%Beam formation toolbox.%by Svetoslav Nikolov%   %BFT_2D_ARRAY     - Create a 2D array%BFT_ADD_IMAGE    - Add a low resolution to hi resolution image.%BFT_APODIZATION  - Create an apodization time line.%BFT_BEAMFORM     - Beamform a number of scan-lines.%BFT_BEAMFORM_PIXELS - Beamform image (line) based on pixels definitions%BFT_CENTER_FOCUS - Set the center focus point for the focusing%BFT_CONVEX_ARRAY -  Create a convex array transducer%BFT_CREATE_FILTER1 - Create linear phase low pass filter. Method #1%BFT_DELAY        - Apply a delay on one line.%BFT_DYNAMIC_FOCUS - Set dynamic focusing for a line%BFT_END          - Release all resources, allocated by the beamforming toolbox.%BFT_FILTER       - Set a low pass filter, used for the delays in the beamforming.%BFT_FOCUS        - Create a focus time line defined by focal points.%BFT_FOCUS_2WAY   - Create a 2way focus time line defined by focal points.%BFT_FOCUS_PIXELS -BFT_FOCUS_PIXEL Set the coordinates of the focal pixels%BFT_FOCUS_TIMES  - Create a focus time line defined by focus delays.%BFT_FREE_XDC     - Free the memory allocated for a transducer definition%BFT_IMPORT_XDC   - Import transducer definition from Field II%BFT_INIT         - Initialize the BeamForming Toolbox. This command must be%BFT_LINEAR_ARRAY - Create a linear array.%BFT_NO_LINES     - Set the number of lines that will be beamformed in parallel.%BFT_PARAM        - Set a paramater of the BeamForming Toolbox%BFT_SUB_IMAGE    - Subtract one low-res image from  high-res one.%BFT_SUM_APODIZATION - Create a summation apodization time line.%BFT_SUM_IMAGES   - Sum 2 low resolution images in 1 high resolution.%BFT_TRANSDUCER   - Create a new transducer definition.%MEX_BEAMFORM     - Compile the beamforming library for matlab