Contrap function overview

ContRap function overview

CvMat(filename:String):CvMat: Loads an OpenCV matrix from file with a header element-wise
CvMat(filename:String,rows:int,columns:int,format:String):CvMat: Loads an OpenCV matrix from file element-wise
CvMat(data:List):CvMat: Creates a CvMat instance from a list of numbers
CvMat(points:std::vector<CvPoint2D32f>):CvMat: Creates a matrix from a vector of points
CvMat(rows:int,columns:int,format:String):CvMat: Creates a new OpenCV matrix from size
append(matrix:CvMat,other:CvMat):CvMat: Appends a matrix to the end of the first matrix
columns(matrix:CvMat):int: Returns the column number of an OpenCV matrix
operator*(left:CvMat,right:CvMat):CvMat: Multiplies two OpenCV matrices
operator+(left:CvMat,right:CvMat):CvMat: Adds two OpenCV matrices
operator[](matrix:CvMat,row:int,column:int): Returns an element of the matrix
operator^(matrix:CvMat,power:):CvMat: Powers an OpenCV matrix
put(matrix:CvMat,source:CvMat,row:int,column:int):void: Puts an OpenCV matrix into the given matrix at the given position
rows(matrix:CvMat):int: Returns the row number of an OpenCV matrix
save(matrix:CvMat,filename:String,header:bool):void: Writes an OpenCV matrix to a file
CvPoint(x:int,y:int):CvPoint: Creates a CvPoint instance from two integers
x(point:CvPoint):int: Returns a reference to the X-coordinate of a CvPoint
y(point:CvPoint):int: Returns a reference to the Y-coordinate of a CvPoint
CvScalar(value:double):CvScalar: Creates a CvScalar from a gray value amount
CvScalar(r:double,g:double,b:double,alpha:double):CvScalar: Creates a CvScalar from a list of color entries
CvVideoGrabber(camera:int):CvVideoGrabber: Creates an empty uninitialized grabber
grab(self:CvVideoGrabber):IplImage: Grabs an image from the camera
init(self:CvVideoGrabber,camera:int):void: Initializes the camera driver
setExposure(self:CvVideoGrabber,value:int):void: Sets the exposure of the device
setGain(self:CvVideoGrabber,value:int):void: Sets the shutter value
setResolution(self:CvVideoGrabber,width:int,height:int):void: Sets the resolution of the image
stop(self:CvVideoGrabber):void: Stops capturing from the camera
FILE(filename:String,mode:String):FILE: Opens a file for the given mode
close(file:FILE):void: Closes the file descriptor
read(file:FILE):String: Reads a string from a file
write(file:FILE,text:String):void: Writes a string to a file
GLLine(start:GLVertex,end:GLVertex):GLLine: Creates a new line primitive from its coordinates
GLLine(a:GLVertex,b:GLVertex,c:GLVertex):GLTriangle: Creates a triangle primitive from three points
GLPlane(x:GLVertex,n:GLVertex,w:double):GLPlane: Creates a new plane primitive from its coordinates
GLPoint(p:GLVertex):GLPoint: Creates a new point primitive from its coordinates
move(primitive:GLPrimitive,position:GLVertex):void: Moves a primitive
setColor(primitive:GLPrimitive,color:QRgb):void: Sets the color of a primitive
add(scene:GLScene,primitive:GLPrimitive):void: Removes a primitive from the OpenGL scene
GLSphere(x:GLVertex,r:double):GLSphere: Creates a new sphere primitive from its coordinates
GLVertex(x:double,y:double,z:double):GLVertex: Creates a new vertex from its coordinates
IplImage(image:QImage):IplImage: Converts a QImage to an IplImage
IplImage(filename:String):IplImage: Loads an image using the OpenCV image loader
IplImage(width:int,height:int,channels:int):IplImage: Creates an IplImage from width and height
height(image:IplImage):int: Returns the height of an OpenCV image
line(image:IplImage,start:CvPoint,end:CvPoint,channel:int):std::vector<double>: Returns an array of double values, which form a line and a given channel in the image
resize(image:IplImage,width:int,height:int):IplImage: Resizes an image to the given size
save(image:IplImage,filename:String):void: Saves an image using the OpenCV image save function
set(image:IplImage,x:int,y:int,scalar:CvScalar):void: Sets the scalar value of a pixel at the given position
set(image:IplImage,x:int,y:int,value:double):void: Sets the scalar value of a pixel at the given position
width(image:IplImage):int: Returns the width of an OpenCV image
List(value:matrix):List: Returns all the elements of the given column matirx in a list
List(size:int,entry:):List: Creates a list with empty entries
operator->(value:List,list:List):List: Appends a list at the beginning of the list by modifying the list
operator<-(list:List,value:List):List: Appends a list at the end of the list by modifying the list
operator<<(list:List,value:):List: Appends an element at the end of the list by modifying the list
operator>>(value:,list:List):List: Appends an element at the beginning of the list by modifying the list
operator[](list:List,index:int): Provides access to a list element
set(list:List,index:int,entry:):List: Sets a value of the list
size(value:List):int: Returns the size of a list
Primitive2D(matrix:CvMat):Primitive2D: Converts a matrix to a list of point primitives
Primitive2D(sequence:CvSeq):Primitive2D: Converts a vector of points to primitives
Primitive2D(points:std::vector<CvPoint2D32f>):Primitive2D: Converts a vector of points to primitives
QColor(color:String):QColor: Creates a QColor instance from a string with the color name
QColor(r:int,g:int,b:int):QColor: Converts integer values to a QColor instance
QImage(image:IplImage):QImage: Converts an IplImage to a QImage
QImage(filename:String):QImage: Loads an image from the disk
QImage(width:int,height:int):QImage: Creates a new QImage class instance
drawLine(image:QImage,start:QPoint,end:QPoint,color:QColor):void: Draws a line segment into a QImage
get(image:QImage,x:int,y:int):QRgb: Returns an image pixel
height(image:QImage):int: Returns the height of an image
save(image:QImage,file_name:String):void: Saves the image to the disk
scale(image:QImage,width:int,height:int):QImage: Scales a QImage to the given size
set(image:QImage,x:int,y:int,color:QRgb):void: Sets an image pixel
show(image:QImage):void: Shows an QImage in a widget
width(image:QImage):int: Returns the width of an image
QPointF(list:List):QPointF: Creates a QPointF instance from a list
QPointF(x:double,y:double):QPointF: Creates a QPointF instance from two floats
x(point:QPointF):double: Provides modifying access to the X-coordinate of the point
y(point:QPointF):double: Provides modifying access to the Y-coordinate of the point
QPoint(x:int,y:int):QPoint: Creates a QPoint instance from two integers
x(point:QPoint):int: Provides modifying access to the X-coordinate of the point
y(point:QPoint):int: Provides modifying access to the Y-coordinate of the point
QRectF():QRectF: Creates an empty QRectF instance
QRectF(list:List):QRectF: Creates a QRectF instance from a list of four floating point numbers
QRectF(x:double,y:double,width:double,height:double):QRectF: Creates a QRectF instance from a list of four doubles
height(rect:QRectF):double: Provides access to the height of the rectangle
set(rect:QRectF,x:double,y:double,width:double,height:double):void: Modifies a QRectF instance from floats
width(rect:QRectF):double: Provides access to the width of the rectangle
x(rect:QRectF):double: Provides access to the X-coordinate of the rectangle
y(rect:QRectF):double: Provides access to the Y-coordinate of the rectangle
QRect():QRect: Creates an empty QRect instance
QRect(x:int,y:int,width:int,height:int):QRect: Creates a QRect instance from integers
height(rect:QRect):double: Provides access to the height of the rectangle
set(rect:QRectF,x:double,y:double,width:double,height:double):void: Modifies a QRect instance from floats
width(rect:QRect):double: Provides access to the width of the rectangle
x(rect:QRect):double: Provides access to the X-coordinate of the rectangle
y(rect:QRect):double: Provides access to the Y-coordinate of the rectangle
QSizeF(width:double,height:double):QSizeF: Creates a new floating point size from width and height
QSize(width:int,height:int):QSize: Creates a new size from width and height
QString(value:String):QString: Creates a QString from a string
attach(widget:QWidget,status:bool):void: Changes the status of the widget
fullscreen(widget:QWidget,status:bool):void: Sets the widgets full screen mode
resize(widget:QWidget,width:int,height:int):void: Changes the size of a widget
show(widget:QWidget,status:bool):void: Changes a visibility status of a widget
QtCanvas():QtCanvas: Creates a new empty QtCanvas instance
addCoordinates(canvas:QtCanvas,position:QPointF,range:QRectF):void: Adds a coordinate axis to the canvas
addImage(canvas:QtCanvas,image:,position:QPointF):void: Adds an image observer to the canvas
add(canvas:QtCanvas,image:QImage,position:QPointF):void: Adds an image to the canvas
add(canvas:QtCanvas,container:Container2D):void: Adds primitives to the canvas
lines(canvas:QtCanvas):Container2D: Returns the lines of the canvas
points(canvas:QtCanvas):Container2D: Returns the points of the canvas
remove(canvas:QtCanvas,type:int):void: Removes primitives from the canvas
setRange(canvas:QtCanvas,range:QRectF):void: Sets the range of the canvas
update(canvas:QtCanvas):void: Updates the canvas
QtFileDialog():QtFileDialog: Constructs a new file dialog
changed(self:QtFileDialog,command:):void: Performs an action when the file name in the dialog has been changed
file(self:QtFileDialog):String: Returns the name of the selected file
QtGLViewer():QtGLViewer: Creates a new OpenGL viewer
add(self:QtGLViewer,primitive:GLPrimitive):void: Adds a primitive to the scene
remove(self:QtGLViewer,primitive:GLPrimitive):void: Removes an item from the top level scene of the widget
reset(self:QtGLViewer):void: Clears the primitives inside the viewer
QtImageViewer(options:List):QtImageViewer: Constructs an image viewer with the given options
clear(self:QtImageViewer):void: Clears the external primitives
click(self:QtImageViewer,expression:):void: Defines the widget behaviour when the image is clicked
cursor(self:QtImageViewer):QPointF: Returns the cursor position
move(self:QtImageViewer,expression:):void: Defines the widget behaviour when the cursor moves over the image
setImage(self:QtImageViewer,image:QImage):void: Sets the image to view
setPrimitive(self:QtImageViewer,primitive:Primitive2D):void: Sets external primitives to draw
QtLineEdit():QtLineEdit: Creates a new line edito widget
setText(self:QtLineEdit,text:String):void: Sets the text of the editor
text(self:QtLineEdit):QString: Returns the text of the widget
changed(self:QtPlayer,expression:):void: Sets the expression which should be evaluated if the player value has changed
QtPushButton(text:String,expression:):QtPushButton
pressed(self:QtPushButton,expression:):void: Calls an expression when the button is pressed
setText(self:QtPushButton,text:String):void: Sets the text of the button
QtSlider():QtSlider
change(self:QtSlider,expression:):void: Sets the expression which should be evaluated if the slider value has changed
position(self:QtSlider):int: Returns the slider value
setRange(self:QtSlider,min:int,max:int):void: Sets the range of the slider
set(self:QtSlider,value:int):void: Sets the slider value
QtTimer(command:):QtTimer: Creates a timer without starting it
QtTimer(time:int,command:):QtTimer: Creates a timer and starts it with the given timeout period
start(timer:QtTimer,time:int):void: Starts a timer which executes a command on timeout
stop(timer:QtTimer):void: Stops the timer
QwtImplicitCurve(expression:):QwtImplicitCurve: Creates a raster data from an expression
QwtPlotCurve():QwtPlotCurve: Creates a new empty plot curve
QwtPlotCurve(start:QPointF,end:QPointF):QwtPlotCurve: Creates a new simple line plot curve
QwtPlotCurve(plot:QwtPlot):QwtPlotCurve: Creates a new empty plot curve
QwtPlotCurve(data:QwtData):QwtPlotCurve: Creates a new plot curve with given data
attach(curve:QwtPlotCurve,plot:QwtPlot):void: Attaches a curve to the widget
detach(curve:QwtPlotCurve):void: Attaches a curve to the widget
setData(curve:QwtPlotCurve,data:QwtData):QwtPlotCurve: Creates a new plot curve with given data
setData(curve:QwtPlotCurve,data:std::vector<double>):QwtPlotCurve: Creates a new plot curve with given data
QwtPlotSpectrogram():QwtPlotSpectrogram: Creates a new plot spectrogram
QwtPlotSpectrogram(data:QwtRasterData):QwtPlotSpectrogram: Creates a new plot spectrogram with given data
QwtPlotSpectrogram(plot:QwtPlot):QwtPlotSpectrogram: Creates a new plot spectrogram attached to the given plot
QwtPlotSpectrogram(expression:):QwtPlotSpectrogram: Creates a new plot spectrogram with a given implicit function
attach(spectrogram:QwtPlotSpectrogram,plot:QwtPlot):void: Attaches a curve to the widget
detach(spectrogram:QwtPlotSpectrogram):void: Attaches a curve to the widget
setData(spectrogram:QwtPlotSpectrogram,data:QwtRasterData):void: Creates a new plot curve with given data
QwtPlotWidget(options:List):QwtPlotWidget: Creates a new empty plot
add(plot:QwtPlotWidget,item:QwtPlotItem):QwtPlotItem: Adds a plot item to the plot
add(plot:QwtPlotWidget,spectrogram:QwtPlotSpectrogram):QwtPlotSpectrogram: Adds a spectrogram to the plot
add(plot:QwtPlotWidget,curve:QwtPlotCurve):QwtPlotCurve: Adds a curve to the plot
clear(plot:QwtPlotWidget):void: Clears the plot
String(value:QString):String: Creates a String from a QString
String(value:std::string):String: Constructs a string from a standard string
String(value:double):String: Constructs a string from a floating point number
String(value:int):String: Constructs a string from an integer
split(value:String,delimiter:String):List: Splits a string in a list of strings
TestClass(value:String):TestClass: Creates a class instance
get(self:TestClass):String: A getter method
Test(test:String):Test: Constructor of the class
set(self:Test,value:String):void: Setter method of the class
XMLDataPool():XMLDataPool: Creates an XML data pool from scratch
XMLDataPool(text:String):XMLDataPool: Creates an XML data pool from an XML string
getBool(pool:XMLDataPool,key:String):bool: Returns a boolean value associated with the given address
getDouble(pool:XMLDataPool,key:String):double: Returns a double value associated with the given address
getInt(pool:XMLDataPool,key:String):int: Returns a int value associated with the given address
load(pool:XMLDataPool,filename:String):XMLDataPool: Loads an XML data pool from file
load(filename:String):XMLDataPool: Loads an XML data pool from file
operator[](pool:XMLDataPool,key:String):String: Returns a string with the text value associated with the given address
operator[](pool:XMLDataPool,key:String,attribute:String):String: Returns an attribute associated with the given address and attribute name
save(pool:XMLDataPool,filename:String):void: Saves an XML data pool to a file
set(pool:XMLDataPool,key:String,value:String):void: Sets the value of the given key
set(pool:XMLDataPool,key:String,attribute:String,value:String):void: Sets the value of the given attribute
Complex(value:Identifier):complex: Creates a complex number from an arbitrary object
Complex(value:double):complex: Creates an complex number from a double
Complex(real:double,imaginary:double):complex: Creates an complex number from two floating point numbers
Container2D(list:List):Container2D: Creates a container of primitives from a primitives list
CvSize(width:int,height:int):CvSize: Creates a CvSize instance from two integers
E(dimension:int,unit:int):lvector_t: Creates a LAPACK a unit vector
Floating(number:String):ex: Creates a GiNaC floating expression from string
GLVector3f(list:List):GLVertex: Creates an OpenGL vector from a list of its coordinates
I(size:int):matrix: Creates a diagonal square matrix
Id(a:): Returns the smart pointer without changing it
Im(value:numeric):numeric: Returns the imaginary part of a value
Im(value:complex):double: Returns the real part of a complex number
Integer(number:String):ex: Creates a GiNaC integer expression from string
Integer(value:double):int: Creates an integer from a double
Line2D(x:double,y:double,dx:double,dy:double):Line2D: Creates a line primitive
Point2D(x:double,y:double):Point2D: Creates a point primitive
QRgb(data:List):QRgb: Converts a list of integers to an RGB value
QRgb(r:int,g:int,b:int):QRgb: Converts integer values to an RGB value
Re(value:numeric):ex: Returns the real part of a value
Re(value:complex):double: Returns the real part of a complex number
Rect2D(x:double,y:double,width:double,height:double):Rect2D: Creates a rect primitive
abs(value:ex):ex: Evaluates the absolute value of the given value
abs(value:complex):complex: Computes the absolute value of the argument
abs(value:double):double: Computes the absolute value of the argument
abs(value:int):int: Computes the absolute value of the argument
acos(value:ex):ex: Evaluates the arcus cosinus function
address(object:):String: Prints the address of an object
and(left:bool,right:bool):bool: Logical and operator
arccos(x:double):double: Computes the arcus cosinus of a given floating point value
arcsin(x:double):double: Computes the arcus sinus of a given floating point value
arctan(x:double):double: Computes the arcus tangens of a given floating point value
asin(value:ex):ex: Evaluates the arcus sinus function
atan(dy:numeric,dx:numeric):numeric: Evaluates the arcus tangens function with two argumens
atan(value:ex):ex: Evaluates the arcus tangens function
blue(pixel:QtPixelRef):int: Gives access to the blue component of a pixel reference
bool(value:double):bool: Converts a boolean value to an floating value
bool(value:int):bool: Converts a boolean value to an integer value
cast(object:,type:String): Makes a call to the type_cast()-method
ceil(value:double):double: Computes the smallest integer bigger than the input value
charpoly(value:matrix,lambda:ex):ex: Computes the characteristic polynomial of a matrix
cin():String: This method reads a string from the console
coeff(value:ex,object:,degree:int):ex: Returns the coefficient of a univariate polynomial with respect to the given variable occurring with the given degree
collect(value:ex,identifier:Identifier):ex: Reorders the polynomial with respect to a given variable
complex(value:int):complex: Creates an complex number from an integer
concurrent(commands:List): Starts several commands concurrently
content(value:ex,identifier:Identifier):ex: Returns the content of the polynomial
cos(value:ex):ex: Evaluates the cosinus function
cos(x:double):double: Computes the cosinus of a given floating point value
cout(string:String):void: This method writes an unformatted string to the console
csgn(value:ex):ex: Evaluates the complex sign function
cvAffineCyclic(image:IplImage,scale:double,shift:double):IplImage: Transforms an image pixel-wise by an affine-linear transformation
cvAffine(image:IplImage,scale:double,shift:double):IplImage: Transforms an image pixel-wise by an affine-linear transformation
cvBackProject(image:IplImage,P:CvMat,D:CvMat):CvMat: Computes the ray
cvCalibrateCameraExtrinsic(object:CvMat,image:CvMat,counts:CvMat,size:CvSize,guess:CvMat):List: Calibrates a camera using the OpenCV calibration method
cvCalibrateCamera(object:CvMat,image:CvMat,counts:CvMat,size:CvSize,guess:CvMat):List: Calibrates a camera using the OpenCV calibration method
cvCameraExtrinsic(object:CvMat,image:CvMat,P:CvMat,D:CvMat):List: Finds the extrinsic parameters of the camera
cvCameraLoadXML(filename:String,name:String):List: Loads a description of an OpenCV camera from an XML file
cvCameraLoad(filename:String):List: Loads a description of an OpenCV camera from the file
cvCameraSaveXML(filename:String,P:CvMat,D:CvMat):void: Saves a description of an OpenCV camera to an XML file
cvCameraSave(filename:String,P:CvMat,D:CvMat):void: Saves a description of an OpenCV camera to the file
cvCanny(image:IplImage):IplImage: Computes the edges using the Canny edge detector
cvChannel(image:IplImage,channel:int):IplImage: Extracts a channel from the image
cvComponents(image:IplImage):List: Finds all the connected components in a binary image
cvCut(image:IplImage,min:int,max:int):IplImage: Cuts out the range between the minimum and the maximum from each image channel
cvDilate(image:IplImage,kernel:IplConvKernel,iterations:int):IplImage: Dilates the image with the given kernel
cvDistance(image:IplImage,r:int,g:int,b:int):IplImage: Returns a gray-value image in which the values for each pixel give the the distance to the given color
cvEigenimage(image:IplImage,blocks:int,aperture:int):IplImage: Computes an image containing the eigenvalues and eigenvectors of the input image
cvErode(image:IplImage,kernel:IplConvKernel,iterations:int):IplImage: Erodes the image with the given kernel
cvFeatures(image:IplImage,number:int,quality:double,distance:double):std::vector<CvPoint2D32f>: Detects feature points in an image using the cvGoodFeaturesToTrack function
cvFindChessboard(image:IplImage,size:CvSize):std::vector<CvPoint2D32f>: Detects chessboard corners in an image
cvFundamental(previous:CvMat,current:CvMat):CvMat: Computes the fundamental matrix from point correspondences
cvGauss(image:IplImage):IplImage: Implements the gaussian filter on an IplImage
cvHoughLines(image:IplImage):CvSeq: Detects lines in the an image
cvLaplace(image:IplImage):IplImage: Computes the laplace transformation to the image
cvMakePrototype(size:CvSize,h:double,v:double):CvMat: Creates a chessboard prototype matrix with a given size
cvOpticalFlow(previous:IplImage,features:std::vector<CvPoint2D32f>,current:IplImage,size:int):List: Computes the optical flow using the cvCalcOpticalFlowPyrLK function.
cvRefineFeatures(image:IplImage,features:std::vector<CvPoint2D32f>,size:int):void: Uses the cvFindCornerSubPix function to refine the features found with some other algorithm.
cvSobel(image:IplImage,aperture:int,dx:int,dy:int):IplImage: Computes the Sobel operator in the given image
cvThreshold(image:IplImage,threshold:int):IplImage: Computes the threshold image
cvToGray(image:IplImage):IplImage: Converts an image to a grayvalue image
cvToHSV(image:IplImage):IplImage: Converts an image to the HSV color model
cvUndistort(image:IplImage,P:CvMat,D:CvMat):IplImage: Undistorts the image to compensate for lens distortion
cylindricSurface(function:):GLSurface: Creates a cylindric surface from a surface generating function
degree(value:ex,identifier:Identifier):int: Degree of a polynomial
denom(value:ex):ex: Returns the denominator of the expression
det(value:matrix):ex: Computes the determinant of a square matrix
detach(item:QwtPlotItem):void: Removes a specific item from the plot
diag(data:List):matrix: Creates a matrix with given elements in the diagonal
diff(value:ex,object:Object):ex: Differentiation of expressions
directory(path:String):List: Returns the contents of a given directory
double(expression:ex):double: Implicit converters from number-valued expressions
double(value:int):double: Creates a double from an integer
dumplog():void: Dumps the logger messages to the console
environment(name:String):String: Returns a value of an environment variable
evalf(value:ex):ex: Evaluates an expression as a floating number
expand(value:ex):ex: Expansion of expressions
factorize(expression:ex):ex: Performs polynomial factorization
factory():String: Prints the contents of the object factory
floor(value:double):double: Computes the biggest integer smaller than the input value
gcd(left:ex,right:ex):ex: Polynomial GCD
generalizedeigenvalues(A:lmatrix_t,B:lmatrix_t):List: Computes the generalized eigenvalues of a matrix pencil
generalizedhessenberg(A:lmatrix_t,B:lmatrix_t):List: Computes the generalized Hessenberg form of a matrix
generalizedschur(A:lmatrix_t,B:lmatrix_t):List: Computes the generalized Schur form of a matrix pencil
globalTimestamp():int: Returns the time stamp of an object
globalinfo(type:String):MetaInfo: Returns the meta information for the given type
glutInit():void: Initializes the GLUT library by calling the init function
gray(pixel:QtPixelRef):int: Converts a pixel reference to a grayvalue
green(pixel:QtPixelRef):int: Gives access to the green component of a pixel reference
int(expression:ex):int: Implicit convertors from number-valued expressions
int(value:double):int: Cast from a floating value to an int value
integral(expression:ex,variable:Identifier,min:ex,max:ex):ex: Creates a symbolic integral
isqrt(value:numeric):numeric: Returns the integer square root of the expression
lcm(left:ex,right:ex):ex: Polynomial LCM
lcoeff(value:ex,object:Object):ex: Returns the leading coefficient of a polynomial with respect to a variable
ldegree(value:ex,identifier:Identifier):int: Returns the low degree of a polynomial with respect to a variable
lgamma(value:ex):ex: Evaluates the logarithm of the gamma function
libraries():List: Returns the list of all loaded libraries
ln(x:double):double: Computes the natural logarithm of a given floating point value
log(x:double):double: Computes the common logarithm of a given floating point value
lst(list:List):lst: Converts a list into a GiNaC list
map(container:,u:int,entry:):void: Writes entries into a one dimensional container
map(container:,u:int,v:int,entry:):void: Writes entries into a two dimensional container
max(left:double,right:double):double: Computes the maximum of two floating point numbers
maxrnd():int: Returns the maximum number which can be obtained by calling the random function
memory():String: Prints out the current memory contents as a list
metacast(object:,type:String): Makes a cast using the meta-cast function only
metainfo(object:):MetaInfo: Returns the meta information for the given object
min(left:double,right:double):double: Computes the minimum of two floating point numbers
mod(lvalue:int,rvalue:int):int: Division rest operator
nonstop():void: Function which does not return
not(value:bool):bool: Logical not operator
numer(value:ex):ex: Returns the numerator of the expression
operator()(a:int,b:int):int: Evaluates the operator() on an integer, which multiplies the integer with the argument
operator*(left:ex,right:ex):ex: Multiplication of two expressions
operator*(left:complex,right:complex):complex: Multiplies two complex numbers
operator*(left:double,right:double):double: Multiplies two floating numbers
operator*(left:int,right:int):int: Multiplies two integers
operator+(left:String,right:String):String: Adds two strings
operator+(left:ex,right:ex):ex: Addition of two expressions
operator+(left:complex,right:complex):complex: Adds two complex numbers
operator+(left:double,right:double):double: Adds two floating numbers
operator+(left:int,right:int):int: Adds two integers
operator-(value:ex):ex: Algebraic negation with respect to the addition
operator-(value:complex):complex: Negates a complex number
operator-(value:double):double: Inverts a floating number
operator-(value:int):int: Inverts an integer with resect to the addition
operator/(left:ex,right:ex):ex: Division of two expressions
operator/(left:complex,right:complex):complex: Divides two complex numbers
operator/(left:double,right:double):double: Divides two floating numbers
operator/(left:int,right:int):int: Divides two integers
operator<=(left:numeric,right:numeric):bool: Comparison operator
operator<=(lvalue:ex,rvalue:ex):bool: Order relation
operator<=(left:double,right:double):bool: Computes the order relation
operator<(left:numeric,right:numeric):bool: Comparison operator
operator<(lvalue:ex,rvalue:ex):bool: Order relation
operator<(left:double,right:double):bool: Computes the order relation
operator==(left:numeric,right:numeric):bool: Comparison operator
operator==(left:ex,right:ex):bool: Comparison operator
operator=(left:numeric,right:numeric):bool: Comparison operator
operator=(left:String,right:String):bool: Computes the relation
operator=(left:ex,right:ex):ex: Comparison operator
operator=(a:MetaInfo,b:MetaInfo):bool: Returns true if two meta info objects have the same base type
operator=(left:double,right:double):bool: Computes the relation
operator=(left:int,right:int):bool: Computes the equality relation
operator>=(left:numeric,right:numeric):bool: Comparison operator
operator>=(lvalue:ex,rvalue:ex):bool: Order relation
operator>=(left:double,right:double):bool: Computes the order relation
operator>(lvalue:ex,rvalue:ex):bool: Order relation
operator>(left:double,right:double):bool: Computes the order relation
operator[](image:QImage,x:int,y:int):QtPixelRef: Returns a pixel reference to a pixel in the image
operator[](scalar:CvScalar,channel:int):double: Provides access to the channels of a CvScalar instance
operator[](image:IplImage,x:int,y:int):CvScalar: Returns the scalar value of a pixel at the given position
operator[](vector:std::vector<QImage>,index:int):QImage: Referencing element access to the vector elements
operator^(matrix:lmatrix_t,power:Identifier):lmatrix_t: Power operator for LAPACK matrices
operator^(left:ex,right:ex):ex: Power of two expressions
operator^(value:complex,power:complex):complex: Powers a complex number
operator^(value:double,power:double):double: Powers a floating to a floating power
operator^(value:int,power:int):int: Powers an integer to an integer power
option(a:String,b:int):int: This function is a test whether the options work
or(left:bool,right:bool):bool: Logical or operator
planarSurface(function:):GLSurface: Creates a planar surface from a surface generating function
plot(options:List):QwtPlotWidget: Creates a new empty plot
polynomial(value:ex,variables:):bool: Tests if an expression is a polynomial in a list of variables
print(point:QwtPlotMarker):String: Prints the coordinates of a plot marker
print(matrix:CvMat):String: Prints an OpenCV matrix
print(scalar:CvScalar):String: Prints a CvScalar type
print(vector:lvector_t):String: Prints a LAPACK vector
print(matrix:lmatrix_t):String: Prints a LAPACK matrix
print(value:lst):String: Prints a GiNaC list using the ContRap XML printer
print(value:numeric):String: Prints a GiNaC numeric value
print(value:String):String: Prints a string
print(value:matrix):String: Prints a GiNaC matrix
print(value:ex):String: Prints a GiNaC expression using the ContRap XML printer
print(metainfo:MetaInfo):String: Prints the meta information object
print(object:):String: Base fancy printing function for ContRap internal data types
print(value:bool):String: Prints a boolean value
print(value:double):String: Prints a floating number
print(value:int):String: Prints an integer
pwd():String: Returns the path where the application was started
qrdecomposition(A:lmatrix_t):List: Computes the generalized Hessenberg form of a matrix
qtExec():void: Enters the QApplications exec method
qtHorizontalLayout(widgets:List,size:QSize):QtLayoutWidget: Layouts widgets given in the argument list horizontally
qtLoadPGMV(filename:String):std::vector<QImage>: Loads a gray value video from a file in the PGMV format
qtStop():void: Stops the event loop of Qt
qtTeX(message:String):QImage: Prints a latex message and returns an image of the printed code
qtUpdate():void: Updates the Qt event loop manually
qtVerticalLayout(widgets:List,size:QSize):QtLayoutWidget: Layouts widgets given in the argument list vertically
quadraticeigensystem(M:lmatrix_t,C:lmatrix_t,K:lmatrix_t):List: Computes the quadratic eigenvalue decomposition
quotient(numerator:ex,denominator:ex,variable:ex):ex: Polynomial division with remainder
qwtdatacurve(data:List):QwtData: Cereates a planar curve given by a set of points
qwtimplicitcurve(data:Object,range:QRectF):QwtRasterData: Cereates an planar implicit curve given by a function
qwtparametriccurve(data:Object,range:IntervalF):QwtData: Creates a parametric planar curve given by a function
qwtpoint(point:QPointF):QwtPlotMarker: Creates a simple point marker in the plane
qwtpoint(x:double,y:double):QwtPlotMarker: Cereates a simple point marker in the plane
qzdecomposition(A:lmatrix_t,B:lmatrix_t):List: Computes the QZ-decomposition of a matrix
random():int: Returns a positive integer random number
random(left:double,right:double):double: Returns a uniformly distributed floating point random number within the given range
red(pixel:QtPixelRef):int: Gives access to the red component of a pixel reference
referenceTimestamp(object:):int: Returns the time stamp of an object
registered(type:String):bool: Returns true if a type is registered by the meta-object registration
remainder(numerator:ex,denominator:ex,variable:ex):ex: Polynomial division with remainder
render(widget:QWidget):QImage: Renders a QWidget and returns the resulting picture
round(value:double):double: Rounds a floating value to an integer
scope():String: Prints out the current scope as a list
simplify(value:ex):ex: Simplification of expressions
sin(value:ex):ex: Evaluates the sinus function
sin(x:double):double: Computes the sinus of a given floating point value
sleep(time:int):void: Sleeps a given amount of time
sphericSurface(function:):GLSurface: Creates a spheric surface from a surface generating function
sqrt(value:ex):ex: Returns the square root of the expression
sqrt(x:double):double: Computes the square root of a given floating point value
squarefree(value:ex,variables:):ex: Computes the square-free part of a polynomial
step(value:ex):ex: Evaluates the step function
subst(equations:List,expression:ex):ex: Substitutes a list of equations for variables into an expression
subst(equations:List,expression:): Substitutes a list of equations for variables into an expression
system(command:String):int: Calls a shell command
tan(value:ex):ex: Evaluates the tangens function
tan(x:double):double: Computes the tangens of a given floating point value
tcoeff(value:ex,object:Object):ex: Returns the trailing coefficient of a polynomial with respect to a variable
tcoeff(value:ex,identifier:Identifier):ex: Trailing coefficient of a polynomial with respect to a variable
templates(vector:std::vector<std::vector<double> >):std::vector<std::vector<double> >: This function tests if the template constructors with nested arguments work
tgamma(value:ex):ex: Evaluates the gamma function
thread(command:):void: Starts a command in a thread
timestamp(object:):int: Returns the time stamp of an object
toString(object:):String: Prints an object as a string for debugging
tr(value:matrix):ex: Computes the rank of a matrix
typeid(type:String):String: Returns unique system type identifier for the given type if the type is registered and an empty string else
typename(id:String):String: Returns registred type name for the given unique system type identifier if the type is registered and an empty string else
types(a:double,b:int,c:int):int: This function tests if the native export of pure types works
types(a:int,b:int,c:int):int: This function tests if the native export of pointer types works
unit(form:matrix):ex: Creates a generator of Clifford algebra units
unit(value:ex,identifier:Identifier):ex: Returns the unit part of the polynomial
vector(data:List):matrix: Creates a one-columned matrix with given elements in the diagonal
vector(rows:int):matrix: Creates a vector from its dimensions
write(string:String):void: Writes an unformatted string message to the output stream
xmlprint(object:):String: Abstract entrance to the string based XML-printer
xmlwrite(string:String):void: Writes a formatted string message to the output stream
xor(left:int,right:int):int: Computes the bitwise XOR operator
ex(value:numeric):ex: Creates a GiNaC expression from a numeric object
ex(value:matrix):ex: Returns an element of the given matrix of dimension 1x1
ex(identifier:Identifier):ex: Creates a GiNaC expression from an identifier
export(value:ex): Converts an expression to a regular ContRap object
operator[](value:ex,element:int):ex: Provides access to a subexpression
size(value:ex):int: Returns the numer of operands in an expression
symbols(expression:ex):lst: Returns the list of symbols in the expression
column(matrix:lmatrix_t,column:int):lvector_t: Returns a column of the given matrix
lmatrix_t(vector:lvector_t):lmatrix_t: Converts the vector into the column matrix represenation
lmatrix_t(data:List):lmatrix_t: Creates a LAPACK matrix from a list of rows
lmatrix_t(rows:int,columns:int):lmatrix_t: Creates a LAPACK zero matrix with given row and column number
operator*(A:lmatrix_t,B:lmatrix_t):lmatrix_t: LAPACK matrix multiplication operator
operator*(A:lmatrix_t,b:double):lmatrix_t: Matrix multiplication operator
operator*(a:double,B:lmatrix_t):lmatrix_t: Matrix multiplication operator
operator+(A:lmatrix_t,B:lmatrix_t):lmatrix_t: LAPACK matrix addition operator
operator-(A:lmatrix_t):lmatrix_t: Matrix algebraic negation operator
operator/(A:lmatrix_t,b:double):lmatrix_t: Matrix multiplication operator
operator[](matrix:lmatrix_t,row:int,column:int):double: Accesses the elements of a matrix
operator^(matrix:lmatrix_t,power:int):lmatrix_t: Power operator for LAPACK matrices
row(matrix:lmatrix_t,row:int):lvector_t: Returns a row of the given matrix
lvector_t(data:List):lvector_t: Creates a LAPACK vector from a list of rows
norm(vector:lvector_t):double: Computes the Euclidean norm of a vector
operator-(vector:lvector_t):lvector_t: Vector algebraic negation operator-
operator[](vector:lvector_t,element:int):double: Accesses an element of a vector
operator|(left:lvector_t,right:lvector_t):double: Computes the standard Euclidean scalar product of two vectors
column(value:matrix,column:int):matrix: Returns a column of the given matrix
matrix(data:List):matrix: Creates a matrix from a list of data
matrix(rows:int,columns:int):matrix: Creates a matrix from its dimensions
operator*(left:matrix,right:matrix):matrix: Multiplies two matrices
operator*(left:matrix,right:ex):matrix: Multiplies a matrix with a scalar
operator*(left:ex,right:matrix):matrix: Multiplies a matrix with a scalar
operator+(left:matrix,right:matrix):matrix: Adds two matrices
operator-(value:matrix):matrix: Negates a matrix
operator/(left:matrix,right:ex):matrix: Divides a matrix by a scalar
operator[](value:matrix,row:int):ex: Returns an element of the given column matrix
operator[](value:matrix,row:int,column:int):ex: Returns an element of the given matrix
operator^(left:matrix,power:ex):matrix: Matrix power
operator^(left:matrix,power:Identifier):matrix: Matrix power with identifiers
operator^(left:matrix,power:int):matrix: Matrix numeric power
row(value:matrix,row:int):matrix: Returns a row of the given matrix
submatrix(value:matrix,row:int,column:int,rows:int,columns:int):matrix: Returns a sub-matrix of the given matrix starting a the given position with given dimensions
numeric(value:ex):numeric: Converts an expression to a numeric object
operator>(left:numeric,right:numeric):bool: Comparison operator
=(pixel:QtPixelRef,value:QtPixelRef):void: Sets a pixel value at a given image position
=(pixel:QtPixelRef,value:QRgb):void: Sets a pixel value at a given image position
add(vector:std::vector<QImage>,element:QImage):QImage: Adds an entry to the vector by copying the contents
clear(vector:std::vector<QImage>):void: Clears the vector