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# Wiki Sandbox

Feel free to use this page to experiment with the Text Formatting Rules. Just click the “Edit Page” link at the bottom of the page.

This is a test page. We can use superscript text, subscript, italic or bold text.

Variables:

Group: Main

Similar syntax Latex, but MathJax can handle the difference: {$\sin(x)$}

This is some text in section 1.

This is some text in section 2.

text not sure how this works

This is some LaTeX: {$x=5$} {$\mbox{some more LaTeX with ygyg}$} align {$\mbox{y}$} align {$\mbox{T}$} How to fix the vertical alignment?

{%label, x = \sum_{i=1}^{N} y_i z_i%}

A reference to the previous equation EQ(label). A reference to the following EQ(another).

{%another,y_i = \sin x_i%}

It seems that forward references to equations do not work?

A div box

This is an example of the ‘toogle box’ plugin. The code is

(:toggle id=box2 init=hide button=1:)
>>id=box2 border='1px solid #999' padding=5px bgcolor=#edf<<
The text in this section can be hidden/shown
>><<


The text in this section can be hidden/shown

Basic usage:

Some text that can be hidden

A SourceBlock example.

struct Test
{
double foo;
};

This should list all languages supported by SourceBlock, but it appears that is only supported in the latest version. Geshi Version: 1.0.7.18

langfull name
actionscriptActionScript
adaAda
apacheApache Log
applescriptAppleScript
asmASM
aspASP
autoitAutoIt
bashBash
blitzbasicBlitzBasic
bnfbnf
cC
c_macC (Mac)
caddclCAD DCL
cadlispCAD Lisp
cfdgCFDG
cfmColdFusion
cppC
cpp-qtC (QT)
csharpC#
cssCSS
dD
delphiDelphi
diffDiff
divDIV
dosDOS
eiffelEiffel
fortranFortran
freebasicFreeBasic
gmlGML
groovyGroovy
html4strictHTML
idlUno Idl
iniINI
innoInno
ioIo
javaJava
java5Java™ 2 Platform Standard Edition 5.0
javascriptJavascript
latexLaTeX
lispLisp
luaLua
matlabMatlab M
mircmIRC Scripting
mpasmMicrochip Assembler
mysqlMySQL
nsisNSIS
objcObjective C
ocamlOCaml
ocaml-briefOCaml
oobasOpenOffice.org Basic
oracle8Oracle 8 SQL
pascalPascal
perlPerl
phpPHP
php-briefPHP
plsqlPL/SQL
pythonPython
qbasicQBasic/QuickBASIC
regMicrosoft Registry
robotsrobots.txt
rubyRuby
sasSAS
schemeScheme
sdlbasicsdlBasic
smalltalkSmalltalk
smartySmarty
sqlSQL
tclTCL
textText
thinbasicthinBasic
tsqlT-SQL
vbVisual Basic
vbnetvb.net
vhdlVHDL
visualfoxproVisual Fox Pro
winbatchWinbatch
xmlXML
z80ZiLOG Z80 Assembler

sticky note

sticky note a sticky note, colour (optional) is yellow, green, blue, purple, pink, grey

## The Matrix Product Toolkit

If you got here searching for computing infrastructure at the School of Mathematics and Physics at UQ, you are probably after this link to the SMP computing facilities

The Matrix Product Toolkit is a comprehensive suite of tools for constructing and manipulating Matrix Product States, aimed at numerical simulations in condensed matter physics, quantum information science and related areas. For more information and history of the toolkit, see the About page.

To get started, see the Download and Install links below. To see some applications of the toolkit, try the HOWTO pages note much of the documentation on the HOWTO pages is out of date.

### News

2017–05–16: Tagged version 1705 in git — finite-size DMRG is now integerated into the iDMRG/git version of the toolkit.

2016–07–14: Installed new MathJax plugin. Notation change: $…$ for {$\LaTeX$} equations is no longer supported (use {$...$} instead), so many equations won’t display properly until this is fixed. There are some predefined macros, see LatexMacros for details.

2016–07–13: Added some notes on compiler support

2016–05–12: BUG FIX IN MP-EVOLVE-KRYLOV: for the ‘trunk’ version of the toolkit, there is a bug fix for a convergence problem in mp-evolve-krylov. See Bugs.MpEvolveKrylov for details. The git version is unaffected.

2015–09–16: Development of the toolkit is moving to use git. See Download for details. The subversion repository is now read-only.

• Installing: How to install the toolkit
• HOWTO: Tutorials on using the toolkit
• Tools: Detailed documentation for each program in the toolkit
• IDMRG: iDMRG overview
• References: Further information on DMRG/matrix product states