of the cmake build process from the cmake directory. This repository should therefore be cloned recursively:

  git clone --recurse-submodules https://github.com/m-aXimilian/pixelarium.git

Apart from that, this project needs OpenCV installed on the host system and available for cmake's find_package.

Building

Given that the prerequisites are fulfilled, building can be achieved via one of the presets or by calling cmake directly.

Presets

Pixelarium has a few presets setting specific compilers and configurations defined in CMakePresets.json.

They can be listed by calling

  cmake --list-presets

which will give something like

Available configure presets:

  "clang-release"
  "clang-debug"
  "gcc-release"
  "gcc-debug"

Building with the clang-debug preset would look like

  cmake --preset clang-debug
  cmake --build --preset clang-debug

Direct

If you want to specify compiler settings and options which are not defined in a preset, use cmake "directly" like

  cmake -B build -S .
  cmake --build build

TODO Example