Skip to end of banner
Go to start of banner

Pally for Doosan variables

Skip to end of metadata
Go to start of metadata

You are viewing an old version of this content. View the current version.

Compare with Current View Version History

Version 1 Current »

In Pally you can get access to the following variables via Global_pally_context:

  • # tuning parameters

    • max_speed

    • max_acceleration

    • precise_speed

    • precise_acceleration

    • min_grip_quality

    • release_strategy

    • grip_delay

    • grip_release_delay

    • blend

    • product_selection_strategy

    • product_selection_predefined

    • force_palletizing_mode

    • trace_program_callbacks

    • gui_ip

    • set_workpiece_weight

    • set_weight_workaround

    • gripper_weight

    • gripper_tcp

    • gripper_cog

    • start_pos

    • start_jpos   

  • # callback context

    •  Instance

    • MovePerformed

    • TaskCompleted

    • ZoneNr

    • LayerNr

    • ProductCount

    • ProductName

    • LayerAlt

    • LayerHeight

    • PalletNr

    • PalletCenter

    • MoveTarget

    • MountPosition

  • # IO    

    • # conveyor IO

      • l1_sensors

      • l2_sensors

    • # gripper IO

      • pick_signals

      • drop_signals

      • vacuum_lost_sensor

    • # pallet confirmation IO 

      • p1_button

      • p2_button

      • p1_led

      • p2_led

    • # LED tower undefined

      • green_led

      • yellow_led

      • red_led

Example:
Global_pally_context.grip_release_delay=0.5

Example II:
movel(Global_pally_context.MoveTarget)
Global_pally_context.MovePerformed=True

Currently there are some (experimental) settings in the Pally context that can be changed. Parameters and their default values are shown below:

max_speed = 1300
max_acceleration = 1300
precise_speed = 200
precise_acceleration = 200
grip_delay = 0.2
grip_release_delay = 0.2
blend = 0.3
force_palletizing_mode = False
trace_program_callbacks = False
gui_ip = "127.0.0.1"
set_workpiece_weight = False
gripper_weight = 2.6
gripper_cog = [0.0, -100.0, 50.0]

l1_sensors = [ [0, 1], [0, 2] ]
l2_sensors = []

pick_signals = [ [1, 1] ]
drop_signals = [ [1, 2] ]
vacuum_sensor = [1, 1]

  • No labels