####################################################################
#
# This file holds the test cases executed by DigitalConceptBuilder
#
####################################################################

#                                                   DEFINITIONNEEDED
#                                                   ________________
#
# Possible values: TRUE, FALSE
#
# TRUE: a Predicate Builder Script entry for the part-of-speech 
# is required for the word to be included in the tokens list.
#
# FALSE: no restriction related to the requirement of a Predicate 
# Builder Script.

DEFINITIONNEEDED = TRUE

#-------------------------------------------------------------------

#                                                       OUTPUTTOKENS
#                                                       ____________
#
# Possible values: TRUE, FALSE
#
# TRUE: the list of tokens will be output following the tokenization.
#
# FALSE: the list of tokens will not be output following the 
# tokenization.

OUTPUTTOKENS = FALSE

#-------------------------------------------------------------------

#                                                 OUTPUTSYNTAXTOKENS
#                                                 __________________
#
# Possible values: TRUE, FALSE
#
# TRUE: the list of tokens will be output following the syntactic
# analysis.
#
# FALSE: the list of tokens will not be output following the 
# syntactic analysis.

OUTPUTSYNTAXTOKENS = FALSE

#-------------------------------------------------------------------

#                                           OUTPUTSYNTAXPERMUTATIONS
#                                           ________________________
#
# Possible values: TRUE, FALSE
#
# TRUE: each and every syntactic valid sequence produced will
# be indepedently output.
#
# FALSE: no output of the syntactic valid sequence.

OUTPUTSYNTAXPERMUTATIONS = FALSE

#-------------------------------------------------------------------

#                                                OUTPUTTRANSFORMLINE
#                                                ___________________
#
# Possible values: TRUE, FALSE
#
# TRUE: Following syntactic analysis, each and every syntactic 
# transform line that successfully produced each token is output.
#
# FALSE: no output of the syntactic transform lines.

OUTPUTTRANSFORMLINE = FALSE

#-------------------------------------------------------------------

#                                             SYNTACTICANALYSISTRACE
#                                             ______________________
#
# Possible values: TRUE, FALSE
#
# TRUE: A display in the console of the progress of the syntactic 
# analysis will be output.
#
# FALSE: no output of a display in the console of the progress of  
# the syntactic analysis.

SYNTACTICANALYSISTRACE = FALSE

#-------------------------------------------------------------------

#                                              MAXSYNTAXPERMUTATIONS
#                                              _____________________
#
# Possible values: Numeric value
#
# The maximal amount of TARGETPOS that syntactic analysis should 
# produce.

MAXSYNTAXPERMUTATIONS = 200

#-------------------------------------------------------------------

#                                              MAXCONCEPTUALANALYSIS
#                                              _____________________
#
# Possible values: Numeric value
#
# The maximal amount of TARGETPOS that conceptual analysis should 
# analyze. From the MAXSYNTAXPERMUTATIONS sequences of TARGETPOS that 
# are sorted, only the fist MAXCONCEPTUALANALYSIS will be analyzed.

MAXCONCEPTUALANALYSIS = 20

#-------------------------------------------------------------------

#                                                   OUTPUTPREDICATES
#                                                   ________________
#
# Possible values: TRUE, FALSE
#
# TRUE: Each and every predicate successfully calculated will be 
# displayed (both before and after post-processing).
#
# FALSE: no predicate calculated will be displayed.

OUTPUTPREDICATES = FALSE

#-------------------------------------------------------------------

#                                                    JAVASCRIPTTRACE
#                                                    _______________
#
# Possible values: TRUE, FALSE
#
# TRUE: javascript input and calculations result will be output.
#
# FALSE: no javascript input and calculations result will be output.

JAVASCRIPTTRACE = FALSE

#-------------------------------------------------------------------

#                                                          TARGETPOS
#                                                          _________
#
# Possible values: A part-of-speech that can be constructed from the  
# syntactic analysis of SyntaxTransform.txt.

TARGETPOS = SENTENCE

#-------------------------------------------------------------------

#                                                          NUMBERPOS
#                                                          _________
#
# Possible values: If numbers have to be recognized (hence this is 
# optional), the part-of-speech name to associate to number sequences.

NUMBERPOS = NUMBER

#-------------------------------------------------------------------

#                                                     PUNCTUATIONPOS
#                                                     ______________
#
# Possible values: If punctuation have to be recognized (hence this is 
# optional), the part-of-speech name to associate to DETECTPUNCTUATION 
# sequences.

PUNCTUATIONPOS = PUNCTUATION

#-------------------------------------------------------------------

#                                                  DETECTPUNCTUATION
#                                                  _________________
#
# Possible values: The series of sensitive punctuation marks to 
# recognize. For example, '?.,!' would identify that '?', '.', ',' 
# and '!' have to be tokenized.

DETECTPUNCTUATION = ?

#-------------------------------------------------------------------

#                                                      FAILUREREASON
#                                                      _____________
#
# Possible values: TRUE, FALSE
#
# TRUE: if the calculation of a predicate fails, a reason for the
# failure will ouput.
#
# FALSE: no failure reason will output.

FAILUREREASON = FALSE

#-------------------------------------------------------------------

#                                                     POSTPROCESSING
#                                                     ______________
#
# Possible values: the name of the javascript files (without the 
# '.js') to execute as post-processing following the calculation of
# a valid predicate.

# NOTE: You can repeat many POSTPROCESSING associations and they will
# all be executed in the order entered here.

POSTPROCESSING = PredicateCalculusOperations

#-------------------------------------------------------------------

#                                                            PARSING
#                                                            _______
#
# Possible values: multi-dim-earley or bottomup
#
# bottomup: the simplest synctactic analysis algorithm, yet the one
# that typically takes the most amount of time.
#
# multi-dim-earley: the fastest synctactic analysis algorithm.

PARSING = multi-dim-earley

#-------------------------------------------------------------------

#                                                              TIMER
#                                                              _____
#
# Possible values: TRUE, FALSE
#
# TRUE: output the time required to calculate each test case.
#
# FALSE: do not output the time required to calculate each test case.

TIMER = TRUE

#-------------------------------------------------------------------

#                                                     DISAMBIGUATION
#                                                     ______________
#
# Possible values: the name of the javascript files (without the 
# '.js') to execute the disambiguation process following all
# post-processing.

DISAMBIGUATION = Interrogation

#-------------------------------------------------------------------

#                                                           FEEDBACK
#                                                           ________
#
# Possible values: the name of the javascript files (without the 
# '.js') to execute the resulting recognized predicate.

FEEDBACK = Console

#-------------------------------------------------------------------

#                                                            ENABLED
#                                                            _______
#
# Possible values: TRUE, FALSE
#
# TRUE: enable the test cases within that scope.
#
# FALSE: disable the test cases within that scope.

ENABLED = TRUE

#-------------------------------------------------------------------

{
	CONTENT = Is a red car a car?  
	ID = CAR1
}

{
	CONTENT = Is a red car the car?
	ID = CAR2
}

{
	CONTENT = Is the red car a car?
	ID = CAR3
}

{
	CONTENT = Is the red car red?
	ID = CAR4
}

{
	CONTENT = The car is red
	ID = CAR5
}

{
	CONTENT = Is a red car blue?
	ID = CAR6
}

{
	CONTENT = Is a red car red?
	ID = CAR7
}

{
	CONTENT = Is a car or a boat a car?
	ID = CAR8
}

{
	CONTENT = Is a car an object that is not a car?
	ID = CAR9
}

{
	CONTENT = Is a boat an object that is not a car?
	ID = CAR10
}

{
	CONTENT = Is an object that is not a car a boat?
	ID = CAR11
}

{
	CONTENT = Is a car that is not red a car?
	ID = CAR12
}

{
	CONTENT = Is a car an object that is a car or a boat?
	ID = CAR13
}

{
	CONTENT = Is a red car an object that is a car or a boat?
	ID = CAR14
}

{
	CONTENT = Is a car that is not red a car?
	ID = CAR15
}

{
	CONTENT = Is a red car not red?
	ID = CAR16
}

{
	CONTENT = Is a car a car that is not red?
	ID = CAR17
}

{
	CONTENT = Is a car that is not red a blue car?
	ID = CAR18
}

{
	CONTENT = Is a red car a car that is not red?
	ID = CAR19
}

{
	CONTENT = Is an object that is not a car a car?
	ID = CAR20
}

{
	CONTENT = Is an object that is a car or a boat a car?
	ID = CAR21
}

{
	CONTENT = Is an object that is a car or a boat a red car?
	ID = CAR22
}

{
	CONTENT = Is an object that is a car and a boat a red car?
	ID = CAR23
}

{
	CONTENT = Is a car an object that is a car and a boat?
	ID = CAR24
}

{
	CONTENT = Is an object that is a car and a boat a car?
	ID = CAR25
}