; This is linkit configuration file
; For options please refer to documentation
[main]
data_filename   = dcl_10vdc_abc_abe_hulk1_11rng_resl8_nplc20_soak20.csv ; # Filename for DSV input
reference_value = 12 ;                                                                 # Reference for ppm delta calc on the vertical axis 
plot_out_filename = dcl_10vdc_abc_abe_hulk1_11rng_resl8_nplc20_soak20.png ;                              # Filename for output PNG plot
plot_out_filename_small = dcl_10vdc_abc_abe_hulk1_11rng_resl8_nplc20_soak20_1.png ;                              # Filename for output PNG plot, small
plot_w = 2000 ; # Width, px
plot_h = 900  ; # Height, px
plot_w_s = 1200 ; # Width, px
plot_h_s = 540  ; # Height, px
baseline_ref_column = 1 ;  # Column used as baseline 0.0 ppm reference. Column 0 is date.
if_debug       = false ; (if true run all code w/o talking to real hardware)
no_delays      = false ; (don't use delays in code to run during debug)
env_sensor     = bme280 ; none or bme280 or f1620 - Environment sensor
;env_sensor     = none ; none or bme280 - Environment sensor
;if_debug       = true ; (if true run all code w/o talking to real hardware)
;no_delays      = true ; (don't use delays in code to run during debug)
verbose        = true  ; verbose outputs in terminal
ci_str         = Testing autocommit system ; Test string
ci12_str         = Calcheck autocommit system ; Test string
interface      = vxi ; (gpib = use linux-gpib binding, vxi = use E5810A gateway)
vxi_ip         = 192.168.1.125
alienated      = true ; don't stop for user inputs
lab_location   = xdevs_hq ; (lab location id, available are xdevs_hq, xdevs_usfl, xdevs_idtw)
report_filenm  = results/hlk_34401_erik6.html
raw_data_filelog = results/hlk_34401_erik6.log
dataset_name1 =  3458A GPIB2 ;
dataset_name2 =  3458A GPIB3 ;
dataset_name3 =  3458A BE GPIB5 ;
dataset_name4 =  3458A GPIB11 ;
dataset_name5 =  K2002 GPIB4 ;
dataset_name6 =  ;
dataset_name7 =  ;
dataset_name8 =  ;

[plot]
chart_title    = 5720A-3458 Linearity test 10V range, +/-11V VDC sweep, NPLC20, 20s soak ; Name for the chart
y_max =  0.2 ;                                                                 # Maximum value for Y axis
y_min = -0.2 ;                                                                 # Minimum value for Y axis
y_resolution = 0.01 ;                                                         # Y axis ticks resolution
y_label = INL, ppm of best-fit poly of the range ;
x_max =  12 ;                                                                 # Maximum value for X axis
x_min = -12 ;                                                                 # Minimum value for X axis
x_resolution = 1 ;                                                        # X axis ticks resolution
x_label = Voltage, VDC ;
dataset_color1 = 241ea1 ;
dataset_color2 = 741edf ;
dataset_color3 = 33cc22 ;
dataset_color4 = a71eae ;
dataset_color5 = ff3311 ;
dataset_color6 = c56ac1 ;
dataset_color7 = ff0000 ;
dataset_color8 = 00ff00 ;
dataset_color9 = 0000ff ;
run_zcal_mfc   = true ;true to Run 5700 Zero CAL before perf-test)

[dut]
dut_gpib_addr     = 8       ; GPIB Address
dut               = hp34401a ; DUT device type
secure_password   = 0        ; DUT security password
dut_terminal_side = 1        ; 1 - front, 0 - rear
dut_serno         = US36111998
dut_rh            = N/A
dut_idno          = Erik-34401A
dut_testmode      = HLK5720
dut_ref_note      = Direct MFC test, Fluke cables, post-calibration adjustment 1
dut_state_note    = test
dutnote           = Check
header_name       = Agilent 34401A

[standard]
mfc_gpib_addr     = 1     ; GPIB Address
mfc               = f5720  ; (MFC type)
mfcs              = none   ; (MFC type)
mfc_acal          = true   ;(Run Calcheck + reports prior to DUT perf-test)
grd_gpib_addr     = 3     ; GPIB Address for guard reference meter
grd_type          = hp3458a ; Guard reference meter type (used for DCV/ACV/ACI/DCI only)

[siggen]
rf_sg             = none ; Signal generator

[env]
f1620_ip          = 192.168.101.10
f1620_port        = 10001