; FILE:    hr_fe_me_v2.ips
; PURPOSE: Make a high resolution magnetogram and average dopplergram and
;	   downlink the extracted magnetogram and confinuum filtergram
;	   and the full 2x2 bin dopplergram.
; HISTORY: Written 22-Jul-96 by M.Morrison
;	23-Jul-96 (MDM) - Moved callback from frame 3 to 7

QPROG_HR_FE_ME_V2::

    BRANCHEQ R3072 10 &DONE					;don't do anything with frame 10
								;the processing at frame 9 takes so long
								;that when it returns from the "HR_MVL30"
								;subroutine call, the frame number has changed!

    CALLQUE  $QSR_HR_MVL30					;do all of the work
    BRANCHLT R3072 9 &DONE					;don't do anything unless frame 9 (or 10)

    COPYRD2D $IPRL_EXTRACT_64K $IPRL_EXTRACT_PARAM 6            ;setup the parameters to be used by the extract subroutine
    CALLQUE  $QSR_STD_EFMT_CONTF	;---- Extract from continuum and compress
    CALLQUE  $QSR_STD_EFMT_MAG		;---- Extract from magnetogram

    ;---- Bin the velocity data
    SETREGS  $IPRL_BIN_PARAM 4 7:0x0726 13:0x0726 		;setup source and dest page of the bin
    CALLQUE  $QSR_FMT_2X2BIN

    ;---- Downlink the one observable
    SETREG  $IPRL_DL_PARAM 0x9800				;downlink cont filt
    CALLQUE $QSR_DL_1PAGE

    SETREG $IPRL_CB_ADDR &QCB_REENTRY                           ;set the callback register with the address to go to
DONE:

    END

;----------------------- Start of callback code
QCB_REENTRY:
    BRANCHEQ R3072  7  &CB_FRM07
    GOTO &QSR_CB_DONE_ADDR

CB_FRM07:
    ;---- Downlink the two observables
    SETREGS  $IPRL_DL_PARAM 2 0x9000 0x6800			;downlink mag and 2x2 vel
    CALLQUE  $QSR_DL_2PAGE					;0.6 sec
    SETREG $IPRL_CB_ADDR 0                                      ;clear the callback register
    GOTO &QSR_CB_DONE_ADDR