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. use the standard option settings provided by G.F. | . FLCT code : use the standard option settings provided by G.F. |
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. The C-wrapper to (1) get 2-data, (2) feed them to FLCT-as-function, (3) push the results (and input data) to JSOC/DRMS is ready. | |
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. 90% . need to finish the wrapping c/fortran-code which . 1) makes to speficy the two input data in accordance with "current" tim . (so far, we have to (manually, as option in="YYYY.MM.DD" style) give the date on which the MDI fd_96m data are available) . 2) makes output plots. ===== Status of DRMS module ===== . Finished making code to fetch two (disc) data on the specified time/date, via DRMS (and resize, if needed) |
. To finailze the wrapper code, we need to . 1) define "string" to speficy the two input data timely. ===== f DRMS module ===== . Finished, except a point we need to define "su_" somthing string to specify the input data. |
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* essentially finished to make code to take necessary data via DRMS, and pass the data to FLCT part | * |
HMI Pipeline Module - Module_Name_Here
Inferring the horizontal plasma flow best matching the time-variation of B (in terms of MHD induction equation.)
Module Inputs
- Two magnetic field maps {global / local patch} {B_los, B_r}
Module Outputs
- Maps of (horizontal) plasma flow associated with the observed variation of photospheric magnetic field.
- and hopefully, other quantities such as (-v_h x B_r) x B_r
Cadence
- 20 min. (???)
Archive
- 1~2 weeks, until ARs move far-side(?)
Options
- FLCT code : use the standard option settings provided by G.F.
Overall Status of Module
- FLCT is kindly prepared by Berkeley developer G.Fisher as subprogram callable by C/Fortran code.
- The C-wrapper to (1) get 2-data, (2) feed them to FLCT-as-function, (3) push the results (and input data) to JSOC/DRMS is ready.
Status of Code
- To finailze the wrapper code, we need to
- 1) define "string" to speficy the two input data timely.
f DRMS module
- Finished, except a point we need to define "su_" somthing string to specify the input data.
Issues needing resolution
Responsible scientist
- K. Hayashi
Remarks
- Back to ["HMIModuleTable"]
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