.. _resources: Resources ========= This section collects tutorials and example models to help you get started with **cvxlab**. Each tutorial walks you through the steps described in the :ref:`User Guide ` for a specific use-case. Tutorial directories (with supplementary modeling materials such as Jupyter Notebooks, Excel concept files, input-data files and SQLite databases) can be downloaded from the table below, so that you can run them locally on your machine. .. _tutorials: Tutorials --------- .. list-table:: :header-rows: 1 :widths: 30 60 10 * - Tutorial - Description - Material * - :doc:`Production planning ` - Complete workflow for definining and solving a simple production planning under resource constraints. Step by step guide aligned with :ref:`User Guide `. *Ideal for newbies*. - :download:`link ` * - :doc:`Production planning (non-linear) ` - Complete workflow for definining and solving a non-linear production planning under resource constraints. Similar to previous production planning tutorial, but handling non-linearities. - :download:`link ` .. toctree:: :maxdepth: 1 :hidden: :caption: Tutorials index tutorials/production_planning/production_planning tutorials/production_planning_nonlinear/production_planning_nonlinear .. _models_gallery: Models gallery -------------- A collection of published models built with CVXlab, including links to data repositories where models and input data can be found. .. list-table:: :header-rows: 1 :widths: 40 45 15 * - Model - Description - Repository * - **Parametric LCA model of floating offshore wind farm** *(Ghezzi D, Rocco MV | 2025)* - Parametric life-cycle assessment of electricity generation from semi-submersible floating offshore wind farms. Covers 192 configurations defined by turbine capacity, platform and mooring material, end-of-life treatment, capacity factor, cable type, and steel origin. - `Dataset `__ `Related article `__ .. _publications: Publications ------------ A collection of published articles that use CVXlab for modeling and solving optimization problems. - **Parametric life cycle assessment of carbon footprint of electricity generation from floating offshore wind farms** *(Ghezzi D, Rocco MV | Sustainable Energy Technology and Assessments | 2025)* | `Article link `__