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When do you generate your results?

Michael R
Do you have a preference where in your program you create you measured results. I find if I wait till the end of the program it takes longer because I have to go back and identify my features.
So once I've named my datums I'll create the results while the ID's are still fresh in my head.
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  • dims with features for 2 reasons.

    (1) If you put all the dims at the end of the program, it actually takes longer to run the program, if the dims are with the feature, they calculate/generate as the machine is moving to the next feature.

    (2) SOMETIMES, if you have to edit the program for whatever reason, and need to re-order the features, SOMETIMES the dimensions get blown away, but if the dim is with the feature, you move both at once, no problem.

    I've always put my dimensions in at the end of the program, so I had some questions about implementing this method in my situation.

    I deal with a lot tube shaped parts - DAT-A as the OD of the cylinder, DAT-B as the bottom, Dat-C as a timing hole - where I will measure hole patterns to ABC when I haven't "fully" captured DAT-A (measured half of the cylinder for example). This is done to save run time and probe head rotations FWIW

    So if I'm understanding this right, to implement your method, I would have to measure the datums first then the other features? Also, is what I'm currently doing correct?

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  • dims with features for 2 reasons.

    (1) If you put all the dims at the end of the program, it actually takes longer to run the program, if the dims are with the feature, they calculate/generate as the machine is moving to the next feature.

    (2) SOMETIMES, if you have to edit the program for whatever reason, and need to re-order the features, SOMETIMES the dimensions get blown away, but if the dim is with the feature, you move both at once, no problem.

    I've always put my dimensions in at the end of the program, so I had some questions about implementing this method in my situation.

    I deal with a lot tube shaped parts - DAT-A as the OD of the cylinder, DAT-B as the bottom, Dat-C as a timing hole - where I will measure hole patterns to ABC when I haven't "fully" captured DAT-A (measured half of the cylinder for example). This is done to save run time and probe head rotations FWIW

    So if I'm understanding this right, to implement your method, I would have to measure the datums first then the other features? Also, is what I'm currently doing correct?

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