Suggestions for siunitx

The fol­low­ing pack­ages have some­thing in com­mon with the pack­age siu­nitx. The pack­ages are or­dered in de­creas­ing sim­i­lar­ity.

• units: Type­set units
• for­mula: Type­set­ting phys­i­cal units
• units­def: Type­set­ting units in LaTeX
• cur­rency: For­mat cur­ren­cies in a con­sis­tent way
• si: A com­pre­hen­sive (SI) units pack­age
• pstring: type­set se­quences with jus­ti­fi­ca­tion point­ers
• et­dipa: Sim­ple, lightweight tem­plate for sci­en­tific doc­u­ments
• siu­nits: In­ter­na­tional Sys­tem of Units
• sistyle: Pack­age to type­set SI units, num­bers and an­gles
• cook­ing-units: Type­set and con­vert units for cook­ery books and recipes
• nice­frac: Type­set in-line frac­tions in a "nice" way
• qstest: Bun­dle for unit tests and pat­tern match­ing
• smar­tu­nits: Con­vert­ing be­tween com­mon met­ric and Im­pe­rial units
• in­tro-sci­en­tific: In­tro­duc­ing sci­en­tific/math­e­mat­i­cal doc­u­ments us­ing LaTeX
• fix­math: Make maths com­ply with ISO 31-0:1992 to ISO 31-13:1992
• gen­symb: Generic sym­bols for both text and math mode
• up­greek: Upright Greek let­ters
• was: A col­lec­tion of small pack­ages by Wal­ter Sch­midt
• yalet­ter: Ex­tremely flex­i­ble macros for let­ters, en­velopes, and la­bel sheets
• skrap­port: ‘Sim­ple’ class for re­ports, etc
• skmath: Ex­ten­sions to the maths com­mand reper­toir
• fetch­bibpes: Creates a DB of Bi­ble verses from e-Sword, then fetches them on com­mand
• nd­diss: Notre Dame Dis­ser­ta­tion for­mat class
• breqn: Au­to­matic line break­ing of dis­played equa­tions
• math­style: Man­age math­e­mat­ics type­set­ting style
• python­high­light: High­light­ing of Python code, based on the list­ings pack­age
• num­spell: spell car­di­nal and or­di­nal num­bers
• cs­bul­letin: LaTeX class for ar­ti­cles sub­mit­ted to the CSTUG Bul­letin (Zpravo­daj)
• math­alfa: Gen­eral pack­age for load­ing maths al­pha­bets in LaTeX
• proof­read: Com­mands for in­sert­ing an­no­ta­tions
• ru­bik: Doc­u­ment Ru­bik cube con­fig­u­ra­tions and ro­ta­tion se­quences