{{tag>Solar_System}} ~~ =========================================================== ~~ ====== Solar System ====== Current status: Look at the following video of the screen recording by Ridwan from the Blender simulation session of the Solar System objects' orbital motions. {{youtube>K_2bLQnQO-o}} ---- Check AR Solar System [[https://www.youtube.com/watch?v=0rrDHIDpxoU]] which can place a SS planet on any real world flat surface.\\ Or this one [[https://www.youtube.com/watch?v=G9oX1jc8ByA]] ---- ~~ =========================================================== ~~ ~~ Important/key tasks to be completed for this simulation ~~ For Tu, I think the best (and urgent) task is the creation of a high-quality Solar System (SS) model created in Unity. The SS model will have: * Accurate orbits (via 6 orbital elements for each planet and the Moon). * Have high-quality, real images as the surface textures. * Have user interactivities to set the viewing orientations and observing time/date. * mouse action to tilt, rotate, and zoom the view * UI elements to set the time/date * Script controllability (via Python or C#) These are important pending tasks/notes for this simulation. * Task 1 * Task 2 * ... ~~ =========================================================== ~~ ~~ Technical Aspects of the simulation: prerequisites, products, etc. ~~ === Prerequisites === The following prerequisites must be available to create this simulation. * item 1 * ... === Newly created components === Followings are newly created components (functions, materials, cameras, etc.) from this topic. * New component 1 * ... ~~ =========================================================== ~~ ~~ Astronomical/Astrophysical Concepts ~~ These are astronomical concepts relevant to the simulated topic. * Concept 1 * ... ~~ =========================================================== ~~ ~~ Scenes created in the simulation ~~ These are key scenes from the to-be-created simulation. These scenes are based on ''storyboard'' files. * Scene 1 * ...