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Table of Contents

1. Status
   1. Completed
   2. In Progress
   3. Planned
   4. Wish List
2. Operation
   1. Location of Objects
3. References
   1. Saving/Reading
   2. FieldContainer class
   3. MathML Output
   4. Wiki Formatting

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Status

Completed

• Fields return mass dimension based on spacetime dimension

In Progress

• SUSY higher dimensional operators
• Lagrangian to display <math><mrow><mfrac><mi>g</mi><mrow><msup><mi>&Lambda;</mi><mi>d</mi></msup></mrow></mfrac><mo>&InvisibleTimes;</mo><mi>O</mi></mrow></math>

Planned

• Curved spacetime
• Config dialog contains spacetime dimensions
• Alter CompactLieAlegbra and DiscreteGroup location to be within SemiSimpleAlgebra and SemiSimpleDiscreteGroup

Wish List

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Operation

Location of Objects

The various components of the code need to be stored in specific locations and to avoid redundancy, as per the ​DRY principle, they should only be stored in one location. This list is meant to be the authoritative list as to the location of the various components.

Core

Object	Location
Compact Lie Group	Nowhere. Exist in memory only & known to program through a pointer*
Discrete Group	Nowhere. Exist in memory only & known to program through a pointer*
Symmetry Group	Model, Points to either Compact Lie Group or Discrete Group
Field	Model
Parameter	Model
Lagrangian	Model, Points to Field and Parameter

* See Planned under Status

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References

Saving/Reading

Possible XML parser Libraries in C++

• ​Xerxes-C++
• ​libxml++
• ​<eXpat/>
• ​TinyXML
• ​Kranf's 104KB

​"comprehensive" list of C++/C XML parsers

FieldContainer class

This is potentially useful for generating all possible subFieldContainers

• ​Combinatorial Number System
• ​Python Code for all k-subsets

MathML Output

• ​W3C Presentation Markup
• ​Essentially is_numeric for string
• ​Another is_numeric

Wiki Formatting

• ​TracWiki Formatting