edge_test
    
    
    
      edge_test,
      an Octave code which
      calls edge(), which
      tests functions in 1D, 2D and 3D for the detection of edges.
    
    
      Licensing:
    
    
      The information on this web page is distributed under the MIT license.
    
    
      Related Data and Programs:
    
    
      
      edge,
      an Octave code which
      defines some test functions in 1D, 2D and 3D for the detection 
      of edges or discontinuities.
    
    
      Source Code:
    
    
      
    
    
      
        - 
          edge_test01.m,
          plots 1D test functions.
        
 
        - 
          edge_test01.png,
          plot of 1D test functions.
        
 
        - 
          edge_test02.m,
          plots 2D test function #1, jump discontinuity along a circle.
        
 
        - 
          edge_test02.png,
          plot of 2D test function #1.
        
 
        - 
          edge_test03.m,
          plots 2D test function #2, the Shepp-Logan 2D phantom.
        
 
        - 
          edge_test03.png,
          plot of 2D test function #2.
        
 
        - 
          edge_test035.m,
          plots 2D test function #3.
        
 
        - 
          edge_test035.png,
          plot of 2D test function #3.
        
 
        - 
          edge_test036.m,
          plots 2D test function #4.
        
 
        - 
          edge_test035.png,
          plot of 2D test function #4.
        
 
        - 
          edge_test037.m,
          plots 2D test function #5.
        
 
        - 
          edge_test035.png,
          plot of 2D test function #5.
        
 
        - 
          edge_test04.m,
          plots 3D test function #1, the Shepp-Logan 3D phantom.
        
 
        - 
          edge_test04_x.png,
          plot of X slice of 3D test function #1.
        
 
        - 
          edge_test04_y.png,
          plot of Y slice of 3D test function #1.
        
 
        - 
          edge_test04_z.png,
          plot of Z slice of 3D test function #1.
        
 
      
    
    
    
      Last revised on 02 May 2023.