lib/layouts/theorems-sec-bytype.module

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