C# Class Problem, thinksy_unity_plugin

Inheritance: MonoBehaviour

Mostra file Open project: senseix/thinksy_unity_plugin Class Usage Examples

Public Methods

Method	Description
AddGivenAnswerPart ( ProblemPart, newGivenAnswerPart ) : void	Sets the given answer. This can then be checked for correctness through CheckAnswer.
AnswersGivenSoFar ( ) : int	Returns the number of answers which have been given so far.
CheckAnswer ( ) : bool	Checks the Problem's given answer against its correct answer. DOES NOT report to the senseix server. Consider SubmitAnswer() if this is a final answer.
CheckAnswer ( Answer, answer ) : bool	Sets the given answer to the argument, then checks it. DOES NOT submit. Consider SubmitAnswer() if this is a final answer.
CountDistractors ( ) : int	Counts the number of distractors available for this problem.
CountProblemsAnsweredCorrectlySoFar ( ) : uint	Counts the problems answered correctly so far.
GetCategoryName ( ) : string	A category is a group of Thinksy questions which are formatted the same way. Gets the name of the category. This string is mostly meaningless, but can be compared with other strings and looked up on the Thinksy website for information about the category.
GetCategoryNumber ( ) : uint	Gets the category number. Higher number means more advanced categories.
GetCorrectAnswer ( ) : Answer,	Returns the correct answer to this Problem
GetCurrentCorrectAnswerPart ( ) : ProblemPart,	Gets the next correct answer part based on how many answer parts have been given so far.
GetDistractor ( ) : ProblemPart,	Gets one distractor. Distractors are wrong answers which can be presented as options to the player.
GetDistractors ( int howManyDistractors ) : ProblemPart[],	Gets distractors. These are wrong answers which can be presented as options to the player.
GetGivenAnswer ( ) : Answer,	Returns the answer set by SetGivenAnswer
GetGivenAnswerIDs ( ) : string[]	Gets the IDs of the given answers. Mostly for internal use. Only use this if you want a bunch of uuids.
GetLearningAction ( ) : LearningAction,	Returns the learning action associated with this problems. Learning actions are representations of actions the player can complete successfully or unsuccessfully. There are five types (sub-classes) of learning actions. The type of a learning action can be determined via learningAction.GetActionType()
GetQuestion ( ) : Question,	Returns the question to be answered.
GetQuestionHTML ( ) : string	Gets an HTML representation of this problem's question.
GetQuestionImage ( ) : Texture2D	Gets the question image. The same as GetQuestion ().GetImage ()
HasBeenSubmitted ( ) : bool
Problem ( Senseix newProtobufsProblemBuilder ) : System	Don't use this unless you know what you're doing- instead get a problem from SenseixPlugin.NextProblem().
SetGivenAnswer ( Answer, newGivenAnswer ) : void	Sets the given answer. This will then be reflected in CheckAnswer().
SubmitAnswer ( ) : bool	Submits the given answer. This will update communicate with the senseix server asynchronously and update your player's progress accordingly.
SubmitAnswer ( Answer, answer ) : bool	Sets the given answer, then submits. This will update communicate with the senseix server asynchronously and update your player's progress accordingly.

Method Details

AddGivenAnswerPart() public method

Sets the given answer. This can then be checked for correctness through CheckAnswer.

public AddGivenAnswerPart ( ProblemPart, newGivenAnswerPart ) : void
newGivenAnswerPart	ProblemPart,
return	void

AnswersGivenSoFar() public method

Returns the number of answers which have been given so far.

public AnswersGivenSoFar ( ) : int
return	int

CheckAnswer() public method

Checks the Problem's given answer against its correct answer. DOES NOT report to the senseix server. Consider SubmitAnswer() if this is a final answer.

public CheckAnswer ( ) : bool
return	bool

CheckAnswer() public method

Sets the given answer to the argument, then checks it. DOES NOT submit. Consider SubmitAnswer() if this is a final answer.

public CheckAnswer ( Answer, answer ) : bool
answer	Answer,
return	bool

CountDistractors() public method

Counts the number of distractors available for this problem.

public CountDistractors ( ) : int
return	int

CountProblemsAnsweredCorrectlySoFar() public static method

Counts the problems answered correctly so far.

public static CountProblemsAnsweredCorrectlySoFar ( ) : uint
return	uint

GetCategoryName() public method

A category is a group of Thinksy questions which are formatted the same way. Gets the name of the category. This string is mostly meaningless, but can be compared with other strings and looked up on the Thinksy website for information about the category.

public GetCategoryName ( ) : string
return	string

GetCategoryNumber() public method

Gets the category number. Higher number means more advanced categories.

public GetCategoryNumber ( ) : uint
return	uint

GetCorrectAnswer() public method

Returns the correct answer to this Problem

public GetCorrectAnswer ( ) : Answer,
return	Answer,

GetCurrentCorrectAnswerPart() public method

Gets the next correct answer part based on how many answer parts have been given so far.

public GetCurrentCorrectAnswerPart ( ) : ProblemPart,
return	ProblemPart,

GetDistractor() public method

Gets one distractor. Distractors are wrong answers which can be presented as options to the player.

public GetDistractor ( ) : ProblemPart,
return	ProblemPart,

GetDistractors() public method

Gets distractors. These are wrong answers which can be presented as options to the player.

public GetDistractors ( int howManyDistractors ) : ProblemPart[],
howManyDistractors	int	How many random distractors to return.
return	ProblemPart[],

GetGivenAnswer() public method

Returns the answer set by SetGivenAnswer

public GetGivenAnswer ( ) : Answer,
return	Answer,

GetGivenAnswerIDs() public method

Gets the IDs of the given answers. Mostly for internal use. Only use this if you want a bunch of uuids.

public GetGivenAnswerIDs ( ) : string[]
return	string[]

GetLearningAction() public method

Returns the learning action associated with this problems. Learning actions are representations of actions the player can complete successfully or unsuccessfully. There are five types (sub-classes) of learning actions. The type of a learning action can be determined via learningAction.GetActionType()

public GetLearningAction ( ) : LearningAction,
return	LearningAction,

GetQuestion() public method

Returns the question to be answered.

public GetQuestion ( ) : Question,
return	Question,

GetQuestionHTML() public method

Gets an HTML representation of this problem's question.

public GetQuestionHTML ( ) : string
return	string

GetQuestionImage() public method

Gets the question image. The same as GetQuestion ().GetImage ()

public GetQuestionImage ( ) : Texture2D
return	UnityEngine.Texture2D

HasBeenSubmitted() public method

public HasBeenSubmitted ( ) : bool
return	bool

Problem() public method

Don't use this unless you know what you're doing- instead get a problem from SenseixPlugin.NextProblem().

public Problem ( Senseix newProtobufsProblemBuilder ) : System
newProtobufsProblemBuilder	Senseix
return	System

SetGivenAnswer() public method

Sets the given answer. This will then be reflected in CheckAnswer().

public SetGivenAnswer ( Answer, newGivenAnswer ) : void
newGivenAnswer	Answer,	New given answer.
return	void

SubmitAnswer() public method

Submits the given answer. This will update communicate with the senseix server asynchronously and update your player's progress accordingly.

public SubmitAnswer ( ) : bool
return	bool

SubmitAnswer() public method

Sets the given answer, then submits. This will update communicate with the senseix server asynchronously and update your player's progress accordingly.

public SubmitAnswer ( Answer, answer ) : bool
answer	Answer,
return	bool