# PURPOSE: Configuration file for trendPlotter # REPORT_NAME: KPI_SPECRES # AUTHOR: Reinhard Hanuschik, ESO-DMD # MAINTAINER: qc_flames # VERSIONS: 1.0 - KPI plot (2017-08) # 2.0 - section 4.7 added, standard KPI configuration (2018-02-15) # 2.1 - migrated to HighChart (2019-02-20) # ================================================================================== # 0. General # ================================================================================== RELATED_URL /qc/GIRAFFE/qc/wave_qc1.html # optional URL to refer to REPORT_GROUP KPI.grp # mark if report belongs to a group (requires .grp file) START_DATE 2003-01 # START_DATE for HISTORY plots VNAVBAR YES # YES|NO: use group name to construct name of vertical navigation bar # (to be provided in $QC_DIR/common !) # ================================================================================== # 1. Report definition # REPORT_NAME: displays on report header # REPORT_TYPE: standard format (REPORT2/4/6/8/10), or CUSTOM # RANGE: standard range in days (60/90/180/365) or FULL or MON or KPI # MARK_DATES: mark civil dates by vertical lines (YES/NO) # MARK_ALIENS: mark data points outside of the box y-limits (YES/NO) # ADD_TEXT: NONE, or tag to be defined under ADD_TEXT; # this is a label written into the second line of the caption # DESCR_FILE: optional text file to be included in html output page (or NONE) # MARK_LAST: mark the last entry (YES/NO); evaluated only for type CURRENT # ================================================================================== #REPORT_NAME REPORT_NAME REPORT_ RANGE MARK_ MARK_ ADD_TEXT DESCR_FILE MARK_LAST # TYPE DATES ALIENS REPORT_NAME KPI_SPECRES REPORT10 KPI YES NO ARCRESOL_TEXT KPI_SPECRES.txt YES # ================================================================================== # 2. Plots definition # 2.1 Plot parameters # Define here the plots for the report # PLOT_NAME: unique name of plot # P_INDEX: plot index, used for numbering and reference # XFORMAT: AUTO (write tick labels) or NONE (no labels) or # , e.g. 5.3f # XLABEL: label for X axis; use SPACE to indicate spaces within your label; or NONE # XAXIS: if XPARAM = mjd_obs, 2 parameters: xlabels,xticks; # if XPARAM != mjd_obs, 4 parameters: xmin,xmax,xlabels,xticks # YFORMAT: as XFORMAT # YLABEL: as XLABEL # YAXIS: ymin,ymax; you can also specify: ymin,ymax,ylabels,yticks # PLABEL: optional label for plot (single word, restricted to 20 chars) # SCORE_ENABLED: YES by default; if NO, scoreHC flags the report as "not implemented" # NO_MARK_LAST: YES: turn MARK_LAST off for this report; NO: take MARK_LAST # SFORMAT: format string for AUTO (.3g, default) or NONE (g) or valid format string (e.g. 8.3f) # INTERACTIVE: INTER by default, STATIC if interactivity should be switched off # ================================================================================== #PLOT_NAME P_INDEX PLOT_NAME XFORMAT XLABEL YFORMAT YLABEL XAXIS YAXIS PLABEL SCORE_ENABLED NO_MARK_LAST SFORMAT INTERACTIVE PLOT_NAME 1 MED1_H AUTO MJD_OBS AUTO resolving_power_R 2000,1000 0,70000 Medusa1_HR NO PLOT_NAME 2 MED2_H AUTO MJD_OBS NONE NONE 2000,1000 0,70000 Medusa2_HR NO PLOT_NAME 3 IFU1_H AUTO MJD_OBS NONE NONE 2000,1000 0,70000 IFU1_HR NO PLOT_NAME 4 IFU2_H AUTO MJD_OBS NONE NONE 2000,1000 0,70000 IFU2_HR NO PLOT_NAME 5 ARG_H AUTO MJD_OBS NONE NONE 2000,1000 0,70000 Argus_HR NO PLOT_NAME 6 MED1_L AUTO MJD_OBS AUTO resolving_power_R 2000,1000 0,8000 Medusa1_LR NO PLOT_NAME 7 MED2_L AUTO MJD_OBS NONE NONE 2000,1000 0,8000 Medusa2_LR NO # ================================================================================== # 2.2 Plot events (optional) # Define here optional events per PLOT_NAME (multiple lines supported) # PLOT_NAME: unique name of plot # ETIME: mjd-obs of event # ECOLOR: plot color for event marker # SHORT_ELABEL: short event label for main plot, one word # ELABEL: event label on closeup plot, multiple words supported, enclose with &&...&& # ================================================================================== # EVENT PLOT_NAME ETIME ECOLOR SHORT_ELABEL ELABEL #EVENT PLOT_NAME1 54585 2 new &&new CCD&& # ================================================================================== # 2.3 Plot FIT lines (optional) # Define here optional straight lines per PLOT_NAME, to indicate correlations (multiple lines supported). # Make sure they don't overlap with a FIT_RULE configured in Sect. 4.5. Those FIT_RULEs should only be used # for fits more complex than a straight line. FIT lines are plotted on the main and on the close-up plots, # FIT_RULEs only on the main plot. # PLOT_NAME: unique name of plot # LX1: start X coordinate # LY1: start Y coordinate # LX2: end X coordinate # LY2: end Y coordinate # LCOLOR: plot color for line # ================================================================================== #LINE PLOT_NAME LX1 LY1 LX2 LY2 LCOLOR #LINE PLOT_NAME1 54585 132 56000 280 1 # ================================================================================== # 3. Parameter set definition # 3.1 Data definition # Define here for each plot from section 2 one or more parameter sets. They are plotted in the same sequence # you define them. # # PLOT_NAME: as defined in Section 2 # PARSET: name for parameter set, unique per PLOT_NAME # SOURCE: data source: QC1DB or LOCAL # LOCAL: provide details under LOCAL_DATASET # TABLE: database table name (if SOURCE=QC1DB), or local table name (if LOCAL) # XPARAM: name of key for X axis (SOURCE=QC1DB), or string to be specified under LOCAL_DATASET # YPARAM: name of key for Y axis (SOURCE=QC1DB), or same string as under XPARAM (if LOCAL) # DOWNLOAD: YES/NO: offer links to QC1 database for data download (NO if these data are not available there) # CONDITION: name of condition to be applied (can be NONE) # REMARK: name of remark for result table (optional); avoid lengthy comments # ================================================================================== #PARSET_NAME PLOT_NAME PARSET SOURCE TABLE XPARAM YPARAM DOWNLD COND. REMARK PARSET_NAME MED1_H Medusa1 QC1DB giraffe_wave mjd_obs mean_R YES COND_M1H RMK_M1Ha PARSET_NAME MED1_H Medusa1_reproc QC1DB giraffe_wave_reproc mjd_obs mean_R YES COND_M1H RMK_M1Hb PARSET_NAME MED2_H Medusa2 QC1DB giraffe_wave mjd_obs mean_R YES COND_M2H RMK_M2Ha PARSET_NAME MED2_H Medusa2_reproc QC1DB giraffe_wave_reproc mjd_obs mean_R YES COND_M2H RMK_M2Hb PARSET_NAME IFU1_H IFU1 QC1DB giraffe_wave mjd_obs mean_R YES COND_I1H RMK_I1H PARSET_NAME IFU2_H IFU2 QC1DB giraffe_wave mjd_obs mean_R YES COND_I2H RMK_I2H PARSET_NAME ARG_H ARG QC1DB giraffe_wave mjd_obs mean_R YES COND_ARH RMK_ARH PARSET_NAME MED1_L Medusa1_L QC1DB giraffe_wave mjd_obs mean_R YES COND_M1L RMK_M1La PARSET_NAME MED1_L Medusa1_L_reproc QC1DB giraffe_wave_reproc mjd_obs mean_R YES COND_M1L RMK_M1Lb PARSET_NAME MED2_L Medusa2_L QC1DB giraffe_wave mjd_obs mean_R YES COND_M2L RMK_M2La PARSET_NAME MED2_L Medusa2_L_reproc QC1DB giraffe_wave_reproc mjd_obs mean_R YES COND_M2L RMK_M2Lb # ================================================================================== # 3.2 Symbols and statistics # # PARSET: name for parameter set, see above # SYMBOLS: description for plot symbols for parameter set # YSYMB: number for symbol (MIDAS notation), e.g. 18 for filled circle # YSIZE: relative size (MIDAS notation), e.g. 0.6 # YCOLOR: color parameter for symbols, MIDAS notation (e.g. 2 - red, 4 - blue) # LINE: YES/NO; YES: data points connected by solid line, NO: no connection at all # STATISTICS: # AVG: MEAN/MEDIAN/FIXED=val/NONE: values are marked by solid line and written into result file # THRESH: NONE/VAL/PER/OFF: thresholds are marked by broken lines and written into result file # VAL=0.3,0.8: user-specified (static) thresholds; # PER=3: 3% of AVG # OUTL: YES/NO: mark outliers (data points outside the threshold lines) # UNITS: optional physical units for parameter set; single string, use SPACE to indicate space # COMPUTE: optional name for compute rule (to be defined below); NONE if other fields to come # FIT: optional name for fitting rule (to be defined below) # CR_COMPENSATE: optional flag to indicate that the compute rule is compensated in scoreQC (YES/NO) # CLOSEUP_FIT: effective for INTERACTIVE=STATIC: optional flag to indicate if a FIT_RULE should be applied to the close-up plot (YES, default) or not (NO) # ================================================================================== #SYMBOLS PARSET SYMBOLS... LINE STATISTICS... UNITS COMPUTE FIT CR_COMPENSATE CLOSEUP_FIT # YSYMBOL YSIZE YCOLOR AVG THRESH OUTLIER SYMBOLS Medusa1 18 0.2 4 NO NONE NONE NO R NONE SYMBOLS Medusa1_reproc 18 0.3 2 NO NONE NONE NO R NONE SYMBOLS Medusa2 6 0.2 2 NO NONE NONE NO R NONE SYMBOLS Medusa2_reproc 6 0.3 4 NO NONE NONE NO R SYMBOLS IFU1 7 0.3 1 NO NONE NONE NO R NONE SYMBOLS IFU2 20 0.2 6 NO NONE NONE NO R NONE SYMBOLS ARG 18 0.2 7 NO NONE NONE NO R NONE SYMBOLS Medusa1_L 18 0.2 4 NO NONE NONE NO R NONE SYMBOLS Medusa1_L_reproc 18 0.3 2 NO NONE NONE NO R SYMBOLS Medusa2_L 6 0.2 2 NO NONE NONE NO R NONE SYMBOLS Medusa2_L_reproc 6 0.3 4 NO NONE NONE NO R # ================================================================================== # 4. Special definitions # 4.1 Column definitions for local data sets # TINDEX: index of mjd column; always required (to have a selection on mjd) # ================================================================================== #LOCAL_DATASET NAME XPARAM XINDEX YPARAM YINDEX TINDEX LOCAL_DATASET LOCAL3 mjd_obs $2 mean_R $3 $2 # ================================================================================== # 4.2 Conditions for data sets # CONDITION: SQL syntax; can have multiple conditions, connected by AND # CGI_COND: same conditions in cgi syntax (see documentation for more) # HC_COND: same conditions in 'grep' syntax (no '"' permitted; for HEALTH only) # SCORE_COND: same as CONDITION, for joins # ================================================================================== #CONDITION COND_NAME CONDITION CONDITION COND_M1H &&ins_slit_name = "Medusa1" AND ins_exp_mode = "H525.8B"&& CONDITION COND_M2H &&ins_slit_name = "Medusa2" AND ins_exp_mode = "H525.8B"&& CONDITION COND_I1H &&ins_slit_name = "IFU1" AND ins_exp_mode = "H525.8B"&& CONDITION COND_I2H &&ins_slit_name = "IFU2" AND ins_exp_mode = "H525.8B"&& CONDITION COND_ARH &&ins_slit_name = "Argus" AND ins_exp_mode = "H525.8B"&& CONDITION COND_M1L &&ins_slit_name = "Medusa1" AND ins_exp_mode = "L543.1"&& CONDITION COND_M2L &&ins_slit_name = "Medusa2" AND ins_exp_mode = "L543.1"&& CGI_COND COND_M1H &&field_ins_slit_name=ins_slit_name&field_mean_resol=mean_resol&field_ins_exp_mode=ins_exp_mode&filter_ins_slit_name=Medusa1&filter_ins_exp_mode=H525.8B&& CGI_COND COND_M2H &&field_ins_slit_name=ins_slit_name&field_mean_resol=mean_resol&field_ins_exp_mode=ins_exp_mode&filter_ins_slit_name=Medusa2&filter_ins_exp_mode=H525.8B&& CGI_COND COND_I1H &&field_ins_slit_name=ins_slit_name&field_mean_resol=mean_resol&field_ins_exp_mode=ins_exp_mode&filter_ins_slit_name=IFU1&filter_ins_exp_mode=H525.8B&& CGI_COND COND_I2H &&field_ins_slit_name=ins_slit_name&field_mean_resol=mean_resol&field_ins_exp_mode=ins_exp_mode&filter_ins_slit_name=IFU2&filter_ins_exp_mode=H525.8B&& CGI_COND COND_ARH &&field_ins_slit_name=ins_slit_name&field_mean_resol=mean_resol&field_ins_exp_mode=ins_exp_mode&filter_ins_slit_name=Argus&filter_ins_exp_mode=H525.8B&& CGI_COND COND_M1L &&field_ins_slit_name=ins_slit_name&field_mean_resol=mean_resol&field_ins_exp_mode=ins_exp_mode&filter_ins_slit_name=Medusa1&filter_ins_exp_mode=L543.1&& CGI_COND COND_M2L &&field_ins_slit_name=ins_slit_name&field_mean_resol=mean_resol&field_ins_exp_mode=ins_exp_mode&filter_ins_slit_name=Medusa2&filter_ins_exp_mode=L543.1&& HC_COND COND_M1H &&grep Medusa1|grep H525.8B&& HC_COND COND_M2H &&grep Medusa2|grep H525.8B&& HC_COND COND_I1H &&grep IFU1|grep H525.8B&& HC_COND COND_I2H &&grep IFU2|grep H525.8B&& HC_COND COND_ARH &&grep Argus|grep H525.8B&& HC_COND COND_M1L &&grep Medusa1|grep L543.1&& HC_COND COND_M2L &&grep Medusa2|grep L543.1&& SCORE_COND COND_M1H &&QC.ins_slit_name = "Medusa1" AND QC.ins_exp_mode = "H525.8B"&& SCORE_COND COND_M2H &&QC.ins_slit_name = "Medusa2" AND QC.ins_exp_mode = "H525.8B"&& SCORE_COND COND_I1H &&QC.ins_slit_name = "IFU1" AND QC.ins_exp_mode = "H525.8B"&& SCORE_COND COND_I2H &&QC.ins_slit_name = "IFU2" AND QC.ins_exp_mode = "H525.8B"&& SCORE_COND COND_ARH &&QC.ins_slit_name = "Argus" AND QC.ins_exp_mode = "H525.8B"&& SCORE_COND COND_M1L &&QC.ins_slit_name = "Medusa1" AND QC.ins_exp_mode = "L543.1"&& SCORE_COND COND_M2L &&QC.ins_slit_name = "Medusa2" AND QC.ins_exp_mode = "L543.1"&& # ================================================================================== # 4.3 Additional text for report header (2. line, initial string; max.length: about 22 chars) # ================================================================================== #ADD_TEXT NAME CONTENT ADD_TEXT ARCRESOL_TEXT &&resolving power&& # ================================================================================== # 4.4 COMPUTE rules: Name and content of compute rules (PYTHON syntax) # ================================================================================== #COMPUTE_RULE NAME CONTENT #COMPUTE_RULE COMP_M2 &&select/tab Medusa1 all; select/tab Medusa2R all; comp/tab Medusa1 :mjd1 = int(:mjd_obs-53000); comp/tab Medusa2R :mjd1 = int(:mjd_obs-53000); set/refc Medusa1 :mjd1; set/refc Medusa2R :mjd1; copy/tt Medusa1 :lamp_effic Medusa2R :lamp_effic1; comp/tab Medusa2R :lamp_effic = :lamp_effic/:lamp_effic1 # ================================================================================== # 4.5 FIT rules: Name and content of fit rules (PYTHON syntax) # ================================================================================== #FIT_RULE NAME CONTENT #FIT_RULE NOM1 &&pylab.plot([52000,65000],[31750,31750],'g--',linewidth=1.5); && #FIT_RULE NOM3 &&pylab.plot([52000,65000],[50500,50500],'g--',linewidth=1.5); && # ================================================================================== # 4.6 Remarks for result table # ================================================================================== #REMARK NAME CONTENT REMARK RMK_M1Ha &&Resolving power R (λ0/Δλ), high-resolution grating HR.
HC setting H525.8B
Medusa1&& REMARK RMK_M1Hb &&same, initial years, from reprocessing&& REMARK RMK_M2Ha &&Medusa2&& REMARK RMK_M2Hb &&same, initial years, from reprocessing&& REMARK RMK_I1H &&IFU1&& REMARK RMK_I2H &&IFU2&& REMARK RMK_ARH &&Argus
&& REMARK RMK_M1La &&Resolving power R, low-resolution grating LR.
HC setting L543.1
Medusa1&& REMARK RMK_M1Lb &&same, initial years, from reprocessing&& REMARK RMK_M2La &&Medusa2&& REMARK RMK_M2Lb &&same, initial years, from reprocessing&& # ================================================================================== # 4.7 KPI: Definition of reference values # For KPI plots only # TIME_RANGE # VALUE: numerical value of reference value # ================================================================================== #REF_VAL PLOT_NAME TIME_RANGE VALUE REF_VAL MED1_H FULL 31600 REF_VAL MED2_H FULL 31800 REF_VAL IFU1_H FULL 51000 REF_VAL IFU2_H FULL 51000 REF_VAL ARG_H FULL 51000 REF_VAL MED1_L FULL 5800 REF_VAL MED2_L FULL 5800