Template zur Implementierung des BogoSort Algorithmus.data:image/png;base64,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Template zur Implementierung des BogoSort Algorithmus. forward turn turnLeft setHeading doFaceTowards gotoXY doGotoObject doGlide changeXPosition setXPosition changeYPosition setYPosition bounceOffEdge getPosition xPosition yPosition direction doSwitchToCostume doWearNextCostume getCostumeIdx doSayFor bubble doThinkFor doThink reportGetImageAttribute reportNewCostumeStretched reportNewCostume changeEffect setEffect clearEffects getEffect changeScale setScale getScale show hide reportShown goToLayer goBack playSound doPlaySoundUntilDone doStopAllSounds doPlaySoundAtRate reportGetSoundAttribute reportNewSoundFromSamples doRest doPlayNote doSetInstrument doChangeTempo doSetTempo getTempo changeVolume setVolume getVolume changePan setPan getPan playFreq stopFreq clear down up getPenDown setColor changePenColorDimension setPenColorDimension getPenAttribute changeSize setSize doStamp floodFill write reportPenTrailsAsCostume doPasteOn doCutFrom receiveInteraction receiveCondition doBroadcastAndWait doWarp doWait doForever doUntil doIfElse reportIfElse doReport doRun fork evaluate reportPipe doTellTo reportAskFor receiveOnClone createClone newClone removeClone doPauseAll doSwitchToScene receiveUserEdit doDefineBlock doDeleteBlock doSetBlockAttribute reportBlockAttribute reportEnvironment reportTouchingObject reportTouchingColor reportColorIsTouchingColor reportMousePosition reportMouseX reportMouseY reportKeyPressed reportRelationTo reportAspect doResetTimer getTimer reportDate reportAttributeOf reportGet reportObject reportURL reportAudio reportVideo doSetVideoTransparency reportGlobalFlag doSetGlobalFlag reifyScript reifyReporter reifyPredicate reportVariadicProduct reportQuotient reportPower reportModulus reportVariadicMin reportVariadicMax reportRound reportMonadic reportAtan2 reportVariadicLessThan reportVariadicEquals reportVariadicAnd reportVariadicOr reportNot reportBoolean reportJoinWords reportTextSplit reportLetter reportTextAttribute reportUnicode reportUnicodeAsLetter reportIsA reportVariadicIsIdentical doShowVar doHideVar doDeclareVariables doDeleteAttr reportNumbers reportCONS reportCDR reportListIndex reportListContainsItem reportListIsEmpty reportMap reportKeep reportFindFirst reportCombine doForEach doDeleteFromList doInsertInList doReplaceInList reportConcatenatedLists reportReshape reportCrossproduct setBackgroundColor changeBackgroundColorDimension setBackgroundColorDimension receiveKey reportJSFunction

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Skript 1: Setze eine Variable input auf eine Liste und eine Variable vergleiche auf 0. Der User soll gefragt werden wie viele Zahlen die Liste enthalten soll. Es soll dann genau so oft eine Zufallszahl (zB von 1-10) zur Liste input hinzugefügt werden. Danach wird eine Variable output auf den input gesetzt, damit der input nicht mehr überschrieben wird. Am Ende des ersten Skripts soll eine Nachricht "istSortiert" ausgeschickt werden.Skript 2: Es muss die Nachricht istSortiert empfangen werden. Wir brauchen eine Für-Schleife. Diese startet bei 1 und geht bis zur Länge der Liste output - 1, da das letzte Element der Liste nicht mehr verglichen werden muss. In der Schleife muss eine Abfrage programmiert werden: Falls das i-te Element von output größer ist als das i+1-te Element, dann shuffle den output, sende nochmal die Nachricht istSortiert aus (um von vorne zu beginnen, da das bedeutet, dass die Liste nicht sortiert wurde), ändere die Variable vergleiche um 1 und stoppe dieses Skript. Am Ende des Skriptes soll alles gestoppt werden.