- Written in C for small memory environments as a calculator and interpreted programming language. However, is getting powerful to become a programming language or a scientific calculation tool on computers.
- It started as a calculator using Shunting Yard algorithm for parser. Later it growed and it shows a capacity to become a programming language. Since then it has been improved and also it's under development.
- Inspired by Python, Matlab, and of course C. Yet it tries to differ somehow from these languages while keeping their good but changing features that is thought as useful.
- Flexible and Dynamically typed
- Matrices are internal C arrays for fast and reliable computation.
- Easy to write and learn
- Easy to extend with a C/C++ libraries
Write your first program:
print('Hello World')
$ make
allows you to define multiple types of entries. Such as integers, doubles, strings, tuples and matrices. You don't need to specify types as in the case of statically typed languages.
Basic types:
# This is a line comment
x = 5 # integer
x = 3.14159 # double
x = 'Hey this is a string' # string
x = (1,2,1.23,('Hey i am tuple!')) # tuple
x = [1,2,3 ; 4,5,6] # 2x3 matrix
Absolute operator: number objects return positive of that number under abs operator complex object returns 2-d distance string, tuple and matrix objects return their length
|'fbgc'| # gives 4
|('a','fbgc',1,2,3)| # gives 5
|3+4j| # gives 5.0
|-3| # gives 3
Function definition:
sum = fun(a,b)
return a+b
end
Conditional structures:
if(a == 5 & y == 7)
print('This is an if structure')
end
if(x == 5)
print('Inside if : ',x)
elif(x == 6)
print('Inside elif :',x)
else
print('Inside else: ',x)
end
i = 0
while(i<5)
print(i)
end
Paranthesis can be dropped as well.
if i == 5
print('i is five')
end
if x == 5 ; print("x is 5"); else print('x is not 5') ; end
In , for loop allows you to write fast code ! You can create a for loop just giving sequence or range
for(i = 0:10)
print(i) #prints 0,1,2,3,4,5,6,7,8,9
end
for i = 1:0.1:3.14
print(i) #prints 1, 1.1, 1.2, 1.3, 1.4 .... 3.1
end
for(i = 0:2:10)
print(i) #prints 0,2,4,6,8
end
for (i = 'fbgc')
print(i) #prints 'f','b','g','c'
end
#|obj| operator gives you the length of the object
x = 'Hello world'
for (i = 0 : |x|)
print(x[i])
end
- ◦ Documentation
- ✔ Lexer, parser and interpreter
- ◦ Meaningful lexical, grammar and program errors
- ✔ Internal memory handling mechanism
- ✔ Integer computation
- ◦ Internal libraries for all object types
- ✔ C internal API
- ◦ Garbage collection
- ◦ Optimizations
is looking forward to be improved. If you are interested in please make pull request. It is under development.