Metadata-Version: 2.1
Name: SysMPy
Version: 0.0.6
Summary: A library for System Modeling Runtime Environment (SMRE)
Home-page: https://github.com/pcyoung75/SysMPy
Author: SysMPy Team
Author-email: pcyoung75@gmail.com
License: Apache License Version 2.0
Platform: UNKNOWN
Classifier: Programming Language :: Python :: 3
Classifier: Operating System :: OS Independent
Requires-Python: >=3.7
Description-Content-Type: text/markdown

# SysMPy

## About
SysMPy is an open-source library for System Modeling Runtime Environment (SMRE), an integrated software environment which offers several built-in libraries to support systems analysis and design, based on a convenient systems modeling script language, which forms a fundamental building block of SMRE.

### Systems Modeling Script (SMS)
Example 1: Three action nodes 

SMS has a simple form as shown the following code. 
To define a process, a class Process(.) can be used. 
The return object from it provides a built-in function Action(.). 
By including the name of an Action, the Action node is defined along the process.  


```
from entity import *

p = Process("Process")
act1 = p.Action("Action1")
act2 = p.Action("Action2")
act3 = p.Action("Action3")
```
The following figure shows an illustrative graph from the above code. 

```
                +---------------+
                |               |
                |     start     |
                |               |
                +---------------+
                        | Process
                        |
                +---------------+
                |               |
                |     Action1   |
                |               |        
                +---------------+        
                        |
                        |
                +---------------+
                |               |
                |     Action2   |
                |               |        
                +---------------+        
                        |
                        | 
                +---------------+
                |               |
                |      End      |
                |               |
                +---------------+
```

After building the model, we can run a simulation. 
To execute the simulation, asyncio.run(.) is used with the built-in function sim() of the process p.

```
asyncio.run(p.sim())
```

### Prerequisites
The following pakages are needed to run the library.
- requests
- numpy
- tornado
- python for matlab 

### Members
Developers:

- Dr. Cheol Young Park
- Dr. Shou Matsumoto 
- Mr. DaePhil Han
- Mr. EunHak Lee 
- Mr. SeongRae Lim
- Mr. Hong Gyu Han

Advisers:

- Prof. Joongyoon Lee
- Dr. GwanTaik Lim
- Prof. YoungWon Park


