Solar AIA and XRT computation and diagnostics: $-$

$****$Please only answer in terms of IDL software on bladerunner server using a termux$/$terminal interface.$****$

My goal is to perform the diagnostics for each AIA channel and then the final AIA data with the XRT data for comparisons and accuracy $($how similar or same they are $-$ how well do they agree with each other$).$

To that end, I am trying to get the temperature of the bright spot$($s$)$on the bottom left "corner" coronal loop of the sun in AIA and XRT and compare them to check how well they agree with each other. I need to use IDL in bladerunner server on terminal$/$command screen. I have the $.$sav file $($idl compabilbe$)$which contains Be thin and Be Med response$$functions for XRT$.$to access this i use the command restore,'filename.sav' to get the arrays as structure. I also have the AIA data which may be recalled using ssw$\_$service$\_$get$\_$data,"ssw$\_$service$\_241010\_102951\_47353",/$loud

My code so far $($in terms of IDL on terminal$)$: $-$

For the INCORRECT portion of the sun: $-$

read$\_$sdo, $\text{'}$ssw$\_$cutout$\_20240408\_172959\_$AIA$\_94\_.$fts$\text{'},$ index$94,$ data$94$

read$\_$sdo, $\text{'}$ssw$\_$cutout$\_20240408\_173006\_$AIA$\_131\_.$fts$\text{'},$ index$131,$ data$131$

read$\_$sdo, $\text{'}$ssw$\_$cutout$\_20240408\_173009\_$AIA$\_171\_.$fts$\text{'},$ index$171,$ data$171$

read$\_$sdo, $\text{'}$ssw$\_$cutout$\_20240408\_173004\_$AIA$\_193\_.$fts$\text{'},$ index$193,$ data$193$

read$\_$sdo, $\text{'}$ssw$\_$cutout$\_20240408\_172957\_$AIA$\_211\_.$fts$\text{'},$ index$211,$ data$211$

read$\_$sdo, $\text{'}$ssw$\_$cutout$\_20240408\_173000\_$AIA$\_335\_.$fts$\text{'},$ index$335,$ data$335$

help, index$94,/$str

help, data$94$

data$94=$ data$94[3300$:$3800,1600$:$2100]$

data$131=$ data$131[3300$:$3800,1600$:$2100]$

data$171=$ data$171[3300$:$3800,1600$:$2100]$

data$193=$ data$193[3300$:$3800,1600$:$2100]$

data$211=$ data$211[3300$:$3800,1600$:$2100]$

data$335=$ data$335[3300$:$3800,1600$:$2100]$

plot$\_$image, data$94$

plot$\_$image, data$131$

plot$\_$image, data$171$

nx $=$ n$\_$elements$($data$94[*,0])$

ny $=$ n$\_$elements$($data$94[0,*])$

img$\_$cube $=$ dblarr$($nx$,$ ny$,6)$

img$\_$cube$[*,*,0]=$ data$94$

img$\_$cube$[*,*,1]=$ data$131$

img$\_$cube$[*,*,2]=$ data$171$

img$\_$cube$[*,*,3]=$ data$193$

img$\_$cube$[*,*,4]=$ data$211$

img$\_$cube$[*,*,5]=$ data$335$

help, img$\_$cube

lgTmin $=5\mathrm{.}6$

dlgT $=0\mathrm{.}1$

nlgT $=17$

aia$\_$sparse$\_$em$\_$init, timedepend$=\text{'}2024-$Apr$-08\text{'},/$evenorm$,$ $

use$\_$lgtaxis$=$findgen$($nlgT$)*$ dlgT $+$ lgTmin, $

bases$\_$sigmas$=[0\mathrm{.}1,0\mathrm{.}2,0\mathrm{.}3,0\mathrm{.}4]$

tolfunc $=$ 'aia$\_$bp$\_$estimate$\_$error$($y$*[1,1,1,1,1,1],[94,131,171,193,211,335])\text{'}$

aia$\_$sparse$\_$em$\_$solve, img$\_$cube$[*,*,0$:$5],$ tolfunc$=$tolfunc, tolfac$=1\mathrm{.}4,$ $

oem$=$emcube, status$=$status, coeff$=$coeff, adaptive$\_$tolfac$=$adaptive$\_$tolfac$\_$aia, $

tolmap$=$tolmap$\_$aia

aia$\_$sparse$\_$dem$\_$inspect, coeff, emcube, status, $/$ylog$,$ img$=$aia$\_$mag$\_$cube

plot$\_$image, emcube$[*,*,5]$

plot$\_$image, emcube$[*,*,10]$

logt $=$ findgen$($nlgT$)*$ dlgT $+$ lgTmin

print, $10^$logt$[10]$

exposure times for each channel:

IDL$>$ print, index$94.$EXPTIME ; Should return exposure time for $94$

$2\mathrm{.}9020310$

IDL$>$ print, index$131.$EXPTIME ; Should return exposure time for $131$

$2\mathrm{.}9013330$

IDL$>$ print, index$171.$EXPTIME ; Should return exposure time for $171$

$2\mathrm{.}0001760$

IDL$>$ print, index$193.$EXPTIME ; Should return exposure time for $193$

$1\mathrm{.}9996150$

IDL$>$ print, index$211.$EXPTIME ; Should return exposure time for $211$

$2\mathrm{.}9011910$

IDL$>$ print, index$335.$EXPTIME ; Should return exposure time for $335$

$2\mathrm{.}9007950$

aia$\_$exptime $=[2\mathrm{.}9020310,2\mathrm{.}9013330,2\mathrm{.}0001760,1\mathrm{.}9996150,2\mathrm{.}9011910,2\mathrm{.}9007950]$

code that worked for the correct region: $-$

mreadfits, $\text{'}$ssw$\_$cutout$\_20240408\_172959\_$AIA$\_94\_.$fts$\text{'},$ index$94,$ data$94$

mreadfits, $\text{'}$ssw$\_$cutout$\_20240408\_173006\_$AIA$\_131\_.$fts$\text{'},$ index$131,$ data$131$

mreadfits, $\text{'}$ssw$\_$cutout$\_20240408\_173009\_$AIA$\_171\_.$fts$\text{'},$ index$171,$ data$171$

mreadfits, $\text{'}$ssw$\_$cutout$\_20240408\_173004\_$AIA$\_193\_.$fts$\text{'},$ index$193,$ data$193$

mreadfits, $\text{'}$ssw$\_$cutout$\_20240408\_172957\_$AIA$\_211\_.$fts$\text{'},$ index$211,$ data$211$

mreadfits, $\text{'}$ssw$\_$cutout$\_20240408\_173000\_$AIA$\_335\_.$fts$\text{'},$ index$335,$ data$335$

help, data$94,$ data$131,$ data$171,$ data$193,$ data$211,$ data$335$

data$94=$ data

Step by Step Solution

There are 3 Steps involved in it

1 Expert Approved Answer

Step: 1 Unlock

Question Has Been Solved by an Expert!

Get step-by-step solutions from verified subject matter experts

Step: 2 Unlock

Step: 3 Unlock

Students Have Also Explored These Related Programming Questions!

Q:

Required (a) Calculate Paul Pipes tax adjusted trading profit after capital allowances for the year ended 30 September 2019. Your computation should commence with the net profit figure of 58,390 and...

Q:

Notes 300,190 Notes Question Gross profit per the statement of profit or loss Add back: tax disallowable expenses 1. During the year, MT Ltd bought computer equipment costing 50,000. The purchase was...

Q:

Based on the information below, and assuming a range of 11-13% WACC and 3-5% terminal value growth rate, what is the range of values for Saito Solar? Strategically, do you think Mr. Saito and his...

Q:

How much is Saito Solar worth based on Mr. Suzuki's forecast of a 1-3% growth rate in free cash flows over the next 20 years? The required rate of return for the owners was 10%. Apbendix 1. Saito...

Q:

1 . Introduction Crop growth model is an excellent example of object oriented paradigm. Such a model is composed of a number of parts like plant, soil, weather, etc. Being able to handle all of these...

Q:

Modular Crop Growth Model and Simulation Suggested Language C++ Maximum Team Size Skill Set C++, GUI 4 time step within this loop. The weather object is also called from within the time step loop,...

Q:

Hi, please i need help with my assignment. i have it attached . thank you Below are a list of potential capital budgeting projects for DVX Inc. Create a vlookup which will populate the list of...

Q:

hne / study /business / accorong /accoungquestions uswers / ecei t2 protiem & data sole powec ic s one of the largest lolar pan Question: Excel #2 Problem & Data Solar Power, Inc. is one of the...

Q:

Imagine you are analyzing an energy production project, there are two alternatives: build- ing a new natural gas energy plant or building a new solar energy farm. For the natural gas plant: it...

Q:

Need help completing my Accounting homework in the excel spreadsheet. Below are a list of potential capital budgeting projects for DVX Inc. Create a vlookup which will populate the list of projects...

Q:

Suppose you want to create a "Bear Put" option strategy based on AAPL put options. The "Bear Put" strategy will involve the following: Buying a put option with strike price $155 Selling a put...

Q:

Jill's credit card was stolen. The thief charged a $900 kayak on the card before she reported it stolen. a. How much of the thief's purchase is Jill responsible for? b. Jill's average daily balance...

Q:

Which of ty dilowing is an accounting method that ( 1 ) estimates and reports bad debts expense from credit sales during the period the sales are recorded d ( 2 ) reports accounts recelvable at the...

Q:

Passenger miles flown on Northeast Airlines, a commuter firm serving the Boston hub, are shown for the past 12 weeks: a) Assuming an initial forecast for week 1 of 16,000 miles, use exponential smooth

Previous Question Next Question