CellDeveloper is a software for implementing computing model instances intuitively, fast and comfortably. In addition, the software can launch the instances in their modelspecific UIs.
The software works with an own code compiler. The compiler has a unique lexical, syntactical and semantic analizer for understanding the user written code. The program compiles from the personally developed language (CELL) to python.
There are three different token types that construct the syntax tree.
- Constant tokens
- Model types:
- Turing
- Turmite
- Automata1D
- Automata2D
- Directions:
- R (right)
- L (left)
- S (stay)
- Others:
- _ (none value)
- Model types:
- Regular expressions
- Integers
- IDs
- Symbols
::(model definition)|(attribute definition):(attribute declaration);(list attribute declaration)[ ](list)'(character)=>(rule),(list element separator)#(oneline comment)/ /(multiline comment)
Model structure:
id :: Type
| attribute : value
| list_attribute
; value
; value
Character structure:
'char'
Rule structure:
left_side => right_side
List structure:
[value, value, value, ...]
Turing-machines
-start | int
-accept | int
-rules | rule list
Turmites
-start | int
-rules | rule list
1D cellular automatas
-rule | rule
2D cellular automatas
-rules | rule list
-weight | int list list
The user can run the instances and debug their code in the command line. The different types of messages are shown with different colors as below:
debug | debugging current cell file
run <model> | runs <model> in shell with cell scale optional
help | lists all the valid commands
clear | clears console
exit | closes CellDeveloper
