Hi group.
I asked this question a few weeks ago. Originally I posted it in the "Blade" section, but it seems no one spends any time there answering questions. About 1000 views to a few questions, and only a few answers. Or maybe very few use Blade software.
So . . .
OH! I also posted it here. I did get one reply from a lady who was able to help me with part of it. But I still need some help, or an idea.
Below is my original question. Then an update as to where I am with this idea . . .
~
We have 8 B&S CMMs using PCDMIS (3.7 & 4.0) Plus two 25yr old CMMS (Not B&S) We have about 4,000 programs on the old machines, so we're fazing them out slowly.
What I ultimately would like to do is run Blade on data from the old CMMs.
My ideas were something like this . . .
1). Old CMMs can output data in ascii format. We have a translator that puts the actuals into an XYZ/CSV formated ascii file.
Perhaps I can input this XYZ data into Blade from the ascii file in some way. ???
OR . . .
2). Fool PCDMIS into thinking it ran the part!?! OFFLINE: If I could import that ascii XYZ data as Nominals into a PCDMIS program, then run the program, being offline, there would be zero deviation. Therefore the actuals would be the actuals from the old machine.
THEN I could use Blade.
Comments welcome, and much appreciated.
~
Update: (offline) As suggested, I made a csv text file with the XYZ values. Saved it as a .xyz file. Imported that file into PCDMIS. Used AutoVec pt and now have those points as though they were actually run.
I then made feature sets of each blade section.
Now I need to get that data into Blade.
I also went into CAD and pulled nominal points for the sections. However, the Noms won't nearly match the input actuals because they were not taken as discrete points, but was a scan. So the "points" won't match the actuals, but the spline should be the same.
Admittedly, Blade is totally new to me, and there's no one here who knows anything about Blade. But we have customers now demanding we use it for our analysis.
Once again, comments welcome, and much appreciated.
I asked this question a few weeks ago. Originally I posted it in the "Blade" section, but it seems no one spends any time there answering questions. About 1000 views to a few questions, and only a few answers. Or maybe very few use Blade software.

So . . .
OH! I also posted it here. I did get one reply from a lady who was able to help me with part of it. But I still need some help, or an idea.
Below is my original question. Then an update as to where I am with this idea . . .
~
We have 8 B&S CMMs using PCDMIS (3.7 & 4.0) Plus two 25yr old CMMS (Not B&S) We have about 4,000 programs on the old machines, so we're fazing them out slowly.
What I ultimately would like to do is run Blade on data from the old CMMs.
My ideas were something like this . . .
1). Old CMMs can output data in ascii format. We have a translator that puts the actuals into an XYZ/CSV formated ascii file.
Perhaps I can input this XYZ data into Blade from the ascii file in some way. ???
OR . . .
2). Fool PCDMIS into thinking it ran the part!?! OFFLINE: If I could import that ascii XYZ data as Nominals into a PCDMIS program, then run the program, being offline, there would be zero deviation. Therefore the actuals would be the actuals from the old machine.
THEN I could use Blade.
Comments welcome, and much appreciated.
~
Update: (offline) As suggested, I made a csv text file with the XYZ values. Saved it as a .xyz file. Imported that file into PCDMIS. Used AutoVec pt and now have those points as though they were actually run.
I then made feature sets of each blade section.
Now I need to get that data into Blade.
I also went into CAD and pulled nominal points for the sections. However, the Noms won't nearly match the input actuals because they were not taken as discrete points, but was a scan. So the "points" won't match the actuals, but the spline should be the same.
Admittedly, Blade is totally new to me, and there's no one here who knows anything about Blade. But we have customers now demanding we use it for our analysis.
Once again, comments welcome, and much appreciated.

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