gpioblink / s2e-documents

Documents for Spacecraft Simulation Environment

S2E-Documents

Overview

• This repository summarizes documents of S2E (Spacecraft Simulation Environment).
• The Documents should be
  • written in English
  • written in markdown format
  • updated ASAP when the source codes are modified
• If you have any questions or comments for S2E, feel free to ask us on the discussions page of s2e-core.

Index

1. General Information
   1. Coding Convention
   2. Format of Documents
   3. Mandatory set up and How to Build the S2E
      1. How to download CSPICE Library
      2. How to download and make NRLMSISE00 Library
      3. How to build with Visual Studio
      4. How to build with OSX
         This configuration doesn't work now since the OSX doesn't support 32bit applications.
         Mac users can use Ubuntu in Docker.
      5. How to build with Ubuntu in Docker for both Windows and Mac users
      6. How to build with other compilers will be written
2. Tutorials
   1. Getting Started
   2. How To Make New Simulation Scenario
   3. How To Add Components
   4. How To Make New Components
   5. How To Use Monte Carlo Simulation
   6. How To Add Control Algorithms
   7. How To Integrate C2A
   8. How To Perform HILS Test
   9. How to simulate multiple satellites
   10. TBW
3. Specifications
   1. Overall Structure
   2. Component
      1. Abstract
         1. Component Base
         2. OBC Communication Base
         3. Sensor Base
      2. AOCS
         1. STT
         2. RW Jitter
      3. CDH
      4. Logic
      5. Mission
         1. Telescope
      6. Power
         1. PCU
      7. Propulsion
         1. SimpleThruster
      8. Thermal
   3. Disturbance
      1. GeoPotential
      2. Gravity Gradient Torque
      3. Magnetic Disturbance Torque
      4. Surface force
         1. Air Drag
         2. Solar Radiation Pressure
      5. Third Body Gravity
   4. Dynamics
      1. Attitude
         1. Attitude Dynamics
         2. Controlled Attitude
      2. Orbit
         1. Relative Orbit
      3. Thermal
   5. Environment
      1. SRP Environment
      2. Atmosphere
      3. Magnetic Environment
      4. Hipparcos Catalogue (Japanese)
      5. GNSS Satellites (Japanese)
      6. Celestial Rotation
   6. Interface
      1. Power Port
   7. Library
   8. Simulation
      1. Monte Carlo Simulation