• is_vlm Boolean
• vlm_address Char
  help='An VLM normally will be behind some propietary proxy that handles several VLMs at once, so we need to set which one corresponds to this location'
• vlm_hostname Char
• vlm_password Char
• vlm_port Char
• vlm_removal_strategy Selection
  default='fifo' selection=[('fifo', 'FIFO'), ('lifo', 'LIFO'), ('optimal', 'Less carrier movements')]
• vlm_sequence_id Many2one → ir.sequence
  comodel_name='ir.sequence'
• vlm_tray_ids One2many → stock.location.vlm.tray
  comodel_name='stock.location.vlm.tray' inverse_name='location_id'
• vlm_user Char
• vlm_vendor Selection
  selection=[('test', 'Test')]

• action_release_vlm_trays(self)
  Send to the VLM a special command that releases all the trays
• action_view_vlm_quants(self)
• action_view_vlm_tray(self)
• send_vlm_request(self, data: dict, **options) -> dict
  Send request to the vendor methods. The vendor connector should deal with the connection issues transforming the response into these standard codes: -1: Connection refused -2: The request is issued but the response is lost -3: Timeout in the request -4: VLM Hardware issues

• is_full Boolean
• location_id Many2one → stock.location
  comodel_name='stock.location' domain=[('is_vlm', '=', True)]
• name Char
• tray_matrix Serialized
  compute='_compute_tray_matrix'
• tray_type_id Many2one → stock.location.vlm.tray.type
  comodel_name='stock.location.vlm.tray.type' required=True

• action_tray_call(self)
  Send to the VLM a special command that calls this tray
• action_tray_content(self, pos_x=None, pos_y=None)
  See the vlm quants belonging to the tray

• active Boolean
  default=True
• code Char
  required=True
• cols Integer
  required=True
• depth Integer
  help='Depth of the tray in mm'
• depth_per_cell Float
  compute='_compute_depth_per_cell'
• height Integer
  help='Height of the tray in mm'
• name Char
  required=True
• rows Integer
  required=True
• tray_matrix Serialized
  compute='_compute_tray_matrix'
• width Integer
  help='Width of the tray in mm'
• width_per_cell Float
  compute='_compute_width_per_cell'

No public methods.

• has_vlm_operation Boolean
  compute='_compute_has_vlm_operation'
• vlm_pending_quantity Float
  compute='_compute_vlm_pending_quantity' copy=False default=0.0 digits='Product Unit of Measure' help='Quantity pending on VLM Operations' readonly=False store=True

No public methods.

• has_pending_vlm_tasks Boolean
  compute='_compute_has_pending_vlm_tasks'
• has_vlm_operations Boolean
  compute='_compute_has_vlm_operations'
• has_vlm_pending_operations Boolean
  compute='_compute_has_vlm_pending_operations'
• vlm_move_line_ids Many2many → stock.move.line
  comodel_name='stock.move.line' compute='_compute_vlm_move_line_ids'
• vlm_pending_move_line_ids Many2many → stock.move.line
  comodel_name='stock.move.line' compute='_compute_vlm_move_line_ids'
• vlm_task_ids Many2many → stock.vlm.task
  comodel_name='stock.vlm.task' compute='_compute_vlm_task_ids'

• action_do_vlm_tasks(self)
  Perform the VLM pending tasks
• action_open_vlm_task(self)

• vlm_quant_ids One2many → stock.quant.vlm
  comodel_name='stock.quant.vlm' inverse_name='quant_id'

• action_view_in_vlm_structure(self)
  Open the VLM structure filtering by this product to locate it easily

• location_id Many2one → stock.location
  comodel_name='stock.location'
• product_id Many2one → product.product
  comodel_name='product.product' required=True
• quant_id Many2one → stock.quant
  comodel_name='stock.quant'
• quantity Float
• tray_id Many2one → stock.location.vlm.tray
  comodel_name='stock.location.vlm.tray'
• tray_type_id Many2one
  related='tray_id.tray_type_id'

• action_task_detail(self)
• create(self, vals_list)
  @api.model_create_multi
• unlink(self)
• write(self, vals)

• display_name Char
  compute='_compute_display_name'
• location_id Many2one → stock.location
  comodel_name='stock.location'
• move_line_ids Many2many → stock.move.line
  comodel_name='stock.move.line'
• product_id Many2one → product.product
  comodel_name='product.product'
• quant_id Many2one → stock.quant
  comodel_name='stock.quant'
• quantity_done Float
  digits='Product Unit of Measure'
• quantity_pending Float
  digits='Product Unit of Measure'
• reference Char
  default=''
• skipped Boolean
• splitted_vlm_task_id Many2one → stock.vlm.task
  comodel_name='stock.vlm.task'
• state Selection
  selection=[('pending', 'Pending'), ('waiting', 'Waiting'), ('done', 'Done')]
• task_type Selection
  selection=[('put', 'Put'), ('get', 'Get'), ('count', 'Count')]
• tray_id Many2one → stock.location.vlm.tray
  comodel_name='stock.location.vlm.tray'
• tray_type_id Many2one
  related='tray_id.tray_type_id'
• vlm_quant_id Many2one → stock.quant.vlm
  comodel_name='stock.quant.vlm'

• action_command_task(self)
  Send to the VLM then needed operations
• action_command_task_threaded(self)
• action_do_tasks(self)
  Perform the tasks sequentially

• image_512 Image
  related='vlm_task_id.product_id.image_512'
• location_id Many2one → stock.location
  comodel_name='stock.location' related='vlm_task_id.location_id'
• next_vlm_task_id Many2one → stock.vlm.task
  comodel_name='stock.vlm.task' compute='_compute_next_vlm_task_id'
• previous_vlm_task_id Many2one → stock.vlm.task
  comodel_name='stock.vlm.task' compute='_compute_next_vlm_task_id'
• quantity_done Float
• quantity_pending Float
  readonly=True
• splitted_vlm_task_id Many2one → stock.vlm.task
  comodel_name='stock.vlm.task' related='vlm_task_id.splitted_vlm_task_id'
• state Selection
  compute='_compute_state' selection=[('pending', 'Pending'), ('waiting', 'Waiting'), ('done', 'Done'), ('skipped', 'Skipped'), ('edit', 'Edit')]
• tray_id Many2one → stock.location.vlm.tray
  comodel_name='stock.location.vlm.tray'
• vlm_task_id Many2one → stock.vlm.task
  comodel_name='stock.vlm.task' required=True string='Selected task'
• vlm_task_ids Many2many → stock.vlm.task
  comodel_name='stock.vlm.task'
• vlm_tasks_partial Integer
  compute='_compute_vlm_tasks_total'
• vlm_tasks_progress Integer
  compute='_compute_vlm_tasks_total'
• vlm_tasks_total Integer
  compute='_compute_vlm_tasks_total'
• warning Char
  readonly=True

• action_command(self)
  Set task values from the wizard
• action_go_to_task(self, go_to='current')
  Go to the next task
• action_manual_set(self)
  Save the info directly to the task as if it was validated by the VLM
• action_next_task(self)
• action_previous_task(self)
• action_skip_task(self)
  Skip task and go to the next one
• default_get(self, fields)
  @api.model

• human_pos_x Integer
  compute='_compute_human_pos_x' inverse='_inverse_human_pos_x' readonly=False string='X'
• human_pos_y Integer
  compute='_compute_human_pos_y' inverse='_inverse_human_pos_y' readonly=False string='Y'
• pos_x Integer
  compute='_compute_pos' readonly=False store=True
• pos_y Integer
  compute='_compute_pos' readonly=False store=True
• tray_id Many2one → stock.location.vlm.tray
  comodel_name='stock.location.vlm.tray'
• tray_matrix Serialized
  compute='_compute_tray_matrix'
• tray_type_id Many2one → stock.location.vlm.tray.type
  comodel_name='stock.location.vlm.tray.type'

• tray_cell_center_position(self, pos_x=None, pos_y=None)
  Center position in mm of a cell. Used to position the laser pointer. @return {tuple} millimeters from bottom-left corner (left, bottom)