I worked on

*Lizard*since 8 years.

*Lizard*differs significantly from other script languages, as you can see in the features below.

*Lizard*is very similar to the mathematical and scientific program

*Mathematica*.

*Lizard*should make it possible to carry out calculations, data analysis and much more with a small script without much code. At the moment I am only providing you with the Lizard.dll, its include file as well as some examples and a detailed documentation on

*Lizard*. The publication of the source code is planned and since I don't use a Win-API, nothing should prevent a compilation on Linux!

Please test

*Lizard*at this early stage and give me feedback on the current features. I would also like to explicitly thank the following people who probably didn't even know that they helped me: Helle (ASM optimization), CSHW89 (idea and division algorithm)

Download:

**Lizard - Symbolic computation script language**(Version 0.4.0-0005)

Contains the Lizard.dll (Windows x64 and x86), the Lizard.so (Linux x64), the Lizard.pbi, some examples for the integration in Pure Basic and a detailed documentation for

*Lizard*with many examples.

Lizard - Documentation (Documentation only, just for viewing)

Features of Lizard:

- Full support of symbolic expression.
- Support of arbitrary size integers.
- Support of real numbers with arbitrary precision.
- Support of rational and complex numbers.
- Full unicode character string and binary string support as well as unicode collation algorithm.
- Support of polymorphic or anonymous functions.
- Powerfull pattern matching engine for assignments and replacements.
- Support of named parameters in functions.
- High flexibility in work with subparts of strings, lists or general expressions.
- Numerous conversion functions, supporting different number formats and string formats under consideration of endianness and digit base.

In

*Lizard*everything, really everything, is an expression consisting of a head and any number of arguments. That means also object types themselves, e.g. lists or well-known keywords such as If, And etc. are again just expressions and can also be used again as such. This makes

*Lizard*very flexible and powerful, but on the deep level it is also slower than usual script languages, in which these things are clearly separated and differentiated.

Here are some examples of the features (many more in the documentation):

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`In(1) := {2^100, 8/12, 1/4.0, (-2.0)^0.4} Out(1) = {1267650600228229401496703205376, 2/3, 0.25, 0.40775+1.25493*I}`

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`In(2) := {3*x - 2*x, a && True && b, Sin(Pi/6)} Out(2) = {x, a && b, 1/2}`

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`In(3) := 123.456 ^ 6789 Out(3) = 1.889456296024e14199`

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`In(4) := Calculate(Pi, 60) Out(4) = 3.14159265358979323846264338327950288419716939937510582097494`

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`In(5) := Sort( {-3, 2, -1, 0, 4}, Abs(#1) <= Abs(#2) & ) Out(5) = {0, -1, 2, -3, 4}`

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`In(6) := Select( {1, 2, 3, 4, y, 2.2}, #^2 < 6 & ) Out(6) = {1, 2, 2.2}`

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`In(7) := Replace( a+b+c+d, a+d -> x ) Out(7) = b + c + x`

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`In(8) := {a,b,c,d,e}[2..-2] Out(8) = {b, c, d}`

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`In(9) := "Hello World!"[-1..1..-1] Out(9) = "!dlroW olleH"`

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`In(10) := Table(i^2, {i, -3, 3} ) Out(10) = {9, 4, 1, 0, 1, 4, 9}`

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`In(11) := ToString('\0a\x03» ¬', BinaryFormat->"UTF16", Endianness->1) Out(11) = "aλ€"`

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`In(12) := Sort({"NINO", "Nina", "Nino", "Ninu", "Niño"}) Out(12) = {"Nina", "Nino", "NINO", "Niño", "Ninu"}`

ChangeLog

- 0.4.0-0005: Some bug fixes and a first version for Linux.
- 0.4.0-0001: Implementierung von unlimitierten Fließkommazahlen, neue Funktionen: Factorial(), Precision(), Cos(), Sin(), Cosh(), Sinh(), ArcTan()
- 0.3.8-0012: x86 support!, small bug-fixes, two more examples for pure basic implementation, new Lizard-functions: Floor, Ceil, Trunc, Order
- 0.3.8-0002: First publication