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Isn't that done every single time I relinearize with a cgats correction curve? I think we are explaining the same process, just differently. When I say I'm changing the linearization curves by hand, I mean I'm resetting those end values and smoothing out irregularities of the final curves after inserting a correction. My last P2P51x had cyan stop at 53.8, yellow at 63.3, yellow at 73.9, and black at 96.5, so I think we are on the same page? Or I am entirely misunderstanding you and in that case, please explain further. 

To answer your question we are using Caldera as well. I'm going to attach the curves I am working on first and then the curves that normally happen when we use Curve4 for G7 calibration without normalizing high densities.

I will say - if we click the "normalize high densities" button in Curve4 - we definitely do get better results, pass grayscale and sometimes even targeted within one correction - but - I'm trying to figure out how to pass Colorspace in CRPC6, so in that sense - we are still struggling.

I apologize for the confusion. My wording is sometimes more complicated than it needs to be.

Isn't that done every single time I relinearize with a cgats correction curve? I think we are explaining the same process, just differently. When I say I'm changing the linearization curves by hand, I mean I'm resetting those end values and smoothing out irregularities of the final curves after inserting a correction. My last P2P51x had cyan stop at 53.8, yellow at 63.3, yellow at 73.9, and black at 96.5, so I think we are on the same page? Or I am entirely misunderstanding you and in that case, please explain further. 

To answer your question we are using Caldera as well. I'm going to attach the curves I am working on first and then the curves that normally happen when we use Curve4 for G7 calibration without normalizing high densities.

I will say - if we click the "normalize high densities" button in Curve4 - we definitely do get better results, pass grayscale and sometimes even targeted within one correction - but - I'm trying to figure out how to pass Colorspace in CRPC6, so in that sense - we are still struggling.

I apologize for the confusion. My wording is sometimes more complicated than it needs to be.

Isn't that done every single time I relinearize with a cgats correction curve? I think we are explaining the same process, just differently. When I say I'm changing the linearization curves by hand, I mean I'm resetting those end values and smoothing out irregularities of the final curves after inserting a correction. My last P2P51x had cyan stop at 53.8, yellow at 63.3, yellow at 73.9, and black at 96.5, so I think we are on the same page? Or I am entirely misunderstanding you and in that case, please explain further. 

To answer your question we are using Caldera as well. I'm going to attach the curves I am working on first and then the curves that normally happen when we use Curve4 for G7 calibration without normalizing high densities.

I will say - if we click the "normalize high densities" button in Curve4 - we definitely do get better results, pass grayscale and sometimes even targeted within one correction - but - I'm trying to figure out how to pass Colorspace in CRPC6, so in that sense - we are still struggling.

I apologize for the confusion. My wording is sometimes more complicated than it needs to be.