Hi, I have a question about AtlasViewer : When I design a probe, I cannot add the springs, when I add the springs, the modifications are not saved. I have successfully added the anchored points but I have a problem with the springs. Thank you very much for your response.
Hi I am not able to register to dig points, can you help me with that, I am not able to understand from paper as there's not much information on this. Thank you
@@jonathanperry8587 Thank you very much for your reply. Do I need to create it manually or there's any process? I am trying to go over Homer BU tutorials but there's also no information on this.
@@pushpinderwalia5907 If you have a digitizer, the PHOEBE software from Luca Pollonini's lab at U. Houston might be something for you. Otherwise, I am afraid you may need to make this manually. Usually, you can pull these values from your .NIRS file if you are using Homer in the source and detector points. The tough part will be getting some form of reference points (i.e. nazion, inion, etc.) This can definitely be tricky. In the past, I had the pleasure of utilizing a digitizer and am currently unaware of an alternate solution.
Hello Farzaneh, The entire process was done within Homer2 and AtlasViewer in their respective GUI's. There was no need for any background scripting. Homer2 was used to process the data and output values used in AtlasViewer. The data was formatted in .nirs format.
Hi, I have a question about AtlasViewer : When I design a probe, I cannot add the springs, when I add the springs, the modifications are not saved. I have successfully added the anchored points but I have a problem with the springs. Thank you very much for your response.
Hi
I am not able to register to dig points, can you help me with that, I am not able to understand from paper as there's not much information on this.
Thank you
In order to register dig points. You will need to create a digpts.txt file, which has the format...
For example:
S1: -39.835 -9.543 89.911
S2: -63.100 23.879 52.682
S3: -69.286 -48.011 65.668
S4: -84.098 -13.846 24.756
S5: 38.717 -8.599 90.282
S6: 62.315 24.986 53.080
S7: 69.044 -46.885 66.427
S8: 83.687 -11.831 25.487
D1: -35.971 27.644 77.821
D2: -39.429 -48.345 92.764
D3: -70.634 -11.463 63.077
D4: -77.435 19.001 18.879
D5: 35.174 28.261 77.967
D6: 38.780 -47.709 93.218
D7: 69.701 -9.782 63.617
D8: 76.997 20.379 19.465
RPA: 83.900 -16.600 -56.700
Nz: 0.400 85.900 -47.600
Cz: -0.461 -8.416 101.365
LPA: -83.800 -18.600 -57.200
Iz: 0.200 -120.500 -25.800
This should allow you to register the points. But is quite fickle with such items like newline, etc.
@@jonathanperry8587 Thank you very much for your reply. Do I need to create it manually or there's any process? I am trying to go over Homer BU tutorials but there's also no information on this.
@@pushpinderwalia5907 If you have a digitizer, the PHOEBE software from Luca Pollonini's lab at U. Houston might be something for you. Otherwise, I am afraid you may need to make this manually. Usually, you can pull these values from your .NIRS file if you are using Homer in the source and detector points. The tough part will be getting some form of reference points (i.e. nazion, inion, etc.) This can definitely be tricky. In the past, I had the pleasure of utilizing a digitizer and am currently unaware of an alternate solution.
Hi
Please submit the MATLAB code of the program you trained.
Thank
Hello Farzaneh, The entire process was done within Homer2 and AtlasViewer in their respective GUI's. There was no need for any background scripting. Homer2 was used to process the data and output values used in AtlasViewer. The data was formatted in .nirs format.