in Autotool inventory (on https://autotool.fmi.uni-due.de) | Forms | Direct | Quiz | Supports fractional points? | Autotool module (in collection/src ) |
logic-tasks module(s) |
---|---|---|---|---|---|---|
Aussagenlogik/Syntax/LogicComposeFormula | x | Logic.Syntax.ComposeFormula |
LogicTasks.Syntax.ComposeFormula , Tasks.ComposeFormula.Quiz |
|||
Aussagenlogik/Syntax/LogicDecomposeFormula | x | Logic.Syntax.DecomposeFormula |
LogicTasks.Syntax.DecomposeFormula , Tasks.DecomposeFormula.Quiz |
|||
Aussagenlogik/Syntax/LogicInvalidCnfs | x | x | x | Logic.Syntax.LegalCnf |
LogicTasks.Syntax.IllegalCnfs , Tasks.LegalNormalForm.Quiz |
|
Aussagenlogik/Syntax/LogicInvalidDnfs | x | x | x | Logic.Syntax.LegalDnf |
LogicTasks.Syntax.IllegalDnfs , Tasks.LegalNormalForm.Quiz |
|
Aussagenlogik/Syntax/LogicInvalidFormulas | x | x | x | Logic.Syntax.LegalFormula |
LogicTasks.Syntax.IllegalFormulas , Tasks.LegalProposition.Quiz |
|
Aussagenlogik/Syntax/LogicRemoveBrackets | x | Logic.Syntax.SimplestFormula |
LogicTasks.Syntax.SimplestFormula , Tasks.SuperfluousBrackets.Quiz |
|||
Aussagenlogik/Syntax/LogicSubformulas | x | x | x | Logic.Syntax.SubFormula |
LogicTasks.Syntax.SubTreeSet , Tasks.SubTree.Quiz |
|
Aussagenlogik/Syntax/LogicTreeToFormula | x | Logic.Syntax.TreeToFormula |
LogicTasks.Syntax.TreeToFormula , Tasks.TreeToFormula.Quiz |
|||
Aussagenlogik/Semantik/Wahrheitstabellen/TruthTableFillGaps | x | x | x | x | Logic.Semantics.FillGaps |
LogicTasks.Semantics.Fill |
Aussagenlogik/Semantik/Wahrheitstabellen/TruthTableChooseForFormula | x | x | x | Logic.Semantics.ChooseTable |
LogicTasks.Semantics.Pick |
|
Aussagenlogik/Semantik/Wahrheitstabellen/TruthTableFindMistakes | x | x | x | x | Logic.Semantics.FindMistakes |
LogicTasks.Semantics.Decide |
Aussagenlogik/Semantik/Wahrheitstabellen/TruthTableMaxterm | x | x | Logic.Semantics.MaxTerm |
LogicTasks.Semantics.Max |
||
Aussagenlogik/Semantik/Wahrheitstabellen/TruthTableMinTerm | x | x | Logic.Semantics.MinTerm |
LogicTasks.Semantics.Min |
||
Aussagenlogik/Semantik/Resolution/LogicResolutionStep | x | x | x | Logic.Semantics.ResolutionStep |
LogicTasks.Semantics.Step |
|
Aussagenlogik/Semantik/Resolution/LogicResolutionComplete | x | x | x | Logic.Semantics.ResolutionFull |
LogicTasks.Semantics.Resolve |
|
Aussagenlogik/Semantik/Resolution/PrologResolutionStep | x | x | Logic.Semantics.ResolutionStepProlog |
LogicTasks.Semantics.Prolog |
You can use the testModule
function in order to test a module. A sample call looks like this:
$ stack repl
ghci> testModule (Just AutoLeijen) German (genFillInst dFillConf) LogicTasks.Semantics.Fill.description LogicTasks.Semantics.Fill.partialGrade LogicTasks.Semantics.Fill.completeGrade parser
This specific call tests the Fill
module (found in src/LogicTasks/Semantics/Fill.hs
). The output looks like this:
Betrachten Sie die folgende Formel:>>>> <F = (¬A ∨ ¬B) ∧ (A ∨ B) ∧ (B ∨ ¬C) ∧ (A ∨ B ∨ D)> <<<<
Füllen Sie in der zugehörigen Wahrheitstafel alle Lücken mit einem passenden Wahrheitswert (Wahr oder Falsch).>>>> <A | B | C | D | F
--|---|---|---|--
0 | 0 | 0 | 0 | 0
0 | 0 | 0 | 1 | -
0 | 0 | 1 | 0 | 0
0 | 0 | 1 | 1 | 0
0 | 1 | 0 | 0 | 1
0 | 1 | 0 | 1 | -
0 | 1 | 1 | 0 | 1
0 | 1 | 1 | 1 | -
1 | 0 | 0 | 0 | -
1 | 0 | 0 | 1 | 1
1 | 0 | 1 | 0 | 0
1 | 0 | 1 | 1 | -
1 | 1 | 0 | 0 | 0
1 | 1 | 0 | 1 | 0
1 | 1 | 1 | 0 | -
1 | 1 | 1 | 1 | 0
> <<<<
Geben Sie als Lösung eine Liste der fehlenden Wahrheitswerte an, wobei das erste Element der Liste der ersten Lücke von oben entspricht, das zweite Element der zweiten Lücke, etc.
Die Eingabe der Werte kann binär (0 = falsch, 1 = wahr), ausgeschrieben (falsch, wahr) oder als Kurzform (f, w) erfolgen.
>>>>Ein Lösungsversuch im Fall von vier Lücken könnte beispielsweise so aussehen: <[0,1,1,1]> <<<<
Just ()
[0,1,1,1,0,1]
---- Input ----
[TruthValue {truth = False},TruthValue {truth = True},TruthValue {truth = True},TruthValue {truth = True},TruthValue {truth = False},TruthValue {truth = True}]
---- Prettified Input ----
[False
,True
,True
,True
,False
,True]
---- Partial ----
Lösung hat korrekte Länge?
>>>> <Ja.> <<<<
Just ()
---- Complete ----
Lösung ist korrekt?
>>>> <Nein.> <<<<
>>>>Die Lösung beinhaltet 1 Fehler.<<<<
Nothing
In more detail:
Just AutoLeijen
to format the input with the specified pretty printer. Other options are: Nothing
, Just AutoHughesPJ
or Manual f
where f is of type a -> String
. Note that only Nothing
makes sense for tasks using Delayed
.German
to print the german version of the task. The other option would be English
.Gen a
.SomeModulePath.description
.SomeModulePath.partialGrade
.SomeModulePath.completeGrade
.parser
. Must be of type Parser b
, if you define one yourself.