B-mode-Beamforming-in-Ultrasound-Imaging is an extension of A-mode-Beamforming-in-Ultrasound-Imaging, where the scanline is swept from left to right to provide anatomical information at different depths and lateral positions and thus a 2D anatomical image across and below the array transducer.
Clone the repository
Make sure all files were cloned properly (A4ImagRFData.txt & A4RealRFData.txt can be replaced with any echo data files)
Use g++ -std=c++11 ImageDisplay.cpp EBO.cpp VAO.cpp VBO.cpp Texture.cpp shaderClass.cpp glew.c -Llib -lglfw3 -framework Cocoa -framework OpenGL -framework IOKit -Iinclude -DGLEW_STATIC Bmode.cpp dataBuffer.cpp BmodeClass.cpp imageParam.cpp -o bmode to create an executable called bmode.exe
Use ./bmode to execute the file
Input the required parameters
Compile dataBuffer.cpp with testDataBuffer.cpp (g++ dataBuffer.cpp testDataBuffer.cpp -o test)
The first case tests if the linked list pointer is initialized properly, the second case tests if loadRFData and getRealRFData are correct, the third case tests if getImagRFData is working. The program will exit if any case fails.
Compile imageParam.cpp with testImageParam.cpp (g++ imageParam.cpp testImageParam.cpp -o test2)
Use 0.05 as the desired imaging depth and 256 as the number of pixels. The first case tests if the parameters have been initialized properly and have the correct access functions, the second case tests if the element positions have been derived correctly, and the third case tests if the pixel positions of different scanlines are derived correctly. The program will exit if any case fails.
Mekhael Thaha
Billy Yui