I have a partial sphere, 2" diameter. The grinding isnt right and caused a visable circular mark which is verified using a Mic. Is there a way to show the variance of the actual hits compared to a theoretically perfect 2" sphere.
+1, Adam ! It's also possible to calculate T_values for each hit of an auto sphere... Something like ASSIGN/V1=SQRT(DOT(SPH1.HIT[1..SPH1.NUMHITS].XYZ-SPH1.XYZ),SPH1.HIT[1..SPH1.NUMHITS].XYZ-SPH1.XYZ))-SPH1.R
Or, instead of being this complicated, you can do what was suggested above, much easier that formulas....Then output T value for each and display devs using Graphical analysis
+1, Adam ! It's also possible to calculate T_values for each hit of an auto sphere... Something like ASSIGN/V1=SQRT(DOT(SPH1.HIT[1..SPH1.NUMHITS].XYZ-SPH1.XYZ),SPH1.HIT[1..SPH1.NUMHITS].XYZ-SPH1.XYZ))-SPH1.R
Or, instead of being this complicated, you can do what was suggested above, much easier that formulas....Then output T value for each and display devs using Graphical analysis
