Database : berlintest
Restore  : No 

Operator : +
Number   : 1  
Signature: precise x precise -> precise 
Example  : query [const precise value (10 (1 '1/3'))] + [const precise value (10 (2 '1/3'))]
Result   : (precise (10 (3 '2/3')))


Operator : +
Number   : 2  
Signature: precise x int -> precise 
Example  : query [const precise value (1 (1 '1/3'))] + 5
Result   : (precise (1 (6 '1/3')))

Operator : +
Number   : 3  
Signature: precise x real -> precise 
Example  : query [const precise value (1 (1 '1/4'))] + 4.25
Result   : (precise (1 (5 '1/2')))

Operator : +
Number   : 4  
Signature: precise x longint -> precise 
Example  : query [const precise value (1 (1 '1/3'))] + [const longint value 38]
Result   : (precise (1 (39 '1/3')))

Operator : +
Number   : 5  
Signature: precise x rational -> precise 
Example  : query [const precise value (1 (1 '1/3'))] + [const rational value ( 1 3)]
Result   : (precise (1 (1 '2/3')))

Operator : +
Number   : 6  
Signature: int x precise -> precise 
Example  : query 5 + [const precise value (1 (2 '1/3'))]
Result   : (precise (1 (7 '1/3')))

Operator : +
Number   : 7  
Signature: real x precise -> precise 
Example  : query 4.25 + [const precise value (1 (1 '1/4'))]
Result   : (precise (1 (5 '1/2')))

Operator : +
Number   : 8  
Signature: longint x precise -> precise 
Example  : query [const longint  value 38] + [const precise value (1 (2 '1/3'))]
Result   : (precise (1 (40 '1/3')))

Operator : +
Number   : 9  
Signature: rational x precise -> precise 
Example  : query [const rational  value (1 3)] + [const precise value (1 (2 '1/3'))]
Result   : (precise (1 (2 '2/3')))

Operator  : +
Number    : 10
Signature : instant x duration -> instant
Example   : query [const precInstant value '2014-06-02-12:29:30.500+1/2'] + [const precDuration value (0 0 '1/2')]
Result    : (precInstant '2014-6-2-12:29:30.501')






Operator : -
Number   : 1  
Signature: precise x precise -> precise 
Example  : query [const precise value (1 (1 '1/3'))] - [const precise value (1 (2 '1/3'))]
Result   : (precise (1 (-1)))


Operator : -
Number   : 2  
Signature: precise x int -> precise 
Example  : query [const precise value (1 (1 '1/3'))] - 5
Result   : (precise (1 (-4 '1/3')))

Operator : -
Number   : 3  
Signature: precise x real -> precise 
Example  : query [const precise value (1 (1 '1/4'))] - 4.25
Result   : (precise (1 (-3)))

Operator : -
Number   : 4  
Signature: precise x longint -> precise 
Example  : query [const precise value (1 (1 '1/3'))] - [const longint value 38]
Result   : (precise (1 (-37 '1/3')))

Operator : -
Number   : 5  
Signature: precise x rational -> precise 
Example  : query [const precise value (1 (1 '1/3'))] - [const rational value ( 1 3)]
Result   : (precise (1 (1)))

Operator : -
Number   : 6  
Signature: int x precise -> precise 
Example  : query 5 - [const precise value ( 1(2 '1/3'))]
Result   : (precise (1 (2 '2/3')))

Operator : -
Number   : 7  
Signature: real x precise -> precise 
Example  : query 4.25 - [const precise value (1 (1 '1/4'))]
Result   : (precise (1  (3)))

Operator : -
Number   : 8  
Signature: longint x precise -> precise 
Example  : query [const longint  value 38] - [const precise value (1 (2 '1/3'))]
Result   : (precise (1 (35 '2/3')))

Operator : -
Number   : 9  
Signature: rational x precise -> precise 
Example  : query [const rational  value (1 3)] - [const precise value (1 (2 '1/3'))]
Result   : (precise (1 (-2)))

Operator  : -
Number    : 10
Signature : precInstant x precInstant -> precDuration
Example   : query [const precInstant value '2014-06-02-12:29:30.500+1/2'] - [const precDuration value (0 0 '1/2')]
Result    : (precInstant '2014-6-2-12:29:30.500')



Operator : *
Number   : 1  
Signature: precise x precise -> precise 
Example  : query [const precise value (1 (1 '1/4'))] * [const precise value (1 (2 '1/4'))]
Result   : (precise (1 (2 '13/16')))

Operator : /
Number :   1
Signature : precise x precise -> precise
Example  : query [const precise value (1 (1 '1/4'))] /  [const precise value (1 (2 '1/4'))]
Result   : (precise (1 (0 '5/9')))


Operator  : toPrecise
Number    : 1
Signature : numeric -> precise
Example   : query toPrecise( [const rational value (6 5)])
Result    : (precise (1 (1 '1/5')))

Operator  : toPrecise
Number    : 2
Signature : point -> precPoint
Example   : query toPrecise( [const point value (1.25 6.25)])
Result    : (precPoint (1 ((1 '1/4') (6 '1/4'))))

Operator  : translate
Number    : 1 
Signature : precPoint x numeric x numeric -> precPoint
Example   : query [const precPoint value (1 ((1 '1/4')(6 '1/4')))] translate[ 6 , [const precise value (1 (0 '1/4'))]]
Result    : (precPoint (1 ((7 '1/4')(6 '1/2'))))


Operator  : scale
Number    : 1 
Signature : precPoint x numeric [x numeric] -> precPoint
Example   : query [const precPoint value (1 ((1 '1/4')(6 '1/4')))] scale[ 4 , 1.5]
Result    : (precPoint (1 (5 (9 '3/8'))))

Operator  : makePrecPoint
Number    : 1 
Signature : numeric x numeric -> precPoint
Example   : query makePrecPoint( 7, [const precise value (1 (0 '1/3'))])
Result    : (precPoint (1 (7 (0 '1/3'))))

Operator  : contains
Number    : 1
Signature : precPoints x precPoint -> bool
Example   : query [const precPoints value (1 ((4 8)(3 9))) ] contains [const precPoint value (1 ( 4 8))]
Result    : TRUE

Operator  : contains
Number    : 2
Signature : precPoints x precPoints -> bool
Example   : query [const precPoints value (1 ((4 8)(3 9))) ] contains [const precPoints value (1 ( (4 8)((3 '1/3') 6)))]
Result    : (bool FALSE) 


Operator  : intersects
Number    : 1
Signature : precPoints x precPoints -> bool
Example   : query [const precPoints value (1 ((4 8)(3 9))) ] intersects [const precPoints value (1 ( (4 8)((3 '1/3') 6)))]
Result    : TRUE


Operator  : union 
Number    : 1
Signature : precPoints x precPoints -> precPoints
Example   : query [const precPoints value (1 ((4 8)(3 9))) ] union [const precPoints value (1 ( (4 8)((3 '1/3') 6)))]
Result    : (precPoints (1 ((3 9)((3 '1/3') 6) (4 8))))


Operator  : intersection 
Number    : 1
Signature : precPoints x precPoints -> precPoints
Example   : query intersection( [const precPoints value (1 ((4 8)(3 9))) ] ,  [const precPoints value(1 ( (4 8)((3 '1/3') 6)))])
Result    : (precPoints (1 ((4 8))))


Operator  : difference 
Number    : 1
Signature : precPoints x precPoints -> precPoints
Example   : query difference( [const precPoints value (1 ((4 8)(3 9))) ] ,  [const precPoints value (1 ( (4 8)((3 '1/3') 6)))])
Result    : (precPoints (1 ((3 9))))

Operator  : str2precise 
Number    : 1
Signature : {string , text}  -> precise
Example   : query str2precise('8.123',1)
Result    : (precise (1 (8 '123/1000')))


Operator  : noElements
Number    : 1 
Signature : {precPoints, precLine, precRegion} -> int
Example   : query noElements(toPrecise(BGrenzenLine)) = no_segments(BGrenzenLine)
Result    : TRUE

Operator  : halfSegments
Number    : 1
Signature : {precLine, precRegion} -> stream(tuple([FaceNo : int, CycleNo : int ...]))
Example   : query (halfSegments(BGrenzenLine) count) = (halfSegments(toPrecise(BGrenzenLine)) count)
Result    : TRUE


Operator  : vertices
Number    : 1
Signature : {precLine, precRegion} -> precPoints
Example   : query noElements(vertices(toPrecise(BGrenzenLine))) = no_components(vertices(BGrenzenLine))
Result    : TRUE

Operator  : boundary
Number    : 1
Signature : precPregion -> precLine
Example   : query (halfSegments(boundary(toPrecise(tiergarten))) count) = (halfSegments(boundary(tiergarten)) count)
Result    : TRUE

Operator  : bbox
Number    : 1
Signature : precSPATIAL -> rect
Example   : query bbox(tiergarten) = bbox(toPrecise(tiergarten))
Result    : TRUE

Operator  : collectprecise
Number    : 1
Signature : stream(precLine) x bool -> precLine
Example   : query isdefined(strassen feed replaceAttr[GeoData : toPrecise(.GeoData)] projecttransformstream[GeoData] collectprecise[TRUE])
Result    : TRUE