Question: Generate and present this image. Ne assume: 1. The phantom matrixPh(I,j)isN1xN2; we selectN1/N2as high as possible to be as close to the continuous physical objects 2. The value of the matrix cells with be the single intensitySI(I,j), and the SI will be in the range of0.00to1.00or 0 to 256 . About The Code: Nothing hardcoded (no explicit values); use intuitive symbolic names; you must implement all calculations (no libraries/functions); but you can use any libraries/functions to present \& visualize images or graphs Implement a piece of code (Python or Matlab) that generates a phantom like the one in Fig. 1 with N1 = N2 this phantom is composed of three objects A, B and C. For each object, you use user-defined parameters of position, size and signal intensity; (PosA1, PosA2, LengthA1, LengthA2, SIA); etc. Assign N1=N2=100. ObjectsBandCcan have any dimensions. Recall, these dimensions are in pixels (or the indices in the loop structures!). Additional Info Figure 1: The virtual phantom with its 3 different compartments. Note tahe A is empty space. To generate C you can refer to the Matlab or Pythjon code we discussed for the shepp logan phantom.
