;+ ; NAME: eis_status_sts2_conversions.pro ; ; PURPOSE: ; ; CATEGORY: ; ; CALLING SEQUENCE: ; ; INPUTS: ; ; KEYWORD PARAMETERS: None ; ; OUTPUTS: ; ; CALLS: ; ; COMMON BLOCKS: None ; ; PROCEDURE: ; ; RESTRICTIONS: Uses SolarSoft ; ; MODIFICATION HISTORY: ; 03/June/2006 v1.0 mcrw wrote ; 15/Nov/2006 v1.1 mcrw minor corrections ; 03/Dec/2006 v1.2 mcrw minor corrections ; ;------------------------------------------------------------------------------------------------- pro cam_voltages, files, output, end_time p0 = eis_convert_cam_voltage_p5v1dig(eis_get_daily_data(files,'CAM_P5V1_DIG', 1, 1, maxp1, minp1, base_time, end_time)) p1 = eis_convert_cam_voltage_p2v5dig(eis_get_daily_data(files,'CAM_P2V5_DIG', 2, 1, maxp2, minp2)) p2 = eis_convert_cam_voltage_p5vana (eis_get_daily_data(files,'CAM_P5V_AN_A', 3, 1, maxp3, minp3)) p3 = eis_convert_cam_voltage_p5vanb (eis_get_daily_data(files,'CAM_P5V_AN_B', 4, 1, maxp4, minp4)) p4 = eis_convert_cam_voltage_n5vana (eis_get_daily_data(files,'CAM_N5V_AN_A', 5, 1, maxp5, minp5)) p5 = eis_convert_cam_voltage_n5vanb (eis_get_daily_data(files,'CAM_N5V_AN_B', 6, 1, maxp5, minp5)) p6 = eis_convert_cam_voltage_p36va (eis_get_daily_data(files,'CAM_P36V_A', 7, 1, maxp5, minp5)) p7 = eis_convert_cam_voltage_p36vb (eis_get_daily_data(files,'CAM_P36V_B', 8, 1, maxp5, minp5)) p8 = eis_convert_cam_voltage_p12va (eis_get_daily_data(files,'CAM_P12V_A', 9, 1, maxp5, minp5)) p9 = eis_convert_cam_voltage_p12vb (eis_get_daily_data(files,'CAM_P12V_B', 10, 1, maxp5, minp5)) p10 = eis_convert_cam_voltage_n10va (eis_get_daily_data(files,'CAM_N10V_A', 11, 1, maxp5, minp5)) p11 = eis_convert_cam_voltage_n10vb (eis_get_daily_data(files,'CAM_N10V_B', 12, 1, maxp5, minp5)) ; minr = min([minp1, minp2, minp3, minp4, minp5]) ; maxr = max([maxp1, maxp2, maxp3, maxp4, maxp5]) x = lindgen(n_elements(p0))*10 cs=1.6 set_plot,'ps' device,xoff=2.5,yoff=6,xs=16,ys=18,file=output+'/cam_voltages.ps' !p.multi=[0,1,3] utplot,x,p0,base_time,time_range=[base_time,end_time],xstyle=1,pstyle=4, $ title='CAM +5V Digital Voltage',ytitle='Volts',charsize=cs utplot,x,p1,base_time,time_range=[base_time,end_time],xstyle=2,pstyle=4, $ title='CAM +2.5V Digital Voltage',ytitle='Volts',charsize=cs,/ynozero utplot,x,p2,base_time,time_range=[base_time,end_time],xstyle=2,pstyle=4, $ title='CAM +5V Analog A Voltage',ytitle='Volts',charsize=cs,/ynozero utplot,x,p3,base_time,time_range=[base_time,end_time],xstyle=2,pstyle=4, $ title='CAM +5V Analog B Voltage',ytitle='Volts',charsize=cs,/ynozero utplot,x,p4,base_time,time_range=[base_time,end_time],xstyle=2,pstyle=4, $ title='CAM -5V Analog A Voltage',ytitle='Volts',charsize=cs,/ynozero utplot,x,p5,base_time,time_range=[base_time,end_time],xstyle=2,pstyle=4, $ title='CAM -5V Analog B Voltage',ytitle='Volts',charsize=cs,/ynozero utplot,x,p6,base_time,time_range=[base_time,end_time],xstyle=2,pstyle=4, $ title='CAM +36V A Voltage',ytitle='Volts',charsize=cs,/ynozero utplot,x,p7,base_time,time_range=[base_time,end_time],xstyle=2,pstyle=4, $ title='CAM +36V B Voltage',ytitle='Volts',charsize=cs,/ynozero utplot,x,p8,base_time,time_range=[base_time,end_time],xstyle=2,pstyle=4, $ title='CAM +12V A Voltage',ytitle='Volts',charsize=cs,/ynozero utplot,x,p9,base_time,time_range=[base_time,end_time],xstyle=2,pstyle=4, $ title='CAM +12V B Voltage',ytitle='Volts',charsize=cs,/ynozero utplot,x,p10,base_time,time_range=[base_time,end_time],xstyle=2,pstyle=4, $ title='CAM -10V A Voltage',ytitle='Volts',charsize=cs,/ynozero utplot,x,p11,base_time,time_range=[base_time,end_time],xstyle=2,pstyle=4, $ title='CAM -10V B Voltage',ytitle='Volts',charsize=cs,/ynozero device,/close set_plot,'X' !p.multi=0 end pro cam_currents, files, output, end_time p0 = eis_convert_cam_current_p5vdig (eis_get_daily_data(files,'CAM_P5VI_DIG', 1, 2, maxp1, minp1, base_time, end_time)) p1 = eis_convert_cam_current_p2p5vdig(eis_get_daily_data(files,'CAM_P2V5I_DIG', 2, 2, maxp2, minp2)) p2 = eis_convert_cam_current_p5vana (eis_get_daily_data(files,'CAM_P5VI_AN_A', 3, 2, maxp3, minp3)) p3 = eis_convert_cam_current_p5vanb (eis_get_daily_data(files,'CAM_P5VI_AN_B', 4, 2, maxp4, minp4)) p4 = eis_convert_cam_current_n5vana (eis_get_daily_data(files,'CAM_N5VI_AN_A', 5, 2, maxp5, minp5)) p5 = eis_convert_cam_current_n5vanb (eis_get_daily_data(files,'CAM_N5VI_AN_B', 6, 2, maxp5, minp5)) p6 = eis_convert_cam_current_p36va (eis_get_daily_data(files,'CAM_P36VI_A', 7, 2, maxp5, minp5)) p7 = eis_convert_cam_current_p36vb (eis_get_daily_data(files,'CAM_P36VI_B', 8, 2, maxp5, minp5)) p8 = eis_convert_cam_current_p12va (eis_get_daily_data(files,'CAM_P12VI_A', 9, 2, maxp5, minp5)) p9 = eis_convert_cam_current_p12vb (eis_get_daily_data(files,'CAM_P12VI_B', 10, 2, maxp5, minp5)) ; minr = min([minp1, minp2, minp3, minp4, minp5]) ; maxr = max([maxp1, maxp2, maxp3, maxp4, maxp5]) x = lindgen(n_elements(p0))*10 cs=1.6 set_plot,'ps' device,xoff=2.5,yoff=6,xs=16,ys=18,file=output+'/cam_currents.ps' !p.multi=[0,1,3] utplot,x,p0,base_time,time_range=[base_time,end_time],xstyle=2,pstyle=4, $ ; yrange=[eis_convert_icu_current_p2p5v([minp1]),eis_convert_icu_current_p2p5v([maxp1])], $ title='CAM +5V Digital Current',ytitle='Amps',charsize=cs utplot,x,p1,base_time,time_range=[base_time,end_time],xstyle=2,pstyle=4, $ title='CAM +2.5V Digital Current',ytitle='Amps',charsize=cs,/ynozero utplot,x,p2,base_time,time_range=[base_time,end_time],xstyle=2,pstyle=4, $ title='CAM +5V Analog A Current',ytitle='Amps',charsize=cs,/ynozero utplot,x,p3,base_time,time_range=[base_time,end_time],xstyle=2,pstyle=4, $ title='CAM +5V Analog B Current',ytitle='Amps',charsize=cs,/ynozero utplot,x,p4,base_time,time_range=[base_time,end_time],xstyle=2,pstyle=4, $ title='CAM -5V Analog A Current',ytitle='Amps',charsize=cs,/ynozero utplot,x,p5,base_time,time_range=[base_time,end_time],xstyle=2,pstyle=4, $ title='CAM -5V Analog B Current',ytitle='Amps',charsize=cs,/ynozero utplot,x,p6,base_time,time_range=[base_time,end_time],xstyle=2,pstyle=4, $ title='CAM +36V A Current',ytitle='Amps',charsize=cs,/ynozero utplot,x,p7,base_time,time_range=[base_time,end_time],xstyle=2,pstyle=4, $ title='CAM +36V B Current',ytitle='Amps',charsize=cs,/ynozero utplot,x,p8,base_time,time_range=[base_time,end_time],xstyle=2,pstyle=4, $ title='CAM +12V A Current',ytitle='Amps',charsize=cs,/ynozero utplot,x,p9,base_time,time_range=[base_time,end_time],xstyle=2,pstyle=4, $ title='CAM +12V B Current',ytitle='Amps',charsize=cs,/ynozero device,/close set_plot,'X' !p.multi=0 end pro cam_ccd_biases, files, output, end_time p0 = eis_convert_cam_bias_vod_a(eis_get_daily_data(files,'CAM_VOD_A', 1, 3, maxp1, minp1, base_time, end_time)) p1 = eis_convert_cam_bias_vrd_a(eis_get_daily_data(files,'CAM_VRD_A', 2, 3, maxp2, minp2)) p2 = eis_convert_cam_bias_vss_a(eis_get_daily_data(files,'CAM_VSS_A', 3, 3, maxp3, minp3)) p3 = eis_convert_cam_bias_vod_b(eis_get_daily_data(files,'CAM_VOD_B', 4, 3, maxp4, minp4)) p4 = eis_convert_cam_bias_vrd_b(eis_get_daily_data(files,'CAM_VRD_B', 5, 3, maxp5, minp5)) p5 = eis_convert_cam_bias_vss_b(eis_get_daily_data(files,'CAM_VSS_B', 6, 3, maxp5, minp5)) p6 = eis_convert_cam_bias_vod (eis_get_daily_data(files,'CAM_VOD', 7, 3, maxp5, minp5)) p7 = eis_convert_cam_bias_vrd (eis_get_daily_data(files,'CAM_VRD', 8, 3, maxp5, minp5)) p8 = eis_convert_cam_bias_vss (eis_get_daily_data(files,'CAM_VSS', 9, 3, maxp5, minp5)) ; minr = min([minp1, minp2, minp3, minp4, minp5]) ; maxr = max([maxp1, maxp2, maxp3, maxp4, maxp5]) x = lindgen(n_elements(p0))*10 cs=1.6 set_plot,'ps' device,xoff=2.5,yoff=6,xs=16,ys=18,file=output+'/cam_biases.ps' !p.multi=[0,1,3] utplot,x,p0,base_time,timerange=[base_time,end_time],xstyle=2,pstyle=4, $ ; yrange=[eis_convert_icu_current_p2p5v([minp1]),eis_convert_icu_current_p2p5v([maxp1])], $ title='CAM VOD A',ytitle='Volts',charsize=cs utplot,x,p1,base_time,timerange=[base_time,end_time],xstyle=2,pstyle=4, $ title='CAM VRD A',ytitle='Volts',charsize=cs,/ynozero utplot,x,p2,base_time,timerange=[base_time,end_time],xstyle=2,pstyle=4, $ title='CAM VSS A',ytitle='Volts',charsize=cs,/ynozero utplot,x,p3,base_time,timerange=[base_time,end_time],xstyle=2,pstyle=4, $ title='CAM VOD B',ytitle='Volts',charsize=cs,/ynozero utplot,x,p4,base_time,timerange=[base_time,end_time],xstyle=2,pstyle=4, $ title='CAM VRD B',ytitle='Volts',charsize=cs,/ynozero utplot,x,p5,base_time,timerange=[base_time,end_time],xstyle=2,pstyle=4, $ title='CAM VSS B',ytitle='Volts',charsize=cs,/ynozero utplot,x,p6,base_time,timerange=[base_time,end_time],xstyle=2,pstyle=4, $ title='CAM VOD',ytitle='Volts',charsize=cs,/ynozero utplot,x,p7,base_time,timerange=[base_time,end_time],xstyle=2,pstyle=4, $ title='CAM VRD',ytitle='Volts',charsize=cs,/ynozero utplot,x,p8,base_time,timerange=[base_time,end_time],xstyle=2,pstyle=4, $ title='CAM VSS',ytitle='Volts',charsize=cs,/ynozero device,/close set_plot,'X' !p.multi=0 end pro cam_psu_voltages, files, output, end_time p0 = eis_convert_cam_voltage_psup39v(eis_get_daily_data(files,'PSU_CAM_P39V', 1, 4, maxp1, minp1, base_time, end_time)) p1 = eis_convert_cam_voltage_psup7v (eis_get_daily_data(files,'PSU_CAM_P7V', 2, 4, maxp2, minp2)) p2 = eis_convert_cam_voltage_psun8v (eis_get_daily_data(files,'PSU_CAM_N8V', 3, 4, maxp3, minp3)) p3 = eis_convert_cam_voltage_psup8v (eis_get_daily_data(files,'PSU_CAM_P8V', 4, 4, maxp4, minp4)) p4 = eis_convert_cam_voltage_psup13v(eis_get_daily_data(files,'PSU_CAM_P13V', 5, 4, maxp5, minp5)) ; minr = min([minp1, minp2, minp3, minp4, minp5]) ; maxr = max([maxp1, maxp2, maxp3, maxp4, maxp5]) x = lindgen(n_elements(p0))*10 cs=1.6 set_plot,'ps' device,xoff=2.5,yoff=6,xs=16,ys=18,file=output+'/cam_psu_voltages.ps' !p.multi=[0,1,3] utplot,x,p0,base_time,timerange=[base_time,end_time],xstyle=2,pstyle=4, $ ; yrange=[eis_convert_icu_current_p2p5v([minp1]),eis_convert_icu_current_p2p5v([maxp1])], $ title='CAM PSU +39V',ytitle='Volts',charsize=cs utplot,x,p1,base_time,timerange=[base_time,end_time],xstyle=2,pstyle=4, $ title='CAM PSU +7V',ytitle='Volts',charsize=cs,/ynozero utplot,x,p2,base_time,timerange=[base_time,end_time],xstyle=2,pstyle=4, $ title='CAM PSU -8V',ytitle='Volts',charsize=cs,/ynozero utplot,x,p3,base_time,timerange=[base_time,end_time],xstyle=2,pstyle=4, $ title='CAM PSU +8V',ytitle='Volts',charsize=cs,/ynozero utplot,x,p4,base_time,timerange=[base_time,end_time],xstyle=2,pstyle=4, $ title='CAM PSU +13V',ytitle='Volts',charsize=cs,/ynozero device,/close set_plot,'X' !p.multi=0 end pro cam_psu_currents, files, output, end_time p0 = eis_convert_cam_current_psup39v(eis_get_daily_data(files,'PSU_CAM_P39VI', 1, 5, maxp1, minp1, base_time, end_time)) p1 = eis_convert_cam_current_psup7v (eis_get_daily_data(files,'PSU_CAM_P7VI', 2, 5, maxp2, minp2)) p2 = eis_convert_cam_current_psun8v (eis_get_daily_data(files,'PSU_CAM_N8VI', 3, 5, maxp3, minp3)) p3 = eis_convert_cam_current_psup8v (eis_get_daily_data(files,'PSU_CAM_P8VI', 4, 5, maxp4, minp4)) p4 = eis_convert_cam_current_psup13v(eis_get_daily_data(files,'PSU_CAM_P13VI', 5, 5, maxp5, minp5)) ; minr = min([minp1, minp2, minp3, minp4, minp5]) ; maxr = max([maxp1, maxp2, maxp3, maxp4, maxp5]) x = lindgen(n_elements(p0))*10 cs=1.6 set_plot,'ps' device,xoff=2.5,yoff=6,xs=16,ys=18,file=output+'/cam_psu_currents.ps' !p.multi=[0,1,3] utplot,x,p0,base_time,timerange=[base_time,end_time],xstyle=2,pstyle=4, $ ; yrange=[eis_convert_icu_current_p2p5v([minp1]),eis_convert_icu_current_p2p5v([maxp1])], $ title='CAM PSU +39V Current',ytitle='Amps',charsize=cs utplot,x,p1,base_time,timerange=[base_time,end_time],xstyle=2,pstyle=4, $ title='CAM PSU +7V Current',ytitle='Amps',charsize=cs,/ynozero utplot,x,p2,base_time,timerange=[base_time,end_time],xstyle=2,pstyle=4, $ title='CAM PSU -8V Current',ytitle='Amps',charsize=cs,/ynozero utplot,x,p3,base_time,timerange=[base_time,end_time],xstyle=2,pstyle=4, $ title='CAM PSU +8V Current',ytitle='Amps',charsize=cs,/ynozero utplot,x,p4,base_time,timerange=[base_time,end_time],xstyle=2,pstyle=4, $ title='CAM PSU +13V Current',ytitle='Amps',charsize=cs,/ynozero device,/close set_plot,'X' !p.multi=0 end pro cam_icu_parameters, files, output, end_time p0 = eis_get_daily_data(files,'CCD_BUF_ADD_F', 1, 6, maxp1, minp1, base_time, end_time) p1 = eis_get_daily_data(files,'CCD_BUF_COUNT', 2, 6, maxp2, minp2) p2 = eis_get_daily_data(files,'MHC_ALIVE_SYSEC', 3, 6, maxp2, minp2) p3 = eis_get_daily_data(files,'EIS_XRT_X', 4, 6, maxp2, minp2) p4 = eis_get_daily_data(files,'EIS_XRT_Y', 5, 6, maxp2, minp2) p5 = eis_get_daily_data(files,'CMIR_POS_ARCS', 6, 6, maxp2, minp2) p6 = eis_get_daily_data(files,'FMIR_OFFSET', 7, 6, maxp2, minp2) p7 = eis_get_daily_data(files,'FMIR_SLOPE', 8, 6, maxp2, minp2) p8 = eis_get_daily_data(files,'CMIR_SLOPE', 9, 6, maxp2, minp2) p9 = eis_get_daily_data(files,'CMIR_RES_PX', 10, 6, maxp2, minp2) p10 = eis_get_daily_data(files,'CMIR_RES_NX', 11, 6, maxp2, minp2) p11 = eis_get_daily_data(files,'MHC_RESPONSE_TO',12, 6, maxp2, minp2) p12 = eis_get_daily_data(files,'FMIR_S_TIME', 13, 6, maxp2, minp2) p13 = eis_get_daily_data(files,'CMIR_SPAN_ARCS', 14, 6, maxp2, minp2) p14 = eis_get_daily_data(files,'EIS_XFOV', 15, 6, maxp2, minp2) p15 = eis_get_daily_data(files,'FT_XF', 16, 6, maxp2, minp2) p16 = eis_get_daily_data(files,'FT_YF', 17, 6, maxp2, minp2) p17 = eis_get_daily_data(files,'FT_XBIN_PEAK', 18, 6, maxp2, minp2) p18 = eis_get_daily_data(files,'FT_YBIN_PEAK', 19, 6, maxp2, minp2) ; minr = min([minp1, minp2, minp3, minp4, minp5]) ; maxr = max([maxp1, maxp2, maxp3, maxp4, maxp5]) x = lindgen(n_elements(p0))*10 cs=1.6 set_plot,'ps' device,xoff=2.5,yoff=6,xs=16,ys=18,file=output+'/cam_icu_parameters.ps' !p.multi=[0,1,3] utplot,x,p0,base_time,timerange=[base_time,end_time],xstyle=2,pstyle=4, $ ; yrange=[eis_convert_icu_current_p2p5v([minp1]),eis_convert_icu_current_p2p5v([maxp1])], $ title='CCD BUF ADD F',ytitle='Raw',charsize=cs utplot,x,p1,base_time,timerange=[base_time,end_time],xstyle=2,pstyle=4, $ title='CCD BUF COUNT',ytitle='Raw',charsize=cs,/ynozero utplot,x,p2,base_time,timerange=[base_time,end_time],xstyle=2,pstyle=4, $ title='MHC ALIVE SYSEC',ytitle='Raw',charsize=cs,/ynozero utplot,x,p3,base_time,timerange=[base_time,end_time],xstyle=2,pstyle=4, $ title='EIS XRT X',ytitle='Raw',charsize=cs,/ynozero utplot,x,p4,base_time,timerange=[base_time,end_time],xstyle=2,pstyle=4, $ title='EIS XRT Y',ytitle='Raw',charsize=cs,/ynozero utplot,x,p5,base_time,timerange=[base_time,end_time],xstyle=2,pstyle=4, $ title='CMIR POS ARCS',ytitle='Raw',charsize=cs,/ynozero utplot,x,p6,base_time,timerange=[base_time,end_time],xstyle=2,pstyle=4, $ title='FMIR OFFSET',ytitle='Raw',charsize=cs,/ynozero utplot,x,p7,base_time,timerange=[base_time,end_time],xstyle=2,pstyle=4, $ title='FMIR SLOPE',ytitle='Raw',charsize=cs,/ynozero utplot,x,p8,base_time,timerange=[base_time,end_time],xstyle=2,pstyle=4, $ title='CMIR SLOPE',ytitle='Raw',charsize=cs,/ynozero utplot,x,p9,base_time,timerange=[base_time,end_time],xstyle=2,pstyle=4, $ title='CMIR RES PX',ytitle='Raw',charsize=cs,/ynozero utplot,x,p10,base_time,timerange=[base_time,end_time],xstyle=2,pstyle=4, $ title='CMIR RES NX',ytitle='Raw',charsize=cs,/ynozero utplot,x,p11,base_time,timerange=[base_time,end_time],xstyle=2,pstyle=4, $ title='MHC RESPONSE TO',ytitle='Raw',charsize=cs,/ynozero utplot,x,p12,base_time,timerange=[base_time,end_time],xstyle=2,pstyle=4, $ title='FMIR S TIME',ytitle='Raw',charsize=cs,/ynozero utplot,x,p13,base_time,timerange=[base_time,end_time],xstyle=2,pstyle=4, $ title='CMIR SPAN ARCS',ytitle='Raw',charsize=cs,/ynozero utplot,x,p14,base_time,timerange=[base_time,end_time],xstyle=2,pstyle=4, $ title='EIS XFOV',ytitle='Raw',charsize=cs,/ynozero utplot,x,p15,base_time,timerange=[base_time,end_time],xstyle=2,pstyle=4, $ title='FT XF',ytitle='Raw',charsize=cs,/ynozero utplot,x,p16,base_time,timerange=[base_time,end_time],xstyle=2,pstyle=4, $ title='FT YF',ytitle='Raw',charsize=cs,/ynozero utplot,x,p17,base_time,timerange=[base_time,end_time],xstyle=2,pstyle=4, $ title='FT XBIN PEAK',ytitle='Raw',charsize=cs,/ynozero utplot,x,p18,base_time,timerange=[base_time,end_time],xstyle=2,pstyle=4, $ title='FT YBIN PEAK',ytitle='Raw',charsize=cs,/ynozero device,/close set_plot,'X' !p.multi=0 end pro cam_misc, files, output, end_time p0 = eis_get_daily_data(files,'CAM_CTL_REG1', 1, 7, maxp1, minp1, base_time, end_time) p1 = eis_get_daily_data(files,'CAM_CTL_REG2', 2, 7, maxp2, minp2) p2 = eis_get_daily_data(files,'CAM_SEU_COUNTER', 2, 7, maxp2, minp2) ; minr = min([minp1, minp2, minp3, minp4, minp5]) ; maxr = max([maxp1, maxp2, maxp3, maxp4, maxp5]) x = lindgen(n_elements(p0))*10 cs=1.6 set_plot,'ps' device,xoff=2.5,yoff=6,xs=16,ys=18,file=output+'/cam_misc.ps' !p.multi=[0,1,3] utplot,x,p0,base_time,timerange=[base_time,end_time],xstyle=2,pstyle=4, $ ; yrange=[eis_convert_icu_current_p2p5v([minp1]),eis_convert_icu_current_p2p5v([maxp1])], $ title='CAM CTL REG1',ytitle='Raw',charsize=cs utplot,x,p1,base_time,timerange=[base_time,end_time],xstyle=2,pstyle=4, $ title='CAM CTL REG2',ytitle='Raw',charsize=cs,/ynozero utplot,x,p2,base_time,timerange=[base_time,end_time],xstyle=2,pstyle=4, $ title='CAM SEU COUNTER',ytitle='Raw',charsize=cs,/ynozero device,/close set_plot,'X' !p.multi=0 end pro cam_temperatures, files, output, end_time p0 = eis_convert_cam_up_temperature(eis_get_daily_data(files,'CAM_UP_TEMP', 1, 8, maxp1, minp1, base_time, end_time)) p1 = eis_convert_cam_lo_temperature(eis_get_daily_data(files,'CAM_LO_TEMP', 2, 8, maxp2, minp2)) ; minr = min([minp1, minp2, minp3, minp4, minp5]) ; maxr = max([maxp1, maxp2, maxp3, maxp4, maxp5]) x = lindgen(n_elements(p0))*10 cs=1.6 set_plot,'ps' device,xoff=2.5,yoff=6,xs=16,ys=18,file=output+'/cam_temperatures.ps' !p.multi=[0,1,3] utplot,x,p0,base_time,timerange=[base_time,end_time],xstyle=2,pstyle=4, $ ; yrange=[eis_convert_icu_current_p2p5v([minp1]),eis_convert_icu_current_p2p5v([maxp1])], $ title='CAM UP TEMP',ytitle='Degrees C',charsize=cs utplot,x,p1,base_time,timerange=[base_time,end_time],xstyle=2,pstyle=4, $ title='CAM LO TEMP',ytitle='Degrees C',charsize=cs,/ynozero device,/close set_plot,'X' !p.multi=0 end pro cam_spacecraft, files, output, end_time p0 = eis_get_daily_data(files,'TIME', 1, 9, maxp1, minp1, base_time, end_time) p1 = eis_get_daily_data(files,'SEQ_COUNTER', 2, 9, maxp2, minp2) x = lindgen(n_elements(p0))*10 cs=1.6 set_plot,'ps' device,xoff=2.5,yoff=6,xs=16,ys=18,file=output+'/icu_spacecraft.ps' !p.multi=[0,1,3] utplot,x,p0,base_time,timerange=[base_time,end_time],xstyle=2,pstyle=4, $ ; yrange=[eis_convert_icu_current_p2p5v([minp1]),eis_convert_icu_current_p2p5v([maxp1])], $ title='TIME',ytitle='None',charsize=cs utplot,x,p1,base_time,timerange=[base_time,end_time],xstyle=2,pstyle=4, $ title='SEQ_COUNTER',ytitle='None',charsize=cs,/ynozero device,/close set_plot,'X' !p.multi=0 end pro eis_status_sts2_conversions, dir, output, end_time files = findfile(dir + 'eis_sts2_*fits', count=count) if count eq 0 then begin print, 'No files' return endif cam_voltages, files, output, end_time cam_currents, files, output, end_time cam_ccd_biases, files, output, end_time cam_psu_voltages, files, output, end_time cam_psu_currents, files, output, end_time cam_icu_parameters, files, output, end_time cam_misc, files, output, end_time cam_temperatures, files, output, end_time cam_spacecraft , files, output, end_time end