Key Logic: Activating this switch binds the active employee profile directly to the custom security group se_secondary_uom.group_secondary_uom, allowing selective control over parallel pricing, invoicing, and warehousing columns.

Key Logic: Enabling this configuration triggers the compute method _compute_secondary_uom_qty_stock(), which dynamically converts physical on-hand quantity using custom rounding rules and displays it via the top smart button widget.

Key Logic: Entering data inside standard quantity triggers the compute pipeline _compute_secondary_uom_qty(), which instantly calculates values based on the alternative metric configuration. Thanks to the inverse handler, altering the secondary quantity will automatically re-scale the primary quantity value.

Key Logic: Financial columns utilize structural view extensions to map parameters securely. These inputs remain fully editable and computed in the draft state, allowing accounting managers to safely review or manually override billing parameters before final ledger posting.

Key Logic: The warehouse engine computes these values using the specialized _compute_secondary_move_fields() hook method. It evaluates the physical standard quantity moved and converts it to display accurate parallel volumes in real-time.

Key Logic: The template engine overrides core nodes such as th[@name='th_quantity'] using standard position modifiers. It renders values using structured floats with advanced system widget options ({"widget": "float", "precision": 5}) to preserve professional layout formatting on client exports.

Key Logic: The reporting template targets the invoice element path account.report_invoice_document using standard inherit IDs. It injects a conditional node check t-if="line.is_secondary_uom_visible" to make sure that parallel weights or metrics print cleanly only when specified by your product configuration data.

Key Logic: The reporting layer overrides standard warehouse nodes inside stock.report_delivery_document templates. It maps dynamic data lines conditionally—evaluating if the record state is done to print secondary_done_qty parameters cleanly for complete packing tracking accuracy.

Key Logic: The procurement line records utilize structural view definitions (purchase_order_form_inherit_secondary_uom) to insert fields dynamically after the base price_unit column. This grid ensures that conversion math is perfectly preserved when items move from draft RFQs straight into active warehouse receipts.

Key Logic: The warehouse layout utilizes custom inherited line operations (view_picking_form_inherit_secondary_done) to keep transaction inputs consistent. This grid provides perfect tracking transparency, validating that the exact parallel volumes ordered are perfectly checked into active raw location balances.

Key Logic: The invoicing layout triggers the inherited view_move_form_inherit_secondary_uom architecture rules. This configuration ensures parallel unit parameters remain active and ready for adjustments while in draft, allowing accounting teams to safely auditing purchase data matches before moving entries straight into posted financial ledgers.

Key Logic: The template engine targets core layout elements inside purchase.report_purchaseorder_document using structural position modifiers. It injects a conditional node check t-if="line.is_secondary_uom_visible" to make sure that parallel supplier balances print cleanly using structured formatting widgets ({"widget": "float", "precision": 3}) to preserve professional layouts on supplier exports.

Key Logic: The template engine targets the core account element layouts via inherit IDs. It renders the parallel values using an advanced system float widget configuration ({"widget": "float", "precision": 5}) to preserve professional formatting standards across all outgoing or draft supplier billing papers.

Key Logic: The template engine overrides core nodes inside the stock.report_picking architecture rules. It maps dynamic data lines conditionally—evaluating if the record state is done to print secondary_done_qty parameters cleanly for complete raw location allocation tracking accuracy.