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| 00:53 | Bertl_oO | off to bed now ... have a good one everyone!
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| 07:00 | dmjnova | Bertl_oO: arm-linux-gnueabi or arm-linux-gnueabihf ?
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| 07:55 | Bertl_oO | arm-linux-gnueabihf
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| 15:23 | troy_s | Bertl_oO: When you are around, any thoughts on attempting to (consistently / accurately) linearize the entire capture of wells on the Apertus?
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| 15:23 | troy_s | (that is, to correct the nonlinear portions near the head and toe)
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| 22:47 | Bertl_oO | troy_s: probably the best approach is to "calibrate" the sensel in an integration sphere with a controlled light source
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| 22:49 | Bertl_oO | the problematic regions can be "mapped" into the linear range with the addition or removal of ND filters
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| 22:49 | troy_s | Bertl_oO: So generate a1D LUT for correcting the sensor capture?
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| 22:49 | Bertl_oO | which should allow for a very precise analysis without a calibrated sensor
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| 22:50 | Bertl_oO | yes precisely, we already have the LUTs in place, they are called "linearization LUTs"
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| 22:50 | troy_s | So in theory, do you think we could generate a scene linear and accurate data off of the raw?
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| 22:51 | Bertl_oO | btw, we made huge progress thanks to irieger, who played with the sensor registers and now we have a really great image response
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| 22:51 | Bertl_oO | if you wait a little I can upload a raw12 snapshot
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| 22:51 | troy_s | (Once in true scene linear we should be able to greatly increase the accuracy of the colour transform across the full latitude.)
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| 22:51 | troy_s | Great.
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| 22:52 | troy_s | irieger is a great person to have around.
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| 22:54 | troy_s | Bertl_oO: in particular what did the register adjustments change from out Alpha data sets?
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| 22:54 | Bertl_oO | we basically got rid of most of the unexplained artefacts and many of the FPN issues with just correcting the registers
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| 22:55 | troy_s | Bertl_oO: Any impact on the full well response reducing the clip need?
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| 22:55 | Bertl_oO | we will analyze the changes and the particular effects soon and probably publish something about that
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