#Quantum Compute Simulator Simulate Quantum Computing on your GPU using OpenCL

##Warning: I'm totally not a Quantum Physicist so this maybe completely wrong!

#This crate is a work in progress.

TODO:

• Syntax Defined
• Command Line Interface Defined
• Backend passes
• OpenCL-C99 Code Gen
• OpenCL Backend Integration
• Running on Windows
• Running on OSX
• Running on Linux
• Calculation are Correct

#License

This program is licensed under Apache-2.0

#Synatx:

####Comments:

Comments start with //, they last an entire line. There is no /* */comments. One should know the space after ; before the line break can also be used for comments.

####Number Point Parsing

Just always include a decimal point and you'll have no errors. I suck at nom (the parser library I'm using).

####Identifiers

Varaibles must only contain alphabetic letters [a-zA-z]. No numbers, spaces, or special things.

####Declaring Qubits

let qubit = 1.0 +i 0.0 |0> 0.0 +i -1.0 |1>;

There is no space between the +i, |0>, and |1>. The |0> must procede |1>.

####Gate List

had( qubit ); 		Hadamard
not( qubit ); 		Not
paulix( qubit );	Pauli-X
pauliy( qubit );	Pauli-Y
pauliz( qubit );	Pauli-Z
sqrtnot( qubit );	Sqrt-Not
display(qubit);		Print a Qubit Value to your terminal

The second bit should be considered the top to directly compare them to the standard fenymann way of writing things.

swap( qu, bit);		Swap
sqrt_swap( qu, bit);	SquareRoot Swap
control_not( qu, bit);	Controlled Not
control_x(qu, bit);	Controlled Pauli-X
control_y(qu, bit);	Controlled Pauli-Y
control_z(qu, bit);	Controlled Pauli-Z

####Phase gates are special

control_phase(qu, bit, NUMERATOR, DENOMINATOR);`
phase(qubit, NUMERATOR, DENOMINATOR);

The phase is represenative of pi*NUMERATOR/DENOMINATOR of a radian value. NUMERATOR and DENOMINATOR follow the same buggy floating point parsing so always use a decimal, even if you are working with purely integer values.

#Compile Guide:

####Set up Fedora

TODO

####Set up Ubuntu

TODO

####Set up OSX

TODO

####Set up Windows MSVC

TODO

####Set up WIndows GNU

TODO

#Operation This program expects OpenCL to be installed locally. Please ensure your Vendor (AMD, Nvidia, or Intel's) OpenCL-SDK is installed. This program will also assume both Rust and Cargo are installed locally Please report all bugs you have.

#####Compile and run

quantumcompiler -i [YOUR FILE]

#####Compile a stand alone

quantumcompiler -c [YOUR FILE]

#####Get help

quantumcompiler -h