diff --git a/src/SluSourceMonitor.py b/src/SluSourceMonitor.py
index 164396880c3f3a6ebb7dd8342e436a8a23f6f8f7..b946c9c33ae514d201ec6b3bbb4b1c9f4731a0c0 100644
--- a/src/SluSourceMonitor.py
+++ b/src/SluSourceMonitor.py
@@ -1,21 +1,34 @@
#!/usr/bin/python3
# carico moduli
-from __future__ import division
import numpy as np
import PyTango
-from PyQt4.QtCore import *
-from PyQt4.QtGui import *
import os
-import sys
+import csv
import time
+from PyQt5.QtWidgets import QGroupBox, QApplication, QWidget, QHBoxLayout, QGridLayout, QPushButton, QLineEdit, QProgressBar, QLabel, QTabWidget, QFrame, QComboBox, QDialog, QCheckBox
+from PyQt5.QtCore import QBasicTimer
+from matplotlib.backends.backend_qt4agg import FigureCanvasQTAgg as FigureCanvas
+import matplotlib.pyplot as plt
# variabili globali
-listacoperchi = ['CVR1_LSU_UH_CLD', 'CVR_MBX1_MBX2_EOS2_CLD', 'CVR2_LSU_UH_CLD', 'CVR_M21_M22_M23_EOS2_CLD', 'CVR_LSU_EH_1_CLD', 'CVR_LSU_EH_2_CLD', 'BRD_CVR_CLD', 'BRD_SCREEN_CLD']
-listaporte = ['DR_LSU_EH_01_CLD', 'DR_LSU_EH_02_CLD', 'DR_LSU_EH_03_CLD', 'DR_LSU_EH_04_CLD', 'DR_LSU_EH_05_CLD', 'DR_LSU_EH_06_CLD', 'DR_LSU_EH_07_CLD', 'DR_LSU_EH_08_CLD']
+listamonitor_coperchi = ['CVR1_LSU_UH_CLD', 'CVR_MBX1_MBX2_EOS2_CLD', 'CVR2_LSU_UH_CLD', 'CVR_M21_M22_M23_EOS2_CLD', 'CVR_LSU_EH_1_CLD', 'CVR_LSU_EH_2_CLD', 'BRD_CVR_CLD', 'BRD_SCREEN_CLD']
+listamonitor_porte = ['DR_LSU_EH_01_CLD', 'DR_LSU_EH_02_CLD', 'DR_LSU_EH_03_CLD', 'DR_LSU_EH_04_CLD', 'DR_LSU_EH_05_CLD', 'DR_LSU_EH_06_CLD', 'DR_LSU_EH_07_CLD', 'DR_LSU_EH_08_CLD']
sacco = {}
try:
sacco['calendario'] = PyTango.DeviceProxy('srv-tango-srf-01:20000/slu/laser/calendar_slu.01')
+ sacco['archiviatore'] = PyTango.DeviceProxy('srv-tango-srf-01:20000/archiving/hdb++archiver/slu')
+ sacco['costanti'] = PyTango.DeviceProxy('srv-tango-srf-01:20000/slu/misc/ranges')
+ sacco['interlock'] = PyTango.DeviceProxy('srv-tango-srf-01:20000/slu/interlock/laser_pss')
+
+ sacco['revolution'] = PyTango.DeviceProxy('srv-tango-srf-01:20000/sl/laser/evops_sl.03')
+ sacco['SLtemperature'] = PyTango.DeviceProxy('srv-tango-srf-01:20000/sl/cooling/dmm_sl.01')
+ sacco['ems3'] = PyTango.DeviceProxy('srv-tango-srf-01:20000/sl/energy_meter/ems_sl.03')
+ sacco['ems8'] = PyTango.DeviceProxy('srv-tango-srf-01:20000/sl/energy_meter/ems_sl.08')
+ sacco['slelitefbin'] = PyTango.DeviceProxy('srv-tango-srf-01:20000/sl/feedback/rtltf_osc.01')
+ sacco['slelitefbtime'] = PyTango.DeviceProxy('srv-tango-srf-01:20000/sl/feedback/fbdelay_sl.02')
+ sacco['attenuator'] = PyTango.DeviceProxy('srv-tango-srf-01:20000/sl/motor/rots_sl.09')
+
sacco['piezo0'] = PyTango.DeviceProxy('srv-tango-srf-01:20000/slu/piezo/tiptilt_slu.04')
sacco['piezo1'] = PyTango.DeviceProxy('srv-tango-srf-01:20000/slu/piezo/tiptilt_slu.01')
sacco['piezo2'] = PyTango.DeviceProxy('srv-tango-srf-01:20000/slu/piezo/tiptilt_slu.02')
@@ -25,31 +38,56 @@ try:
sacco['ccd1'] = PyTango.DeviceProxy('srv-tango-srf-01:20000/slu/diagnostics/ccd_slu.03')
sacco['ccd2'] = PyTango.DeviceProxy('srv-tango-srf-01:20000/slu/diagnostics/ccd_slu.04')
sacco['ccd3'] = PyTango.DeviceProxy('srv-tango-srf-01:20000/slu/diagnostics/ccd_slu.08')
+ sacco['ccd4'] = PyTango.DeviceProxy('srv-tango-srf-01:20000/slu/diagnostics/ccd_slu.08')
sacco['vuoto1'] = PyTango.DeviceProxy('srv-tango-srf-01:20000/slu/vacuum/vgpi_slu_utdr.01')
sacco['vuoto2'] = PyTango.DeviceProxy('srv-tango-srf-01:20000/slu/vacuum/vgpi_slu_uh.03')
sacco['vuoto3'] = PyTango.DeviceProxy('srv-tango-srf-01:20000/slu/vacuum/vgpi_slu_ehf.01')
sacco['vuoto4'] = PyTango.DeviceProxy('srv-tango-srf-01:20000/slu/vacuum/vgpi_slu_ehf.03')
- sacco['interlock'] = PyTango.DeviceProxy('srv-tango-srf-01:20000/slu/interlock/laser_pss')
- sacco['pumptemperature'] = PyTango.DeviceProxy('srv-tango-srf-01:20000/sl/cooling/dmm_sl.01')
- sacco['trigger'] = PyTango.DeviceProxy('srv-tango-srf-01:20000/ec-sl-slpsr-01/evr/ff100000')
+
+ sacco['decima1'] = PyTango.DeviceProxy('srv-tango-srf-01:20000/f/timing/rttrigger_sl.01')
+ sacco['decima2'] = PyTango.DeviceProxy('srv-tango-srf-01:20000/f/timing/rttrigger_sl.02')
+ sacco['decima3'] = PyTango.DeviceProxy('srv-tango-srf-01:20000/f/timing/rttrigger_sl.03')
+ sacco['decimacheck'] = PyTango.DeviceProxy('srv-tango-srf-01:20000/ec-sl-slpsr-01/rtevr/ff100000')
+ sacco['frequenza'] = PyTango.DeviceProxy('srv-tango-srf-01:20000/f/timing/bunchnumber_f')
+
+ sacco['scope6'] = PyTango.DeviceProxy('srv-tango-srf-01:20000/sl/diagnostics/scope_sl.01')
+ sacco['trls8_delay'] = PyTango.DeviceProxy('srv-tango-srf-01:20000/sl/motor/trls_sl.08')
sacco['totem_delay'] = PyTango.DeviceProxy('srv-tango-srf-01:20000/slu/motor/trls_slu.05')
- sacco['costanti'] = PyTango.DeviceProxy('srv-tango-srf-01:20000/slu/misc/ranges')
- sacco['emslr'] = PyTango.DeviceProxy('srv-tango-srf-01:20000/sl/energy_meter/ems_sl.03')
- sacco['pump'] = PyTango.DeviceProxy('srv-tango-srf-01:20000/sl/laser/evops_sl.03')
- sacco['slelitefbin'] = PyTango.DeviceProxy('srv-tango-srf-01:20000/sl/feedback/rtltf_osc.01')
- sacco['slelitefbtime'] = PyTango.DeviceProxy('srv-tango-srf-01:20000/sl/feedback/fbdelay_sl.02')
- sorgente = 2
- sensoretemperatura = 'Pt100_CHLRREVO_01'
- triggerdelays = 'Chan2Delay'
+ sacco['triggerSL'] = PyTango.DeviceProxy('srv-tango-srf-01:20000/ec-sl-slpsr-01/evr/ff100000')
+ sacco['triggerSL2'] = PyTango.DeviceProxy('srv-tango-srf-01:20000/ec-sl-slpsr-01/evr/ff200000')
+ sacco['triggerSLU'] = PyTango.DeviceProxy('srv-tango-srf-01:20000/ec-slu-ehf-01/evr/ff100000')
+ sacco['triggerDGQ1'] = PyTango.DeviceProxy('srv-tango-srf-01:20000/sl/delay/dgq_slpsr.01')
+ sacco['triggerDGQ2'] = PyTango.DeviceProxy('srv-tango-srf-01:20000/sl/delay/dgq_slpsr.02')
+ sacco['triggerSDG1'] = PyTango.DeviceProxy('srv-tango-srf-01:20000/sl/delay/sdg_slr.01')
+ sacco['triggerSDG2'] = PyTango.DeviceProxy('srv-tango-srf-01:20000/sl/delay/sdg_slr.02')
+
+ sacco['pompe'] = PyTango.DeviceProxy('srv-tango-srf-01:20000/slu/vacuum/pumps')
+ sacco['valvolaUH1'] = PyTango.DeviceProxy('srv-tango-srf-01:20000/uh/vacuum/vlvp_uh.01')
+ sacco['valvolaUH2'] = PyTango.DeviceProxy('srv-tango-srf-01:20000/uh/vacuum/vlvp_uh.02')
+ sacco['valvolaUH3'] = PyTango.DeviceProxy('srv-tango-srf-01:20000/uh/vacuum/vlvp_uh.03')
+ sacco['valvolaSH1'] = PyTango.DeviceProxy('srv-tango-srf-01:20000/sh/vacuum/vlvp_sh.01')
+ sacco['valvolaEHF1'] = PyTango.DeviceProxy('srv-tango-srf-01:20000/ehf/vacuum/vlvp_ehf.01')
+ sacco['valvolaEHF2'] = PyTango.DeviceProxy('srv-tango-srf-01:20000/ehf/vacuum/vlvp_ehf.02')
+ sacco['sensoreUH1'] = PyTango.DeviceProxy('srv-tango-srf-01:20000/slu/vacuum/vgpi_slu_uh.01')
+ sacco['sensoreUH2'] = PyTango.DeviceProxy('srv-tango-srf-01:20000/slu/vacuum/vgpi_slu_uh.02')
+ sacco['sensoreUH3'] = PyTango.DeviceProxy('srv-tango-srf-01:20000/slu/vacuum/vgpi_slu_uh.03')
+ sacco['sensoreUH4'] = PyTango.DeviceProxy('srv-tango-srf-01:20000/slu/vacuum/vgpi_slu_uh.04')
+ sacco['sensoreSH1'] = PyTango.DeviceProxy('srv-tango-srf-01:20000/slu/vacuum/vgpi_slu_sh.01')
+ sacco['sensoreUTDR'] = PyTango.DeviceProxy('srv-tango-srf-01:20000/slu/vacuum/vgpi_slu_utdr.01')
+ sacco['sensoreEHF1'] = PyTango.DeviceProxy('srv-tango-srf-01:20000/slu/vacuum/vgpi_slu_ehf.01')
+ sacco['sensoreEHF2'] = PyTango.DeviceProxy('srv-tango-srf-01:20000/slu/vacuum/vgpi_slu_ehf.02')
+ sacco['sensoreEHF3'] = PyTango.DeviceProxy('srv-tango-srf-01:20000/slu/vacuum/vgpi_slu_ehf.03')
+ sacco['sensoreEHF4'] = PyTango.DeviceProxy('srv-tango-srf-01:20000/slu/vacuum/vgpi_slu_ehf.04')
+
+ sacco['SLUtemperature'] = PyTango.DeviceProxy('srv-tango-srf-01:20000/slu/cooling/dmm_slu.01')
+
+
+
except PyTango.DevFailed:
print('error defining sacco DeviceProxys')
-try:
- selettore = sacco['calendario'].activityNum
-except PyTango.DevFailed:
- selettore = -1
-#parte bl
+##parte bl
try:
sacco['totfeedback'] = PyTango.DeviceProxy('srv-tango-srf-01:20000/slu/feedback/mimofb_totem_slu.01')
sacco['tmrfeedback'] = PyTango.DeviceProxy('srv-tango-srf-01:20000/slu/feedback/mimofb_tmr_slu.01')
@@ -67,39 +105,31 @@ try:
sacco['magfeedback'] = PyTango.DeviceProxy('srv-tango-srf-01:20000/slu/feedback/mimofb_mag_slu.01')
sacco['magfbsequencer'] = PyTango.DeviceProxy('srv-tango-srf-01:20000/seq/recover/fb_weights_mag_slu.01')
sacco['magccd4'] = PyTango.DeviceProxy('srv-tango-srf-01:20000/slu/diagnostics/ccd_slu.10')
+
+ sacco['ldm_kom1'] = PyTango.DeviceProxy('srv-tango-ldm-01:20000/ldm/motor/kom_slu_ldm.01')
+ sacco['ldm_kom2'] = PyTango.DeviceProxy('srv-tango-ldm-01:20000/ldm/motor/kom_slu_ldm.02')
+ sacco['ldm_rots1'] = PyTango.DeviceProxy('srv-tango-ldm-01:20000/ldm/motor/rots_slu_ldm.01')
+ sacco['ldm_rots2'] = PyTango.DeviceProxy('srv-tango-ldm-01:20000/ldm/motor/rots_slu_ldm.02')
+ sacco['ldm_rots3'] = PyTango.DeviceProxy('srv-tango-ldm-01:20000/ldm/motor/rots_slu_ldm.03')
+ sacco['ldm_trls2'] = PyTango.DeviceProxy('srv-tango-ldm-01:20000/ldm/motor/trls_slu_ldm.02')
+ sacco['ldm_gentec1'] = PyTango.DeviceProxy('srv-tango-ldm-01:20000/ldm/energy_meter/ems_slu_ldm.01')
+ sacco['ldm_gentec2'] = PyTango.DeviceProxy('srv-tango-ldm-01:20000/ldm/energy_meter/ems_slu_ldm.02')
+ sacco['ldm_fb1'] = PyTango.DeviceProxy('srv-tango-ldm-01:20000/ldm/feedback/rtltf_ldm.01')
+ sacco['ldm_fb2'] = PyTango.DeviceProxy('srv-tango-ldm-01:20000/ldm/feedback/rtltf_ldm.02')
+
except PyTango.DevFailed:
print('error defining sacco DeviceProxys')
-if selettore < 2: #unknown, shutdown
- linea = None
-elif selettore == 2: #TOTEM
- linea = 'TOTEM'
-elif selettore == 3: #TIMER
- linea = 'TIMER'
-elif selettore == 4: #TIMEX
- linea = 'TIMEX'
-elif selettore == 5: #DIPRI
- linea = 'DIPROI'
-elif selettore == 6: #LDM
- linea = 'LDM'
-elif selettore == 7: #MAGNEDYN
- linea = 'MAGNEDYN'
-
class MainWindow(QDialog):
def __init__(self, parent=None):
super(MainWindow, self).__init__(parent)
- self.sorgente = sorgente
- self.linea = linea
- ### beamline
- self.gruppobeamline = QGroupBox()
- self.STATOSLU = QLineEdit("")
- self.STATOSLU.setReadOnly(1)
- self.STATOSLU.setToolTip('Experimental hall LASER State')
- self.beamlineattiva = QLineEdit("")
- self.beamlineattiva.setReadOnly(1)
- self.beamlineattiva.setStyleSheet("background-color: rgb(200, 200, 200)")
- self.menubeamline = QComboBox()
+ self.autodeterminazionedeipupoli = 0
+ # top
+ self.gruppobeamline = QFrame()
+ self.STATOSLU = LineEditRO()
+ self.beamlineattiva = LineEditRO()
+ self.menubeamline = QComboBox()
self.menubeamline.addItem("None")
self.menubeamline.addItem("TIMER")
self.menubeamline.addItem("TIMEX")
@@ -113,125 +143,170 @@ class MainWindow(QDialog):
self.paginawiki = QPushButton("?")
self.paginawiki.clicked.connect(self.lanciailwiki)
lobeamline = QGridLayout()
- lobeamline.addWidget(self.paginawiki, 0, 0)
- lobeamline.addWidget(QLabel("SLU state:"), 0, 1)
- lobeamline.addWidget(self.STATOSLU, 0, 2)
- lobeamline.addWidget(QLabel("Active beamline:"), 0, 3)
- lobeamline.addWidget(self.beamlineattiva, 0, 4)
- lobeamline.addWidget(QLabel("|"), 0, 5)
- lobeamline.addWidget(QLabel("switch to:"), 0, 6)
- lobeamline.addWidget(self.menubeamline, 0, 7)
- lobeamline.addWidget(self.calendar, 0, 8)
+ lobeamline.addWidget(QLabel("SLU state:"), 0, 0)
+ lobeamline.addWidget(self.STATOSLU, 0, 1)
+ lobeamline.addWidget(QLabel("Active beamline:"), 0, 2)
+ lobeamline.addWidget(self.beamlineattiva, 0, 3)
+ lobeamline.addWidget(QLabel("|"), 0, 4)
+ lobeamline.addWidget(QLabel("switch to:"), 0, 5)
+ lobeamline.addWidget(self.menubeamline, 0, 6)
+ lobeamline.addWidget(self.calendar, 0, 7)
+ lobeamline.addWidget(self.paginawiki, 0, 8)
self.gruppobeamline.setLayout(lobeamline)
- ### amplifier
- self.grupposorgente = QGroupBox()
- self.energiaslr_letturaL = QLabel("Source energy")
- self.energiaslr_letturaL.setAlignment(Qt.AlignCenter)
- self.energiaslr_lettura = QLineEdit("")
- self.energiaslr_lettura.setToolTip('IR energy BEFORE beam transport')
- self.energiaslr_lettura.setReadOnly(1)
- self.globale_amplificatoreL = QLabel("Amplifier")
- self.globale_amplificatoreL.setAlignment(Qt.AlignCenter)
- self.globale_amplificatore = QLineEdit("")
- self.globale_amplificatore.setReadOnly(1)
- self.globale_amplificatore.setToolTip('Global indicator for Pump temperature, Amplifier current and triggers. If not green call Reperibile Laser')
- self.statoinputL = QLabel("Input fb")
- self.statoinputL.setAlignment(Qt.AlignCenter)
- self.statoinput = QLineEdit("")
- self.statoinput.setReadOnly(1)
- self.statoinput.setToolTip('Input feedback of the amplifier dedicated to SLU. If not green call Reperibile Laser')
- self.statooutputL = QLabel("Output fb")
- self.statooutputL.setAlignment(Qt.AlignCenter)
- self.statooutput = QLineEdit("")
- self.statooutput.setReadOnly(1)
- self.statooutput.setToolTip('Output feedback of the amplifier dedicated to SLU. If not green call Reperibile Laser')
- self.statotimeL = QLabel("Timing fb")
- self.statotimeL.setAlignment(Qt.AlignCenter)
- self.statotime = QLineEdit("")
- self.statotime.setReadOnly(1)
- self.statotime.setToolTip('Timing feedback of the amplifier dedicated to SLU. If not green call Reperibile Laser')
- self.vuotoutdrL = QLabel("Vacuum UTDR")
- self.vuotoutdrL.setAlignment(Qt.AlignCenter)
- self.vuotoutdr = QLineEdit("")
- self.vuotoutdr.setToolTip('Vacuum reading of UTDR section of the beam transport. If not green call Reperibile Laser')
- self.vuotoutdr.setReadOnly(1)
- self.vuotouhL = QLabel("Vacuum UH")
- self.vuotouhL.setAlignment(Qt.AlignCenter)
- self.vuotouh = QLineEdit("")
- self.vuotouh.setToolTip('Vacuum reading of UH section of the beam transport. If not green call Reperibile Laser')
- self.vuotouh.setReadOnly(1)
- self.vuotouhtotemL = QLabel("Vacuum UH-Totem")
- self.vuotouhtotemL.setAlignment(Qt.AlignCenter)
- self.vuotouhtotem = QLineEdit("")
- self.vuotouhtotem.setToolTip('Vacuum reading of UH-TOTEM section of the beam transport. If not green call Reperibile Laser')
- self.vuotouhtotem.setReadOnly(1)
- self.vuotototembeamlineL = QLabel("Vacuum Totem-BL")
- self.vuotototembeamlineL.setAlignment(Qt.AlignCenter)
- self.vuotototembeamline = QLineEdit("")
- self.vuotototembeamline.setToolTip('Vacuum reading of TOTEM-BEAMLINE section of the beam transport. If not green call Reperibile Laser')
- self.vuotototembeamline.setReadOnly(1)
- losorgente = QGridLayout()
- losorgente.addWidget(self.energiaslr_letturaL, 0, 0)
- losorgente.addWidget(self.energiaslr_lettura, 1, 0)
- losorgente.addWidget(self.globale_amplificatoreL, 0, 1)
- losorgente.addWidget(self.globale_amplificatore, 1, 1)
- losorgente.addWidget(self.statoinputL, 0, 2)
- losorgente.addWidget(self.statoinput, 1, 2)
- losorgente.addWidget(self.statooutputL, 0, 3)
- losorgente.addWidget(self.statooutput, 1, 3)
- losorgente.addWidget(self.statotimeL, 0, 4)
- losorgente.addWidget(self.statotime, 1, 4)
- losorgente.addWidget(self.vuotoutdrL, 0, 5)
- losorgente.addWidget(self.vuotoutdr, 1, 5)
- losorgente.addWidget(self.vuotouhL, 0, 6)
- losorgente.addWidget(self.vuotouh, 1, 6)
- losorgente.addWidget(self.vuotouhtotemL, 0, 7)
- losorgente.addWidget(self.vuotouhtotem, 1, 7)
- losorgente.addWidget(self.vuotototembeamlineL, 0, 8)
- losorgente.addWidget(self.vuotototembeamline, 1, 8)
- self.grupposorgente.setLayout(losorgente)
- ### shutter
- self.grupposhutter = QGroupBox()
- self.letturashutterlaser = QLineEdit("")
- self.letturashutterlaser.setReadOnly(1)
- self.letturashutterbeamline = QLineEdit("")
- self.letturashutterbeamline.setReadOnly(1)
- self.abilitatoshutterlaser = QLineEdit("")
- self.abilitatoshutterlaser.setReadOnly(1)
- self.abilitatoshutterbeamline = QLineEdit("")
- self.abilitatoshutterbeamline.setReadOnly(1)
- self.aprilaserpss = QPushButton("Laser PSS")
- self.aprilaserpss.clicked.connect(self.apripss)
- self.porteL = QLabel("Doors:")
- self.porte = QLineEdit("")
- self.porte.setReadOnly(1)
- self.coperchiL = QLabel("Cover:")
- self.coperchi = QLineEdit("")
- self.coperchi.setReadOnly(1)
- self.piellecciL = QLabel("PLC:")
- self.piellecci = QLineEdit("")
- self.piellecci.setReadOnly(1)
- loshutter = QGridLayout()
- loshutter.addWidget(self.aprilaserpss, 0, 0)
- loshutter.addWidget(QLabel("Main Shutter:"), 0, 1)
- loshutter.addWidget(self.letturashutterlaser, 0, 2)
- loshutter.addWidget(self.abilitatoshutterlaser, 0, 3)
- loshutter.addWidget(QLabel("Beamline Shutter:"), 0, 4)
- loshutter.addWidget(self.letturashutterbeamline, 0, 5)
- loshutter.addWidget(self.abilitatoshutterbeamline, 0, 6)
- loshutter.addWidget(self.porteL, 0, 7)
- loshutter.addWidget(self.porte, 0, 8)
- loshutter.addWidget(self.coperchiL, 0, 9)
- loshutter.addWidget(self.coperchi, 0, 10)
- loshutter.addWidget(self.piellecciL, 0, 11)
- loshutter.addWidget(self.piellecci, 0, 12)
- self.grupposhutter.setLayout(loshutter)
- ### feedback
- self.gruppofeedback = QGroupBox()
+ #tab
+ self.contienitab = QTabWidget()
+ self.tab1 = QWidget()
+ self.tab2 = QWidget()
+ self.tab3 = QWidget()
+ self.tab4 = QWidget()
+ self.tab5 = QWidget()
+ self.tab6 = QWidget()
+ self.tab7 = QWidget()
+ self.tab8 = QWidget()
+ self.tab9 = QWidget()
+ self.tab10 = QWidget()
+ self.tab11 = QWidget()
+ self.tab12 = QWidget()
+ self.tab13 = QWidget()
+ self.tab14 = QWidget()
+ self.contienitab.addTab(self.tab1, "Monitor")
+ self.contienitab.addTab(self.tab2, "Source")
+ self.contienitab.addTab(self.tab3, "Pointing FB")
+ self.contienitab.addTab(self.tab4, "Decimation")
+ self.contienitab.addTab(self.tab6, "Vacuum")
+ self.contienitab.addTab(self.tab7, "Temperature")
+ self.contienitab.addTab(self.tab8, "Log")
+ self.contienitab.addTab(self.tab5, "Delay")
+# self.contienitab.addTab(self.tab9, "Timer")
+# self.contienitab.addTab(self.tab10, "Timex")
+# self.contienitab.addTab(self.tab11, "DiProi")
+ self.contienitab.addTab(self.tab12, "LDM")
+# self.contienitab.addTab(self.tab13, "MagneDyn")
+# self.contienitab.addTab(self.tab14, "Alarms")
+ lot1 = QGridLayout()
+ lot2 = QGridLayout()
+ lot3 = QGridLayout()
+ lot4 = QGridLayout()
+ lot5 = QGridLayout()
+ lot6 = QGridLayout()
+ lot7 = QGridLayout()
+ lot8 = QGridLayout()
+ lot9 = QGridLayout()
+ lot10 = QGridLayout()
+ lot11 = QGridLayout()
+ lot12 = QGridLayout()
+ lot13 = QGridLayout()
+ lot14 = QGridLayout()
+ self.tab1.setLayout(lot1)
+ self.tab2.setLayout(lot2)
+ self.tab3.setLayout(lot3)
+ self.tab4.setLayout(lot4)
+ self.tab5.setLayout(lot5)
+ self.tab6.setLayout(lot6)
+ self.tab7.setLayout(lot7)
+ self.tab8.setLayout(lot8)
+ self.tab9.setLayout(lot9)
+ self.tab10.setLayout(lot10)
+ self.tab11.setLayout(lot11)
+ self.tab12.setLayout(lot12)
+ self.tab13.setLayout(lot13)
+ self.tab14.setLayout(lot14)
+ #1 monitor
+ self.monitor_amplilabel = QLabel("Source")
+ self.monitor_ampli = LineEditRO()
+ self.monitor_pointinglabel = QLabel("Pointing FB")
+ self.monitor_pointing = LineEditRO()
+ self.monitor_decimationlabel = QLabel("Decimation")
+ self.monitor_decimation = LineEditRO()
+ self.monitor_vacuumlabel = QLabel("Vacuum")
+ self.monitor_vacuum = LineEditRO()
+ self.monitor_temperalabel = QLabel("Temperature")
+ self.monitor_tempera= LineEditRO()
+ self.monitor_loglabel = QLabel("Log")
+ self.monitor_log = LineEditRO()
+ self.monitor_letturashutterlaser = LineEditRO()
+ self.monitor_letturashutterbeamline = LineEditRO()
+ self.monitor_abilitatoshutterlaser = LineEditRO()
+ self.monitor_abilitatoshutterbeamline = LineEditRO()
+ self.monitor_aprilaserpss = QPushButton("Laser PSS")
+ self.monitor_aprilaserpss.clicked.connect(self.apripss)
+ self.monitor_porte = LineEditRO()
+ self.monitor_coperchi = LineEditRO()
+ self.monitor_piellecci =LineEditRO()
+ lot1.addWidget(self.monitor_amplilabel, 0, 0)
+ lot1.addWidget(self.monitor_ampli, 0, 1)
+ lot1.addWidget(self.monitor_pointinglabel,1, 0)
+ lot1.addWidget(self.monitor_pointing, 1, 1)
+ lot1.addWidget(self.monitor_decimationlabel, 2, 0)
+ lot1.addWidget(self.monitor_decimation, 2, 1)
+ lot1.addWidget(self.monitor_vacuumlabel, 3, 0)
+ lot1.addWidget(self.monitor_vacuum, 3, 1)
+ lot1.addWidget(self.monitor_temperalabel, 4, 0)
+ lot1.addWidget(self.monitor_tempera, 4, 1)
+ lot1.addWidget(self.monitor_loglabel, 5, 0)
+ lot1.addWidget(self.monitor_log, 5, 1)
+ lot1.addWidget(QVLine(), 0, 2, 6, 1)
+ lot1.addWidget(QLabel("Main Shutter:"), 0, 3)
+ lot1.addWidget(self.monitor_letturashutterlaser, 0, 4)
+ lot1.addWidget(self.monitor_abilitatoshutterlaser, 0, 5)
+ lot1.addWidget(QLabel("Beamline Shutter:"), 1, 3)
+ lot1.addWidget(self.monitor_letturashutterbeamline, 1, 4)
+ lot1.addWidget(self.monitor_abilitatoshutterbeamline, 1, 5)
+ lot1.addWidget(QLabel("Doors:"), 2, 3)
+ lot1.addWidget(self.monitor_porte, 2, 4)
+ lot1.addWidget(QLabel("Cover:"), 3, 3)
+ lot1.addWidget(self.monitor_coperchi, 3, 4)
+ lot1.addWidget(QLabel("PLC:"), 4, 3)
+ lot1.addWidget(self.monitor_piellecci, 4, 4)
+ lot1.addWidget(self.monitor_aprilaserpss, 5, 3, 1, 3)
+ #2 source
+ self.source_amplistate = LineEditRO()
+ self.source_amplicurrent = LineEditRO()
+ self.source_amplienergy = LineEditRO()
+ self.source_amplipumptemperature = LineEditRO()
+ self.source_amplitemperature = LineEditRO()
+ self.source_ampliFBin = LineEditRO()
+ self.source_ampliFBtime = LineEditRO()
+ self.source_launchenergy = LineEditRO()
+ self.source_attenuator = LineEditRO()
+ self.source_attenuatorcontrol = movimentirelativi()
+ self.source_attenuatorcontrol.muoviM.clicked.connect(self.attenuatoregiu)
+ self.source_attenuatorcontrol.muoviP.clicked.connect(self.attenuatoresu)
+ riga = 0
+ colonna = 0
+ lot2.addWidget(QLabel("Amplifier State"), riga, colonna)
+ lot2.addWidget(self.source_amplistate, riga, colonna+1)
+ riga +=1
+ lot2.addWidget(QLabel("Amplifier Current"), riga, colonna)
+ lot2.addWidget(self.source_amplicurrent, riga, colonna+1)
+ riga +=1
+ lot2.addWidget(QLabel("Amplifier Energy"), riga, colonna)
+ lot2.addWidget(self.source_amplienergy, riga, colonna+1)
+ riga +=1
+ lot2.addWidget(QLabel("Pump laser Temperature"), riga, colonna)
+ lot2.addWidget(self.source_amplipumptemperature, riga, colonna+1)
+ riga +=1
+ lot2.addWidget(QLabel("Amplifier Temperature"), riga, colonna)
+ lot2.addWidget(self.source_amplitemperature, riga, colonna+1)
+ riga +=1
+ lot2.addWidget(QLabel("Amplifier input FB"), riga, colonna)
+ lot2.addWidget(self.source_ampliFBin, riga, colonna+1)
+ riga +=1
+ lot2.addWidget(QLabel("Amplifier time FB"), riga, colonna)
+ lot2.addWidget(self.source_ampliFBtime, riga, colonna+1)
+ colonna +=2
+ riga = 0
+ lot2.addWidget(QLabel("Launch Energy"), riga, colonna)
+ lot2.addWidget(self.source_launchenergy, riga, colonna+1)
+ riga +=1
+ lot2.addWidget(QLabel("T2 attenuator"), riga, colonna)
+ lot2.addWidget(self.source_attenuator, riga, colonna+1)
+ riga +=1
+ lot2.addWidget(self.source_attenuatorcontrol, riga, colonna+1)
+ #3 feedback
self.feedbackpannello = QPushButton("Transport feedback")
self.feedbackpannello.clicked.connect(self.aprifeedback)
- self.feedbackstato = QLineEdit("")
- self.feedbackstato.setReadOnly(1)
+ self.feedbackstato = LineEditRO()
self.feedbackon = QPushButton("ON")
self.feedbackon.clicked.connect(self.accendiilfeedback)
self.feedbacksmarton = QPushButton("Start 1by1")
@@ -247,7 +322,7 @@ class MainWindow(QDialog):
self.feedbackstopothers.setDisabled(1)
self.feedbackautolabel = QPushButton('Auto-weights')
self.feedbackautolabel.clicked.connect(self.apriSEQpesi)
- self.feedbackautoread = QLineEdit('')
+ self.feedbackautoread = LineEditRO()
self.feedbackautoonoffreset = QPushButton('On')
self.feedbackautoonoffreset.clicked.connect(self.comandipersequencer)
self.feedbackstopothersauto = QPushButton('Stop other BL sequencer')
@@ -260,173 +335,818 @@ class MainWindow(QDialog):
self.feedbacksalvapiezi.clicked.connect(self.scrivitensioni)
self.feedbackripristinapiezi = QPushButton('Restore pzt voltage')
self.feedbackripristinapiezi.clicked.connect(self.riapplicatensioni)
- self.feedback0L = QLabel("SLR Table1 -> Table2")
- self.feedback0L.setAlignment(Qt.AlignCenter)
- self.feedback0x = QProgressBar()
- self.feedback0x.setRange(0, 100)
- self.feedback0x.setValue(0)
- self.feedback0x.setToolTip('Horizontal')
- self.feedback0x.setAlignment(Qt.AlignCenter)
- self.feedback0y = QProgressBar()
- self.feedback0y.setRange(0, 100)
- self.feedback0y.setValue(0)
- self.feedback0y.setToolTip('Vertical')
- self.feedback0y.setAlignment(Qt.AlignCenter)
- self.feedback0corrector = QPushButton("tiptilt")
- self.feedback0corrector.clicked.connect(self.apritiptilt0)
- self.feedback0monitor = QPushButton("CCD")
- self.feedback0monitor.clicked.connect(self.apriccd0)
-# if not(selettore >= 1 and selettore <= 6):
-# self.feedback0L.setDisabled(1)
-# self.feedback0x.setDisabled(1)
-# self.feedback0y.setDisabled(1)
-# self.feedback0corrector.setDisabled(1)
-# self.feedback0monitor.setDisabled(1)
- self.feedback1L = QLabel("SLR -> UH")
- self.feedback1L.setAlignment(Qt.AlignCenter)
- self.feedback1x = QProgressBar()
- self.feedback1x.setRange(0, 100)
- self.feedback1x.setValue(0)
- self.feedback1x.setToolTip('Horizontal')
- self.feedback1x.setAlignment(Qt.AlignCenter)
- self.feedback1y = QProgressBar()
- self.feedback1y.setRange(0, 100)
- self.feedback1y.setValue(0)
- self.feedback1y.setToolTip('Vertical')
- self.feedback1y.setAlignment(Qt.AlignCenter)
- self.feedback1corrector = QPushButton("tiptilt")
- self.feedback1corrector.clicked.connect(self.apritiptilt1)
- self.feedback1monitor = QPushButton("CCD")
- self.feedback1monitor.clicked.connect(self.apriccd1)
- self.feedback2L = QLabel("UH -> Totem")
- self.feedback2L.setAlignment(Qt.AlignCenter)
- self.feedback2x = QProgressBar()
- self.feedback2x.setRange(0, 100)
- self.feedback2x.setValue(0)
- self.feedback2x.setToolTip('Horizontal')
- self.feedback2x.setAlignment(Qt.AlignCenter)
- self.feedback2y = QProgressBar()
- self.feedback2y.setRange(0, 100)
- self.feedback2y.setValue(0)
- self.feedback2y.setToolTip('Vertical')
- self.feedback2y.setAlignment(Qt.AlignCenter)
- self.feedback2corrector = QPushButton("tiptilt")
- self.feedback2corrector.clicked.connect(self.apritiptilt2)
- self.feedback2monitor = QPushButton("CCD")
- self.feedback2monitor.clicked.connect(self.apriccd2)
- self.feedback3L = QLabel("Totem up -> down")
- self.feedback3L.setAlignment(Qt.AlignCenter)
- self.feedback3x = QProgressBar()
- self.feedback3x.setRange(0, 100)
- self.feedback3x.setValue(0)
- self.feedback3x.setToolTip('Horizontal')
- self.feedback3x.setAlignment(Qt.AlignCenter)
- self.feedback3y = QProgressBar()
- self.feedback3y.setRange(0, 100)
- self.feedback3y.setValue(0)
- self.feedback3y.setToolTip('Vertical')
- self.feedback3y.setAlignment(Qt.AlignCenter)
- self.feedback3corrector = QPushButton("tiptilt")
- self.feedback3corrector.clicked.connect(self.apritiptilt3)
- self.feedback3monitor = QPushButton("CCD")
- self.feedback3monitor.clicked.connect(self.apriccd3)
- self.feedback4L = QLabel("Totem -> Beamline")
- self.feedback4L.setAlignment(Qt.AlignCenter)
- self.feedback4x = QProgressBar()
- self.feedback4x.setRange(0, 100)
- self.feedback4x.setValue(0)
- self.feedback4x.setToolTip('Horizontal')
- self.feedback4x.setAlignment(Qt.AlignCenter)
- self.feedback4y = QProgressBar()
- self.feedback4y.setRange(0, 100)
- self.feedback4y.setValue(0)
- self.feedback4y.setToolTip('Vertical')
- self.feedback4y.setAlignment(Qt.AlignCenter)
- self.feedback4corrector = QPushButton("tiptilt")
- self.feedback4corrector.clicked.connect(self.apritiptilt4)
- self.feedback4monitor = QPushButton("CCD")
- self.feedback4monitor.clicked.connect(self.apriccd4)
- lofeedback = QGridLayout()
- lofeedback.addWidget(self.feedbackpannello, 0, 0)
- lofeedback.addWidget(self.feedbackstato, 0, 1)
- lofeedback.addWidget(self.feedbackon, 0, 2)
- lofeedback.addWidget(self.feedbacksb, 0, 3)
- lofeedback.addWidget(self.feedbackconfig, 0, 4)
- lofeedback.addWidget(self.feedbacksmarton, 0, 5)
- lofeedback.addWidget(self.feedbackreset, 0, 6)
- lofeedback.addWidget(self.feedbacksalvapiezi, 0, 7)
- lofeedback.addWidget(self.feedbackripristinapiezi, 0, 8, 1, 2)
- lofeedback.addWidget(self.feedbackautolabel, 1, 0)
- lofeedback.addWidget(self.feedbackautoread, 1, 1)
- lofeedback.addWidget(self.feedbackautoonoffreset, 1, 2)
- lofeedback.addWidget(self.feedbackstopothersauto, 1, 3)
- lofeedback.addWidget(self.feedbackstopothersccds, 1, 4)
- lofeedback.addWidget(self.feedbackstopothers, 1, 5)
- lofeedback.addWidget(self.feedback0L, 2, 0, 1, 2)
- lofeedback.addWidget(self.feedback0monitor, 3, 0, 1, 2)
- lofeedback.addWidget(self.feedback0corrector, 4, 0, 1, 2)
- lofeedback.addWidget(self.feedback0x, 5, 0)
- lofeedback.addWidget(self.feedback0y, 5, 1)
- lofeedback.addWidget(self.feedback1L, 2, 2, 1, 2)
- lofeedback.addWidget(self.feedback1monitor, 3, 2, 1, 2)
- lofeedback.addWidget(self.feedback1corrector, 4, 2, 1, 2)
- lofeedback.addWidget(self.feedback1x, 5, 2)
- lofeedback.addWidget(self.feedback1y, 5, 3)
- lofeedback.addWidget(self.feedback2L, 2, 4, 1, 2)
- lofeedback.addWidget(self.feedback2monitor, 3, 4, 1, 2)
- lofeedback.addWidget(self.feedback2corrector, 4, 4, 1, 2)
- lofeedback.addWidget(self.feedback2x, 5, 4)
- lofeedback.addWidget(self.feedback2y, 5, 5)
- lofeedback.addWidget(self.feedback3L, 2, 6, 1, 2)
- lofeedback.addWidget(self.feedback3monitor, 3, 6, 1, 2)
- lofeedback.addWidget(self.feedback3corrector, 4, 6, 1, 2)
- lofeedback.addWidget(self.feedback3x, 5, 6)
- lofeedback.addWidget(self.feedback3y, 5, 7)
- lofeedback.addWidget(self.feedback4L, 2, 8, 1, 2)
- lofeedback.addWidget(self.feedback4monitor, 3, 8, 1, 2)
- lofeedback.addWidget(self.feedback4corrector, 4, 8, 1, 2)
- lofeedback.addWidget(self.feedback4x, 5, 8)
- lofeedback.addWidget(self.feedback4y, 5, 9)
- self.gruppofeedback.setLayout(lofeedback)
- ### delay
- self.gruppodelay = QGroupBox()
+ self.feedback0 = transport_fb_element("SLR Table2 -> Table1", sacco['ccd0'].name(), sacco['piezo0'].name())
+ self.feedback1 = transport_fb_element("SLR -> UH", sacco['ccd1'].name(), sacco['piezo1'].name())
+ self.feedback2 = transport_fb_element("UH -> Totem", sacco['ccd2'].name(), sacco['piezo2'].name())
+ self.feedback3 = transport_fb_element("Totem up -> down", sacco['ccd3'].name(), sacco['piezo3'].name())
+ self.feedback4 = transport_fb_element("Totem -> Beamline", 'boh', sacco['piezo4'].name())
+ self.feedback4.tasto_ccd.clicked.connect(self.apriccd4)
+ self.feedback_motori_label = QLabel('some motors here')
+ riga = 0
+ lot3.addWidget(self.feedbackstopothersauto, riga, 0, 1, 2)
+ lot3.addWidget(self.feedbackstopothersccds, riga, 2, 1, 2)
+ lot3.addWidget(self.feedbackstopothers, riga, 4, 1, 2)
+ riga += 1
+ lot3.addWidget(self.feedbackpannello, riga, 0)
+ lot3.addWidget(self.feedbackstato, riga, 1)
+ lot3.addWidget(self.feedbackon, riga, 2)
+ lot3.addWidget(self.feedbacksb, riga, 3)
+ lot3.addWidget(self.feedbacksmarton, riga, 4)
+ lot3.addWidget(self.feedbackconfig, riga, 5)
+ riga += 1
+ lot3.addWidget(self.feedbackreset, riga, 0)
+ lot3.addWidget(self.feedbacksalvapiezi, riga, 1)
+ lot3.addWidget(self.feedbackripristinapiezi, riga, 2)
+ lot3.addWidget(self.feedbackautolabel, riga, 3)
+ lot3.addWidget(self.feedbackautoread, riga, 4)
+ lot3.addWidget(self.feedbackautoonoffreset, riga, 5)
+ riga += 1
+ lot3.addWidget(self.feedback0, riga, 0)
+ lot3.addWidget(self.feedback1, riga, 1)
+ lot3.addWidget(self.feedback2, riga, 2)
+ lot3.addWidget(self.feedback3, riga, 3)
+ lot3.addWidget(self.feedback4, riga, 4)
+ riga += 1
+ lot3.addWidget(QHLine(), riga, 0, 1, 6)
+ riga += 1
+ lot3.addWidget(self.feedback_motori_label, riga, 0)
+ #4 decimation
+ self.decimators = QPushButton('Open decimation panel')
+ self.decimators.clicked.connect(self.apridecimatori)
+ self.scope6 = QPushButton('Open scope-laser-06')
+ self.scope6.clicked.connect(self.apriscope6)
+ self.deci1L = QLabel('Global SEED+SLU')
+ self.deci1R = LineEditRO()
+ self.deci1on = QPushButton('ON (random)')
+ self.deci1on.clicked.connect(lambda: self.accendidecimatore('decima1', 'random'))
+ self.deci1on1 = QPushButton('ON (odd)')
+ self.deci1on1.clicked.connect(lambda: self.accendidecimatore('decima1', 'odd'))
+ self.deci1on2 = QPushButton('ON (even)')
+ self.deci1on2.clicked.connect(lambda: self.accendidecimatore('decima1', 'even'))
+ self.deci1off = QPushButton('OFF')
+ self.deci1off.clicked.connect(lambda: self.spegnidecimazione('decima1'))
+ self.deci1delay = QPushButton('Set DELAY')
+ self.deci1delay.clicked.connect(lambda: self.decimadelay('decima1'))
+ self.deci1status = QPushButton('Set STATUS')
+ self.deci1status.clicked.connect(lambda: self.decimastatus('decima1'))
+ self.deci1sequence_R = LineEditRO()
+ self.deci1sequence_W = QLineEdit()
+ self.deci1sequence = QPushButton('Change sequence')
+ self.deci1sequence.clicked.connect(lambda: self.decimasequenza('decima1'))
+ self.deci2L = QLabel('SEED / FEL')
+ self.deci2R = LineEditRO()
+ self.deci2on = QPushButton('ON (random)')
+ self.deci2on.clicked.connect(lambda: self.accendidecimatore('decima2', 'random'))
+ self.deci2on1 = QPushButton('ON (odd)')
+ self.deci2on1.clicked.connect(lambda: self.accendidecimatore('decima2', 'odd'))
+ self.deci2on2 = QPushButton('ON (even)')
+ self.deci2on2.clicked.connect(lambda: self.accendidecimatore('decima2', 'even'))
+ self.deci2off = QPushButton('OFF')
+ self.deci2off.clicked.connect(lambda: self.spegnidecimazione('decima2'))
+ self.deci2delay = QPushButton('Set DELAY')
+ self.deci2delay.clicked.connect(lambda: self.decimadelay('decima2'))
+ self.deci2status = QPushButton('Set STATUS')
+ self.deci2status.clicked.connect(lambda: self.decimastatus('decima2'))
+ self.deci2sequence_R = LineEditRO()
+ self.deci2sequence_W = QLineEdit()
+ self.deci2sequence = QPushButton('Change sequence')
+ self.deci2sequence.clicked.connect(lambda: self.decimasequenza('decima2'))
+ self.deci3L = QLabel('SLU')
+ self.deci3R = LineEditRO()
+ self.deci3on = QPushButton('ON (random)')
+ self.deci3on.clicked.connect(lambda: self.accendidecimatore('decima3', 'random'))
+ self.deci3on1 = QPushButton('ON (odd)')
+ self.deci3on1.clicked.connect(lambda: self.accendidecimatore('decima3', 'odd'))
+ self.deci3on2 = QPushButton('ON (even)')
+ self.deci3on2.clicked.connect(lambda: self.accendidecimatore('decima3', 'even'))
+ self.deci3off = QPushButton('OFF')
+ self.deci3off.clicked.connect(lambda: self.spegnidecimazione('decima3'))
+ self.deci3delay = QPushButton('Set DELAY')
+ self.deci3delay.clicked.connect(lambda: self.decimadelay('decima3'))
+ self.deci3status = QPushButton('Set STATUS')
+ self.deci3status.clicked.connect(lambda: self.decimastatus('decima3'))
+ self.deci3sequence_R = LineEditRO()
+ self.deci3sequence_W = QLineEdit()
+ self.deci3sequence = QPushButton('Change sequence')
+ self.deci3sequence.clicked.connect(lambda: self.decimasequenza('decima3'))
+ self.deciripristino = QPushButton('STOP ALL AND RESTORE CORRECT DELAYS')
+ self.deciripristino.clicked.connect(self.decimafermatutto)
+ lot4.addWidget(self.decimators, 0, 0, 1, 10)
+ lot4.addWidget(self.scope6, 0, 10, 1, 10)
+ lot4.addWidget(self.deci1L, 11, 0)
+ lot4.addWidget(self.deci1R, 11, 1, 1, 5)
+ lot4.addWidget(self.deci1on, 12, 0, 1, 2)
+ lot4.addWidget(self.deci1on1, 12, 2, 1, 2)
+ lot4.addWidget(self.deci1on2, 12, 4, 1, 2)
+ lot4.addWidget(self.deci1off, 13, 0, 1, 6)
+ lot4.addWidget(self.deci1delay, 14, 0, 1, 3)
+ lot4.addWidget(self.deci1status, 14, 3, 1, 3)
+ lot4.addWidget(QLabel('Sequence'), 15, 0)
+ lot4.addWidget(self.deci1sequence_R, 15, 1, 1, 5)
+ lot4.addWidget(self.deci1sequence_W, 16, 0, 1, 5)
+ lot4.addWidget(self.deci1sequence, 16, 5)
+ lot4.addWidget(QVLine(), 11, 6, 6, 1)
+ lot4.addWidget(self.deci2L, 11, 7)
+ lot4.addWidget(self.deci2R, 11, 8, 1, 5)
+ lot4.addWidget(self.deci2on, 12, 7, 1, 2)
+ lot4.addWidget(self.deci2on1, 12, 9, 1, 2)
+ lot4.addWidget(self.deci2on2, 12, 11, 1, 2)
+ lot4.addWidget(self.deci2off, 13, 7, 1, 6)
+ lot4.addWidget(self.deci2delay, 14, 7, 1, 3)
+ lot4.addWidget(self.deci2status, 14, 10, 1, 3)
+ lot4.addWidget(QLabel('Sequence'), 15, 7)
+ lot4.addWidget(self.deci2sequence_R, 15, 8, 1, 5)
+ lot4.addWidget(self.deci2sequence_W, 16, 7, 1, 5)
+ lot4.addWidget(self.deci2sequence, 16, 12)
+ lot4.addWidget(QVLine(), 11, 13, 6, 1)
+ lot4.addWidget(self.deci3L, 11, 14)
+ lot4.addWidget(self.deci3R, 11, 15, 1, 5)
+ lot4.addWidget(self.deci3on, 12, 14, 1, 2)
+ lot4.addWidget(self.deci3on1, 12, 16, 1, 2)
+ lot4.addWidget(self.deci3on2, 12, 18, 1, 2)
+ lot4.addWidget(self.deci3off, 13, 14, 1, 6)
+ lot4.addWidget(self.deci3delay, 14, 14, 1, 3)
+ lot4.addWidget(self.deci3status, 14, 17, 1, 3)
+ lot4.addWidget(QLabel('Sequence'), 15, 14)
+ lot4.addWidget(self.deci3sequence_R, 15, 15, 1, 5)
+ lot4.addWidget(self.deci3sequence_W, 16, 14, 1, 5)
+ lot4.addWidget(self.deci3sequence, 16, 19)
+ lot4.addWidget(self.deciripristino, 20, 0, 1, 20)
+ #5 delay
+ self.vergogna_figura = plt.figure()
+ self.vergogna_canvas = FigureCanvas(self.vergogna_figura)
+ self.wavelength_subp1 = self.vergogna_figura.add_subplot(121)
+ self.wavelength_subp2 = self.vergogna_figura.add_subplot(122)
+ x = np.arange(-5,5,.01)
+ f1 = 1.5*np.exp(-np.square(x-0)/2*np.square(2.5))/(np.sqrt(2*np.pi*np.square(2.5)))
+ f2 = np.exp(-np.square(x-1.5)/2*np.square(2))/(np.sqrt(2*np.pi*np.square(2)))
+ f3 = np.exp(-np.square(x+1.5)/2*np.square(2))/(np.sqrt(2*np.pi*np.square(2)))
+ self.wavelength_subp1.plot(x, f1)
+ self.wavelength_subp1.plot(x, f2)
+ self.wavelength_subp2.plot(x, f1)
+ self.wavelength_subp2.plot(x, f3)
+ self.wavelength_subp1.axes.get_xaxis().set_visible(False)
+ self.wavelength_subp1.axes.get_yaxis().set_visible(False)
+ self.wavelength_subp1.text(-4, 0.1, '-', fontsize='xx-large')
+ self.wavelength_subp1.text(4, 0.16, 'fel', color='blue')
+ self.wavelength_subp1.text(4, 0.12, 'slu', color='orange')
+ self.wavelength_subp2.axes.get_xaxis().set_visible(False)
+ self.wavelength_subp2.axes.get_yaxis().set_visible(False)
+ self.wavelength_subp2.text(-4, 0.1, '+', fontsize='xx-large')
+ self.wavelength_subp2.text(4, 0.16, 'fel', color='blue')
+ self.wavelength_subp2.text(4, 0.12, 'slu', color='orange')
+ self.vergogna_canvas.draw()
self.delaytotem = QPushButton('Totem delay line')
self.delaytotem.clicked.connect(self.apridalaytotem)
- self.delaytotemR = QLineEdit('')
- self.delaytotemR.setReadOnly(1)
+ self.delaytotemR = LineEditRO()
self.delaytotemW = QLineEdit('')
- self.delaytotemABS = QPushButton('GO TO:')
+ self.delaytotemABS = QPushButton('GO TO (ps):')
self.delaytotemABS.clicked.connect(self.delaytotemgoto)
self.delaytotemRELm = QPushButton('<')
self.delaytotemRELm.clicked.connect(self.delaytotemmeno)
self.delaytotemRELstep = QLineEdit('')
self.delaytotemRELp = QPushButton('>')
self.delaytotemRELp.clicked.connect(self.delaytotempiu)
- self.decimators = QPushButton('Decimator panel')
- self.decimators.clicked.connect(self.apridecimatori)
- self.delaycalc = QPushButton('Delay caluculator panel')
+ self.delay8 = QPushButton('TRLS8 delay line')
+ self.delay8.clicked.connect(self.apridalay8)
+ self.delay8R = LineEditRO()
+ self.delay8W = QLineEdit('')
+ self.delay8ABS = QPushButton('GO TO (ps):')
+ self.delay8ABS.clicked.connect(self.delay8goto)
+ self.delay8RELm = QPushButton('<')
+ self.delay8RELm.clicked.connect(self.delay8meno)
+ self.delay8RELstep = QLineEdit('')
+ self.delay8RELp = QPushButton('>')
+ self.delay8RELp.clicked.connect(self.delay8piu)
+ self.triggermain = QPushButton('Main Trigger')
+ self.triggermain.clicked.connect(self.apritrg)
+ self.triggermainR = LineEditRO()
+ self.triggermainW = QLineEdit('')
+ self.triggermainABS = QPushButton('GO TO (ns):')
+ self.triggermainABS.clicked.connect(self.trggoto)
+ self.triggermainRELm = QPushButton('-12ns')
+ self.triggermainRELm.clicked.connect(self.trgmeno)
+ self.triggermainRELp = QPushButton('+12ns')
+ self.triggermainRELp.clicked.connect(self.trgpiu)
+ self.triggerDGQ1 = QPushButton('SDG Trigger')
+ self.triggerDGQ1.clicked.connect(self.apritrg)
+ self.triggerDGQ1R = LineEditRO()
+ self.triggerDGQ1W = QLineEdit('')
+ self.triggerDGQ1ABS = QPushButton('GO TO (ns):')
+ self.triggerDGQ1ABS.clicked.connect(self.sdggoto)
+ self.triggerDGQ1RELm = QPushButton('-1ns')
+ self.triggerDGQ1RELm.clicked.connect(self.sdgmeno)
+ self.triggerDGQ1RELp = QPushButton('+1ns')
+ self.triggerDGQ1RELp.clicked.connect(self.sdgmpiu)
+ self.delaycalc = QPushButton('Delay calculator')
self.delaycalc.clicked.connect(self.apridelaycalc)
- lodelay = QGridLayout()
- lodelay.addWidget(self.delaytotem, 0, 0)
- lodelay.addWidget(self.delaytotemR, 0, 1)
- lodelay.addWidget(QLabel("|"), 0, 2)
- lodelay.addWidget(self.delaytotemABS, 0, 3)
- lodelay.addWidget(self.delaytotemW, 0, 4)
- lodelay.addWidget(QLabel('Move by:'), 0, 5)
- lodelay.addWidget(self.delaytotemRELm, 0, 6)
- lodelay.addWidget(self.delaytotemRELstep, 0, 7)
- lodelay.addWidget(self.delaytotemRELp, 0, 8)
- lodelay.addWidget(QLabel("|"), 0, 9)
- lodelay.addWidget(self.decimators, 0, 10)
- lodelay.addWidget(self.delaycalc, 0, 11)
- self.gruppodelay.setLayout(lodelay)
+ self.delaycalcL = QLabel('Move by (ns)')
+ self.delaycalcS = QLineEdit()
+ self.delaycalcA = QPushButton('Apply')
+ self.delaycalcA.clicked.connect(self.muovidelayslu)
+ self.delaycalcU = QPushButton('Undo')
+ self.delaycalcU.clicked.connect(self.ripristinamemoD)
+ self.scope6M1L = QLabel('Seed-Pil')
+ self.scope6M1R1 = LineEditRO()
+ self.scope6M1R2 = LineEditRO()
+ self.scope6M2L = QLabel('SLU-Pil')
+ self.scope6M2R1 = LineEditRO()
+ self.scope6M2R2 = LineEditRO()
+ self.scope6M3L = QLabel('SLU-Seed')
+ self.scope6M3R1 = LineEditRO()
+ self.scope6M3R2 = LineEditRO()
+ self.scope6M4L = QLabel('Pil-Trg')
+ self.scope6M4R1 = LineEditRO()
+ self.scope6M4R2 = LineEditRO()
+ self.scope6M5L = QLabel('Seed-Trg')
+ self.scope6M5R1 = LineEditRO()
+ self.scope6M5R2 = LineEditRO()
+ self.scope6M6L = QLabel('SLU-trg')
+ self.scope6M6R1 = LineEditRO()
+ self.scope6M6R2 = LineEditRO()
+ self.scope6reset = QPushButton('Clear swap')
+ self.scope6reset.clicked.connect(self.scope6CW)
+ self.scope6apri = QPushButton('open scope6')
+ self.scope6apri.clicked.connect(self.apriscope6)
+ self.memo_tmr_R = QPushButton('Recall TMR memory')
+ self.memo_tmr_R.clicked.connect(self.memoriaTMRr)
+ self.memo_tmr_W = QPushButton('Save TMR memory')
+ self.memo_tmr_W.clicked.connect(self.memoriaTMRw)
+ self.memo_tmx_R = QPushButton('Recall TMX memory')
+ self.memo_tmx_R.clicked.connect(self.memoriaTMXr)
+ self.memo_tmx_W = QPushButton('Save TMX memory')
+ self.memo_tmx_W.clicked.connect(self.memoriaTMXw)
+ self.memo_dpi_R = QPushButton('Recall DPI memory')
+ self.memo_dpi_R.clicked.connect(self.memoriaDPIr)
+ self.memo_dpi_W = QPushButton('Save DPI memory')
+ self.memo_dpi_W.clicked.connect(self.memoriaDPIw)
+ self.memo_ldm_R = QPushButton('Recall LDM memory')
+ self.memo_ldm_R.clicked.connect(self.memoriaLDMr)
+ self.memo_ldm_W = QPushButton('Save LDM memory')
+ self.memo_ldm_W.clicked.connect(self.memoriaLDMw)
+ self.memo_mag_R = QPushButton('Recall MAG memory')
+ self.memo_mag_R.clicked.connect(self.memoriaMAGr)
+ self.memo_mag_W = QPushButton('Save MAG memory')
+ self.memo_mag_W.clicked.connect(self.memoriaMAGw)
+ self.salvatrigger = QPushButton('Save trigger')
+ self.salvatrigger.clicked.connect(self.funzionesalvatrigger)
+ riga = 0
+ lot5.addWidget(QLabel('Measurament from scope-laser-06'), riga, 2, 1, 2)
+ riga += 1
+ lot5.addWidget(self.scope6M1L, riga, 0)
+ lot5.addWidget(self.scope6M2L, riga, 1)
+ lot5.addWidget(self.scope6M3L, riga, 2)
+ lot5.addWidget(self.scope6M4L, riga, 3)
+ lot5.addWidget(self.scope6M5L, riga, 4)
+ lot5.addWidget(self.scope6M6L, riga, 5)
+ riga += 1
+ lot5.addWidget(self.scope6M1R1, riga, 0)
+ lot5.addWidget(self.scope6M2R1, riga, 1)
+ lot5.addWidget(self.scope6M3R1, riga, 2)
+ lot5.addWidget(self.scope6M4R1, riga, 3)
+ lot5.addWidget(self.scope6M5R1, riga, 4)
+ lot5.addWidget(self.scope6M6R1, riga, 5)
+ lot5.addWidget(self.scope6apri, riga, 6)
+ lot5.addWidget(self.scope6reset, riga, 7)
+ riga += 1
+ lot5.addWidget(self.scope6M1R2, riga, 0)
+ lot5.addWidget(self.scope6M2R2, riga, 1)
+ lot5.addWidget(self.scope6M3R2, riga, 2)
+ lot5.addWidget(self.scope6M4R2, riga, 3)
+ lot5.addWidget(self.scope6M5R2, riga, 4)
+ lot5.addWidget(self.scope6M6R2, riga, 5)
+ riga += 1
+ lot5.addWidget(QHLine(), riga, 0, 1, 8)
+ riga += 1
+ lot5.addWidget(QLabel('SLU delay calculator'), riga, 2, 1, 2)
+ riga += 1
+ lot5.addWidget(self.vergogna_canvas, riga, 0, 4, 3)
+ lot5.addWidget(self.delaycalcL, riga, 3)
+ lot5.addWidget(self.delaycalcS, riga, 4)
+ lot5.addWidget(self.delaycalcA, riga, 5)
+ lot5.addWidget(self.delaycalcU, riga, 6)
+ lot5.addWidget(self.salvatrigger, riga, 7)
+ riga += 1
+ lot5.addWidget(QHLine(), riga, 3, 1, 5)
+ riga += 1
+ lot5.addWidget(self.memo_tmr_R, riga, 3)
+ lot5.addWidget(self.memo_tmx_R, riga, 4)
+ lot5.addWidget(self.memo_dpi_R, riga, 5)
+ lot5.addWidget(self.memo_ldm_R, riga, 6)
+ lot5.addWidget(self.memo_mag_R, riga, 7)
+ riga += 1
+ lot5.addWidget(self.memo_tmr_W, riga, 3)
+ lot5.addWidget(self.memo_tmx_W, riga, 4)
+ lot5.addWidget(self.memo_dpi_W, riga, 5)
+ lot5.addWidget(self.memo_ldm_W, riga, 6)
+ lot5.addWidget(self.memo_mag_W, riga, 7)
+ riga += 1
+ lot5.addWidget(QHLine(), riga, 0, 1, 8)
+ riga += 1
+ lot5.addWidget(QLabel('Devices'), riga, 2, 1, 2)
+ riga += 1
+ lot5.addWidget(self.triggermain, riga, 0)
+ lot5.addWidget(self.triggermainR, riga, 1)
+ lot5.addWidget(self.triggermainABS, riga, 2)
+ lot5.addWidget(self.triggermainW, riga, 3)
+ lot5.addWidget(QLabel('Move by:'), riga, 4)
+ lot5.addWidget(self.triggermainRELm, riga, 5)
+ lot5.addWidget(self.triggermainRELp, riga, 7)
+ riga += 1
+ lot5.addWidget(self.triggerDGQ1, riga, 0)
+ lot5.addWidget(self.triggerDGQ1R, riga, 1)
+ lot5.addWidget(self.triggerDGQ1ABS, riga, 2)
+ lot5.addWidget(self.triggerDGQ1W, riga, 3)
+ lot5.addWidget(QLabel('Move by:'), riga, 4)
+ lot5.addWidget(self.triggerDGQ1RELm, riga, 5)
+ lot5.addWidget(self.triggerDGQ1RELp, riga, 7)
+ riga += 1
+ lot5.addWidget(self.delay8, riga, 0)
+ lot5.addWidget(self.delay8R, riga, 1)
+ lot5.addWidget(self.delay8ABS, riga, 2)
+ lot5.addWidget(self.delay8W, riga, 3)
+ lot5.addWidget(QLabel('Move by:'), riga, 4)
+ lot5.addWidget(self.delay8RELm, riga, 5)
+ lot5.addWidget(self.delay8RELstep, riga, 6)
+ lot5.addWidget(self.delay8RELp, riga, 7)
+ riga += 1
+ lot5.addWidget(self.delaytotem, riga, 0)
+ lot5.addWidget(self.delaytotemR, riga, 1)
+ lot5.addWidget(self.delaytotemABS, riga, 2)
+ lot5.addWidget(self.delaytotemW, riga, 3)
+ lot5.addWidget(QLabel('Move by:'), riga, 4)
+ lot5.addWidget(self.delaytotemRELm, riga, 5)
+ lot5.addWidget(self.delaytotemRELstep, riga, 6)
+ lot5.addWidget(self.delaytotemRELp, riga, 7)
+ #6 vacuum
+ self.gruppoUTDR = QGroupBox("UTDR")
+ self.gruppoUH = QGroupBox("UH")
+ self.gruppoEH1 = QGroupBox("EH1")
+ self.gruppoEH2 = QGroupBox("EH2")
+ self.valvolaUH1 = QPushButton("vlvp_uh.01")
+ self.valvolaUH1.clicked.connect(self.pannello_valvolaUH1)
+ self.valvolaUH1_read = LineEditRO()
+ self.valvolaUH1_set = QPushButton("OPEN")
+ self.valvolaUH1_set.clicked.connect(self.smanette_valvolaUH1)
+ self.valvolaUH2 = QPushButton("vlvp_uh.02")
+ self.valvolaUH2.clicked.connect(self.pannello_valvolaUH2)
+ self.valvolaUH2_read = LineEditRO()
+ self.valvolaUH2_set = QPushButton("OPEN")
+ self.valvolaUH2_set.clicked.connect(self.smanette_valvolaUH2)
+ self.valvolaUH3 = QPushButton("vlvp_uh.03")
+ self.valvolaUH3.clicked.connect(self.pannello_valvolaUH3)
+ self.valvolaUH3_read = LineEditRO()
+ self.valvolaUH3_set = QPushButton("OPEN")
+ self.valvolaUH3_set.clicked.connect(self.smanette_valvolaUH3)
+ self.valvolaSH1 = QPushButton("vlvp_sh.01")
+ self.valvolaSH1.clicked.connect(self.pannello_valvolaSH1)
+ self.valvolaSH1_read = LineEditRO()
+ self.valvolaSH1_set = QPushButton("OPEN")
+ self.valvolaSH1_set.clicked.connect(self.smanette_valvolaSH1)
+ self.valvolaEHF1 = QPushButton("vlvp_ehf.01")
+ self.valvolaEHF1.clicked.connect(self.pannello_valvolaEHF1)
+ self.valvolaEHF1_read = LineEditRO()
+ self.valvolaEHF1_set = QPushButton("OPEN")
+ self.valvolaEHF1_set.clicked.connect(self.smanette_valvolaEHF1)
+ self.valvolaEHF2 = QPushButton("vlvp_ehf.02")
+ self.valvolaEHF2.clicked.connect(self.pannello_valvolaEHF2)
+ self.valvolaEHF2_read = LineEditRO()
+ self.valvolaEHF2_set = QPushButton("OPEN")
+ self.valvolaEHF2_set.clicked.connect(self.smanette_valvolaEHF2)
+ self.pompaUH1 = QPushButton("pmp_uh_01")
+ self.pompaUH1.clicked.connect(self.pannello_pompe)
+ self.pompaUH1_read = LineEditRO()
+ self.pompaUH1_set = QPushButton("ON")
+ self.pompaUH1_set.clicked.connect(self.smanetta_pompe1)
+ self.pompaUH2 = QPushButton("pmp_uh_02")
+ self.pompaUH2.clicked.connect(self.pannello_pompe)
+ self.pompaUH2_read = LineEditRO()
+ self.pompaUH2_set = QPushButton("ON")
+ self.pompaUH2_set.clicked.connect(self.smanetta_pompe2)
+ self.pompaUH3 = QPushButton("pmp_uh_03")
+ self.pompaUH3.clicked.connect(self.pannello_pompe)
+ self.pompaUH3_read = LineEditRO()
+ self.pompaUH3_set = QPushButton("ON")
+ self.pompaUH3_set.clicked.connect(self.smanetta_pompe3)
+ self.pompaSH1 = QPushButton("pmp_sh_01")
+ self.pompaSH1.clicked.connect(self.pannello_pompe)
+ self.pompaSH1_read = LineEditRO()
+ self.pompaSH1_set = QPushButton("ON")
+ self.pompaSH1_set.clicked.connect(self.smanetta_pompe4)
+ self.pompaEH1 = QPushButton("pmp_eh_01")
+ self.pompaEH1.clicked.connect(self.pannello_pompe)
+ self.pompaEH1_read = LineEditRO()
+ self.pompaEH1_set = QPushButton("ON")
+ self.pompaEH1_set.clicked.connect(self.smanetta_pompe5)
+ self.pompaEH2 = QPushButton("pmp_eh_02")
+ self.pompaEH2.clicked.connect(self.pannello_pompe)
+ self.pompaEH2_read = LineEditRO()
+ self.pompaEH2_set = QPushButton("ON")
+ self.pompaEH2_set.clicked.connect(self.smanetta_pompe6)
+ self.sensoreUTDR = QPushButton("vgpi_slu_utdr.01")
+ self.sensoreUTDR.clicked.connect(self.pannello_sensore_UTDR)
+ self.sensoreUTDR_read = LineEditRO()
+ self.sensoreUH1 = QPushButton("vgpi_slu_uh.01")
+ self.sensoreUH1.clicked.connect(self.pannello_sensore_UH1)
+ self.sensoreUH1_read = LineEditRO()
+ self.sensoreUH2 = QPushButton("vgpi_slu_uh.02")
+ self.sensoreUH2.clicked.connect(self.pannello_sensore_UH2)
+ self.sensoreUH2_read = LineEditRO()
+ self.sensoreUH3 = QPushButton("vgpi_slu_uh.03")
+ self.sensoreUH3.clicked.connect(self.pannello_sensore_UH3)
+ self.sensoreUH3_read = LineEditRO()
+ self.sensoreUH4 = QPushButton("vgpi_slu_uh.04")
+ self.sensoreUH4.clicked.connect(self.pannello_sensore_UH4)
+ self.sensoreUH4_read = LineEditRO()
+ self.sensoreSH1 = QPushButton("vgpi_slu_sh.01")
+ self.sensoreSH1.clicked.connect(self.pannello_sensore_SH1)
+ self.sensoreSH1_read = LineEditRO()
+ self.sensoreEHF1 = QPushButton("vgpi_slu_ehf.01")
+ self.sensoreEHF1.clicked.connect(self.pannello_sensore_EHF1)
+ self.sensoreEHF1_read = LineEditRO()
+ self.sensoreEHF2 = QPushButton("vgpi_slu_ehf.02")
+ self.sensoreEHF2.clicked.connect(self.pannello_sensore_EHF2)
+ self.sensoreEHF2_read = LineEditRO()
+ self.sensoreEHF3 = QPushButton("vgpi_slu_ehf.03")
+ self.sensoreEHF3.clicked.connect(self.pannello_sensore_EHF3)
+ self.sensoreEHF3_read = LineEditRO()
+ self.sensoreEHF4 = QPushButton("vgpi_slu_ehf.04")
+ self.sensoreEHF4.clicked.connect(self.pannello_sensore_EHF4)
+ self.sensoreEHF4_read = LineEditRO()
+ self.cumulativoUH = QPushButton("Start all pumps and Open all valves")
+ self.cumulativoUH.clicked.connect(self.cumulativo_UH)
+ self.cumulativoEHF1 = QPushButton("Start all pumps and Open all valves")
+ self.cumulativoEHF1.clicked.connect(self.cumulativo_EH1)
+ self.cumulativoEHF2 = QPushButton("Start all pumps and Open all valves")
+ self.cumulativoEHF2.clicked.connect(self.cumulativo_EH2)
+ lo_UTDR = QGridLayout()
+ lo_UTDR.addWidget(self.sensoreUTDR, 0, 0)
+ lo_UTDR.addWidget(self.sensoreUTDR_read, 1, 0)
+ self.gruppoUTDR.setLayout(lo_UTDR)
+ lo_UH = QGridLayout()
+ lo_UH.addWidget(self.sensoreUH3, 0, 0, 1, 9)
+ lo_UH.addWidget(self.sensoreUH3_read, 0, 9, 1, 9)
+ lo_UH.addWidget(self.sensoreUH1, 2, 0, 1, 3)
+ lo_UH.addWidget(self.sensoreUH1_read, 2, 3, 1, 3)
+ lo_UH.addWidget(self.valvolaUH1, 3, 0, 1, 2)
+ lo_UH.addWidget(self.valvolaUH1_read, 3, 2, 1, 2)
+ lo_UH.addWidget(self.valvolaUH1_set, 3, 4, 1, 2)
+ lo_UH.addWidget(self.pompaUH1, 4, 0, 1, 2)
+ lo_UH.addWidget(self.pompaUH1_read, 4, 2, 1, 2)
+ lo_UH.addWidget(self.pompaUH1_set, 4, 4, 1, 2)
+ lo_UH.addWidget(self.sensoreUH2, 2, 6, 1, 3)
+ lo_UH.addWidget(self.sensoreUH2_read, 2, 9, 1, 3)
+ lo_UH.addWidget(self.valvolaUH2, 3, 6, 1, 2)
+ lo_UH.addWidget(self.valvolaUH2_read, 3, 8, 1, 2)
+ lo_UH.addWidget(self.valvolaUH2_set, 3, 10, 1, 2)
+ lo_UH.addWidget(self.pompaUH2, 4, 6, 1, 2)
+ lo_UH.addWidget(self.pompaUH2_read, 4, 8, 1, 2)
+ lo_UH.addWidget(self.pompaUH2_set, 4, 10, 1, 2)
+ lo_UH.addWidget(self.sensoreUH4, 2, 12, 1, 3)
+ lo_UH.addWidget(self.sensoreUH4_read, 2, 15, 1, 3)
+ lo_UH.addWidget(self.valvolaUH3, 3, 12, 1, 2)
+ lo_UH.addWidget(self.valvolaUH3_read, 3, 14, 1, 2)
+ lo_UH.addWidget(self.valvolaUH3_set, 3, 16, 1, 2)
+ lo_UH.addWidget(self.pompaUH3, 4, 12, 1, 2)
+ lo_UH.addWidget(self.pompaUH3_read, 4, 14, 1, 2)
+ lo_UH.addWidget(self.pompaUH3_set, 4, 16, 1, 2)
+ lo_UH.addWidget(self.cumulativoUH, 5, 0, 1, 18)
+ self.gruppoUH.setLayout(lo_UH)
+ lo_EH1 = QGridLayout()
+ lo_EH1.addWidget(self.sensoreEHF1, 0, 0, 1, 6)
+ lo_EH1.addWidget(self.sensoreEHF1_read, 0, 6, 1, 6)
+ lo_EH1.addWidget(self.sensoreSH1, 2, 0, 1, 3)
+ lo_EH1.addWidget(self.sensoreSH1_read, 2, 3, 1, 3)
+ lo_EH1.addWidget(self.valvolaSH1, 3, 0, 1, 2)
+ lo_EH1.addWidget(self.valvolaSH1_read, 3, 2, 1, 2)
+ lo_EH1.addWidget(self.valvolaSH1_set, 3, 4, 1, 2)
+ lo_EH1.addWidget(self.pompaSH1, 4, 0, 1, 2)
+ lo_EH1.addWidget(self.pompaSH1_read, 4, 2, 1, 2)
+ lo_EH1.addWidget(self.pompaSH1_set, 4, 4, 1, 2)
+ lo_EH1.addWidget(self.sensoreEHF2, 2, 6, 1, 3)
+ lo_EH1.addWidget(self.sensoreEHF2_read, 2, 9, 1, 3)
+ lo_EH1.addWidget(self.valvolaEHF1, 3, 6, 1, 2)
+ lo_EH1.addWidget(self.valvolaEHF1_read, 3, 8, 1, 2)
+ lo_EH1.addWidget(self.valvolaEHF1_set, 3, 10, 1, 2)
+ lo_EH1.addWidget(self.pompaEH1, 4, 6, 1, 2)
+ lo_EH1.addWidget(self.pompaEH1_read, 4, 8, 1, 2)
+ lo_EH1.addWidget(self.pompaEH1_set, 4, 10, 1, 2)
+ lo_EH1.addWidget(self.cumulativoEHF1, 5, 0, 1, 12)
+ self.gruppoEH1.setLayout(lo_EH1)
+ lo_EH2 = QGridLayout()
+ lo_EH2.addWidget(self.sensoreEHF3, 0, 0, 1, 3)
+ lo_EH2.addWidget(self.sensoreEHF3_read, 0, 3, 1, 3)
+ lo_EH2.addWidget(self.sensoreEHF4, 2, 0, 1, 3)
+ lo_EH2.addWidget(self.sensoreEHF4_read, 2, 3, 1, 3)
+ lo_EH2.addWidget(self.valvolaEHF2, 3, 0, 1, 2)
+ lo_EH2.addWidget(self.valvolaEHF2_read, 3, 2, 1, 2)
+ lo_EH2.addWidget(self.valvolaEHF2_set, 3, 4, 1, 2)
+ lo_EH2.addWidget(self.pompaEH2, 4, 0, 1, 2)
+ lo_EH2.addWidget(self.pompaEH2_read, 4, 2, 1, 2)
+ lo_EH2.addWidget(self.pompaEH2_set, 4, 4, 1, 2)
+ lo_EH2.addWidget(self.cumulativoEHF2, 5, 0, 1, 6)
+ self.gruppoEH2.setLayout(lo_EH2)
+ lot6.addWidget(self.gruppoUTDR, 0, 0)
+ lot6.addWidget(self.gruppoUH, 0, 1, 1, 4)
+ lot6.addWidget(self.gruppoEH1, 1, 0, 2, 3)
+ lot6.addWidget(self.gruppoEH2, 1, 3, 2, 2)
+ #7 temperatures
+ self.tem_revo_l = QLabel('Pump laser')
+ self.tem_revo_r = LineEditRO()
+ self.tem_elite_l = QLabel('Amplifier')
+ self.tem_elite_r = LineEditRO()
+ self.tem_table2_l = QLabel('SLR Table2')
+ self.tem_table2_r = LineEditRO()
+ self.tem_table1_l = QLabel('SLR Table1')
+ self.tem_table1_r = LineEditRO()
+ self.tem_utdr_l = QLabel('UTDR')
+ self.tem_utdr_r = LineEditRO()
+ self.tem_uhbb1_l = QLabel('UH BB1')
+ self.tem_uhbb1_r = LineEditRO()
+ self.tem_uhbb2_l = QLabel('UH BB2')
+ self.tem_uhbb2_r = LineEditRO()
+ self.tem_totemup_l = QLabel('TOTEM UP')
+ self.tem_totemup_r = LineEditRO()
+ self.tem_totemdown_l = QLabel('TOTEM DOWN')
+ self.tem_totemdown_r = LineEditRO()
+ self.tem_totemair_l = QLabel('TOTEM AIR')
+ self.tem_totemair_r = LineEditRO()
+ self.tem_tmr_l = QLabel('Timer IB')
+ self.tem_tmr_r = LineEditRO()
+ self.tem_tmx_l = QLabel('Timex IB')
+ self.tem_tmx_r = LineEditRO()
+ self.tem_dpi_l = QLabel('Diproi IB')
+ self.tem_dpi_r = LineEditRO()
+ self.tem_ldm_l = QLabel('LDM IB')
+ self.tem_ldm_r = LineEditRO()
+ self.tem_mag_l = QLabel('Magnedyn IB')
+ self.tem_mag_r = LineEditRO()
+ self.apri_hdb = QPushButton('view trend on HDB')
+ self.apri_hdb.clicked.connect(self.lanciahdb)
+ lot7.addWidget(self.tem_revo_l, 0, 0)
+ lot7.addWidget(self.tem_revo_r, 0, 1)
+ lot7.addWidget(self.tem_elite_l, 1, 0)
+ lot7.addWidget(self.tem_elite_r, 1, 1)
+ lot7.addWidget(self.tem_table2_l, 2, 0)
+ lot7.addWidget(self.tem_table2_r, 2, 1)
+ lot7.addWidget(self.tem_table1_l, 3, 0)
+ lot7.addWidget(self.tem_table1_r, 3, 1)
+ lot7.addWidget(self.tem_utdr_l, 4, 0)
+ lot7.addWidget(self.tem_utdr_r, 4, 1)
+ lot7.addWidget(self.tem_uhbb1_l, 5, 0)
+ lot7.addWidget(self.tem_uhbb1_r, 5, 1)
+ lot7.addWidget(self.tem_uhbb2_l, 6, 0)
+ lot7.addWidget(self.tem_uhbb2_r, 6, 1)
+ lot7.addWidget(self.tem_totemup_l, 0, 2)
+ lot7.addWidget(self.tem_totemup_r, 0, 3)
+ lot7.addWidget(self.tem_totemdown_l, 1, 2)
+ lot7.addWidget(self.tem_totemdown_r, 1, 3)
+ lot7.addWidget(self.tem_totemair_l, 2, 2)
+ lot7.addWidget(self.tem_totemair_r, 2, 3)
+ lot7.addWidget(self.tem_tmr_l, 3, 2)
+ lot7.addWidget(self.tem_tmr_r, 3, 3)
+ lot7.addWidget(self.tem_tmx_l, 4, 2)
+ lot7.addWidget(self.tem_tmx_r, 4, 3)
+ lot7.addWidget(self.tem_dpi_l, 5, 2)
+ lot7.addWidget(self.tem_dpi_r, 5, 3)
+ lot7.addWidget(self.tem_ldm_l, 6, 2)
+ lot7.addWidget(self.tem_ldm_r, 6, 3)
+ lot7.addWidget(self.tem_mag_l, 7, 2)
+ lot7.addWidget(self.tem_mag_r, 7, 3)
+ lot7.addWidget(self.apri_hdb, 7, 0, 1, 2)
+ #8 log/calendar
+ self.contesto_l = QLabel('Archiver for HDB log context')
+ self.contesto_r = LineEditRO()
+ self.contesto_switch = QComboBox()
+ self.contesto_switch.addItem("None")
+ self.contesto_switch.addItem("SHUTDOWN")
+ self.contesto_switch.addItem("TOTEM")
+ self.contesto_switch.addItem("TIMER")
+ self.contesto_switch.addItem("TIMEX")
+ self.contesto_switch.addItem("DIPROI")
+ self.contesto_switch.addItem("LDM")
+ self.contesto_switch.addItem("MAGNEDYN")
+ self.contesto_switch.addItem("ALL")
+ self.contesto_a = QPushButton('Apply')
+ self.contesto_a.clicked.connect(self.cambiacontestolog)
+ lot8.addWidget(self.contesto_l, 1, 0)
+ lot8.addWidget(self.contesto_r, 1, 1)
+ lot8.addWidget(self.contesto_switch, 1, 2)
+ lot8.addWidget(self.contesto_a, 1, 3)
+ lot8.addWidget(QLabel(' '), 2, 3, 8, 1)
+ #12 LDM
+ self.LDM_label_CCD = QLabel('CCD')
+ self.LDM_bottone_CCD0 = QPushButton('CCD SLU 7')
+ self.LDM_bottone_CCD0.clicked.connect(self.ldm_lancia_ccd0)
+ self.LDM_bottone_CCD3 = QPushButton('CCD 3 Autocorrelator')
+ self.LDM_bottone_CCD3.clicked.connect(self.ldm_lancia_ccd3)
+ self.LDM_bottone_CCD4 = QPushButton('CCD 4 Input LDM box')
+ self.LDM_bottone_CCD4.clicked.connect(self.ldm_lancia_ccd4)
+ self.LDM_bottone_CCD6 = QPushButton('CCD 6 Recombination mirror')
+ self.LDM_bottone_CCD6.clicked.connect(self.ldm_lancia_ccd6)
+ self.LDM_bottone_CCD7 = QPushButton('CCD 7 Third Harmonic')
+ self.LDM_bottone_CCD7.clicked.connect(self.ldm_lancia_ccd7)
+ self.LDM_bottone_CCD9 = QPushButton('CCD 9 Virtual sample')
+ self.LDM_bottone_CCD9.clicked.connect(self.ldm_lancia_ccd9)
+ self.LDM_label_EM = QLabel('Energy Meter')
+ self.LDM_bottone_EM1 = QPushButton('Gentec ch1')
+ self.LDM_bottone_EM1.clicked.connect(self.ldm_lancia_em1)
+ self.LDM_bottone_EM1bis = QPushButton('Stop and Configure')
+ self.LDM_bottone_EM1bis.clicked.connect(self.ldm_configura_em1)
+ self.LDM_bottone_EM2 = QPushButton('Gentec ch2')
+ self.LDM_bottone_EM2.clicked.connect(self.ldm_lancia_em2)
+ self.LDM_bottone_EM2bis = QPushButton('Stop and Configure')
+ self.LDM_bottone_EM2bis.clicked.connect(self.ldm_configura_em2)
+ self.LDM_label_SPCTM = QLabel('Spectrometers')
+ self.LDM_bottone_SPCTM1 = QPushButton('Avantes 178-1300')
+ self.LDM_bottone_SPCTM1.clicked.connect(self.ldm_lancia_spctm1)
+ self.LDM_bottone_SPCTM2 = QPushButton('Avantes 212-285')
+ self.LDM_bottone_SPCTM2.clicked.connect(self.ldm_lancia_spctm2)
+ self.LDM_label_MOTOR = QLabel('Motors')
+ self.LDM_rots1_b = QPushButton('ROTS 1')
+ self.LDM_rots1_b.clicked.connect(self.ldm_lancia_rots)
+ self.LDM_rots1_r = LineEditRO()
+ self.LDM_rots1_w = QLineEdit()
+ self.LDM_rots1_a = QPushButton('Apply')
+ self.LDM_rots1_a.clicked.connect(self.ldm_rots1_applica)
+ self.LDM_rots1_relative = movimentirelativi()
+ self.LDM_rots1_relative.muoviM.clicked.connect(self.ldm_rots1_rm)
+ self.LDM_rots1_relative.muoviP.clicked.connect(self.ldm_rots1_rp)
+ self.LDM_rots2_b = QPushButton('ROTS 2')
+ self.LDM_rots2_b.clicked.connect(self.ldm_lancia_rots)
+ self.LDM_rots2_r = LineEditRO()
+ self.LDM_rots2_w = QLineEdit()
+ self.LDM_rots2_a = QPushButton('Apply')
+ self.LDM_rots2_a.clicked.connect(self.ldm_rots2_applica)
+ self.LDM_rots2_relative = movimentirelativi()
+ self.LDM_rots2_relative.muoviM.clicked.connect(self.ldm_rots2_rm)
+ self.LDM_rots2_relative.muoviP.clicked.connect(self.ldm_rots2_rp)
+ self.LDM_rots3_b = QPushButton('ROTS 3')
+ self.LDM_rots3_b.clicked.connect(self.ldm_lancia_rots)
+ self.LDM_rots3_r = LineEditRO()
+ self.LDM_rots3_w = QLineEdit()
+ self.LDM_rots3_a = QPushButton('Apply')
+ self.LDM_rots3_a.clicked.connect(self.ldm_rots3_applica)
+ self.LDM_rots3_relative = movimentirelativi()
+ self.LDM_rots3_relative.muoviM.clicked.connect(self.ldm_rots3_rm)
+ self.LDM_rots3_relative.muoviP.clicked.connect(self.ldm_rots3_rp)
+ self.LDM_trls2_b = QPushButton('Focus')
+ self.LDM_trls2_b.clicked.connect(self.ldm_lancia_trls2)
+ self.LDM_trls2_r = LineEditRO()
+ self.LDM_trls2_w = QLineEdit()
+ self.LDM_trls2_a = QPushButton('Apply')
+ self.LDM_trls2_a.clicked.connect(self.ldm_trls2_applica)
+ self.LDM_trls2_relative = movimentirelativi()
+ self.LDM_trls2_relative.muoviM.clicked.connect(self.ldm_trls2_rm)
+ self.LDM_trls2_relative.muoviP.clicked.connect(self.ldm_trls2_rp)
+ self.LDM_kom1_b = QPushButton('KOM1')
+ self.LDM_kom1_b.clicked.connect(self.ldm_lancia_kom1)
+ self.LDM_kom1_rx = LineEditRO()
+ self.LDM_kom1_ry = LineEditRO()
+ self.LDM_kom1_rel = movimentiacroce()
+ self.LDM_kom1_rel.muoviSU.clicked.connect(self.ldm_kom1_yp)
+ self.LDM_kom1_rel.muoviGIU.clicked.connect(self.ldm_kom1_ym)
+ self.LDM_kom1_rel.muoviDX.clicked.connect(self.ldm_kom1_xp)
+ self.LDM_kom1_rel.muoviSX.clicked.connect(self.ldm_kom1_xm)
+ self.LDM_kom2_b = QPushButton('KOM2')
+ self.LDM_kom2_b.clicked.connect(self.ldm_lancia_kom2)
+ self.LDM_kom2_rx = LineEditRO()
+ self.LDM_kom2_ry = LineEditRO()
+ self.LDM_kom2_rel = movimentiacroce()
+ self.LDM_kom2_rel.muoviSU.clicked.connect(self.ldm_kom2_ym)
+ self.LDM_kom2_rel.muoviGIU.clicked.connect(self.ldm_kom2_yp)
+ self.LDM_kom2_rel.muoviDX.clicked.connect(self.ldm_kom2_xp)
+ self.LDM_kom2_rel.muoviSX.clicked.connect(self.ldm_kom2_xm)
+ self.LDM_feedback1 = QPushButton('pointing Harmonics')
+ self.LDM_feedback1_state = LineEditRO()
+ self.LDM_feedback2 = QPushButton('pointing Fundamental')
+ self.LDM_feedback2_state = LineEditRO()
+ lo_bottoni = QGridLayout()
+ lo_bottoni.addWidget(self.LDM_label_CCD, 0, 0)
+ lo_bottoni.addWidget(self.LDM_bottone_CCD0, 1, 0)
+ lo_bottoni.addWidget(self.LDM_bottone_CCD3, 1, 1)
+ lo_bottoni.addWidget(self.LDM_bottone_CCD4, 2, 0)
+ lo_bottoni.addWidget(self.LDM_bottone_CCD6, 2, 1)
+ lo_bottoni.addWidget(self.LDM_bottone_CCD7, 3, 0)
+ lo_bottoni.addWidget(self.LDM_bottone_CCD9, 3, 1)
+ lo_bottoni.addWidget(QHLine(), 4, 0, 1, 2)
+ lo_bottoni.addWidget(self.LDM_label_EM, 5, 0)
+ lo_bottoni.addWidget(self.LDM_bottone_EM1, 6, 0)
+ lo_bottoni.addWidget(self.LDM_bottone_EM1bis, 6, 1)
+ lo_bottoni.addWidget(self.LDM_bottone_EM2, 7, 0)
+ lo_bottoni.addWidget(self.LDM_bottone_EM2bis, 7,1)
+ lo_bottoni.addWidget(QHLine(), 8, 0, 1, 2)
+ lo_bottoni.addWidget(self.LDM_label_SPCTM, 9, 0)
+ lo_bottoni.addWidget(self.LDM_bottone_SPCTM1, 10, 0)
+ lo_bottoni.addWidget(self.LDM_bottone_SPCTM2, 10, 1)
+ lo_bottoni.addWidget(QHLine(), 11, 0, 1, 2)
+ lo_bottoni.addWidget(QLabel('Feedbacks'), 12, 0)
+ lo_bottoni.addWidget(self.LDM_feedback1, 13, 0)
+ lo_bottoni.addWidget(self.LDM_feedback1_state, 13, 1)
+ lo_bottoni.addWidget(self.LDM_feedback2, 14, 0)
+ lo_bottoni.addWidget(self.LDM_feedback2_state, 14, 1)
+ lot12.addLayout(lo_bottoni, 0, 0, 11, 2)
+ lot12.addWidget(QVLine(), 0, 2, 11, 1)
+ riga = 0
+
+ lot12.addWidget(self.LDM_label_MOTOR, riga, 3)
+ riga +=1
+ lot12.addWidget(self.LDM_rots1_b, riga, 3)
+ lot12.addWidget(self.LDM_rots1_r, riga, 4)
+ lot12.addWidget(self.LDM_rots1_w, riga, 5)
+ lot12.addWidget(self.LDM_rots1_a, riga, 6)
+ lot12.addWidget(self.LDM_rots1_relative, riga, 7, 1, 2)
+ riga +=1
+ lot12.addWidget(self.LDM_rots2_b, riga, 3)
+ lot12.addWidget(self.LDM_rots2_r, riga, 4)
+ lot12.addWidget(self.LDM_rots2_w, riga, 5)
+ lot12.addWidget(self.LDM_rots2_a, riga, 6)
+ lot12.addWidget(self.LDM_rots2_relative, riga, 7, 1, 2)
+ riga +=1
+ lot12.addWidget(self.LDM_rots3_b, riga, 3)
+ lot12.addWidget(self.LDM_rots3_r, riga, 4)
+ lot12.addWidget(self.LDM_rots3_w, riga, 5)
+ lot12.addWidget(self.LDM_rots3_a, riga, 6)
+ lot12.addWidget(self.LDM_rots3_relative, riga, 7, 1, 2)
+ riga +=1
+ lot12.addWidget(self.LDM_trls2_b, riga, 3)
+ lot12.addWidget(self.LDM_trls2_r, riga, 4)
+ lot12.addWidget(self.LDM_trls2_w, riga, 5)
+ lot12.addWidget(self.LDM_trls2_a, riga, 6)
+ lot12.addWidget(self.LDM_trls2_relative, riga, 7, 1, 2)
+ riga +=1
+ lot12.addWidget(self.LDM_kom1_b, riga, 3)
+ lot12.addWidget(self.LDM_kom2_b, riga, 6)
+# riga +=1
+ lot12.addWidget(self.LDM_kom1_rx, riga, 4)
+ lot12.addWidget(self.LDM_kom2_rx, riga, 7)
+# riga +=1
+ lot12.addWidget(self.LDM_kom1_ry, riga, 5)
+ lot12.addWidget(self.LDM_kom2_ry, riga, 8)
+ riga +=1
+ lot12.addWidget(self.LDM_kom1_rel, riga, 3, 5, 3)
+ lot12.addWidget(self.LDM_kom2_rel, riga, 6, 5, 3)
+ #9 timer
+ #10 timex
+ #11 diproi
+ #12 ldm
+ #13 magnedyn
+ #14 alarm
+ self.allarme_enablebeep = QCheckBox('Beep ON')
+ self.allarme_test = QPushButton('Test')
+ self.allarme_test.clicked.connect(self.provailbeep)
+ self.allarme_source_amplifier_current = Riga_allarmi('Numero source_amplifier_current')
+ self.allarme_source_amplifier_temperature = Riga_allarmi('Numero source_amplifier_temperature')
+ self.allarme_source_amplifier_inputfb = Riga_allarmi('Numero source_amplifier_inputfb')
+ self.allarme_source_amplifier_timefb = Riga_allarmi('Numero source_amplifier_timefb')
+ self.allarme_source_launchenergy = Riga_allarmi('Numero source_launch_energy') #o amplifier energy?
+ self.allarme_pointingfb = Riga_allarmi('Stato pointing_feedback')
+ self.allarme_pointingtt1 = Riga_allarmi('Numero pointing_tt1')
+ self.allarme_pointingtt2 = Riga_allarmi('Numero pointing_tt2')
+ self.allarme_pointingtt3 = Riga_allarmi('Numero pointing_tt3')
+ self.allarme_pointingtt4 = Riga_allarmi('Numero pointing_tt4')
+ self.allarme_pointingtt5 = Riga_allarmi('Numero pointing_tt5')
+ self.allarme_vacuumUH = Riga_allarmi('Numero vacuum_uh')
+ self.allarme_vacuumtotem = Riga_allarmi('Numero vacuum_totem')
+ self.allarme_vacuumbl = Riga_allarmi('Numero vacuum_bl')
+ self.allarme_tempuhbb1 = Riga_allarmi('Numero temperature_uh_bb1')
+ self.allarme_tempuhbb2 = Riga_allarmi('Numero temperature_uh_bb2')
+ self.allarme_temptotemup = Riga_allarmi('Numero temperature_totem_up')
+ self.allarme_temptotemdown = Riga_allarmi('Numero temperature_totem_down')
+ self.allarme_tempibtmx = Riga_allarmi('Numero temperature_ib_tmx')
+ self.allarme_tempibtmr = Riga_allarmi('Numero temperature_ib_tmr')
+ self.allarme_tempibdpi = Riga_allarmi('Numero temperature_ib_dpi')
+ self.allarme_tempibldm = Riga_allarmi('Numero temperature_ib_ldm')
+ self.allarme_tempibmag = Riga_allarmi('Numero temperature_ib_mag')
+ lot14.addWidget(self.allarme_enablebeep, 0, 0)
+ lot14.addWidget(self.allarme_test, 0, 1)
+ lot14.addWidget(self.allarme_source_amplifier_current, 10, 0)
+ lot14.addWidget(self.allarme_source_amplifier_temperature, 11, 0)
+ lot14.addWidget(self.allarme_source_amplifier_inputfb, 12, 0)
+ lot14.addWidget(self.allarme_source_amplifier_timefb, 13, 0)
+ lot14.addWidget(self.allarme_source_launchenergy, 14, 0)
+ lot14.addWidget(self.allarme_pointingfb, 15, 0)
+ lot14.addWidget(self.allarme_pointingtt1, 16, 0)
+ lot14.addWidget(self.allarme_pointingtt2, 17, 0)
+ lot14.addWidget(self.allarme_pointingtt3, 18, 0)
+ lot14.addWidget(self.allarme_pointingtt4, 10, 1)
+ lot14.addWidget(self.allarme_pointingtt5, 11, 1)
+ lot14.addWidget(self.allarme_vacuumUH, 12, 1)
+ lot14.addWidget(self.allarme_vacuumtotem, 13, 1)
+ lot14.addWidget(self.allarme_vacuumbl, 14, 1)
+ lot14.addWidget(self.allarme_tempuhbb1, 15, 1)
+ lot14.addWidget(self.allarme_tempuhbb2, 16, 1)
+ lot14.addWidget(self.allarme_temptotemup, 17, 1)
+ lot14.addWidget(self.allarme_temptotemdown, 18, 1)
+ lot14.addWidget(self.allarme_tempibtmx, 10, 2)
+ lot14.addWidget(self.allarme_tempibtmr, 11, 2)
+ lot14.addWidget(self.allarme_tempibdpi, 12, 2)
+ lot14.addWidget(self.allarme_tempibldm, 13, 2)
+ lot14.addWidget(self.allarme_tempibmag, 14, 2)
### generale
loglobale = QGridLayout()
loglobale.addWidget(self.gruppobeamline, 0, 0)
- loglobale.addWidget(self.grupposorgente, 1, 0)
- loglobale.addWidget(self.grupposhutter, 2, 0)
- loglobale.addWidget(self.gruppofeedback, 3, 0)
- loglobale.addWidget(self.gruppodelay, 4, 0)
+ loglobale.addWidget(self.contienitab, 1, 0)
self.setLayout(loglobale)
self.setStyleSheet("QDialog {background-color: rgb(160, 220, 160)}" + "QGroupBox {background-color: rgb(200, 255, 200)}")
self.setWindowTitle("SLU Source monitor")
@@ -438,8 +1158,27 @@ class MainWindow(QDialog):
self.update()
def update(self):
- self.beamlineattiva.setText(str(self.linea))
- #stato SLU e interlock
+ t0 = time.time()
+ #calendario
+ if self.autodeterminazionedeipupoli == 0:
+ try:
+ risposta_calendario = sacco['calendario'].activity
+ except:
+ risposta_calendario = ''
+ self.beamlineattiva.setText(risposta_calendario)
+ self.linea = risposta_calendario
+####8 log
+ try:
+ risposta_archiviatore = sacco['archiviatore'].context
+ except:
+ risposta_archiviatore = ''
+ self.monitor_log.setText(risposta_archiviatore)
+ self.contesto_r.setText(risposta_archiviatore)
+ if risposta_archiviatore in self.linea:
+ self.monitor_log.setStyleSheet("background-color: rgb(0, 255, 0)")
+ else:
+ self.monitor_log.setStyleSheet("background-color: rgb(255, 0, 0)")
+####1 stato SLU e interlock
try:
tmp = sacco['interlock'].read_attributes(['BSH', 'BSH_Abi', 'Cover', 'Door', 'Plc_status', 'Key'])
if tmp[5].value[10]: #laser OFF
@@ -456,261 +1195,330 @@ class MainWindow(QDialog):
self.STATOSLU.setStyleSheet("background-color: rgb(255, 0, 0)")
#valvolevuoto e shutter
if tmp[0].value[0] or tmp[0].value[2]: #shutter slr e valvola vuoto
- self.letturashutterlaser.setText('CLOSED')
- self.letturashutterlaser.setStyleSheet("background-color: rgb(255, 255, 255)")
+ self.monitor_letturashutterlaser.setText('CLOSED')
+ self.monitor_letturashutterlaser.setStyleSheet("background-color: rgb(255, 255, 255)")
if tmp[0].value[1] and tmp[0].value[3]: #shutter slr e valvola vuoto
- self.letturashutterlaser.setText('OPENED')
- self.letturashutterlaser.setStyleSheet("background-color: rgb(0, 255, 0)")
+ self.monitor_letturashutterlaser.setText('OPENED')
+ self.monitor_letturashutterlaser.setStyleSheet("background-color: rgb(0, 255, 0)")
if self.linea == 'TIMEX' and tmp[0].value[5]:
- self.letturashutterbeamline.setText('CLOSED') #timex
- self.letturashutterbeamline.setStyleSheet("background-color: rgb(255, 255, 255)")
+ self.monitor_letturashutterbeamline.setText('CLOSED') #timex
+ self.monitor_letturashutterbeamline.setStyleSheet("background-color: rgb(255, 255, 255)")
if self.linea == 'TIMEX' and tmp[0].value[7]:
- self.letturashutterbeamline.setText('OPENED') #timex
- self.letturashutterbeamline.setStyleSheet("background-color: rgb(0, 255, 0)")
+ self.monitor_letturashutterbeamline.setText('OPENED') #timex
+ self.monitor_letturashutterbeamline.setStyleSheet("background-color: rgb(0, 255, 0)")
if self.linea == 'DIPROI' and tmp[0].value[8]:
- self.letturashutterbeamline.setText('CLOSED') #diproi
- self.letturashutterbeamline.setStyleSheet("background-color: rgb(255, 255, 255)")
+ self.monitor_letturashutterbeamline.setText('CLOSED') #diproi
+ self.monitor_letturashutterbeamline.setStyleSheet("background-color: rgb(255, 255, 255)")
if self.linea == 'DIPROI' and tmp[0].value[10]:
- self.letturashutterbeamline.setText('OPENED') #diproi
- self.letturashutterbeamline.setStyleSheet("background-color: rgb(0, 255, 0)")
+ self.monitor_letturashutterbeamline.setText('OPENED') #diproi
+ self.monitor_letturashutterbeamline.setStyleSheet("background-color: rgb(0, 255, 0)")
if self.linea == 'LDM' and tmp[0].value[11]:
- self.letturashutterbeamline.setText('CLOSED') #ldm
- self.letturashutterbeamline.setStyleSheet("background-color: rgb(255, 255, 255)")
+ self.monitor_letturashutterbeamline.setText('CLOSED') #ldm
+ self.monitor_letturashutterbeamline.setStyleSheet("background-color: rgb(255, 255, 255)")
if self.linea == 'LDM' and tmp[0].value[13]:
- self.letturashutterbeamline.setText('OPENED') #ldm
- self.letturashutterbeamline.setStyleSheet("background-color: rgb(0, 255, 0)")
+ self.monitor_letturashutterbeamline.setText('OPENED') #ldm
+ self.monitor_letturashutterbeamline.setStyleSheet("background-color: rgb(0, 255, 0)")
if self.linea == 'TIMER' and tmp[0].value[14]:
- self.letturashutterbeamline.setText('CLOSED') #timer
- self.letturashutterbeamline.setStyleSheet("background-color: rgb(255, 255, 255)")
+ self.monitor_letturashutterbeamline.setText('CLOSED') #timer
+ self.monitor_letturashutterbeamline.setStyleSheet("background-color: rgb(255, 255, 255)")
if self.linea == 'TIMER' and tmp[0].value[16]:
- self.letturashutterbeamline.setText('OPENED') #timer
- self.letturashutterbeamline.setStyleSheet("background-color: rgb(0, 255, 0)")
+ self.monitor_letturashutterbeamline.setText('OPENED') #timer
+ self.monitor_letturashutterbeamline.setStyleSheet("background-color: rgb(0, 255, 0)")
if self.linea == 'MAGNEDYN' and tmp[0].value[19]:
- self.letturashutterbeamline.setText('CLOSED') #magnedyn
- self.letturashutterbeamline.setStyleSheet("background-color: rgb(255, 255, 255)")
+ self.monitor_letturashutterbeamline.setText('CLOSED') #magnedyn
+ self.monitor_letturashutterbeamline.setStyleSheet("background-color: rgb(255, 255, 255)")
if self.linea == 'MAGNEDYN' and tmp[0].value[21]:
- self.letturashutterbeamline.setText('OPENED') #magnedyn
- self.letturashutterbeamline.setStyleSheet("background-color: rgb(0, 255, 0)")
+ self.monitor_letturashutterbeamline.setText('OPENED') #magnedyn
+ self.monitor_letturashutterbeamline.setStyleSheet("background-color: rgb(0, 255, 0)")
#abilitazioni
if tmp[1].value[0] and tmp[1].value[10]:
- self.abilitatoshutterlaser.setText('ENABLED')
- self.abilitatoshutterlaser.setStyleSheet("background-color: rgb(0, 255, 0)")
+ self.monitor_abilitatoshutterlaser.setText('ENABLED')
+ self.monitor_abilitatoshutterlaser.setStyleSheet("background-color: rgb(0, 255, 0)")
else:
- self.abilitatoshutterlaser.setText('DISABLED')
- self.abilitatoshutterlaser.setStyleSheet("background-color: rgb(255, 0, 0)")
+ self.monitor_abilitatoshutterlaser.setText('DISABLED')
+ self.monitor_abilitatoshutterlaser.setStyleSheet("background-color: rgb(255, 0, 0)")
if self.linea == 'TIMEX' and tmp[1].value[1]:
- self.abilitatoshutterbeamline.setText('ENABLED') #timex
- self.abilitatoshutterbeamline.setStyleSheet("background-color: rgb(0, 255, 0)")
+ self.monitor_abilitatoshutterbeamline.setText('ENABLED') #timex
+ self.monitor_abilitatoshutterbeamline.setStyleSheet("background-color: rgb(0, 255, 0)")
elif self.linea == 'TIMEX' and tmp[1].value[1] != True:
- self.abilitatoshutterbeamline.setText('DISABLED') #timex
- self.abilitatoshutterbeamline.setStyleSheet("background-color: rgb(255, 0, 0)")
+ self.monitor_abilitatoshutterbeamline.setText('DISABLED') #timex
+ self.monitor_abilitatoshutterbeamline.setStyleSheet("background-color: rgb(255, 0, 0)")
elif self.linea == 'DIPROI' and tmp[1].value[2]:
- self.abilitatoshutterbeamline.setText('ENABLED') #diproi
- self.abilitatoshutterbeamline.setStyleSheet("background-color: rgb(0, 255, 0)")
+ self.monitor_abilitatoshutterbeamline.setText('ENABLED') #diproi
+ self.monitor_abilitatoshutterbeamline.setStyleSheet("background-color: rgb(0, 255, 0)")
elif self.linea == 'DIPROI' and tmp[1].value[2] != True:
- self.abilitatoshutterbeamline.setText('DISABLED') #diproi
- self.abilitatoshutterbeamline.setStyleSheet("background-color: rgb(255, 0, 0)")
+ self.monitor_abilitatoshutterbeamline.setText('DISABLED') #diproi
+ self.monitor_abilitatoshutterbeamline.setStyleSheet("background-color: rgb(255, 0, 0)")
elif self.linea == 'LDM' and tmp[1].value[3]:
- self.abilitatoshutterbeamline.setText('ENABLED') #ldm
- self.abilitatoshutterbeamline.setStyleSheet("background-color: rgb(0, 255, 0)")
+ self.monitor_abilitatoshutterbeamline.setText('ENABLED') #ldm
+ self.monitor_abilitatoshutterbeamline.setStyleSheet("background-color: rgb(0, 255, 0)")
elif self.linea == 'LDM' and tmp[1].value[3] != True:
- self.abilitatoshutterbeamline.setText('DISABLED') #ldm
- self.abilitatoshutterbeamline.setStyleSheet("background-color: rgb(255, 0, 0)")
+ self.monitor_abilitatoshutterbeamline.setText('DISABLED') #ldm
+ self.monitor_abilitatoshutterbeamline.setStyleSheet("background-color: rgb(255, 0, 0)")
elif self.linea == 'TIMER' and tmp[1].value[4]:
- self.abilitatoshutterbeamline.setText('ENABLED') #timer
- self.abilitatoshutterbeamline.setStyleSheet("background-color: rgb(0, 255, 0)")
+ self.monitor_abilitatoshutterbeamline.setText('ENABLED') #timer
+ self.monitor_abilitatoshutterbeamline.setStyleSheet("background-color: rgb(0, 255, 0)")
elif self.linea == 'TIMER' and tmp[1].value[4] != True:
- self.abilitatoshutterbeamline.setText('DISABLED') #timer
- self.abilitatoshutterbeamline.setStyleSheet("background-color: rgb(255, 0, 0)")
+ self.monitor_abilitatoshutterbeamline.setText('DISABLED') #timer
+ self.monitor_abilitatoshutterbeamline.setStyleSheet("background-color: rgb(255, 0, 0)")
elif self.linea == 'MAGNEDYN' and tmp[1].value[12]:
- self.abilitatoshutterbeamline.setText('ENABLED') #magnedyn
- self.abilitatoshutterbeamline.setStyleSheet("background-color: rgb(0, 255, 0)")
+ self.monitor_abilitatoshutterbeamline.setText('ENABLED') #magnedyn
+ self.monitor_abilitatoshutterbeamline.setStyleSheet("background-color: rgb(0, 255, 0)")
elif self.linea == 'MAGNEDYN' and tmp[1].value[12] != True:
- self.abilitatoshutterbeamline.setText('DISABLED') #magnedyn
- self.abilitatoshutterbeamline.setStyleSheet("background-color: rgb(255, 0, 0)")
+ self.monitor_abilitatoshutterbeamline.setText('DISABLED') #magnedyn
+ self.monitor_abilitatoshutterbeamline.setStyleSheet("background-color: rgb(255, 0, 0)")
else:
- self.abilitatoshutterbeamline.setText('Unknown') #?
- self.abilitatoshutterbeamline.setStyleSheet("background-color: rgb(255, 0, 0)")
- #porte, coperchi e plc
+ self.monitor_abilitatoshutterbeamline.setText('Unknown') #?
+ self.monitor_abilitatoshutterbeamline.setStyleSheet("background-color: rgb(255, 0, 0)")
+ #monitor_porte, monitor_coperchi e plc
if False in tmp[2].value[0:5]:
- self.coperchi.setText('Cover open')
- self.coperchi.setStyleSheet("background-color: rgb(255, 0, 0)")
+ self.monitor_coperchi.setText('Cover open')
+ self.monitor_coperchi.setStyleSheet("background-color: rgb(255, 0, 0)")
else:
- self.coperchi.setText('All OK')
- self.coperchi.setStyleSheet("background-color: rgb(0, 255, 0)")
+ self.monitor_coperchi.setText('All OK')
+ self.monitor_coperchi.setStyleSheet("background-color: rgb(0, 255, 0)")
if self.linea == 'MAGNEDYN':
if tmp[3].value[8] == False or tmp[3].value[9] == False:
- self.porte.setText('Doors open')
- self.porte.setStyleSheet("background-color: rgb(255, 0, 0)")
+ self.monitor_porte.setText('Doors open')
+ self.monitor_porte.setStyleSheet("background-color: rgb(255, 0, 0)")
else:
- self.porte.setText('All OK')
- self.porte.setStyleSheet("background-color: rgb(0, 255, 0)")
+ self.monitor_porte.setText('All OK')
+ self.monitor_porte.setStyleSheet("background-color: rgb(0, 255, 0)")
else:
if tmp[3].value[13] == False:
- self.porte.setText('Doors open')
- self.porte.setStyleSheet("background-color: rgb(255, 0, 0)")
+ self.monitor_porte.setText('Doors open')
+ self.monitor_porte.setStyleSheet("background-color: rgb(255, 0, 0)")
else:
- self.porte.setText('All OK')
- self.porte.setStyleSheet("background-color: rgb(0, 255, 0)")
+ self.monitor_porte.setText('All OK')
+ self.monitor_porte.setStyleSheet("background-color: rgb(0, 255, 0)")
if tmp[4].value == False:
- self.piellecci.setText('PLC state')
- self.piellecci.setStyleSheet("background-color: rgb(255, 0, 0)")
+ self.monitor_piellecci.setText('PLC state')
+ self.monitor_piellecci.setStyleSheet("background-color: rgb(255, 0, 0)")
else:
- self.piellecci.setText('All OK')
- self.piellecci.setStyleSheet("background-color: rgb(0, 255, 0)")
+ self.monitor_piellecci.setText('All OK')
+ self.monitor_piellecci.setStyleSheet("background-color: rgb(0, 255, 0)")
except:
self.STATOSLU.setText('Unknown')
self.STATOSLU.setStyleSheet("background-color: rgb(150, 150, 150)")
- self.letturashutterlaser.setText('Unknown')
- self.letturashutterlaser.setStyleSheet("background-color: rgb(150, 150, 150)")
- self.letturashutterbeamline.setText('Unknown')
- self.letturashutterbeamline.setStyleSheet("background-color: rgb(150, 150, 150)")
- self.abilitatoshutterlaser.setText('Unknown')
- self.abilitatoshutterlaser.setStyleSheet("background-color: rgb(150, 150, 150)")
- self.abilitatoshutterbeamline.setText('Unknown')
- self.abilitatoshutterbeamline.setStyleSheet("background-color: rgb(150, 150, 150)")
- self.porte.setText('Unknown')
- self.porte.setStyleSheet("background-color: rgb(150, 150, 150)")
- self.coperchi.setText('Unknown')
- self.coperchi.setStyleSheet("background-color: rgb(150, 150, 150)")
- #vuoto
+ self.monitor_letturashutterlaser.setText('Unknown')
+ self.monitor_letturashutterlaser.setStyleSheet("background-color: rgb(150, 150, 150)")
+ self.monitor_letturashutterbeamline.setText('Unknown')
+ self.monitor_letturashutterbeamline.setStyleSheet("background-color: rgb(150, 150, 150)")
+ self.monitor_abilitatoshutterlaser.setText('Unknown')
+ self.monitor_abilitatoshutterlaser.setStyleSheet("background-color: rgb(150, 150, 150)")
+ self.monitor_abilitatoshutterbeamline.setText('Unknown')
+ self.monitor_abilitatoshutterbeamline.setStyleSheet("background-color: rgb(150, 150, 150)")
+ self.monitor_porte.setText('Unknown')
+ self.monitor_porte.setStyleSheet("background-color: rgb(150, 150, 150)")
+ self.monitor_coperchi.setText('Unknown')
+ self.monitor_coperchi.setStyleSheet("background-color: rgb(150, 150, 150)")
+####2+7 SOURCE
+ condizione_source = 0
+ testo_source = ''
+ #revolution
try:
- READ_vuotoutdr = sacco['vuoto1'].read_attribute('Pressure')
- self.vuotoutdr.setText(str(round(READ_vuotoutdr.value, 1)) + ' mBar')
- if str(READ_vuotoutdr.quality) == 'ATTR_VALID':
- self.vuotoutdr.setStyleSheet("background-color: rgb(0, 255, 0)")
- elif str(READ_vuotoutdr.quality) == 'ATTR_ALARM':
- self.vuotoutdr.setStyleSheet("background-color: rgb(255, 0, 0)")
- elif str(READ_vuotoutdr.quality) == 'ATTR_WARNING':
- self.vuotoutdr.setStyleSheet("background-color: rgb(255, 255, 0)")
+ tmp = sacco['revolution'].read_attributes(['State', 'Current'])
+ risposta_statoampli = str(tmp[0].value)
+ risposta_correnteampli = tmp[1].value
+ if str(tmp[1].quality) != 'ATTR_VALID':
+ self.source_amplicurrent.setStyleSheet("background-color: rgb(255, 0, 0)")
else:
- self.vuotoutdr.setStyleSheet("background-color: rgb(150, 150, 150)")
+ condizione_source += 1
+ self.source_amplicurrent.setStyleSheet("background-color: rgb(0, 255, 0)")
except:
- self.vuotoutdr.setText('Unknown')
- self.vuotoutdr.setStyleSheet("background-color: rgb(150, 150, 150)")
+ risposta_statoampli = ''
+ risposta_correnteampli = -1
+# self.monitor_ampli.setText(risposta_statoampli + ', ' + str(round(risposta_correnteampli,1)) + ' A')
+ self.source_amplistate.setText(risposta_statoampli)
+ self.source_amplicurrent.setText(str(round(risposta_correnteampli, 1)) + ' A')
+ if risposta_statoampli != 'RUNNING':
+ self.source_amplistate.setStyleSheet("background-color: rgb(255, 0, 0)")
+ else:
+ condizione_source += 1
+ self.source_amplistate.setStyleSheet("background-color: rgb(0, 255, 0)")
+ #attenuatore
try:
- READ_vuotouh = sacco['vuoto2'].read_attribute('Pressure')
- self.vuotouh.setText(str(round(READ_vuotouh.value, 1)) + ' mBar')
- if str(READ_vuotouh.quality) == 'ATTR_VALID':
- self.vuotouh.setStyleSheet("background-color: rgb(0, 255, 0)")
- elif str(READ_vuotouh.quality) == 'ATTR_ALARM':
- self.vuotouh.setStyleSheet("background-color: rgb(255, 0, 0)")
- elif str(READ_vuotouh.quality) == 'ATTR_WARNING':
- self.vuotouh.setStyleSheet("background-color: rgb(255, 255, 0)")
- else:
- self.vuotouh.setStyleSheet("background-color: rgb(150, 150, 150)")
+ tmp = sacco['attenuator'].Position
except:
- self.vuotouh.setText('Unknown')
- self.vuotouh.setStyleSheet("background-color: rgb(150, 150, 150)")
+ tmp = -1
+ self.source_attenuator.setText(str(round(tmp, 2)) + ' deg')
+ #temperature
+ temperaturefuori = 0
try:
- READ_vuotouhtotem = sacco['vuoto3'].read_attribute('Pressure')
- self.vuotouhtotem.setText(str(round(READ_vuotouhtotem.value, 1)) + ' mBar')
- if str(READ_vuotouhtotem.quality) == 'ATTR_VALID':
- self.vuotouhtotem.setStyleSheet("background-color: rgb(0, 255, 0)")
- elif str(READ_vuotouhtotem.quality) == 'ATTR_ALARM':
- self.vuotouhtotem.setStyleSheet("background-color: rgb(255, 0, 0)")
- elif str(READ_vuotouhtotem.quality) == 'ATTR_WARNING':
- self.vuotouhtotem.setStyleSheet("background-color: rgb(255, 255, 0)")
+ tmp = sacco['SLtemperature'].read_attributes(['Pt100_CHLRREVO_01', 'Pt100_Elite_2', 'Pt100_Table2_SLR', 'Pt100_Table1_SLR', 'Pt100_SLU_BB1', 'Pt100_SLU_BB2', 'Pt100_SLU_UTDR'])
+ risposta_trevo = round(tmp[0].value, 1)
+ risposta_telite = round(tmp[1].value, 1)
+ risposta_tslrt2 = round(tmp[2].value, 1)
+ risposta_tslrt1 = round(tmp[3].value, 1)
+ risposta_tuh1 = round(tmp[4].value, 1)
+ risposta_tuh2 = round(tmp[5].value, 1)
+ risposta_tutdr = round(tmp[6].value, 1)
+ if str(tmp[0].quality) != 'ATTR_VALID':
+ self.source_amplipumptemperature.setStyleSheet("background-color: rgb(255, 0, 0)")
+ self.tem_revo_r.setStyleSheet("background-color: rgb(255, 0, 0)")
+ temperaturefuori += 1
else:
- self.vuotouhtotem.setStyleSheet("background-color: rgb(150, 150, 150)")
- except:
- self.vuotouhtotem.setText('Unknown')
- self.vuotouhtotem.setStyleSheet("background-color: rgb(150, 150, 150)")
- try:
- READ_vuotototembeamline = sacco['vuoto4'].read_attribute('Pressure')
- self.vuotototembeamline.setText(str(round(READ_vuotototembeamline.value, 1)) + ' mBar')
- if str(READ_vuotototembeamline.quality) == 'ATTR_VALID':
- self.vuotototembeamline.setStyleSheet("background-color: rgb(0, 255, 0)")
- elif str(READ_vuotototembeamline.quality) == 'ATTR_ALARM':
- self.vuotototembeamline.setStyleSheet("background-color: rgb(255, 0, 0)")
- elif str(READ_vuotototembeamline.quality) == 'ATTR_WARNING':
- self.vuotototembeamline.setStyleSheet("background-color: rgb(255, 255, 0)")
+ condizione_source += 1
+ self.source_amplipumptemperature.setStyleSheet("background-color: rgb(0, 255, 0)")
+ self.tem_revo_r.setStyleSheet("background-color: rgb(0, 255, 0)")
+ if str(tmp[1].quality) != 'ATTR_VALID':
+ self.source_amplitemperature.setStyleSheet("background-color: rgb(255, 0, 0)")
+ self.tem_elite_r.setStyleSheet("background-color: rgb(255, 0, 0)")
+ temperaturefuori += 1
else:
- self.vuotototembeamline.setStyleSheet("background-color: rgb(150, 150, 150)")
- except:
- self.vuotouhtotem.setText('Unknown')
- self.vuotouhtotem.setStyleSheet("background-color: rgb(150, 150, 150)")
- #sourcefb
- stato_globale_amplificatore = 0
- try:
- sourcecurrent = sacco['pump'].read_attribute('Current')
- if str(sourcecurrent.quality) == 'ATTR_VALID':
- stato_globale_amplificatore +=1
- except:
- print('Errore lettura corrente in update/#sourcefb')
- try:
- sourcetemperature = sacco['pumptemperature'].read_attribute(sensoretemperatura)
- if str(sourcetemperature.quality) == 'ATTR_VALID':
- stato_globale_amplificatore +=1
+ condizione_source += 1
+ self.source_amplitemperature.setStyleSheet("background-color: rgb(0, 255, 0)")
+ self.tem_elite_r.setStyleSheet("background-color: rgb(0, 255, 0)")
+ if str(tmp[2].quality) != 'ATTR_VALID':
+ self.tem_table2_r.setStyleSheet("background-color: rgb(255, 0, 0)")
+ temperaturefuori += 1
+ else:
+ self.tem_table2_r.setStyleSheet("background-color: rgb(0, 255, 0)")
+ if str(tmp[3].quality) != 'ATTR_VALID':
+ self.tem_table1_r.setStyleSheet("background-color: rgb(255, 0, 0)")
+ temperaturefuori += 1
+ else:
+ self.tem_table1_r.setStyleSheet("background-color: rgb(0, 255, 0)")
+ if str(tmp[6].quality) != 'ATTR_VALID':
+ self.tem_utdr_r.setStyleSheet("background-color: rgb(255, 0, 0)")
+ temperaturefuori += 1
+ else:
+ self.tem_utdr_r.setStyleSheet("background-color: rgb(0, 255, 0)")
+ if str(tmp[4].quality) != 'ATTR_VALID':
+ self.tem_uhbb1_r.setStyleSheet("background-color: rgb(255, 0, 0)")
+ temperaturefuori += 1
+ else:
+ self.tem_uhbb1_r.setStyleSheet("background-color: rgb(0, 255, 0)")
+ if str(tmp[5].quality) != 'ATTR_VALID':
+ self.tem_uhbb2_r.setStyleSheet("background-color: rgb(255, 0, 0)")
+ temperaturefuori += 1
+ else:
+ self.tem_uhbb2_r.setStyleSheet("background-color: rgb(0, 255, 0)")
except:
- print('Errore lettura temperatura in update/#sourcefb')
+ risposta_trevo = -1
+ risposta_telite = -1
+ risposta_tutdr = -1
+ risposta_tuh1 = -1
+ risposta_tuh2 = -1
+ risposta_tslrt2 = -1
+ risposta_tslrt1 = -1
try:
- sourcetrigger = sacco['trigger'].read_attribute(triggerdelays)
- if str(sourcetrigger.quality) == 'ATTR_VALID':
- stato_globale_amplificatore +=1
+ tmp = sacco['SLUtemperature'].read_attributes(['Temp_Pt100_TotemAIR', 'Temp_Pt100_TotemDOWN', 'Temp_Pt100_TotemUP', 'Temp_Pt100_BL'])
+ risposta_tta = round(tmp[0].value, 1)
+ risposta_ttu = round(tmp[1].value, 1)
+ risposta_ttd = round(tmp[2].value, 1)
+ risposta_tldm = round(tmp[3].value, 1)
+ if str(tmp[0].quality) != 'ATTR_VALID':
+ self.tem_totemair_r.setStyleSheet("background-color: rgb(255, 0, 0)")
+ temperaturefuori += 1
+ else:
+ self.tem_totemair_r.setStyleSheet("background-color: rgb(0, 255, 0)")
+ if str(tmp[1].quality) != 'ATTR_VALID':
+ self.tem_totemdown_r.setStyleSheet("background-color: rgb(255, 0, 0)")
+ temperaturefuori += 1
+ else:
+ self.tem_totemdown_r.setStyleSheet("background-color: rgb(0, 255, 0)")
+ if str(tmp[2].quality) != 'ATTR_VALID':
+ self.tem_totemup_r.setStyleSheet("background-color: rgb(255, 0, 0)")
+ temperaturefuori += 1
+ else:
+ self.tem_totemup_r.setStyleSheet("background-color: rgb(0, 255, 0)")
+ if str(tmp[3].quality) != 'ATTR_VALID':
+ self.tem_ldm_r.setStyleSheet("background-color: rgb(255, 0, 0)")
+ temperaturefuori += 1
+ else:
+ self.tem_ldm_r.setStyleSheet("background-color: rgb(0, 255, 0)")
except:
- print('Errore lettura trigger in update/#sourcefb')
- if stato_globale_amplificatore == 3:
- self.globale_amplificatore.setText('Elite' + str(sorgente))
- self.globale_amplificatore.setStyleSheet("background-color: rgb(0, 255, 0)")
- elif stato_globale_amplificatore >0 and stato_globale_amplificatore <3:
- self.globale_amplificatore.setText('Elite' + str(sorgente))
- self.globale_amplificatore.setStyleSheet("background-color: rgb(255, 255, 0)")
+ risposta_tta = -1
+ risposta_ttu = -1
+ risposta_ttd = -1
+ risposta_tldm = -1
+ self.source_amplipumptemperature.setText(str(risposta_trevo) + ' C')
+ self.source_amplitemperature.setText(str(risposta_telite) + ' C')
+ self.tem_revo_r.setText(str(risposta_trevo) + ' C. attribute sl/cooling/dmm_sl.01/Pt100_CHLRREVO_01')
+ self.tem_elite_r.setText(str(risposta_telite) + ' C. attribute sl/cooling/dmm_sl.01/Pt100_Elite_2')
+ self.tem_table2_r.setText(str(risposta_tslrt2) + ' C. attribute sl/cooling/dmm_sl.01/Pt100_Table2_SLR')
+ self.tem_table1_r.setText(str(risposta_tslrt1) + ' C. attribute sl/cooling/dmm_sl.01/Pt100_Table1_SLR')
+ self.tem_utdr_r.setText(str(risposta_tutdr) + ' C. attribute sl/cooling/dmm_sl.01/Pt100_SLU_UTDR')
+ self.tem_uhbb1_r.setText(str(risposta_tuh1) + ' C. attribute sl/cooling/dmm_sl.01/Pt100_SLU_BB1')
+ self.tem_uhbb2_r.setText(str(risposta_tuh2) + ' C. attribute sl/cooling/dmm_sl.01/Pt100_SLU_BB2')
+ self.tem_totemup_r.setText(str(risposta_ttu) + ' C. attribute slu/cooling/dmm_slu.01/Temp_Pt100_TotemUP')
+ self.tem_totemdown_r.setText(str(risposta_ttd) + ' C. attribute slu/cooling/dmm_slu.01/Temp_Pt100_TotemDOWN')
+ self.tem_totemair_r.setText(str(risposta_tta) + ' C. attribute slu/cooling/dmm_slu.01/Temp_Pt100_TotemAIR')
+# self.tem_tmr_r.setText(str() + ' C. attribute slu/cooling/dmm_slu.01/')
+# self.tem_tmx_r.setText(str() + ' C. attribute slu/cooling/dmm_slu.01/')
+# self.tem_dpi_r.setText(str() + ' C. attribute slu/cooling/dmm_slu.01/')
+ self.tem_ldm_r.setText(str(risposta_tldm) + ' C. attribute slu/cooling/dmm_slu.01/Temp_Pt100_BL')
+# self.tem_mag_r.setText(str() + ' C. attribute slu/cooling/dmm_slu.01/')
+ if temperaturefuori > 0:
+ self.monitor_tempera.setStyleSheet("background-color: rgb(255, 0, 0)")
+ self.monitor_tempera.setText('check tab Temperature')
+ self.contienitab.setTabText(5, "!! Temperature !!")
else:
- self.globale_amplificatore.setText('Elite' + str(sorgente))
- self.globale_amplificatore.setStyleSheet("background-color: rgb(255, 0, 0)")
+ self.monitor_tempera.setStyleSheet("background-color: rgb(0, 255, 0)")
+ self.monitor_tempera.setText('all OK')
+ #source feedback
+ risultatofeedback = ''
try:
statofbin = str(sacco['slelitefbin'].State())
- self.statoinput.setText(statofbin)
- if statofbin == 'ON':
- self.statoinput.setStyleSheet("background-color: rgb(0, 255, 0)")
- elif statofbin == 'STANDBY' or statofbin == 'WARNING':
- self.statoinput.setStyleSheet("background-color: rgb(255, 255, 0)")
- elif statofbin == 'OFF' or statofbin == 'ALARM':
- self.statoinput.setStyleSheet("background-color: rgb(255, 0, 0)")
+ self.source_ampliFBin.setText(statofbin)
+ if statofbin != 'ON':
+ self.source_ampliFBin.setStyleSheet("background-color: rgb(255, 0, 0)")
+ risultatofeedback = 'NOK'
else:
- self.statoinput.setStyleSheet("background-color: rgb(150, 150, 150)")
+ self.source_ampliFBin.setStyleSheet("background-color: rgb(0, 255, 0)")
+ condizione_source += 1
+ risultatofeedback = 'ok'
except:
- self.statoinput.setText('unknown')
- self.statoinput.setStyleSheet("background-color: rgb(150, 150, 150)")
+ self.source_ampliFBin.setText('unknown')
+ self.source_ampliFBin.setStyleSheet("background-color: rgb(255, 0, 0)")
+ risultatofeedback = 'NOK'
try:
- statofbout = str(sacco['slelitefbout'].State())
- self.statooutput.setText(statofbout)
- if statofbout == 'ON':
- self.statooutput.setStyleSheet("background-color: rgb(0, 255, 0)")
- elif statofbout == 'STANDBY' or statofbout == 'WARNING':
- self.statooutput.setStyleSheet("background-color: rgb(255, 255, 0)")
- elif statofbout == 'OFF' or statofbout == 'ALARM':
- self.statooutput.setStyleSheet("background-color: rgb(255, 0, 0)")
+ statofbtime = str(sacco['slelitefbtime'].State())
+ self.source_ampliFBtime.setText(statofbtime)
+ if statofbtime != 'ON':
+ self.source_ampliFBtime.setStyleSheet("background-color: rgb(255, 0, 0)")
+ risultatofeedback = 'NOK'
else:
- self.statooutput.setStyleSheet("background-color: rgb(150, 150, 150)")
+ self.source_ampliFBtime.setStyleSheet("background-color: rgb(0, 255, 0)")
+ condizione_source += 1
+ risultatofeedback = 'ok'
except:
- self.statooutput.setText('unknown')
- self.statooutput.setStyleSheet("background-color: rgb(150, 150, 150)")
+ self.source_ampliFBtime.setText('unknown')
+ self.source_ampliFBtime.setStyleSheet("background-color: rgb(255, 0, 0)")
+ risultatofeedback = 'NOK'
+ #energy
try:
- statofbtime = str(sacco['slelitefbtime'].State())
- self.statotime.setText(statofbtime)
- if statofbtime == 'ON':
- self.statotime.setStyleSheet("background-color: rgb(0, 255, 0)")
- elif statofbtime == 'STANDBY' or statofbtime == 'WARNING':
- self.statotime.setStyleSheet("background-color: rgb(255, 255, 0)")
- elif statofbtime == 'OFF' or statofbtime == 'ALARM' or statofbtime == 'MOVING':
- self.statotime.setStyleSheet("background-color: rgb(255, 0, 0)")
+ tmp = sacco['ems8'].read_attribute('Corrected_energy')
+ risposta_ems8 = tmp.value
+ if str(tmp.quality) != 'ATTR_VALID':
+ self.source_launchenergy.setStyleSheet("background-color: rgb(255, 0, 0)")
else:
- self.statotime.setStyleSheet("background-color: rgb(150, 150, 150)")
+ self.source_launchenergy.setStyleSheet("background-color: rgb(0, 255, 0)")
except:
- self.statotime.setText('unknown')
- self.statotime.setStyleSheet("background-color: rgb(150, 150, 150)")
- #energy
+ risposta_ems8 = -1
+ self.source_launchenergy.setText(str(round(risposta_ems8, 3)) + ' mJ')
try:
- tmp = sacco['emslr'].Corrected_Energy
- self.energiaslr_lettura.setText(str(round(tmp, 3)) + ' mJ')
+ tmp = sacco['ems3'].read_attribute('Corrected_energy')
+ risposta_ems3 = tmp.value
+ if str(tmp.quality) != 'ATTR_VALID':
+ self.source_amplienergy.setStyleSheet("background-color: rgb(255, 0, 0)")
+ else:
+ self.source_amplienergy.setStyleSheet("background-color: rgb(0, 255, 0)")
+ condizione_source += 1
except:
- self.energiaslr_lettura.setText('Unknown')
- #transport feedback
+ risposta_ems3 = -1
+ self.source_amplienergy.setText(str(round(risposta_ems3, 3)) + ' mJ')
+ if condizione_source < 7:
+ self.monitor_ampli.setStyleSheet("background-color: rgb(255, 0, 0)")
+ else:
+ self.monitor_ampli.setStyleSheet("background-color: rgb(0, 255, 0)")
+ self.monitor_ampli.setText(risposta_statoampli + ', ' + str(round(risposta_correnteampli,1)) + ' A, fb ' + risultatofeedback + '. Launch energy ' + str(round(risposta_ems8, 2)) + ' mJ')
+####3 transport feedback
altrifeedback = []
if self.linea == 'TOTEM':
READ_statofeedback = str(sacco['totfeedback'].State())
+ READ_pesofeedback = np.sum(sacco['totfeedback'].sensorweights)/2.0
altrifeedback.append(str(sacco['tmrfeedback'].State()))
altrifeedback.append(str(sacco['tmxfeedback'].State()))
altrifeedback.append(str(sacco['dpifeedback'].State()))
@@ -718,6 +1526,7 @@ class MainWindow(QDialog):
altrifeedback.append(str(sacco['magfeedback'].State()))
elif self.linea == 'TIMER':
READ_statofeedback = str(sacco['tmrfeedback'].State())
+ READ_pesofeedback = np.sum(sacco['tmrfeedback'].sensorweights)/2.0
# altrifeedback.append(str(sacco['totfeedback'].State()))
altrifeedback.append(str(sacco['tmxfeedback'].State()))
altrifeedback.append(str(sacco['dpifeedback'].State()))
@@ -725,6 +1534,7 @@ class MainWindow(QDialog):
altrifeedback.append(str(sacco['magfeedback'].State()))
elif self.linea == 'TIMEX':
READ_statofeedback = str(sacco['tmxfeedback'].State())
+ READ_pesofeedback = np.sum(sacco['tmxfeedback'].sensorweights)/2.0
altrifeedback.append(str(sacco['tmrfeedback'].State()))
# altrifeedback.append(str(sacco['totfeedback'].State()))
altrifeedback.append(str(sacco['dpifeedback'].State()))
@@ -732,6 +1542,7 @@ class MainWindow(QDialog):
altrifeedback.append(str(sacco['magfeedback'].State()))
elif self.linea == 'DIPROI':
READ_statofeedback = str(sacco['dpifeedback'].State())
+ READ_pesofeedback = np.sum(sacco['dpifeedback'].sensorweights)/2.0
altrifeedback.append(str(sacco['tmrfeedback'].State()))
altrifeedback.append(str(sacco['tmxfeedback'].State()))
# altrifeedback.append(str(sacco['totfeedback'].State()))
@@ -739,6 +1550,7 @@ class MainWindow(QDialog):
altrifeedback.append(str(sacco['magfeedback'].State()))
elif self.linea == 'LDM':
READ_statofeedback = str(sacco['ldmfeedback'].State())
+ READ_pesofeedback = np.sum(sacco['ldmfeedback'].sensorweights)/2.0
altrifeedback.append(str(sacco['tmrfeedback'].State()))
altrifeedback.append(str(sacco['tmxfeedback'].State()))
altrifeedback.append(str(sacco['dpifeedback'].State()))
@@ -746,18 +1558,28 @@ class MainWindow(QDialog):
altrifeedback.append(str(sacco['magfeedback'].State()))
elif self.linea == 'MAGNEDYN':
READ_statofeedback = str(sacco['magfeedback'].State())
+ READ_pesofeedback = np.sum(sacco['magfeedback'].sensorweights)/2.0
altrifeedback.append(str(sacco['tmrfeedback'].State()))
altrifeedback.append(str(sacco['tmxfeedback'].State()))
altrifeedback.append(str(sacco['dpifeedback'].State()))
altrifeedback.append(str(sacco['ldmfeedback'].State()))
# altrifeedback.append(str(sacco['totfeedback'].State()))
self.feedbackstato.setText(READ_statofeedback)
+ self.monitor_pointing.setText('Feedback ' + READ_statofeedback + ', sensors(ccd) ' + str(READ_pesofeedback) + '/5')
+ if READ_pesofeedback < 4:
+ self.monitor_pointing.setStyleSheet("background-color: rgb(255, 0, 0)")
+ elif READ_pesofeedback < 5:
+ self.monitor_pointing.setStyleSheet("background-color: rgb(255, 255, 0)")
+ elif READ_pesofeedback == 5:
+ self.monitor_pointing.setStyleSheet("background-color: rgb(0, 255, 0)")
if READ_statofeedback == 'ON':
self.feedbackstato.setStyleSheet("background-color: rgb(0, 255, 0)")
elif READ_statofeedback == 'STANDBY' or READ_statofeedback == 'WARNING':
self.feedbackstato.setStyleSheet("background-color: rgb(255, 255, 0)")
+ self.monitor_pointing.setStyleSheet("background-color: rgb(0, 255, 0)")
elif READ_statofeedback == 'OFF' or READ_statofeedback == 'ALARM':
self.feedbackstato.setStyleSheet("background-color: rgb(255, 0, 0)")
+ self.monitor_pointing.setStyleSheet("background-color: rgb(0, 255, 0)")
else:
self.feedbackstato.setStyleSheet("background-color: rgb(150, 150, 150)")
if 'ON' in altrifeedback:
@@ -780,24 +1602,24 @@ class MainWindow(QDialog):
READ_stato_tiptilt = eval("str(sacco['piezo" + str(kkkk) + "'].State())")
perc_y = eval("np.abs(sacco['piezo" + str(kkkk) + "'].VoltageVer - 131000)/1310")
perc_x = eval("np.abs(sacco['piezo" + str(kkkk) + "'].VoltageHor - 131000)/1310")
- eval("self.feedback" + str(kkkk) + "y.setValue(perc_y)")
- eval("self.feedback" + str(kkkk) + "y.setTextVisible(1)")
- eval("self.feedback" + str(kkkk) + "x.setValue(perc_x)")
- eval("self.feedback" + str(kkkk) + "x.setTextVisible(1)")
+ eval("self.feedback" + str(kkkk) + ".barra_v.setValue(perc_y)")
+ eval("self.feedback" + str(kkkk) + ".barra_v.setTextVisible(1)")
+ eval("self.feedback" + str(kkkk) + ".barra_h.setValue(perc_x)")
+ eval("self.feedback" + str(kkkk) + ".barra_h.setTextVisible(1)")
if perc_y > 80:
- eval("self.feedback" + str(kkkk) + "y.setStyleSheet('background-color: rgb(255, 0, 0)')")
+ eval("self.feedback" + str(kkkk) + ".barra_v.setStyleSheet('background-color: rgb(255, 0, 0)')")
else:
- eval("self.feedback" + str(kkkk) + "y.setStyleSheet('background-color: rgb(0, 255, 0)')")
+ eval("self.feedback" + str(kkkk) + ".barra_v.setStyleSheet('background-color: rgb(0, 255, 0)')")
if perc_x > 80:
- eval("self.feedback" + str(kkkk) + "x.setStyleSheet('background-color: rgb(255, 0, 0)')")
+ eval("self.feedback" + str(kkkk) + ".barra_h.setStyleSheet('background-color: rgb(255, 0, 0)')")
else:
- eval("self.feedback" + str(kkkk) + "x.setStyleSheet('background-color: rgb(0, 255, 0)')")
+ eval("self.feedback" + str(kkkk) + ".barra_h.setStyleSheet('background-color: rgb(0, 255, 0)')")
except:
READ_stato_tiptilt = '#####'
- eval("self.feedback" + str(kkkk) + "y.setValue(0)")
- eval("self.feedback" + str(kkkk) + "y.setTextVisible(0)")
- eval("self.feedback" + str(kkkk) + "x.setValue(0)")
- eval("self.feedback" + str(kkkk) + "x.setTextVisible(0)")
+ eval("self.feedback" + str(kkkk) + ".barra_v.setValue(0)")
+ eval("self.feedback" + str(kkkk) + ".barra_v.setTextVisible(0)")
+ eval("self.feedback" + str(kkkk) + ".barra_h.setValue(0)")
+ eval("self.feedback" + str(kkkk) + ".barra_h.setTextVisible(0)")
self.convertistatotiptilt(kkkk, READ_stato_tiptilt)
tmp = sacco['costanti'].read_attribute('voltage_tiptilt_slu01_H')
tmpt = tmp.time.todatetime()
@@ -851,23 +1673,23 @@ class MainWindow(QDialog):
READ_stato_ccd4 = '#####'
ccd4pausa = False
if READ_stato_ccd4 == 'ON' and not ccd4pausa:
- self.feedback4monitor.setStyleSheet("background-color: #00ff00")
+ self.feedback4.tasto_ccd.setStyleSheet("background-color: #00ff00")
elif READ_stato_ccd4 == 'OFF':
- self.feedback4monitor.setStyleSheet("background-color: #ffffff")
+ self.feedback4.tasto_ccd.setStyleSheet("background-color: #ffffff")
elif READ_stato_ccd4 == 'FAULT':
- self.feedback4monitor.setStyleSheet("background-color: #ff0000")
+ self.feedback4.tasto_ccd.setStyleSheet("background-color: #ff0000")
elif READ_stato_ccd4 == 'STANDBY' or ccd4pausa:
- self.feedback4monitor.setStyleSheet("background-color: #ffff00")
+ self.feedback4.tasto_ccd.setStyleSheet("background-color: #ffff00")
elif READ_stato_ccd4 == 'ALARM':
- self.feedback4monitor.setStyleSheet("background-color: #ff9900")
+ self.feedback4.tasto_ccd.setStyleSheet("background-color: #ff9900")
elif READ_stato_ccd4 == 'DISABLE':
- self.feedback4monitor.setStyleSheet("background-color: #ff00ff")
+ self.feedback4.tasto_ccd.setStyleSheet("background-color: #ff00ff")
elif READ_stato_ccd4 == 'INIT':
- self.feedback4monitor.setStyleSheet("background-color: #dddd88")
+ self.feedback4.tasto_ccd.setStyleSheet("background-color: #dddd88")
elif READ_stato_ccd4 == 'UNKNOWN':
- self.feedback4monitor.setStyleSheet("background-color: #888888")
+ self.feedback4.tasto_ccd.setStyleSheet("background-color: #888888")
else:
- self.feedback4monitor.setStyleSheet("background-color: #888888")
+ self.feedback4.tasto_ccd.setStyleSheet("background-color: #888888")
if 'ON' in altreccd or 'ALARM' in altreccd:
self.feedbackstopothersccds.setDisabled(0)
self.feedbackstopothersccds.setStyleSheet("background-color: #ff0000")
@@ -926,52 +1748,574 @@ class MainWindow(QDialog):
else:
self.feedbackstopothersauto.setDisabled(1)
self.feedbackstopothersauto.setStyleSheet("background-color: lightgray")
- # delay
+####4 decimation
+ try:
+ tmp = sacco['decima1'].read_attributes(['DelayMode', 'StatusMode', 'Sequence'])
+ self.deci1sequence_R.setText(str(tmp[2].value).replace('[', '').replace(']','').replace(' ', ', '))
+ if tmp[0].value and not tmp[1].value:
+ mod1 = 'Delay'
+ elif not tmp[0].value and tmp[1].value:
+ mod1 = 'Status'
+ else:
+ mod1 = 'unknown'
+ except:
+ mod1 = 'unknown'
+ try:
+ tmp = sacco['decima2'].read_attributes(['DelayMode', 'StatusMode', 'Sequence'])
+ self.deci2sequence_R.setText(str(tmp[2].value).replace('[', '').replace(']','').replace(' ', ', '))
+ if tmp[0].value and not tmp[1].value:
+ mod2 = 'Delay'
+ elif not tmp[0].value and tmp[1].value:
+ mod2 = 'Status'
+ else:
+ mod2 = 'unknown'
+ except:
+ mod2 = 'unknown'
try:
- delaytotemps = str(round(sacco['totem_delay'].Position, 3)) + ' ps'
+ tmp = sacco['decima3'].read_attributes(['DelayMode', 'StatusMode', 'Sequence'])
+ self.deci3sequence_R.setText(str(tmp[2].value).replace('[', '').replace(']','').replace(' ', ', '))
+ if tmp[0].value and not tmp[1].value:
+ mod3 = 'Delay'
+ elif not tmp[0].value and tmp[1].value:
+ mod3 = 'Status'
+ else:
+ mod3 = 'unknown'
+ except:
+ mod3 = 'unknown'
+ try:
+ tmp = sacco['decimacheck'].read_attribute('ChannelsState')
+ if tmp.value[1] == 10 and tmp.value[2] == 10:
+ self.deci1R.setText('Decimation ON - ' + mod1)
+ self.deci1R.setStyleSheet("background-color: #00ff00")
+ self.deci2R.setText('Decimation ON - ' + mod1)
+ self.deci2R.setStyleSheet("background-color: #00ff00")
+ self.deci3R.setText('Decimation ON - ' + mod1)
+ self.deci3R.setStyleSheet("background-color: #00ff00")
+ self.monitor_decimation.setText('Global SEED+SLU ON - ' + mod1)
+ self.monitor_decimation.setStyleSheet("background-color: #7777ff")
+ if tmp.value[1] == 10 and tmp.value[2] == 1 and tmp.value[10] == 10:
+ self.deci1R.setText('Off - ' + mod1)
+ self.deci1R.setStyleSheet("background-color: #ffffff")
+ self.deci2R.setText('Decimation ON - ' + mod2)
+ self.deci2R.setStyleSheet("background-color: #00ff00")
+ self.deci3R.setText('Off - ' + mod3)
+ self.deci3R.setStyleSheet("background-color: #ffffff")
+ self.monitor_decimation.setText('SEED/FEL ON - ' + mod2)
+ self.monitor_decimation.setStyleSheet("background-color: #7777ff")
+ if tmp.value[1] == 1 and tmp.value[2] == 10 and tmp.value[11] == 10:
+ self.deci1R.setText('Off - ' + mod1)
+ self.deci1R.setStyleSheet("background-color: #ffffff")
+ self.deci2R.setText('Off - ' + mod2)
+ self.deci2R.setStyleSheet("background-color: #ffffff")
+ self.deci3R.setText('Decimation ON - ' + mod3)
+ self.deci3R.setStyleSheet("background-color: #00ff00")
+ self.monitor_decimation.setText('SLU ON - ' + mod3)
+ self.monitor_decimation.setStyleSheet("background-color: #7777ff")
+ if tmp.value[1] == 1 and tmp.value[2] == 1 and tmp.value[11] == 1:
+ self.deci1R.setText('Off - ' + mod1)
+ self.deci1R.setStyleSheet("background-color: #ffffff")
+ self.deci2R.setText('Off - ' + mod2)
+ self.deci2R.setStyleSheet("background-color: #ffffff")
+ self.deci3R.setText('Off - ' + mod3)
+ self.deci3R.setStyleSheet("background-color: #ffffff")
+ self.monitor_decimation.setText('No decimation')
+ self.monitor_decimation.setStyleSheet("background-color: #00ff00")
+ except:
+ self.deci1R.setText('unknown')
+ self.deci2R.setText('unknown')
+ self.deci3R.setText('unknown')
+ self.monitor_decimation.setText('unknown')
+ self.monitor_decimation.setStyleSheet("background-color: #ff0000")
+####5 delay
+ if self.contienitab.currentIndex() == 7:
+ try:
+ tmp = sacco['scope6'].read_attributes(['P1AVG', 'P1Sigma', 'P2AVG', 'P2Sigma', 'P3AVG', 'P3Sigma', 'P4AVG', 'P4Sigma', 'P5AVG', 'P5Sigma', 'P6AVG', 'P6Sigma'])
+ self.scope6M1R1.setText('avg ' + str(round(tmp[0].value * 10**9, 3)) + ' ns')
+ self.scope6M2R1.setText('avg ' + str(round(tmp[2].value * 10**9, 3)) + ' ns')
+ self.scope6M3R1.setText('avg ' + str(round(tmp[4].value * 10**9, 3)) + ' ns')
+ self.scope6M4R1.setText('avg ' + str(round(tmp[6].value * 10**9, 3)) + ' ns')
+ self.scope6M5R1.setText('avg ' + str(round(tmp[8].value * 10**9, 3)) + ' ns')
+ self.scope6M6R1.setText('avg ' + str(round(tmp[10].value * 10**9, 3)) + ' ns')
+ self.scope6M1R2.setText('std ' + str(round(tmp[1].value * 10**9, 1)) + ' ns')
+ self.scope6M2R2.setText('std ' + str(round(tmp[3].value * 10**9, 1)) + ' ns')
+ self.scope6M3R2.setText('std ' + str(round(tmp[5].value * 10**9, 1)) + ' ns')
+ self.scope6M4R2.setText('std ' + str(round(tmp[7].value * 10**9, 1)) + ' ns')
+ self.scope6M5R2.setText('std ' + str(round(tmp[9].value * 10**9, 1)) + ' ns')
+ self.scope6M6R2.setText('std ' + str(round(tmp[11].value * 10**9, 1)) + ' ns')
+ except:
+ self.scope6M1R1.setText('avg ... ns')
+ self.scope6M2R1.setText('avg ... ns')
+ self.scope6M3R1.setText('avg ... ns')
+ self.scope6M4R1.setText('avg ... ns')
+ self.scope6M5R1.setText('avg ... ns')
+ self.scope6M6R1.setText('avg ... ns')
+ self.scope6M1R2.setText('std ... ns')
+ self.scope6M2R2.setText('std ... ns')
+ self.scope6M3R2.setText('std ... ns')
+ self.scope6M4R2.setText('std ... ns')
+ self.scope6M5R2.setText('std ... ns')
+ self.scope6M6R2.setText('std ... ns')
+ else:
+ self.scope6M1R1.setText('avg ' + str(round(-1, 3)))
+ self.scope6M2R1.setText('avg ' + str(round(-1, 3)))
+ self.scope6M3R1.setText('avg ' + str(round(-1, 3)))
+ self.scope6M4R1.setText('avg ' + str(round(-1, 3)))
+ self.scope6M5R1.setText('avg ' + str(round(-1, 3)))
+ self.scope6M6R1.setText('avg ' + str(round(-1, 3)))
+ self.scope6M1R2.setText('std ' + str(round(-1, 1)))
+ self.scope6M2R2.setText('std ' + str(round(-1, 1)))
+ self.scope6M3R2.setText('std ' + str(round(-1, 1)))
+ self.scope6M4R2.setText('std ' + str(round(-1, 1)))
+ self.scope6M5R2.setText('std ' + str(round(-1, 1)))
+ self.scope6M6R2.setText('std ' + str(round(-1, 1)))
+ try:
+ tmp = sacco['totem_delay'].read_attributes(['State', 'Position'])
+ delaytotemps = str(round(tmp[1].value, 3)) + ' ps'
except:
delaytotemps = '##### ps'
self.delaytotemR.setText(delaytotemps)
+ if str(tmp[0].value) == 'ON':
+ self.delaytotemR.setStyleSheet("background-color: #00ff00")
+ elif str(tmp[0].value) == 'MOVING':
+ self.delaytotemR.setStyleSheet("background-color: #7777ff")
+ else:
+ self.delaytotemR.setStyleSheet("background-color: #ff0000")
+ try:
+ tmp = sacco['trls8_delay'].read_attributes(['State', 'Position'])
+ delay8ps = str(round(tmp[1].value, 3)) + ' ps'
+ except:
+ delay8ps = '##### ps'
+ self.delay8R.setText(delay8ps)
+ if str(tmp[0].value) == 'ON':
+ self.delay8R.setStyleSheet("background-color: #00ff00")
+ elif str(tmp[0].value) == 'MOVING':
+ self.delay8R.setStyleSheet("background-color: #7777ff")
+ else:
+ self.delay8R.setStyleSheet("background-color: #ff0000")
+ try:
+ tmp = sacco['triggerSL'].read_attribute('Chan2Delay')
+ risposta_trgmain = tmp.value
+ self.triggermainR.setText(str(round(risposta_trgmain, 3)))
+ if str(tmp.quality) != 'ATTR_VALID':
+ self.triggermainR.setStyleSheet("background-color: #ff0000")
+ else:
+ self.triggermainR.setStyleSheet("background-color: #00ff00")
+ except:
+ risposta_trgmain = -1
+ self.triggermainR.setText(str(round(risposta_trgmain, 3)))
+ self.triggermainR.setStyleSheet("background-color: #ff0000")
+ try:
+ tmp = sacco['triggerDGQ1'].read_attribute('Chan2Delay')
+ risposta_trgsdg = tmp.value
+ self.triggerDGQ1R.setText(str(round(risposta_trgsdg, 3)) + ' ns')
+ if str(tmp.quality) != 'ATTR_VALID':
+ self.triggerDGQ1R.setStyleSheet("background-color: #ff0000")
+ else:
+ self.triggerDGQ1R.setStyleSheet("background-color: #00ff00")
+ except:
+ risposta_trgsdg = -1
+ self.triggerDGQ1R.setText(str(round(risposta_trgsdg, 3)) + ' ns')
+ self.triggerDGQ1R.setStyleSheet("background-color: #ff0000")
+####6 vuoto
+ pompaccesa = 0
+ valvolaperta = 0
+ rosso_pressione = 0
+ try:
+ leggi_pompe = sacco['pompe'].read_attributes(['PMP_UH_01','PMP_UH_02','PMP_UH_03','PMP_SH_01','PMP_EH_01','PMP_EH_02'])
+ stato_pompa_UH1 = leggi_pompe[0].value
+ stato_pompa_UH2 = leggi_pompe[1].value
+ stato_pompa_UH3 = leggi_pompe[2].value
+ stato_pompa_SH1 = leggi_pompe[3].value
+ stato_pompa_EH1 = leggi_pompe[4].value
+ stato_pompa_EH2 = leggi_pompe[5].value
+ except:
+ stato_pompa_UH1 = -1
+ stato_pompa_UH2 = -1
+ stato_pompa_UH3 = -1
+ stato_pompa_SH1 = -1
+ stato_pompa_EH1 = -1
+ stato_pompa_EH2 = -1
+ if stato_pompa_UH1 == True:
+ self.pompaUH1_read.setText('ON')
+ self.pompaUH1_read.setStyleSheet("background-color: rgb(0, 255, 0)")
+ self.pompaUH1_set.setText('OFF')
+ pompaccesa += 1
+ elif stato_pompa_UH1 == False:
+ self.pompaUH1_read.setText('OFF')
+ self.pompaUH1_read.setStyleSheet("background-color: rgb(255, 255, 255)")
+ self.pompaUH1_set.setText('ON')
+ else:
+ self.pompaUH1_read.setText('#####')
+ self.pompaUH1_read.setStyleSheet("background-color: rgb(255, 0, 0)")
+ self.pompaUH1_set.setText('#####')
+ if stato_pompa_UH2 == True:
+ self.pompaUH2_read.setText('ON')
+ self.pompaUH2_read.setStyleSheet("background-color: rgb(0, 255, 0)")
+ self.pompaUH2_set.setText('OFF')
+ pompaccesa += 1
+ elif stato_pompa_UH2 == False:
+ self.pompaUH2_read.setText('OFF')
+ self.pompaUH2_read.setStyleSheet("background-color: rgb(255, 255, 255)")
+ self.pompaUH2_set.setText('ON')
+ else:
+ self.pompaUH2_read.setText('#####')
+ self.pompaUH2_read.setStyleSheet("background-color: rgb(255, 0, 0)")
+ self.pompaUH2_set.setText('#####')
+ if stato_pompa_UH3 == True:
+ self.pompaUH3_read.setText('ON')
+ self.pompaUH3_read.setStyleSheet("background-color: rgb(0, 255, 0)")
+ self.pompaUH3_set.setText('OFF')
+ pompaccesa += 1
+ elif stato_pompa_UH3 == False:
+ self.pompaUH3_read.setText('OFF')
+ self.pompaUH3_read.setStyleSheet("background-color: rgb(255, 255, 255)")
+ self.pompaUH3_set.setText('ON')
+ else:
+ self.pompaUH3_read.setText('#####')
+ self.pompaUH3_read.setStyleSheet("background-color: rgb(255, 0, 0)")
+ self.pompaUH3_set.setText('#####')
+ if stato_pompa_SH1 == True:
+ self.pompaSH1_read.setText('ON')
+ self.pompaSH1_read.setStyleSheet("background-color: rgb(0, 255, 0)")
+ self.pompaSH1_set.setText('OFF')
+ pompaccesa += 1
+ elif stato_pompa_SH1 == False:
+ self.pompaSH1_read.setText('OFF')
+ self.pompaSH1_read.setStyleSheet("background-color: rgb(255, 255, 255)")
+ self.pompaSH1_set.setText('ON')
+ else:
+ self.pompaSH1_read.setText('#####')
+ self.pompaSH1_read.setStyleSheet("background-color: rgb(255, 0, 0)")
+ self.pompaSH1_set.setText('#####')
+ if stato_pompa_EH1 == True:
+ self.pompaEH1_read.setText('ON')
+ self.pompaEH1_read.setStyleSheet("background-color: rgb(0, 255, 0)")
+ self.pompaEH1_set.setText('OFF')
+ pompaccesa += 1
+ elif stato_pompa_EH1 == False:
+ self.pompaEH1_read.setText('OFF')
+ self.pompaEH1_read.setStyleSheet("background-color: rgb(255, 255, 255)")
+ self.pompaEH1_set.setText('ON')
+ else:
+ self.pompaEH1_read.setText('#####')
+ self.pompaEH1_read.setStyleSheet("background-color: rgb(255, 0, 0)")
+ self.pompaEH1_set.setText('#####')
+ if stato_pompa_EH2 == True:
+ self.pompaEH2_read.setText('ON')
+ self.pompaEH2_read.setStyleSheet("background-color: rgb(0, 255, 0)")
+ self.pompaEH2_set.setText('OFF')
+ pompaccesa += 1
+ elif stato_pompa_EH2 == False:
+ self.pompaEH2_read.setText('OFF')
+ self.pompaEH2_read.setStyleSheet("background-color: rgb(255, 255, 255)")
+ self.pompaEH2_set.setText('ON')
+ else:
+ self.pompaEH2_read.setText('#####')
+ self.pompaEH2_read.setStyleSheet("background-color: rgb(0, 255, 0)")
+ self.pompaEH2_set.setText('#####')
+ try:
+ stato_valvola_UH1 = str(sacco['valvolaUH1'].command_inout('State'))
+ except:
+ stato_valvola_UH1 = ''
+ if stato_valvola_UH1 == 'CLOSE':
+ self.valvolaUH1_read.setText('close')
+ self.valvolaUH1_read.setStyleSheet("background-color: rgb(255, 255, 255)")
+ self.valvolaUH1_set.setText('OPEN')
+ elif stato_valvola_UH1 == 'OPEN':
+ self.valvolaUH1_read.setText('open')
+ self.valvolaUH1_read.setStyleSheet("background-color: rgb(255, 255, 0)")
+ self.valvolaUH1_set.setText('CLOSE')
+ valvolaperta += 1
+ else:
+ self.valvolaUH1_read.setText('#####')
+ self.valvolaUH1_read.setStyleSheet("background-color: rgb(255, 0, 0)")
+ self.valvolaUH1_set.setText('#####')
+ try:
+ stato_valvola_UH2 = str(sacco['valvolaUH2'].command_inout('State'))
+ except:
+ stato_valvola_UH2 = ''
+ if stato_valvola_UH2 == 'CLOSE':
+ self.valvolaUH2_read.setText('close')
+ self.valvolaUH2_read.setStyleSheet("background-color: rgb(255, 255, 255)")
+ self.valvolaUH2_set.setText('OPEN')
+ elif stato_valvola_UH2 == 'OPEN':
+ self.valvolaUH2_read.setText('open')
+ self.valvolaUH2_read.setStyleSheet("background-color: rgb(255, 255, 0)")
+ self.valvolaUH2_set.setText('CLOSE')
+ valvolaperta += 1
+ else:
+ self.valvolaUH2_read.setText('#####')
+ self.valvolaUH2_read.setStyleSheet("background-color: rgb(255, 0, 0)")
+ self.valvolaUH2_set.setText('#####')
+ try:
+ stato_valvola_UH3 = str(sacco['valvolaUH3'].command_inout('State'))
+ except:
+ stato_valvola_UH3 = ''
+ if stato_valvola_UH3 == 'CLOSE':
+ self.valvolaUH3_read.setText('close')
+ self.valvolaUH3_read.setStyleSheet("background-color: rgb(255, 255, 255)")
+ self.valvolaUH3_set.setText('OPEN')
+ elif stato_valvola_UH3 == 'OPEN':
+ self.valvolaUH3_read.setText('open')
+ self.valvolaUH3_read.setStyleSheet("background-color: rgb(255, 255, 0)")
+ self.valvolaUH3_set.setText('CLOSE')
+ valvolaperta += 1
+ else:
+ self.valvolaUH3_read.setText('#####')
+ self.valvolaUH3_read.setStyleSheet("background-color: rgb(255, 0, 0)")
+ self.valvolaUH3_set.setText('#####')
+ try:
+ stato_valvola_SH1 = str(sacco['valvolaSH1'].command_inout('State'))
+ except:
+ stato_valvola_SH1 = ''
+ if stato_valvola_SH1 == 'CLOSE':
+ self.valvolaSH1_read.setText('close')
+ self.valvolaSH1_read.setStyleSheet("background-color: rgb(255, 255, 255)")
+ self.valvolaSH1_set.setText('OPEN')
+ elif stato_valvola_SH1 == 'OPEN':
+ self.valvolaSH1_read.setText('open')
+ self.valvolaSH1_read.setStyleSheet("background-color: rgb(255, 255, 0)")
+ self.valvolaSH1_set.setText('CLOSE')
+ valvolaperta += 1
+ else:
+ self.valvolaSH1_read.setText('#####')
+ self.valvolaSH1_read.setStyleSheet("background-color: rgb(255, 0, 0)")
+ self.valvolaSH1_set.setText('#####')
+ try:
+ stato_valvola_EHF1 = str(sacco['valvolaEHF1'].command_inout('State'))
+ except:
+ stato_valvola_EHF1 = ''
+ if stato_valvola_EHF1 == 'CLOSE':
+ self.valvolaEHF1_read.setText('close')
+ self.valvolaEHF1_read.setStyleSheet("background-color: rgb(255, 255, 255)")
+ self.valvolaEHF1_set.setText('OPEN')
+ elif stato_valvola_EHF1 == 'OPEN':
+ self.valvolaEHF1_read.setText('open')
+ self.valvolaEHF1_read.setStyleSheet("background-color: rgb(255, 255, 0)")
+ self.valvolaEHF1_set.setText('CLOSE')
+ valvolaperta += 1
+ else:
+ self.valvolaEHF1_read.setText('#####')
+ self.valvolaEHF1_read.setStyleSheet("background-color: rgb(255, 0, 0)")
+ self.valvolaEHF1_set.setText('#####')
+ try:
+ stato_valvola_EHF2 = str(sacco['valvolaEHF2'].command_inout('State'))
+ except:
+ stato_valvola_EHF2 = ''
+ if stato_valvola_EHF2 == 'CLOSE':
+ self.valvolaEHF2_read.setText('close')
+ self.valvolaEHF2_read.setStyleSheet("background-color: rgb(255, 255, 255)")
+ self.valvolaEHF2_set.setText('OPEN')
+ elif stato_valvola_EHF2 == 'OPEN':
+ self.valvolaEHF2_read.setText('open')
+ self.valvolaEHF2_read.setStyleSheet("background-color: rgb(255, 255, 0)")
+ self.valvolaEHF2_set.setText('CLOSE')
+ valvolaperta += 1
+ else:
+ self.valvolaEHF2_read.setText('#####')
+ self.valvolaEHF2_read.setStyleSheet("background-color: rgb(255, 0, 0)")
+ self.valvolaEHF2_set.setText('#####')
+ try:
+ tmp = sacco['sensoreUTDR'].read_attribute('Pressure')
+ pressione__UTDR = str(tmp.value)
+ self.sensoreUTDR_read.setText(pressione__UTDR + ' mbar')
+ if str(tmp.quality) != 'ATTR_VALID':
+ rosso_pressione += 1
+ except:
+ pressione__UTDR = '-1'
+ self.sensoreUTDR_read.setText(pressione__UTDR + ' mbar')
+ rosso_pressione += 1
+ try:
+ tmp = sacco['sensoreUH1'].read_attribute('Pressure')
+ pressione__UH1 = str(tmp.value)
+ self.sensoreUH1_read.setText(pressione__UH1 + ' mbar')
+ except:
+ self.sensoreUH1_read.setText('-1 mbar')
+ try:
+ tmp = sacco['sensoreUH2'].read_attribute('Pressure')
+ pressione__UH2 = str(tmp.value)
+ self.sensoreUH2_read.setText(pressione__UH2 + ' mbar')
+ except:
+ self.sensoreUH2_read.setText('-1 mbar')
+ try:
+ tmp = sacco['sensoreUH3'].read_attribute('Pressure')
+ pressione__UH3 = str(tmp.value)
+ self.sensoreUH3_read.setText(pressione__UH3 + ' mbar')
+ if str(tmp.quality) != 'ATTR_VALID':
+ rosso_pressione += 1
+ except:
+ pressione__UH3 = '-1'
+ self.sensoreUH3_read.setText(pressione__UH3 + ' mbar')
+ rosso_pressione += 1
+ try:
+ tmp = sacco['sensoreUH4'].read_attribute('Pressure')
+ pressione__UH4 = str(tmp.value)
+ self.sensoreUH4_read.setText(pressione__UH4 + ' mbar')
+ except:
+ self.sensoreUH4_read.setText('-1 mbar')
+ try:
+ tmp = sacco['sensoreSH1'].read_attribute('Pressure')
+ pressione__SH1 = str(tmp.value)
+ self.sensoreSH1_read.setText(pressione__SH1 + ' mbar')
+ except:
+ self.sensoreSH1_read.setText('-1 mbar')
+ try:
+ tmp = sacco['sensoreEHF1'].read_attribute('Pressure')
+ pressione__EHF1 = str(tmp.value)
+ self.sensoreEHF1_read.setText(pressione__EHF1 + ' mbar')
+ if str(tmp.quality) != 'ATTR_VALID':
+ rosso_pressione += 1
+ except:
+ pressione__EHF1 = '-1'
+ self.sensoreEHF1_read.setText(pressione__EHF1 + ' mbar')
+ rosso_pressione += 1
+ try:
+ tmp = sacco['sensoreEHF2'].read_attribute('Pressure')
+ pressione__EHF2 = str(tmp.value)
+ self.sensoreEHF2_read.setText(pressione__EHF2 + ' mbar')
+ except:
+ self.sensoreEHF2_read.setText('-1 mbar')
+ try:
+ tmp = sacco['sensoreEHF3'].read_attribute('Pressure')
+ pressione__EHF3 = str(tmp.value)
+ self.sensoreEHF3_read.setText(pressione__EHF3 + ' mbar')
+ if str(tmp.quality) != 'ATTR_VALID':
+ rosso_pressione += 1
+ except:
+ pressione__EHF3 = '-1'
+ self.sensoreEHF3_read.setText(pressione__EHF3 + ' mbar')
+ rosso_pressione += 1
+ try:
+ tmp = sacco['sensoreEHF4'].read_attribute('Pressure')
+ pressione__EHF4 = str(tmp.value)
+ self.sensoreEHF4_read.setText(pressione__EHF4 + ' mbar')
+ except:
+ self.sensoreEHF4_read.setText('-1 mbar')
+ if pompaccesa == 0 and valvolaperta == 0:
+ pmpvlv = 'Pumps&Valves OK'
+ elif valvolaperta > 0 and valvolaperta == 0:
+ pmpvlv = 'Pumps ON, Valves OK'
+ rosso_pressione += 1
+ elif valvolaperta == 0 and valvolaperta > 0:
+ pmpvlv = 'Pumps OK, Valves OPENED'
+ rosso_pressione += 1
+ elif valvolaperta > 0 and valvolaperta > 0:
+ pmpvlv = 'Pumps ON, Valves OPENED'
+ rosso_pressione += 1
+ self.monitor_vacuum.setText('UH: ' + str(pressione__UH3) + ', EHF1: ' + str(pressione__EHF1) + ', EHF2: ' + str(pressione__EHF3) + ', ' + pmpvlv)
+ if rosso_pressione > 0:
+ self.monitor_vacuum.setStyleSheet("background-color: rgb(255, 0, 0)")
+ else:
+ self.monitor_vacuum.setStyleSheet("background-color: rgb(0, 255, 0)")
+####12 ldm
+ if self.contienitab.currentIndex() == 8:
+ try:
+ tmp = sacco['ldm_kom1'].read_attributes(['Position_X', 'Position_Y'])
+ self.LDM_kom1_rx.setText(str(round(tmp[0].value, 4)))
+ self.LDM_kom1_ry.setText(str(round(tmp[1].value, 4)))
+ except:
+ self.LDM_kom1_rx.setText('#####')
+ self.LDM_kom1_ry.setText('#####')
+ try:
+ tmp = sacco['ldm_kom2'].read_attributes(['Position_X', 'Position_Y'])
+ self.LDM_kom2_rx.setText(str(round(tmp[0].value, 4)))
+ except:
+ self.LDM_kom2_rx.setText('#####')
+ self.LDM_kom2_ry.setText('#####')
+ try:
+ self.LDM_rots1_r.setText(str(round(sacco['ldm_rots1'].UserPosition, 3)))
+ except:
+ self.LDM_rots1_r.setText('#####')
+ try:
+ self.LDM_rots2_r.setText(str(round(sacco['ldm_rots2'].UserPosition, 3)))
+ except:
+ self.LDM_rots2_r.setText('#####')
+ try:
+ self.LDM_rots3_r.setText(str(round(sacco['ldm_rots3'].UserPosition, 3)))
+ except:
+ self.LDM_rots3_r.setText('#####')
+ try:
+ self.LDM_trls2_r.setText(str(round(sacco['ldm_trls2'].UserPosition, 3)))
+ except:
+ self.LDM_trls2_r.setText('#####')
+ try:
+ self.LDM_feedback1_state.setText(str(sacco['ldm_fb1'].State()))
+ except:
+ self.LDM_feedback1_state.setText('#####')
+ try:
+ self.LDM_feedback2_state.setText(str(sacco['ldm_fb2'].State()))
+ except:
+ self.LDM_feedback2_state.setText('#####')
+# print(str(time.time()-t0))
+
+
+
+ def forcepanel(self):
+ nuovalinea = self.menubeamline.currentText()
+ self.linea = nuovalinea
+ self.beamlineattiva.setText(str(self.linea))
+ self.autodeterminazionedeipupoli = 1
+
+ def apripss(self):
+ os.system('/runtime/bin/laserpss -title Laser_safety_system &')
+
+ def lanciailwiki(self):
+ os.system('firefox http://acswww.elettra.trieste.it/Fermi/Procedures/Lasers/monitorpanel &')
+
+ def lanciahdb(self):
+ os.system('firefox http://fcs-proxy-01.elettra.eu/egiga2m/egiga2m.html?conf=fermi &')
+
+ def apricalendario(self):
+ os.system("python /home/lfo/runtime/panels/bin/slucalendarpanel.py &")
+
+ def attenuatoresu(self):
+ gol = sacco['attenuator'].Position + float(self.source_attenuatorcontrol.muoviS.text())
+ sacco['attenuator'].write_attribute('Position', gol)
+
+ def attenuatoregiu(self):
+ gol = sacco['attenuator'].Position - float(self.source_attenuatorcontrol.muoviS.text())
+ sacco['attenuator'].write_attribute('Position', gol)
+#pointing
def convertistatoccd(self, uno, due, tre):
if due == 'ON' and not tre:
- eval("self.feedback" + str(uno) + "monitor.setStyleSheet('background-color: #00ff00')")
+ eval("self.feedback" + str(uno) + ".tasto_ccd.setStyleSheet('background-color: #00ff00')")
elif due == 'OFF':
- eval("self.feedback" + str(uno) + "monitor.setStyleSheet('background-color: #ffffff')")
+ eval("self.feedback" + str(uno) + ".tasto_ccd.setStyleSheet('background-color: #ffffff')")
elif due == 'FAULT':
- eval("self.feedback" + str(uno) + "monitor.setStyleSheet('background-color: #ff0000')")
+ eval("self.feedback" + str(uno) + ".tasto_ccd.setStyleSheet('background-color: #ff0000')")
elif due == 'STANDBY' or tre:
- eval("self.feedback" + str(uno) + "monitor.setStyleSheet('background-color: #ffff00')")
+ eval("self.feedback" + str(uno) + ".tasto_ccd.setStyleSheet('background-color: #ffff00')")
elif due == 'ALARM':
- eval("self.feedback" + str(uno) + "monitor.setStyleSheet('background-color: #ff9900')")
+ eval("self.feedback" + str(uno) + ".tasto_ccd.setStyleSheet('background-color: #ff9900')")
elif due == 'DISABLE':
- eval("self.feedback" + str(uno) + "monitor.setStyleSheet('background-color: #ff00ff')")
+ eval("self.feedback" + str(uno) + ".tasto_ccd.setStyleSheet('background-color: #ff00ff')")
elif due == 'INIT':
- eval("self.feedback" + str(uno) + "monitor.setStyleSheet('background-color: #dddd88')")
+ eval("self.feedback" + str(uno) + ".tasto_ccd.setStyleSheet('background-color: #dddd88')")
elif due == 'UNKNOWN':
- eval("self.feedback" + str(uno) + "monitor.setStyleSheet('background-color: #888888')")
+ eval("self.feedback" + str(uno) + ".tasto_ccd.setStyleSheet('background-color: #888888')")
else:
- eval("self.feedback" + str(uno) + "monitor.setStyleSheet('background-color: #888888')")
+ eval("self.feedback" + str(uno) + ".tasto_ccd.setStyleSheet('background-color: #888888')")
def convertistatotiptilt(self, uno, due):
if due == 'ON':
- eval("self.feedback" + str(uno) + "corrector.setStyleSheet('background-color: #00ff00')")
+ eval("self.feedback" + str(uno) + ".tasto_tip.setStyleSheet('background-color: #00ff00')")
elif due == 'OFF':
- eval("self.feedback" + str(uno) + "corrector.setStyleSheet('background-color: #ffffff')")
+ eval("self.feedback" + str(uno) + ".tasto_tip.setStyleSheet('background-color: #ffffff')")
elif due == 'FAULT':
- eval("self.feedback" + str(uno) + "corrector.setStyleSheet('background-color: #ff0000')")
+ eval("self.feedback" + str(uno) + ".tasto_tip.setStyleSheet('background-color: #ff0000')")
elif due == 'STANDBY':
- eval("self.feedback" + str(uno) + "corrector.setStyleSheet('background-color: #ffff00')")
+ eval("self.feedback" + str(uno) + ".tasto_tip.setStyleSheet('background-color: #ffff00')")
elif due == 'ALARM':
- eval("self.feedback" + str(uno) + "corrector.setStyleSheet('background-color: #ff9900')")
+ eval("self.feedback" + str(uno) + ".tasto_tip.setStyleSheet('background-color: #ff9900')")
elif due == 'DISABLE':
- eval("self.feedback" + str(uno) + "corrector.setStyleSheet('background-color: #ff00ff')")
+ eval("self.feedback" + str(uno) + ".tasto_tip.setStyleSheet('background-color: #ff00ff')")
elif due == 'INIT':
- eval("self.feedback" + str(uno) + "corrector.setStyleSheet('background-color: #dddd88')")
+ eval("self.feedback" + str(uno) + ".tasto_tip.setStyleSheet('background-color: #dddd88')")
elif due == 'UNKNOWN':
- eval("self.feedback" + str(uno) + "corrector.setStyleSheet('background-color: #888888')")
+ eval("self.feedback" + str(uno) + ".tasto_tip.setStyleSheet('background-color: #888888')")
else:
- eval("self.feedback" + str(uno) + "corrector.setStyleSheet('background-color: #888888')")
+ eval("self.feedback" + str(uno) + ".tasto_tip.setStyleSheet('background-color: #888888')")
def neresterasoltantounoFB(self):
if self.linea == 'TOTEM':
@@ -1321,26 +2665,15 @@ class MainWindow(QDialog):
def apriSEQpesi(self):
if self.linea == 'TIMER':
- os.system('/usr/local/tango-9.3.3/bin/atkpanel ' + sacco['tmrfbsequencer'].name() + ' &')
+ os.system('atkpanel ' + sacco['tmrfbsequencer'].name() + ' &')
elif self.linea == 'TIMEX':
- os.system('/usr/local/tango-9.3.3/bin/atkpanel ' + sacco['tmxfbsequencer'].name() + ' &')
+ os.system('atkpanel ' + sacco['tmxfbsequencer'].name() + ' &')
elif self.linea == 'DIPROI':
- os.system('/usr/local/tango-9.3.3/bin/atkpanel ' + sacco['dpifbsequencer'].name() + ' &')
+ os.system('atkpanel ' + sacco['dpifbsequencer'].name() + ' &')
elif self.linea == 'LDM':
- os.system('/usr/local/tango-9.3.3/bin/atkpanel ' + sacco['ldmfbsequencer'].name() + ' &')
+ os.system('atkpanel ' + sacco['ldmfbsequencer'].name() + ' &')
elif self.linea == 'MAGNEDYN':
- os.system('/usr/local/tango-9.3.3/bin/atkpanel ' + sacco['magfbsequencer'].name() + ' &')
-
- def forcepanel(self):
- nuovalinea = self.menubeamline.currentText()
- self.linea = nuovalinea
- self.beamlineattiva.setText('Elite' + str(self.sorgente) + ' to ' + str(self.linea))
-
- def apripss(self):
- os.system('/runtime/bin/laserpss -title Laser_safety_system &')
-
- def lanciailwiki(self):
- os.system('firefox http://acswww.elettra.trieste.it/Fermi/Procedures/Lasers/monitorpanel &')
+ os.system('atkpanel ' + sacco['magfbsequencer'].name() + ' &')
def accendiilfeedback(self):
if self.linea == 'TIMER':
@@ -1424,42 +2757,6 @@ class MainWindow(QDialog):
nome = sacco['magfeedback'].dev_name()
eval("os.system('/runtime/bin/mimo-fb-gui " + nome + " &')")
- def apritiptilt0(self):
- nome = sacco['piezo0'].dev_name()
- eval("os.system('/runtime/bin/slutiptilt " + nome + " &')")
-
- def apriccd0(self):
- nome = sacco['ccd0'].dev_name()
- eval("os.system('/runtime/bin/gigecam-gui " + nome + " --refresh=200 &')")
-
- def apritiptilt1(self):
- nome = sacco['piezo1'].dev_name()
- eval("os.system('/runtime/bin/slutiptilt " + nome + " &')")
-
- def apriccd1(self):
- nome = sacco['ccd1'].dev_name()
- eval("os.system('/runtime/bin/gigecam-gui " + nome + " --refresh=200 &')")
-
- def apritiptilt2(self):
- nome = sacco['piezo2'].dev_name()
- eval("os.system('/runtime/bin/slutiptilt " + nome + " &')")
-
- def apriccd2(self):
- nome = sacco['ccd2'].dev_name()
- eval("os.system('/runtime/bin/gigecam-gui " + nome + " --refresh=200 &')")
-
- def apritiptilt3(self):
- nome = sacco['piezo3'].dev_name()
- eval("os.system('/runtime/bin/slutiptilt " + nome + " &')")
-
- def apriccd3(self):
- nome = sacco['ccd3'].dev_name()
- eval("os.system('/runtime/bin/gigecam-gui " + nome + " --refresh=200 &')")
-
- def apritiptilt4(self):
- nome = sacco['piezo4'].dev_name()
- eval("os.system('/runtime/bin/slutiptilt " + nome + " &')")
-
def apriccd4(self):
if self.linea == 'TIMER':
nome = sacco['tmrccd4'].dev_name()
@@ -1473,12 +2770,6 @@ class MainWindow(QDialog):
nome = sacco['magccd4'].dev_name()
eval("os.system('/runtime/bin/gigecam-gui " + nome + " --refresh=200 &')")
- def apridalaytotem(self):
- os.system('/runtime/bin/motion_controller slu/motor/trls_slu.05 -title SLU_TOTEM_DELAY_LINE &')
-
- def apricalendario(self):
- os.system("python /home/lfo/runtime/panels/bin/slucalendarpanel.py &")
-
def aprifeedbackconf(self):
if self.linea == 'TIMER':
nome = sacco['tmrfeedback'].dev_name()
@@ -1512,29 +2803,6 @@ class MainWindow(QDialog):
elif str(self.feedbackautoonoffreset.text()) == '#####':
print('popup resetta server')
- def delaytotemgoto(self):
- gol = float(self.delaytotemW.text())
- sacco['totem_delay'].write_attribute('Position', gol)
-
- def delaytotemmeno(self):
- tmp = float(self.delaytotemRELstep.text())
- gol = sacco['totem_delay'].position - tmp
- sacco['totem_delay'].write_attribute('Position', gol)
-
- def delaytotempiu(self):
- tmp = float(self.delaytotemRELstep.text())
- gol = sacco['totem_delay'].position + tmp
- sacco['totem_delay'].write_attribute('Position', gol)
-
- def apridecimatori(self):
- os.system("/runtime/bin/sl-decimators-gui &")
-
- def apridelaycalc(self):
- os.system("/runtime/bin/slu-delay-calculator-gui &")
-
- def FUNZIONEVUOTA(self):
- print('FUNZIONEVUOTA')
-
def smart_feedback_on(self):
if self.linea == 'TIMER':
dasitemare1 = sacco['tmrfeedback']
@@ -1599,6 +2867,782 @@ class MainWindow(QDialog):
print('fine')
+ def apridecimatori(self):
+ os.system("/runtime/bin/sl-decimators-gui &")
+
+ def apriscope6(self):
+ os.system('/usr/bin/vncviewer scope-laser-06 &')
+
+ def accendidecimatore(self, chi, metodo):
+ if metodo == 'random':
+ sacco[chi].command_inout('Start', 0)
+ elif metodo == 'odd':
+ BunchNumberStart_new = sacco['frequenza'].BunchNumber
+ if BunchNumberStart_new % 2 > 0:
+ BunchNumberStart_new = BunchNumberStart_new + 50
+ else:
+ BunchNumberStart_new = BunchNumberStart_new + 51
+ sacco[chi].write_attribute('BunchNumberStart', BunchNumberStart_new)
+ sacco[chi].command_inout('Start', 1)
+ elif metodo == 'even':
+ BunchNumberStart_new = sacco['frequenza'].BunchNumber
+ if BunchNumberStart_new % 2 > 0:
+ BunchNumberStart_new = BunchNumberStart_new + 51
+ else:
+ BunchNumberStart_new = BunchNumberStart_new + 50
+ sacco[chi].write_attribute('BunchNumberStart', BunchNumberStart_new)
+ sacco[chi].command_inout('Start', 1)
+
+ def spegnidecimazione(self, chi):
+ sacco[chi].command_inout('Stop')
+ if sacco[chi].EnableStaticTriggerShift:
+ sacco[chi].write_attribute('EnableStaticTriggerShift', 0)
+
+ def decimadelay(self, chi):
+ tmp = sacco[chi].InfiniteCycle
+ sacco[chi].write_attribute('StatusMode', 0)
+ sacco[chi].write_attribute('DelayMode', 1)
+ sacco[chi].write_attribute('InfiniteCycle', 0)
+ sacco[chi].write_attribute('InfiniteCycle', 1)
+ sacco[chi].write_attribute('InfiniteCycle', tmp)
+
+ def decimastatus(self, chi):
+ tmp = sacco[chi].InfiniteCycle
+ sacco[chi].write_attribute('DelayMode', 0)
+ sacco[chi].write_attribute('StatusMode', 1)
+ sacco[chi].write_attribute('InfiniteCycle', 0)
+ sacco[chi].write_attribute('InfiniteCycle', 1)
+ sacco[chi].write_attribute('InfiniteCycle', tmp)
+
+ def decimasequenza(self, chi):
+ if chi == 'decima1':
+ cosa = self.deci1sequence_W.text()
+ elif chi == 'decima2':
+ cosa = self.deci2sequence_W.text()
+ elif chi == 'decima3':
+ cosa = self.deci3sequence_W.text()
+ try:
+ frequenza1050 = sacco['frequenza'].BunchNumberFrequency
+ except:
+ frequenza1050 = -1
+ try:
+ tmp = str(cosa).replace('[', '').replace(']','')
+ if sacco[chi].StatusMode and tmp.count('0') > 4:
+ self.msgBox = QMessageBox()
+ self.msgBox.setIcon(QMessageBox.Question)
+ self.msgBox.setStandardButtons(QMessageBox.Ok | QMessageBox.Cancel)
+ self.msgBox.setText("Decimation is too strong, if the frequency of the laser is below " + str(int(frequenza1050/5)) + "Hz thermal effects might degradate beam quality. Are you sure you want to proceed?")
+ risp = self.msgBox.exec_()
+ if risp == 1024:
+ Sequence_new = [int(aa) for aa in tmp.split(',')]
+ sacco[chi].write_attribute('Sequence', Sequence_new)
+ else:
+ return
+ else:
+ Sequence_new = [int(aa) for aa in tmp.split(',')]
+ sacco[chi].write_attribute('Sequence', Sequence_new)
+ except:
+ print('error ' + str(cosa))
+
+ def decimafermatutto(self):
+ sacco['decima1'].command_inout('Stop')
+ if sacco['decima1'].EnableStaticTriggerShift:
+ sacco['decima1'].write_attribute('EnableStaticTriggerShift', 0)
+ sacco['decima2'].command_inout('Stop')
+ if sacco['decima2'].EnableStaticTriggerShift:
+ sacco['decima2'].write_attribute('EnableStaticTriggerShift', 0)
+ sacco['decima3'].command_inout('Stop')
+ if sacco['decima3'].EnableStaticTriggerShift:
+ sacco['decima3'].write_attribute('EnableStaticTriggerShift', 0)
+ #ripristinodelay
+ files = os.listdir('/home/lfo/data/salvatutto/SEED_trigger/')
+ files = ['/home/lfo/data/salvatutto/SEED_trigger/' + aa for aa in files]
+ ultimo = max(files, key = os.path.getctime)
+ with open(ultimo) as csvfile:
+ spamreader = csv.reader(csvfile, delimiter=',')
+ for row in spamreader:
+ if 'EVR1 ' in row[0]:
+ print(row[0].replace('EVR1 ', 'Chan') + 'Delay ' + row[1])
+ attribrutto = row[0].replace('EVR1 ', 'Chan') + 'Delay'
+ valore = round(float(row[1]), 3)
+ sacco['triggerSL'].write_attribute(attribrutto, valore)
+ csvfile.close()
+
+ def apridelaycalc(self):
+ os.system("/runtime/bin/slu-delay-calculator-gui &")
+
+ def apridalaytotem(self):
+ os.system('/runtime/bin/motion_controller slu/motor/trls_slu.05 -title SLU_TOTEM_DELAY_LINE &')
+
+ def delaytotemgoto(self):
+ gol = float(self.delaytotemW.text())
+ sacco['totem_delay'].write_attribute('Position', gol)
+
+ def delaytotemmeno(self):
+ tmp = float(self.delaytotemRELstep.text())
+ gol = sacco['totem_delay'].position - tmp
+ sacco['totem_delay'].write_attribute('Position', gol)
+
+ def delaytotempiu(self):
+ tmp = float(self.delaytotemRELstep.text())
+ gol = sacco['totem_delay'].position + tmp
+ sacco['totem_delay'].write_attribute('Position', gol)
+
+ def apridalay8(self):
+ os.system('/runtime/bin/xps-gui sl/motor/trls_sl.08 -title SL_SLU_delay_line &')
+
+ def delay8goto(self):
+ gol = float(self.delay8W.text())
+ sacco['trls8_delay'].write_attribute('Position', gol)
+
+ def delay8meno(self):
+ tmp = float(self.delay8RELstep.text())
+ gol = sacco['trls8_delay'].position - tmp
+ sacco['trls8_delay'].write_attribute('Position', gol)
+
+ def delay8piu(self):
+ tmp = float(self.delay8RELstep.text())
+ gol = sacco['trls8_delay'].position + tmp
+ sacco['trls8_delay'].write_attribute('Position', gol)
+
+ def apritrg(self):
+ os.system('/runtime/bin/sl-trigger-gui &')
+
+ def trggoto(self):
+ gol = float(self.triggermainW.text())
+ sacco['triggerSL'].write_attribute('Chan2Delay', gol)
+
+ def trgmeno(self):
+ tmp = 12.67507
+ gol = sacco['triggerSL'].Chan2Delay - tmp
+ sacco['triggerSL'].write_attribute('Chan2Delay', gol)
+
+ def trgpiu(self):
+ tmp = 12.67507
+ gol = sacco['triggerSL'].Chan2Delay + tmp
+ sacco['triggerSL'].write_attribute('Chan2Delay', gol)
+
+ def sdggoto(self):
+ gol = float(self.triggerDGQ1W.text())
+ sacco['triggerDGQ1'].write_attribute('Chan2Delay', gol)
+
+ def sdgmeno(self):
+ tmp = 1.0
+ gol = sacco['triggerDGQ1'].Chan2Delay - tmp
+ sacco['triggerDGQ1'].write_attribute('Chan2Delay', gol)
+
+ def sdgmpiu(self):
+ tmp = 1.0
+ gol = sacco['triggerDGQ1'].Chan2Delay + tmp
+ sacco['triggerDGQ1'].write_attribute('Chan2Delay', gol)
+
+ def muovidelayslu(self):
+ delta_t = float(self.delaycalcS.text())
+ sacco['trls8_delay'].write_attribute('Speed', 100)
+ #salvo i valori attuali
+ self.memoDevrch2 = sacco['triggerSL'].Chan2Delay
+ self.memoDdgqch2 = sacco['triggerDGQ1'].Chan2Delay
+ self.memoDtrls8 = sacco['trls8_delay'].position
+ self.memoDtrls8_ns = self.memoDtrls8/1000
+ #calcolo
+ resto = (delta_t/12.675074466 - int(delta_t/12.675074466))*12.675074466 #ns, avanzo da dare in pasto ai traslatori
+ print('resto ' + str(resto))
+ trg_e2_tmp = self.memoDevrch2 + int(delta_t/12.675074466)*12.675074466 #valore tmp, perche potrebbe cambiare di 1 cilclo per via dei traslatori
+ print('trg_e2_tmp ' + str(trg_e2_tmp))
+ # valuto corsa disponibile sulla slitta, se delta_t oltre i limiti agisco ancora sul trigger
+ print('self.memoDtrls8_ns + resto ' + str(self.memoDtrls8_ns + resto))
+ if self.memoDtrls8_ns + resto >= -6.6 and self.memoDtrls8_ns + resto <= 6.6:
+ self.trls8calc = (self.memoDtrls8_ns + resto)*1000
+ print("caso 1: trls8 entro i limiti")
+ self.trg_elite2calc = trg_e2_tmp
+ elif self.memoDtrls8_ns + resto < -6.6:
+ print("caso 2: trls8 sotto i limiti")
+ self.trls8calc = (self.memoDtrls8_ns + resto + 12.675074466)*1000
+ self.trg_elite2calc = trg_e2_tmp - 12.675074466
+ elif self.memoDtrls8_ns + resto > 6.6:
+ print("caso 3: trls8 sopra i limiti")
+ self.trls8calc = (self.memoDtrls8_ns + resto - 12.675074466)*1000
+ self.trg_elite2calc = trg_e2_tmp + 12.675074466
+ print(self.trls8calc)
+ print(self.trg_elite2calc)
+ # valuto spostamento SDG
+ self.trg_S2calc = self.memoDdgqch2 - int(self.memoDtrls8_ns - self.trls8calc/1000)
+ print('trls8 form ' + str(self.memoDtrls8) + ' to ' + str(self.trls8calc))
+ print('evr ch2 from ' + str(self.memoDevrch2) + ' to ' + str(self.trg_elite2calc))
+ print('sdg from ' + str(self.memoDdgqch2) + ' to ' + str(self.trg_S2calc))
+ sacco['triggerSL'].write_attribute('Chan2Delay', self.trg_elite2calc)
+ sacco['triggerDGQ1'].write_attribute('Chan2Delay', self.trg_S2calc)
+ sacco['trls8_delay'].write_attribute('Position', self.trls8calc)
+
+ def ripristinamemoD(self):
+ sacco['triggerSL'].write_attribute('Chan2Delay', self.memoDevrch2)
+ sacco['triggerDGQ1'].write_attribute('Chan2Delay', self.memoDdgqch2)
+ sacco['trls8_delay'].write_attribute('Position', self.memoDtrls8)
+
+ def scope6CW(self):
+ sacco['scope6'].command_inout('ClearSweeps')
+
+ def memoriaTMRr(self):
+ sacco['trls8_delay'].write_attribute('Position', sacco['costanti'].memo_delay_tmr1)
+ sacco['triggerSL'].write_attribute('Chan2Delay', sacco['costanti'].memo_delay_tmr2)
+ sacco['triggerDGQ1'].write_attribute('Chan2Delay', sacco['costanti'].memo_delay_tmr3)
+ sacco['totem_delay'].write_attribute('Position', sacco['costanti'].memo_delay_tmr4)
+
+ def memoriaTMRw(self):
+ sacco['costanti'].write_attribute('memo_delay_tmr1', sacco['trls8_delay'].Position)
+ sacco['costanti'].write_attribute('memo_delay_tmr2', sacco['triggerSL'].Chan2Delay)
+ sacco['costanti'].write_attribute('memo_delay_tmr3', sacco['triggerDGQ1'].Chan2Delay)
+ sacco['costanti'].write_attribute('memo_delay_tmr4', sacco['totem_delay'].Position)
+
+ def memoriaTMXr(self):
+ sacco['trls8_delay'].write_attribute('Position', sacco['costanti'].memo_delay_tmx1)
+ sacco['triggerSL'].write_attribute('Chan2Delay', sacco['costanti'].memo_delay_tmx2)
+ sacco['triggerDGQ1'].write_attribute('Chan2Delay', sacco['costanti'].memo_delay_tmx3)
+ sacco['totem_delay'].write_attribute('Position', sacco['costanti'].memo_delay_tmx4)
+
+ def memoriaTMXw(self):
+ sacco['costanti'].write_attribute('memo_delay_tmx1', sacco['trls8_delay'].Position)
+ sacco['costanti'].write_attribute('memo_delay_tmx2', sacco['triggerSL'].Chan2Delay)
+ sacco['costanti'].write_attribute('memo_delay_tmx3', sacco['triggerDGQ1'].Chan2Delay)
+ sacco['costanti'].write_attribute('memo_delay_tmx4', sacco['totem_delay'].Position)
+
+ def memoriaDPIr(self):
+ sacco['trls8_delay'].write_attribute('Position', sacco['costanti'].memo_delay_dpi1)
+ sacco['triggerSL'].write_attribute('Chan2Delay', sacco['costanti'].memo_delay_dpi2)
+ sacco['triggerDGQ1'].write_attribute('Chan2Delay', sacco['costanti'].memo_delay_dpi3)
+ sacco['totem_delay'].write_attribute('Position', sacco['costanti'].memo_delay_dpi4)
+
+ def memoriaDPIw(self):
+ sacco['costanti'].write_attribute('memo_delay_dpi1', sacco['trls8_delay'].Position)
+ sacco['costanti'].write_attribute('memo_delay_dpi2', sacco['triggerSL'].Chan2Delay)
+ sacco['costanti'].write_attribute('memo_delay_dpi3', sacco['triggerDGQ1'].Chan2Delay)
+ sacco['costanti'].write_attribute('memo_delay_dpi4', sacco['totem_delay'].Position)
+
+ def memoriaLDMr(self):
+ sacco['trls8_delay'].write_attribute('Position', sacco['costanti'].memo_delay_ldm1)
+ sacco['triggerSL'].write_attribute('Chan2Delay', sacco['costanti'].memo_delay_ldm2)
+ sacco['triggerDGQ1'].write_attribute('Chan2Delay', sacco['costanti'].memo_delay_ldm3)
+ sacco['totem_delay'].write_attribute('Position', sacco['costanti'].memo_delay_ldm4)
+
+ def memoriaLDMw(self):
+ sacco['costanti'].write_attribute('memo_delay_ldm1', sacco['trls8_delay'].Position)
+ sacco['costanti'].write_attribute('memo_delay_ldm2', sacco['triggerSL'].Chan2Delay)
+ sacco['costanti'].write_attribute('memo_delay_ldm3', sacco['triggerDGQ1'].Chan2Delay)
+ sacco['costanti'].write_attribute('memo_delay_ldm4', sacco['totem_delay'].Position)
+
+ def memoriaMAGr(self):
+ sacco['trls8_delay'].write_attribute('Position', sacco['costanti'].memo_delay_mag1)
+ sacco['triggerSL'].write_attribute('Chan2Delay', sacco['costanti'].memo_delay_mag2)
+ sacco['triggerDGQ1'].write_attribute('Chan2Delay', sacco['costanti'].memo_delay_mag3)
+ sacco['totem_delay'].write_attribute('Position', sacco['costanti'].memo_delay_mag4)
+
+ def memoriaMAGw(self):
+ sacco['costanti'].write_attribute('memo_delay_mag1', sacco['trls8_delay'].Position)
+ sacco['costanti'].write_attribute('memo_delay_mag2', sacco['triggerSL'].Chan2Delay)
+ sacco['costanti'].write_attribute('memo_delay_mag3', sacco['triggerDGQ1'].Chan2Delay)
+ sacco['costanti'].write_attribute('memo_delay_mag4', sacco['totem_delay'].Position)
+
+ def funzionesalvatrigger(self):
+ os.chdir('/home/lfo/data/salvatutto/SEED_trigger/')
+ sonoin = os.path.abspath('')
+ indice = 0
+ for file in os.listdir(sonoin):
+ if file.endswith(".csv"):
+ indice = indice +1
+ nomefile = '/home/lfo/data/salvatutto/SEED_trigger/' + str(indice+1) + '.csv'
+ listaEVR1 = [0, 1, 2, 3, 8, 9, 10, 11, 12, 13]
+ listaDGQ1 = [1, 2, 3, 4, 5, 6, 7, 8]
+ listaSDG1 = [1, 2]
+ listaEVR2 = [0, 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13]
+ listaDGQ2 = [1, 2, 3, 4, 5, 6, 7, 8]
+ listaSDG2 = [1, 2]
+ datidasalvare = []
+ nomidasalvare = []
+ for kkk in range(len(listaEVR1)):
+ stringattributo = 'Chan' + str(listaEVR1[kkk]) + 'Delay'
+ tmp = sacco["triggerSL"].read_attribute(stringattributo)
+ datidasalvare.append(str(tmp.value))
+ nomidasalvare.append("EVR1 " + str(kkk))
+ if tmp.quality != 'ATTR_VALID':
+ altro = eval('sacco["triggerSL"].get_attribute_config_ex(stringattributo)')
+ if altro[0].alarms.min_alarm != str(float(tmp.value) - 1.0):
+ altro[0].alarms.min_alarm = str(float(tmp.value) - 1.0)
+ if altro[0].alarms.max_alarm != str(float(tmp.value) + 1.0):
+ altro[0].alarms.max_alarm = str(float(tmp.value) + 1.0)
+ sacco["triggerSL"].set_attribute_config(altro)
+ print(stringattributo + ' ' + str(tmp.quality))
+ for kkk in range(len(listaDGQ1)):
+ stringattributo = 'Chan' + str(listaDGQ1[kkk]) + 'Delay'
+ tmp = sacco["triggerDGQ1"].read_attribute(stringattributo)
+ datidasalvare.append(str(tmp.value))
+ nomidasalvare.append("DGQ1 " + str(kkk+1))
+ if tmp.quality != 'ATTR_VALID':
+ altro = eval('sacco["triggerDGQ1"].get_attribute_config_ex(stringattributo)')
+ if altro[0].alarms.min_alarm != str(float(tmp.value) - 1.0):
+ altro[0].alarms.min_alarm = str(float(tmp.value) - 1.0)
+ if altro[0].alarms.max_alarm != str(float(tmp.value) + 1.0):
+ altro[0].alarms.max_alarm = str(float(tmp.value) + 1.0)
+ sacco["triggerDGQ1"].set_attribute_config(altro)
+ for kkk in range(len(listaSDG1)):
+ stringattributo = 'Channel' + str(listaSDG1[kkk]) + 'Delay'
+ tmp = sacco["triggerSDG1"].read_attribute(stringattributo)
+ datidasalvare.append(str(tmp.value))
+ nomidasalvare.append("SDG1 " + str(kkk+1))
+ if tmp.quality != 'ATTR_VALID':
+ altro = eval('sacco["triggerSDG1"].get_attribute_config_ex(stringattributo)')
+ if altro[0].alarms.min_alarm != str(float(tmp.value) - 1.0):
+ altro[0].alarms.min_alarm = str(float(tmp.value) - 1.0)
+ if altro[0].alarms.max_alarm != str(float(tmp.value) + 1.0):
+ altro[0].alarms.max_alarm = str(float(tmp.value) + 1.0)
+ sacco["triggerSDG1"].set_attribute_config(altro)
+ for kkk in range(len(listaEVR2)):
+ stringattributo = 'Chan' + str(listaEVR2[kkk]) + 'Delay'
+ tmp = sacco["triggerSL2"].read_attribute(stringattributo)
+ datidasalvare.append(str(tmp.value))
+ nomidasalvare.append("EVR2 " + str(kkk))
+ if tmp.quality != 'ATTR_VALID':
+ altro = eval('sacco["triggerSL2"].get_attribute_config_ex(stringattributo)')
+ if altro[0].alarms.min_alarm != str(float(tmp.value) - 1.0):
+ altro[0].alarms.min_alarm = str(float(tmp.value) - 1.0)
+ if altro[0].alarms.max_alarm != str(float(tmp.value) + 1.0):
+ altro[0].alarms.max_alarm = str(float(tmp.value) + 1.0)
+ sacco["triggerSL2"].set_attribute_config(altro)
+ for kkk in range(len(listaDGQ2)):
+ stringattributo = 'Chan' + str(listaDGQ2[kkk]) + 'Delay'
+ tmp = sacco["triggerDGQ2"].read_attribute(stringattributo)
+ datidasalvare.append(str(tmp.value))
+ nomidasalvare.append("DGQ2 " + str(kkk+1))
+ if tmp.quality != 'ATTR_VALID':
+ altro = eval('sacco["triggerDGQ2"].get_attribute_config_ex(stringattributo)')
+ if altro[0].alarms.min_alarm != str(float(tmp.value) - 1.0):
+ altro[0].alarms.min_alarm = str(float(tmp.value) - 1.0)
+ if altro[0].alarms.max_alarm != str(float(tmp.value) + 1.0):
+ altro[0].alarms.max_alarm = str(float(tmp.value) + 1.0)
+ sacco["triggerDGQ2"].set_attribute_config(altro)
+ for kkk in range(len(listaSDG2)):
+ stringattributo = 'Channel' + str(listaSDG2[kkk]) + 'Delay'
+ tmp = sacco["triggerSDG2"].read_attribute(stringattributo)
+ datidasalvare.append(str(tmp.value))
+ nomidasalvare.append("SDG2 " + str(kkk+1))
+ if tmp.quality != 'ATTR_VALID':
+ altro = eval('sacco["triggerSDG2"].get_attribute_config_ex(stringattributo)')
+ if altro[0].alarms.min_alarm != str(float(tmp.value) - 1.0):
+ altro[0].alarms.min_alarm = str(float(tmp.value) - 1.0)
+ if altro[0].alarms.max_alarm != str(float(tmp.value) + 1.0):
+ altro[0].alarms.max_alarm = str(float(tmp.value) + 1.0)
+ sacco["triggerSDG2"].set_attribute_config(altro)
+ with open(nomefile, 'w', newline='') as csvfile:
+ spamwriter = csv.writer(csvfile)
+ for ind in range(len(datidasalvare)):
+ riga = [nomidasalvare[ind], str(datidasalvare[ind])]
+ spamwriter.writerow(riga)
+ csvfile.close()
+# QMessageBox.warning(None, 'Save SEED trigger', 'file saved: ' + nomefile)
+
+
+ def pannello_valvolaUH1(self):
+ os.system('/runtime/bin/valve uh/vacuum/vlvp_uh.01 -title UH_to_SH_valve_for_1st_pump_"vlvp_uh.01" &')
+
+ def pannello_valvolaUH2(self):
+ os.system('/runtime/bin/valve uh/vacuum/vlvp_uh.02 -title UH_to_SH_valve_for_2nd_pump_"vlvp_uh.02" &')
+
+ def pannello_valvolaUH3(self):
+ os.system('/runtime/bin/valve uh/vacuum/vlvp_uh.03 -title UH_to_SH_valve_3rd_pump_"vlvp_uh.03" &')
+
+ def pannello_valvolaSH1(self):
+ os.system('/runtime/bin/valve sh/vacuum/vlvp_sh.01 -title SH_to_TOTEM_valve_1st_pump_"vlvp_sh.01" &')
+
+ def pannello_valvolaEHF1(self):
+ os.system('/runtime/bin/valve ehf/vacuum/vlvp_ehf.01 -title SH_to_TOTEM_valve_2nd_pump_"vlvp_ehf.01" &')
+
+ def pannello_valvolaEHF2(self):
+ os.system('/runtime/bin/valve ehf/vacuum/vlvp_ehf.02 -title TOTEM_to_Beamlines_valve_1st_pump_"vlvp_ehf.02" &')
+
+ def pannello_pompe(self):
+ os.system('/usr/local/tango-9.3.3/bin/atkpanel srv-tango-srf-01:20000/slu/vacuum/pumps &')
+
+ def pannello_sensore_UTDR(self):
+ os.system('/runtime/bin/vg srv-tango-srf-01:20000/slu/vacuum/vgpi_slu_utdr.01 -title Vacuum_meter_UTDR_"vgpi_slu_utdr.01" &')
+
+ def pannello_sensore_UH1(self):
+ os.system('/runtime/bin/vg srv-tango-srf-01:20000/slu/vacuum/vgpi_slu_uh.01 -title Vacuum_meter_UH_to_SH_1st_pump_"vgpi_slu_uh.01" &')
+
+ def pannello_sensore_UH2(self):
+ os.system('/runtime/bin/vg srv-tango-srf-01:20000/slu/vacuum/vgpi_slu_uh.02 -title Vacuum_meter_UH_to_SH_2nd_pump_"vgpi_slu_uh.02" &')
+
+ def pannello_sensore_UH3(self):
+ os.system('/runtime/bin/vg srv-tango-srf-01:20000/slu/vacuum/vgpi_slu_uh.03 -title UH_Vacuum_meter_"vgpi_slu_uh.03" &')
+
+ def pannello_sensore_UH4(self):
+ os.system('/runtime/bin/vg srv-tango-srf-01:20000/slu/vacuum/vgpi_slu_uh.04 -title Vacuum_meter_UH_to_SH_3rd_pump_"vgpi_slu_uh.04" &')
+
+ def pannello_sensore_SH1(self):
+ os.system('/runtime/bin/vg srv-tango-srf-01:20000/slu/vacuum/vgpi_slu_sh.01 -title Vacuum_meter_SH_to_TOTEM_1st_pump_"vgpi_slu_sh.01" &')
+
+ def pannello_sensore_EHF1(self):
+ os.system('/runtime/bin/vg srv-tango-srf-01:20000/slu/vacuum/vgpi_slu_ehf.01 -title SH_to_TOTEM_Vacuum_meter_"vgpi_slu_ehf.01" &')
+
+ def pannello_sensore_EHF2(self):
+ os.system('/runtime/bin/vg srv-tango-srf-01:20000/slu/vacuum/vgpi_slu_ehf.02 -title Vacuum_meter_SH_to_TOTEM_2nd_pump_"vgpi_slu_ehf.02" &')
+
+ def pannello_sensore_EHF3(self):
+ os.system('/runtime/bin/vg srv-tango-srf-01:20000/slu/vacuum/vgpi_slu_ehf.03 -title TOTEM_to_BL_Vacuum_meter_"vgpi_slu_ehf.03" &')
+
+ def pannello_sensore_EHF4(self):
+ os.system('/runtime/bin/vg srv-tango-srf-01:20000/slu/vacuum/vgpi_slu_ehf.04 -title Vacuum_meter_TOTEM_to_BL_1st_pump_"vgpi_slu_ehf.04" &')
+
+ def smanette_valvolaUH1(self):
+ lettura = sacco['valvolaUH1'].command_inout('State')
+ if str(lettura) == 'CLOSE':
+ sacco['valvolaUH1'].command_inout('open')
+ elif str(lettura) == 'OPEN':
+ sacco['valvolaUH1'].command_inout('close')
+
+ def smanette_valvolaUH2(self):
+ lettura = sacco['valvolaUH2'].command_inout('State')
+ if str(lettura) == 'CLOSE':
+ sacco['valvolaUH2'].command_inout('open')
+ elif str(lettura) == 'OPEN':
+ sacco['valvolaUH2'].command_inout('close')
+
+ def smanette_valvolaUH3(self):
+ lettura = sacco['valvolaUH3'].command_inout('State')
+ if str(lettura) == 'CLOSE':
+ sacco['valvolaUH3'].command_inout('open')
+ elif str(lettura) == 'OPEN':
+ sacco['valvolaUH3'].command_inout('close')
+
+ def smanette_valvolaSH1(self):
+ lettura = sacco['valvolaSH1'].command_inout('State')
+ if str(lettura) == 'CLOSE':
+ sacco['valvolaSH1'].command_inout('open')
+ elif str(lettura) == 'OPEN':
+ sacco['valvolaSH1'].command_inout('close')
+
+ def smanette_valvolaEHF1(self):
+ lettura = sacco['valvolaEHF1'].command_inout('State')
+ if str(lettura) == 'CLOSE':
+ sacco['valvolaEHF1'].command_inout('open')
+ elif str(lettura) == 'OPEN':
+ sacco['valvolaEHF1'].command_inout('close')
+
+ def smanette_valvolaEHF2(self):
+ lettura = sacco['valvolaEHF2'].command_inout('State')
+ if str(lettura) == 'CLOSE':
+ sacco['valvolaEHF2'].command_inout('open')
+ elif str(lettura) == 'OPEN':
+ sacco['valvolaEHF2'].command_inout('close')
+
+ def smanetta_pompe1(self):
+ lettura = sacco['pompe'].PMP_UH_01
+ if lettura == True:
+ sacco['pompe'].command_inout('Stop_UH_01')
+ elif lettura == False:
+ sacco['pompe'].command_inout('Start_UH_01')
+
+ def smanetta_pompe2(self):
+ lettura = sacco['pompe'].PMP_UH_02
+ if lettura == True:
+ sacco['pompe'].command_inout('Stop_UH_02')
+ elif lettura == False:
+ sacco['pompe'].command_inout('Start_UH_02')
+
+ def smanetta_pompe3(self):
+ lettura = sacco['pompe'].PMP_UH_03
+ if lettura == True:
+ sacco['pompe'].command_inout('Stop_UH_03')
+ elif lettura == False:
+ sacco['pompe'].command_inout('Start_UH_03')
+
+ def smanetta_pompe4(self):
+ lettura = sacco['pompe'].PMP_SH_01
+ if lettura == True:
+ sacco['pompe'].command_inout('Stop_SH_01')
+ elif lettura == False:
+ sacco['pompe'].command_inout('Start_SH_01')
+
+ def smanetta_pompe5(self):
+ lettura = sacco['pompe'].PMP_EH_01
+ if lettura == True:
+ sacco['pompe'].command_inout('Stop_EH_01')
+ elif lettura == False:
+ sacco['pompe'].command_inout('Start_EH_01')
+
+ def smanetta_pompe6(self):
+ lettura = sacco['pompe'].PMP_EH_02
+ if lettura == True:
+ sacco['pompe'].command_inout('Stop_EH_02')
+ elif lettura == False:
+ sacco['pompe'].command_inout('Start_EH_02')
+
+ def cumulativo_UH(self):
+ sacco['pompe'].command_inout('Start_UH_01')
+ sacco['pompe'].command_inout('Start_UH_02')
+ sacco['pompe'].command_inout('Start_UH_03')
+ sacco['valvolaUH1'].command_inout('open')
+ sacco['valvolaUH2'].command_inout('open')
+ sacco['valvolaUH3'].command_inout('open')
+
+ def cumulativo_EH1(self):
+ sacco['pompe'].command_inout('Start_SH_01')
+ sacco['pompe'].command_inout('Start_EH_01')
+ sacco['valvolaSH1'].command_inout('open')
+ sacco['valvolaEHF1'].command_inout('open')
+
+ def cumulativo_EH2(self):
+ sacco['pompe'].command_inout('Start_EH_02')
+ sacco['valvolaEHF2'].command_inout('open')
+
+ def cambiacontestolog(self):
+ nuovocontesto = str(self.contesto_switch.currentText())
+ sacco['archiviatore'].write_attribute('Context', nuovocontesto)
+
+ def ldm_lancia_ccd0(self):
+ os.system('/runtime/bin/gigecam-gui srv-tango-srf-01:20000/slu/diagnostics/ccd_slu.07 ccd_slu.07_LDM_ccd_slu.07 --calibration --refresh=1000 -title SLU_LDM_ccd_slu.07 &')
+
+ def ldm_lancia_ccd3(self):
+ os.system('/runtime/bin/gigecam-gui srv-tango-ldm-01:20000/ldm/diagnostics/ccd_ldm.03 ccd_ldm03 --calibration &')
+
+ def ldm_lancia_ccd4(self):
+ os.system('/runtime/bin/gigecam-gui srv-tango-ldm-01:20000/ldm/diagnostics/ccd_ldm.04 ccd_ldm04 --calibration &')
+
+ def ldm_lancia_ccd6(self):
+ os.system('/runtime/bin/gigecam-gui srv-tango-ldm-01:20000/ldm/diagnostics/ccd_ldm.06 ccd_ldm06 --calibration &')
+
+ def ldm_lancia_ccd7(self):
+ os.system('/runtime/bin/gigecam-gui srv-tango-ldm-01:20000/ldm/diagnostics/ccd_ldm.07 ccd_ldm07 --calibration &')
+
+ def ldm_lancia_ccd9(self):
+ os.system('/runtime/bin/gigecam-gui srv-tango-ldm-01:20000/ldm/diagnostics/ccd_ldm.09 ccd_ldm09 --calibration &')
+
+ def ldm_lancia_em1(self):
+ os.system('/runtime/bin/gentec_energymeter srv-tango-ldm-01:20000/ldm/energy_meter/ems_slu_ldm.01 &')
+
+ def ldm_configura_em1(self):
+ sacco['ldm_gentec1'].command_inout('Stop')
+ sacco['ldm_gentec2'].command_inout('Stop')
+ os.system('export TANGO_HOST=srv-tango-ldm-01:20000; atkpanel ldm/energy_meter/ems_slu_ldm.01 &')
+
+ def ldm_lancia_em2(self):
+ os.system('/runtime/bin/gentec_energymeter srv-tango-ldm-01:20000/ldm/energy_meter/ems_slu_ldm.02 &')
+
+ def ldm_configura_em2(self):
+ sacco['ldm_gentec1'].command_inout('Stop')
+ sacco['ldm_gentec2'].command_inout('Stop')
+ os.system('export TANGO_HOST=srv-tango-ldm-01:20000; atkpanel ldm/energy_meter/ems_slu_ldm.02 &')
+
+ def ldm_lancia_spctm1(self):
+ os.system('/runtime/bin/solar-gui srv-tango-ldm-01:20000/ldm/diagnostics/spctm_178_1100_ldm.01 -title "Spectrum178-1100" &')
+
+ def ldm_lancia_spctm2(self):
+ os.system('/runtime/bin/solar-gui srv-tango-ldm-01:20000/ldm/diagnostics/spctm_212_385_ldm.02 -title "Spectrum 212-385" &')
+
+ def ldm_lancia_rots(self):
+ os.system('/runtime/bin/galilaxis-gui srv-tango-ldm-01:20000/ldm/motor/rots_slu_ldm.01 srv-tango-ldm-01:20000/ldm/motor/rots_slu_ldm.02 srv-tango-ldm-01:20000/ldm/motor/rots_slu_ldm.03 -title Rotation_Stages &')
+
+ def ldm_lancia_trls2(self):
+ os.system('/runtime/bin/galilaxis-gui -e srv-tango-ldm-01:20000/ldm/motor/trls_slu_ldm.02 -title Focus_Translation &')
+
+ def ldm_lancia_kom1(self):
+ os.system('/runtime/bin/galilaxis-gui srv-tango-ldm-01:20000/ldm/motor/kom_x_slu_ldm.01 srv-tango-ldm-01:20000/ldm/motor/kom_y_slu_ldm.01 -title KOM1_X_Y &')
+
+ def ldm_lancia_kom2(self):
+ os.system('/runtime/bin/galilaxis-gui srv-tango-ldm-01:20000/ldm/motor/kom_x_slu_ldm.02 srv-tango-ldm-01:20000/ldm/motor/kom_y_slu_ldm.02 -title KOM2_X_Y &')
+
+ def ldm_rots1_applica(self):
+ gol = float(self.LDM_rots1_w.text())
+ sacco['ldm_rots1'].write_attribute('UserPosition', gol)
+
+ def ldm_rots2_applica(self):
+ gol = float(self.LDM_rots2_w.text())
+ sacco['ldm_rots2'].write_attribute('UserPosition', gol)
+
+ def ldm_rots3_applica(self):
+ gol = float(self.LDM_rots3_w.text())
+ sacco['ldm_rots3'].write_attribute('UserPosition', gol)
+
+ def ldm_trls2_applica(self):
+ gol = float(self.LDM_trls2_w.text())
+ sacco['ldm_trls2'].write_attribute('UserPosition', gol)
+
+ def ldm_rots1_rp(self):
+ gol = sacco['ldm_rots1'].UserPosition + float(self.LDM_rots1_relative.muoviS.text())
+ sacco['ldm_rots1'].write_attribute('UserPosition', gol)
+
+ def ldm_rots1_rm(self):
+ gol = sacco['ldm_rots1'].UserPosition - float(self.LDM_rots1_relative.muoviS.text())
+ sacco['ldm_rots1'].write_attribute('UserPosition', gol)
+
+ def ldm_rots2_rp(self):
+ gol = sacco['ldm_rots2'].UserPosition + float(self.LDM_rots2_relative.muoviS.text())
+ sacco['ldm_rots2'].write_attribute('UserPosition', gol)
+
+ def ldm_rots2_rm(self):
+ gol = sacco['ldm_rots2'].UserPosition - float(self.LDM_rots2_relative.muoviS.text())
+ sacco['ldm_rots2'].write_attribute('UserPosition', gol)
+
+ def ldm_rots3_rp(self):
+ gol = sacco['ldm_rots3'].UserPosition + float(self.LDM_rots3_relative.muoviS.text())
+ sacco['ldm_rots3'].write_attribute('UserPosition', gol)
+
+ def ldm_rots3_rm(self):
+ gol = sacco['ldm_rots3'].UserPosition - float(self.LDM_rots3_relative.muoviS.text())
+ sacco['ldm_rots3'].write_attribute('UserPosition', gol)
+
+ def ldm_trls2_rp(self):
+ gol = sacco['ldm_trls2'].UserPosition + float(self.LDM_trls2_relative.muoviS.text())
+ sacco['ldm_trls2'].write_attribute('UserPosition', gol)
+
+ def ldm_trls2_rm(self):
+ gol = sacco['ldm_trls2'].UserPosition - float(self.LDM_trls2_relative.muoviS.text())
+ sacco['ldm_trls2'].write_attribute('UserPosition', gol)
+
+ def ldm_kom1_xp(self):
+ gol = sacco['ldm_kom1'].Position_X + float(self.LDM_kom1_rel.muoviPASSO.text())
+ sacco['ldm_kom1'].write_attribute('Position_X', gol)
+
+ def ldm_kom1_xm(self):
+ gol = sacco['ldm_kom1'].Position_X - float(self.LDM_kom1_rel.muoviPASSO.text())
+ sacco['ldm_kom1'].write_attribute('Position_X', gol)
+
+ def ldm_kom1_yp(self):
+ gol = sacco['ldm_kom1'].Position_Y + float(self.LDM_kom1_rel.muoviPASSO.text())
+ sacco['ldm_kom1'].write_attribute('Position_Y', gol)
+
+ def ldm_kom1_ym(self):
+ gol = sacco['ldm_kom1'].Position_Y - float(self.LDM_kom1_rel.muoviPASSO.text())
+ sacco['ldm_kom1'].write_attribute('Position_Y', gol)
+
+ def ldm_kom2_xp(self):
+ gol = sacco['ldm_kom2'].Position_X + float(self.LDM_kom2_rel.muoviPASSO.text())
+ sacco['ldm_kom2'].write_attribute('Position_X', gol)
+
+ def ldm_kom2_xm(self):
+ gol = sacco['ldm_kom2'].Position_X - float(self.LDM_kom2_rel.muoviPASSO.text())
+ sacco['ldm_kom2'].write_attribute('Position_X', gol)
+
+ def ldm_kom2_yp(self):
+ gol = sacco['ldm_kom2'].Position_Y + float(self.LDM_kom2_rel.muoviPASSO.text())
+ sacco['ldm_kom2'].write_attribute('Position_Y', gol)
+
+ def ldm_kom2_ym(self):
+ gol = sacco['ldm_kom2'].Position_Y - float(self.LDM_kom2_rel.muoviPASSO.text())
+ sacco['ldm_kom2'].write_attribute('Position_Y', gol)
+
+ def provailbeep(self):
+ print('\007')
+ print("\a")
+
+ def FUNZIONEVUOTA(self):
+ print('FUNZIONEVUOTA')
+
+
+class movimentirelativi(QFrame):
+ def __init__(self):
+ super(movimentirelativi, self).__init__()
+ self.muoviM = QPushButton('<')
+ self.muoviS = QLineEdit()
+ self.muoviP = QPushButton('>')
+ ilsuolayout = QHBoxLayout()
+ ilsuolayout.addWidget(self.muoviM)
+ ilsuolayout.addWidget(self.muoviS)
+ ilsuolayout.addWidget(self.muoviP)
+ self.setLayout(ilsuolayout)
+
+class movimentiacroce(QFrame):
+ def __init__(self):
+ super(movimentiacroce, self).__init__()
+ self.muoviSU = QPushButton('UP')
+ self.muoviGIU = QPushButton('DOWN')
+ self.muoviDX = QPushButton('RIGHT')
+ self.muoviSX = QPushButton('LEFT')
+ self.muoviPASSO = QLineEdit()
+ ilsuolayout = QGridLayout()
+ ilsuolayout.addWidget(self.muoviSU, 0, 1)
+ ilsuolayout.addWidget(self.muoviSX, 1, 0)
+ ilsuolayout.addWidget(self.muoviPASSO, 1, 1)
+ ilsuolayout.addWidget(self.muoviDX, 1, 2)
+ ilsuolayout.addWidget(self.muoviGIU, 2, 1)
+ self.setLayout(ilsuolayout)
+
+class Riga_allarmi(QFrame):
+ def __init__(self, stringa):
+ super(Riga_allarmi, self).__init__()
+ testo = stringa.replace('Stato','').replace('Numero','')
+ self.cb = QCheckBox()
+ self.label = QLabel(testo)
+ self.low = QLineEdit()
+ self.low.setReadOnly(1)
+ self.low.setMaximumWidth(60)
+ self.high = QLineEdit()
+ self.high.setReadOnly(1)
+ self.high.setMaximumWidth(60)
+ self.change = QPushButton('Change limits')
+ self.vabene = QPushButton('ack')
+ ilsuolayout = QHBoxLayout()
+ ilsuolayout.addWidget(self.cb)
+ ilsuolayout.addWidget(self.label)
+ ilsuolayout.addWidget(self.low)
+ ilsuolayout.addWidget(self.high)
+ ilsuolayout.addWidget(self.change)
+ ilsuolayout.addWidget(self.vabene)
+ self.setLayout(ilsuolayout)
+
+class transport_fb_element(QFrame):
+ def __init__(self, stringa, nomeccd, nomett):
+ super(transport_fb_element, self).__init__()
+ self.etichetta = QLabel(stringa)
+ self.tasto_ccd = QPushButton('CCD')
+ if nomeccd != 'boh':
+ self.tasto_ccd.clicked.connect(lambda: self.apripannelloccd(nomeccd))
+ self.tasto_tip = QPushButton('tiptilt')
+ self.tasto_tip.clicked.connect(lambda: self.apripannellotiptilt(nomett))
+ self.barra_h = QProgressBar()
+ self.barra_h.setRange(0, 100)
+ self.barra_h.setValue(0)
+ self.barra_h.setToolTip('Horizontal')
+ self.barra_v = QProgressBar()
+ self.barra_v.setRange(0, 100)
+ self.barra_v.setValue(0)
+ self.barra_v.setToolTip('Vertical')
+ ilsuolayout = QGridLayout()
+ ilsuolayout.addWidget(self.etichetta, 0, 0, 1, 8)
+ ilsuolayout.addWidget(self.tasto_ccd, 1, 0, 1, 8)
+ ilsuolayout.addWidget(self.tasto_tip, 2, 0, 1, 8)
+ ilsuolayout.addWidget(QLabel('H:'), 3, 0)
+ ilsuolayout.addWidget(self.barra_h, 3, 1, 1, 3)
+ ilsuolayout.addWidget(QLabel('V:'), 3, 4)
+ ilsuolayout.addWidget(self.barra_v, 3, 5, 1, 3)
+ self.setLayout(ilsuolayout)
+
+ def apripannelloccd(self, ccdnome):
+ eval("os.system('/runtime/bin/gigecam-gui " + ccdnome + " --refresh=200 &')")
+
+ def apripannellotiptilt(self, ttnome):
+ eval("os.system('/runtime/bin/slutiptilt " + ttnome + " &')")
+
+
+class QHLine(QFrame):
+ def __init__(self):
+ super(QHLine, self).__init__()
+ self.setFrameShape(QFrame.HLine)
+ self.setFrameShadow(QFrame.Sunken)
+
+class QVLine(QFrame):
+ def __init__(self):
+ super(QVLine, self).__init__()
+ self.setFrameShape(QFrame.VLine)
+ self.setFrameShadow(QFrame.Sunken)
+
+class LineEditRO(QLineEdit):
+ def __init__(self):
+ super(LineEditRO, self).__init__()
+ self.setReadOnly(1)
+ self.setStyleSheet("background-color: rgb(200, 200, 200)")
+# self.setFont(font_importante)
+
+
+
app = QApplication([])
main = MainWindow()
app.exec_()