Hi! I'm working on a university project using Python and a graphics library (NaNoPy). It simulates particles and lines interacting visually (like a cell simulation — not biology focused, more about movement and interaction). I will pay 40 euros for this work done
What I need:
- Code for flipping and moving objects together
- Circle visual effect on trigger
- Help debugging and finishing the project logic
You don’t need to know biology — it’s all programming/graphics.
6 steps:
- Cell Layer & Nuclei: Create the epithelial cell layer and implement slow movement for the nuclei within the lower half of each cell.
- Protein & Receptor Creation: Define two types of proteins with different properties and create receptors that diffuse within the apical membrane of each cell.
- Binding & Endocytosis: Implement protein binding to receptors and simulate endocytosis where the protein and receptor are internalized into a vesicle. The vesicle should then move within the cell.
- Vesicle Movement: Simulate vesicle movement with a bias towards the apical or basolateral side based on whether the protein is bound to the receptor.
- Exocytosis & Transport: Simulate exocytosis where the protein is released at either the apical (recycling) or basolateral (crossing the barrier) membrane, depending on the binding behavior.
- Visualization: Set up clear visual representations of cells, proteins, and vesicles with color coding to distinguish between protein types and cell compartments.
- Optimization: Optimize the simulation for performance, especially with multiple proteins and vesicles, ensuring efficient processing.
there is a pdf file with all explanations and pictures of how it should look like.