bad formatting?

[Xaego]

I think here probably some formatting problems:

1. 09a-DetectorModelling.ipynb https://github.com/NelisW/ComputationalRadiometry/blob/master/09a-DetectorModelling.ipynb

e^{qV/(kT\beta)} I{\rm sat} -I{ph}, $$

2. Staring Array Modelling https://github.com/NelisW/ComputationalRadiometry/blob/master/09b-StaringArrayDetectors.ipynb

n_{\textrm{pixel}}¶ \left(\frac{\pi,t_{\textrm{int}}, P, \cos^n(\theta) ,Ad }{4,F#^2} \right) \int0^\infty (\eta{\lambda}, \tau{o\lambda}, \tau{f\lambda},\tau{a\lambda}), \left[ L{\lambda\textrm{signal}}+L{\lambda\textrm{narc}}(\theta)\right], d\lambda +n\textrm{dark} \end{equation}

"Dark current shot noise" have bad formatting with bourders

[NelisW]

Hi,

Thanks for the pointers!

I am slowly updating the notebook for latest code and library versions. This is a never ending task with sliding targets, which one never really meets. All these notebooks did work when created and after regular revisions.

Workload prevents me from keeping up to date. I hope to work through all the notebooks by the end of the year.

Regards

Nelis

On Sun, 26 Sep 2021, 18:36 Xaego, @.***> wrote:

I think here probably some formatting problems:

1. 09a-DetectorModelling.ipynb

https://github.com/NelisW/ComputationalRadiometry/blob/master/09a-DetectorModelling.ipynb

e^{qV/(kT\beta)} I{\rm sat} -I{ph}, $$

1. Staring Array Modelling

https://github.com/NelisW/ComputationalRadiometry/blob/master/09b-StaringArrayDetectors.ipynb

n_{\textrm{pixel}}¶ \left(\frac{\pi,t_{\textrm{int}}, P, \cos^n(\theta) ,Ad }{4,F#^2} \right) \int0^\infty (\eta{\lambda}, \tau{o\lambda}, \tau{f\lambda},\tau{a\lambda}), \left[ L{\lambda\textrm{signal}}+L{\lambda\textrm{narc}}(\theta)\right], d\lambda +n\textrm{dark} \end{equation}

"Dark current shot noise" have bad formatting with bourders

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[Xaego]

Hi, guess you dont mind if I additional notes?

https://github.com/NelisW/ComputationalRadiometry/blob/master/04-IntroductionToComputationalRadiometryWithPyradi.ipynb

%This notebook demonstrates the use of the workpackage template, replace with your own. \documentclass[english]{workpackage}[1996/06/02] % input the common preamble content (required by the ipnb2latex converter) \input{header.tex} % the following three lines are required to support the tikz examples \usepackage{tikz} \usepackage{sansmath} \usetikzlibrary{shadings,intersections} % t

2. same plots Plank radiance? red green

E_{\lambda_c}

k,(\epsilon_{0\lambdac} L{0\lambdac} ,\tau{a\lambdac} , { S}{\lambdac}) \int{-\frac{\Delta\lambda}{2}}^{+\frac{\Delta\lambda}{2}} \tau_{f(\lambdac-x)} x \approx , k,\epsilon{0\lambdac} L{0\lambdac} ,\tau{a\lambdac} , { S}{\lambdac}, \tau{f},\Delta x. $$ If the product $(\epsilon\lambda L{\lambda};\tau{a\lambda};{ S}\lambda$$ varies

https://github.com/NelisW/ComputationalRadiometry/blob/master/12f-FOV-optimisation.ipynb

ocumentclass[english]{workpackage}[1996/06/02] % input the common preamble content (required by the ipnb2latex converter) \input{header.tex} % then follows the rest of the