:: FLANG_1 semantic presentation
theorem LmNum5: :: FLANG_1:1
for
n1,
n,
n2 being
Nat st (
n1 > n or
n2 > n ) holds
n1 + n2 > n
theorem LmNum30: :: FLANG_1:2
for
n1,
n,
n2 being
Nat st
n1 + n <= n2 + 1 &
n > 0 holds
n1 <= n2
theorem LmNum40: :: FLANG_1:3
for
n1,
n2 being
Nat holds
(
n1 + n2 = 1 iff ( (
n1 = 1 &
n2 = 0 ) or (
n1 = 0 &
n2 = 1 ) ) )
theorem LmSeq10: :: FLANG_1:4
theorem LmSeq20: :: FLANG_1:5
theorem LmSeq30: :: FLANG_1:6
theorem LmSeq40: :: FLANG_1:7
theorem LmSeq41: :: FLANG_1:8
theorem :: FLANG_1:9
theorem LmSeq43: :: FLANG_1:10
theorem :: FLANG_1:11
theorem LmSeq50: :: FLANG_1:12
:: deftheorem DefConcat defines ^^ FLANG_1:def 1 :
theorem ThConcat70: :: FLANG_1:13
theorem ThConcat80: :: FLANG_1:14
theorem ThConcat90: :: FLANG_1:15
theorem ThConcat100: :: FLANG_1:16
theorem ThConcat110: :: FLANG_1:17
theorem ThConcat10: :: FLANG_1:18
theorem ThConcat20: :: FLANG_1:19
theorem ThConcat30: :: FLANG_1:20
theorem ThConcat40: :: FLANG_1:21
theorem ThConcat50: :: FLANG_1:22
theorem :: FLANG_1:23
:: deftheorem DefPower defines |^ FLANG_1:def 2 :
theorem ThPower10: :: FLANG_1:24
theorem ThPower20: :: FLANG_1:25
theorem ThPower30: :: FLANG_1:26
theorem ThPower40: :: FLANG_1:27
theorem ThPower50: :: FLANG_1:28
theorem ThPower60: :: FLANG_1:29
theorem :: FLANG_1:30
theorem ThPower70: :: FLANG_1:31
theorem :: FLANG_1:32
theorem ThPower80: :: FLANG_1:33
theorem ThPower90: :: FLANG_1:34
theorem :: FLANG_1:35
theorem ThPower120: :: FLANG_1:36
theorem :: FLANG_1:37
theorem ThPower130: :: FLANG_1:38
theorem :: FLANG_1:39
theorem :: FLANG_1:40
theorem ThPower160: :: FLANG_1:41
:: deftheorem defines * FLANG_1:def 3 :
theorem ThClosure10: :: FLANG_1:42
theorem ThClosure40: :: FLANG_1:43
theorem ThClosure50: :: FLANG_1:44
theorem :: FLANG_1:45
theorem ThClosure60: :: FLANG_1:46
theorem ThClosure70: :: FLANG_1:47
theorem :: FLANG_1:48
theorem ThClosure30: :: FLANG_1:49
theorem :: FLANG_1:50
theorem ThClosure15: :: FLANG_1:51
theorem :: FLANG_1:52
theorem ThClosure20: :: FLANG_1:53
theorem :: FLANG_1:54
theorem ThClosure38: :: FLANG_1:55
theorem :: FLANG_1:56
theorem ThClosure39: :: FLANG_1:57
theorem ThClosure105: :: FLANG_1:58
theorem :: FLANG_1:59
theorem ThClosure80: :: FLANG_1:60
theorem ThClosure90: :: FLANG_1:61
theorem ThClosure100: :: FLANG_1:62
theorem ThClosure120: :: FLANG_1:63
theorem :: FLANG_1:64
theorem :: FLANG_1:65
theorem ThClosure135: :: FLANG_1:66
theorem :: FLANG_1:67
theorem ThClosure145: :: FLANG_1:68
theorem ThClosure150: :: FLANG_1:69
theorem :: FLANG_1:70
theorem :: FLANG_1:71
theorem :: FLANG_1:72
theorem ThClosure180: :: FLANG_1:73
:: deftheorem DefAlphabet defines Lex FLANG_1:def 4 :
theorem ThAlphabet10: :: FLANG_1:74
theorem :: FLANG_1:75
theorem :: FLANG_1:76