lib/layouts/theorems-sec-bytype.module

   1 #\DeclareLyXModule{Theorems (Numbered by Type within Sections)}
   2 #DescriptionBegin
   3 #Defines some theorem environments for use with non-AMS classes. Contrary to the
   4 #plain Theorem module, the different theorem types provided here each have a separate
   5 #counter (e.g., theorem 1, theorem 2, lemma 1, proposition 1, theorem 3, lemma 2, ...,
   6 #as opposed to theorem 1, theorem 2, lemma 3, proposition 4, ...). The numbering is reset
   7 #at each section start.
   8 #DescriptionEnd
   9 #Requires: theorems-bytype | theorems-ams-bytype
  10 #Excludes: theorems-std | theorems-ams | theorems-starred | theorems-chap | theorems-chap-bytype
  11
  12 # Author: Paul Rubin <rubin@msu.edu> (hacked from Richard Heck's various modules)
  13
  14 Format 68
  15
  16 # We need separate counters for each theorem-like style.
  17 Counter theorem
  18         Within         section
  19 End
  20 Counter corollary
  21         Within         section
  22 End
  23 Counter lemma
  24         Within         section
  25 End
  26 Counter proposition
  27         Within         section
  28 End
  29 Counter conjecture
  30         Within         section
  31 End
  32 Counter fact
  33         Within         section
  34 End
  35 Counter definition
  36         Within         section
  37 End
  38 Counter example
  39         Within         section
  40 End
  41 Counter problem
  42         Within         section
  43 End
  44 Counter exercise
  45         Within         section
  46 End
  47 Counter remark
  48         Within         section
  49 End
  50 Counter claim
  51         Within         section
  52 End
  53
  54 Style Theorem
  55         Preamble
  56           \theoremstyle{plain}
  57           \newtheorem{thm}{\protect\theoremname}[section]
  58         EndPreamble
  59 End
  60
  61
  62 Style Corollary
  63         Preamble
  64           \theoremstyle{plain}
  65           \newtheorem{cor}{\protect\corollaryname}[section]
  66         EndPreamble
  67 End
  68
  69
  70 Style Lemma
  71         Preamble
  72           \theoremstyle{plain}
  73           \newtheorem{lem}{\protect\lemmaname}[section]
  74         EndPreamble
  75 End
  76
  77
  78 Style Proposition
  79         Preamble
  80           \theoremstyle{plain}
  81           \newtheorem{prop}{\protect\propositionname}[section]
  82         EndPreamble
  83 End
  84
  85
  86 Style Conjecture
  87         Preamble
  88           \theoremstyle{plain}
  89           \newtheorem{conjecture}{\protect\conjecturename}[section]
  90         EndPreamble
  91 End
  92
  93
  94 Style Fact
  95         Preamble
  96           \theoremstyle{plain}
  97           \newtheorem{fact}{\protect\factname}[section]
  98         EndPreamble
  99 End
 100
 101
 102 Style Definition
 103         Preamble
 104           \theoremstyle{definition}
 105           \newtheorem{defn}{\protect\definitionname}[section]
 106         EndPreamble
 107 End
 108
 109
 110 Style Example
 111         Preamble
 112           \theoremstyle{definition}
 113           \newtheorem{example}{\protect\examplename}[section]
 114         EndPreamble
 115 End
 116
 117
 118 Style Problem
 119         Preamble
 120           \theoremstyle{definition}
 121           \newtheorem{problem}{\protect\problemname}[section]
 122         EndPreamble
 123 End
 124
 125
 126 Style Exercise
 127         Preamble
 128           \theoremstyle{definition}
 129           \newtheorem{xca}{\protect\exercisename}[section]
 130         EndPreamble
 131 End
 132
 133
 134 Style Remark
 135         Preamble
 136           \theoremstyle{remark}
 137           \newtheorem{rem}{\protect\remarkname}[section]
 138         EndPreamble
 139 End
 140
 141
 142 Style Claim
 143         Preamble
 144           \theoremstyle{remark}
 145           \newtheorem{claim}{\protect\claimname}[section]
 146         EndPreamble
 147 End