def __init__(self, **kwargs):
super(HomeScreen, self).__init__(**kwargs)
Clock.schedule_once(
lambda *args: self.tab_panel.switch_to(self.home_tab))
self.m = kwargs['machine']
self.sm = kwargs['screen_manager']
self.jd = kwargs['job']
self.set = kwargs['settings']
self.l = kwargs['localization']
# Job tab
self.gcode_summary_widget = widget_gcode_summary.GCodeSummary(
job=self.jd)
self.gcode_preview_container.add_widget(self.gcode_summary_widget)
self.gcode_preview_widget = widget_gcode_view.GCodeView(job=self.jd)
self.gcode_preview_container.add_widget(self.gcode_preview_widget)
# Position tab
self.virtual_bed_container.add_widget(
widget_virtual_bed.VirtualBed(machine=self.m,
screen_manager=self.sm))
# Status bar
self.status_container.add_widget(
widget_status_bar.StatusBar(machine=self.m,
screen_manager=self.sm))
# Bed tab
self.virtual_bed_control_container.add_widget(
widget_virtual_bed_control.VirtualBedControl(
machine=self.m, screen_manager=self.sm, localization=self.l),
index=100)
# Move tab
self.xy_move_widget = widget_xy_move.XYMove(machine=self.m,
screen_manager=self.sm,
localization=self.l)
self.common_move_widget = widget_common_move.CommonMove(
machine=self.m, screen_manager=self.sm)
self.xy_move_container.add_widget(self.xy_move_widget)
self.common_move_container.add_widget(self.common_move_widget)
self.z_move_container.add_widget(
widget_z_move.ZMove(machine=self.m,
screen_manager=self.sm,
job=self.jd))
# Settings tab
self.gcode_monitor_widget = widget_gcode_monitor.GCodeMonitor(
machine=self.m, screen_manager=self.sm, localization=self.l)
self.gcode_monitor_container.add_widget(self.gcode_monitor_widget)
# Quick commands
self.quick_commands_container.add_widget(
widget_quick_commands.QuickCommands(machine=self.m,
screen_manager=self.sm,
job=self.jd,
localization=self.l))
def __init__(self, **kwargs):
super(GoScreen, self).__init__(**kwargs)
self.m = kwargs['machine']
self.sm = kwargs['screen_manager']
self.jd = kwargs['job']
self.am = kwargs['app_manager']
self.l = kwargs['localization']
self.database = kwargs['database']
self.feedOverride = widget_feed_override.FeedOverride(machine=self.m, screen_manager=self.sm, database=self.database)
self.speedOverride = widget_speed_override.SpeedOverride(machine=self.m, screen_manager=self.sm, database=self.database)
# Graphics commands
self.z_height_container.add_widget(
widget_z_height.VirtualZ(machine=self.m, screen_manager=self.sm, job=self.jd))
self.feed_override_container.add_widget(self.feedOverride)
self.speed_override_widget_container.add_widget(self.speedOverride)
# Status bar
self.status_container.add_widget(widget_status_bar.StatusBar(machine=self.m, screen_manager=self.sm))
# initialise for db send
self.time_taken_seconds = 0
self.jd.percent_thru_job = 0
self.update_strings()
def __init__(self, **kwargs):
super(ZHeadQC8, self).__init__(**kwargs)
self.sm = kwargs['sm']
self.m = kwargs['m']
# Green status bar
self.status_bar_widget = widget_status_bar.StatusBar(
machine=self.m, screen_manager=self.sm)
self.status_container.add_widget(self.status_bar_widget)
def __init__(self, **kwargs):
super(AlarmScreen3, self).__init__(**kwargs)
self.a=kwargs['alarm_manager']
self.status_bar_widget = widget_status_bar.StatusBar(screen_manager=self.a.sm, machine=self.a.m)
self.status_container.add_widget(self.status_bar_widget)
self.status_bar_widget.cheeky_color = '#1976d2'\
self.camera_img.source = "./asmcnc/core_UI/sequence_alarm/img/camera_light.png"
self.next_button.text = self.a.l.get_str("Next") + "..."
def __init__(self, **kwargs):
super(DiagnosticsScreen, self).__init__(**kwargs)
self.m = kwargs['machine']
self.sm = kwargs['screen_manager']
# Status bar
self.status_container.add_widget(
widget_status_bar.StatusBar(machine=self.m,
screen_manager=self.sm))
Clock.schedule_interval(self.limit_switch_check, 0.2)
def __init__(self, **kwargs):
super(ZHeadQCWarrantyAfterApr21, self).__init__(**kwargs)
self.m = kwargs['m']
self.sm = kwargs['sm']
self.l = kwargs['l']
self.z_limit_set = False
self.spindle_pass_fail = True
self.string_overload_summary = ''
self.spindle_test_counter = 0
# Status bar
self.status_bar_widget = widget_status_bar.StatusBar(
machine=self.m, screen_manager=self.sm)
self.status_container.add_widget(self.status_bar_widget)
def __init__(self, **kwargs):
super(FinalTestScreen, self).__init__(**kwargs)
self.systemtools_sm = kwargs['system_tools']
self.m = kwargs['machine']
self.l = kwargs['localization']
# WIDGET SETUP
self.status_container.add_widget(
widget_status_bar.StatusBar(machine=self.m,
screen_manager=self.systemtools_sm.sm))
self.gcode_monitor_container.add_widget(
widget_gcode_monitor.GCodeMonitor(
machine=self.m,
screen_manager=self.systemtools_sm.sm,
localization=self.l))
self.move_container.add_widget(
widget_final_test_xy_move.FinalTestXYMove(
machine=self.m, screen_manager=self.systemtools_sm.sm))
def __init__(self, **kwargs):
super(LowerBeamQC, self).__init__(**kwargs)
self.sm = kwargs['sm']
self.m = kwargs['m']
self.l = kwargs['l']
# Movement widget
self.xy_move_widget = LowerBeamQCXYMove(machine=self.m,
screen_manager=self.sm,
localization=self.l)
self.xy_move_container.add_widget(self.xy_move_widget)
# Green status bar
self.status_bar_widget = widget_status_bar.StatusBar(
machine=self.m, screen_manager=self.sm)
self.status_container.add_widget(self.status_bar_widget)
self.poll_for_status = Clock.schedule_interval(
self.update_status_text, 0.4) # Status monitor widget
self.poll_for_checks = Clock.schedule_interval(self.update_checkboxes,
0.4) # Poll for status
def __init__(self, **kwargs):
super(ZHeadQC2, self).__init__(**kwargs)
self.sm = kwargs['sm']
self.m = kwargs['m']
self.l = kwargs['l']
self.test_successful_image = "./asmcnc/skavaUI/img/file_select_select.png"
self.test_unsuccessful_image = "./asmcnc/skavaUI/img/checkbox_inactive.png"
self.string_overload_summary = ''
self.spindle_pass_fail = True
self.digital_spindle_pass_fail = True
# Green status bar
self.status_bar_widget = widget_status_bar.StatusBar(
machine=self.m, screen_manager=self.sm)
self.status_container.add_widget(self.status_bar_widget)
# Status monitor widget
self.poll_for_status = Clock.schedule_interval(self.update_status_text,
0.4)
