Search for just a single object in the image, such as the largest face, storing the result into 'largestObject'. Can use Haar cascades or LBP cascades

This function used to show and save the image to the disk (used for during chapter writing).

* Stops the timer and updates timer value. */

* Converts an HSV color into RGB color space. * * @param HSV HSV color variable to convert into RGB. */

* Converts an HSV color into RGB color space. * * @param HSV HSV color variable to convert into RGB. */

Draw matches between two images

* Computes the weighted color of all the user densities at a particular * pixel coordinate. * * @param x x-coordinate * @param y y-coord

* Computes the weighted color of all the user densities at a particular * pixel coordinate. * * @param x x-coordinate * @param y y-coord

returns "magic" border value for erosion and dilation. It is automatically transformed to Scalar::all(-DBL_MAX) for dilation.

! Set Depth Threshold */

Remove all elements in the set */

* Clears all solver data. */

* Clears all solver data. */

Copy the set to two C arrays * @param indices pointer to a C array of indices * @param dist pointer to a C array of distances * @param

Draw a GUI button into the image, using drawString(). Can specify a minWidth if you want several buttons to all have the same width. Returns the bound

Returns true if the any contains no value.

Get a bucket given the key * @param key * @return */

Get a new color to draw graphs. Will use the latest custom color, or change between blue, green, red, dark-blue, dark-green and dark-red until a new i

Get a new color to draw graphs. Will use the latest custom color, or change between blue, green, red, dark-blue, dark-green and dark-red until a new i

* Initializes the number generator. * @param n the size of the interval from which to generate random numbers. */

* Return a distinct random integer in greater or equal to 0 and less * than 'n' on each call. It should be called maximum 'n' times. * Retur

* Returns the node of minimum value from the heap (top of the heap). * * Params: * value = out parameter used to return the min ele

Print the label and then contents of a cv::Mat from the C++ interface (using "LOG()") for easy debugging. If 'maxElements' is 0, it will print the who

Print the label and info of a cv::Mat from the C++ interface (using "LOG()") for easy debugging.

@param set a bit to true * @param index the index of the bit to set to 1 */

* Number of features in this index. */

Copy the set to two C arrays but sort it according to the distance first * @param indices pointer to a C array of indices * @param dist poin

* Builds the index */

* Method responsible with building the index. */

Convert the given photo into a cartoon-like or painting-like image. Set sketchMode to true if you want a line drawing instead of a painting. Set alien

Get an 8-bit equivalent of the 32-bit Float image. Returns a new image, so remember to call 'cvReleaseImage()' on the result.

Get an 8-bit equivalent of the 32-bit Float image. Returns a new image, so remember to call 'cvReleaseImage()' on the result.

Do the color conversion of a single pixel, from HSV to RGB using Hue values between 0 to 255, whereas OpenCV only allows Hues up to 180 instead of 255

Do the color conversion of a single pixel, from HSV to RGB using Hue values between 0 to 255, whereas OpenCV only allows Hues up to 180 instead of 255

Do the color conversion of a single pixel, from RGB to HSV using Hue values between 0 to 255, whereas OpenCV only allows Hues up to 180 instead of 255

Do the color conversion of a single pixel, from RGB to HSV using Hue values between 0 to 255, whereas OpenCV only allows Hues up to 180 instead of 255

* Creates an emitter object with given properties. */