Reconcile Decorated Gift Combinations Before Trusting the Total

A delivery can contain the right total number of gifts and the wrong assortment. Sixty blue totes with mark A and forty cream totes with mark B are two approved combinations. Receiving one hundred decorated totes does not answer whether either combination arrived in the required quantity.

Build the receiving count around the complete variant: gift body, colour and decoration version together. The buyer’s decision is whether each approved combination is fulfilled, with unassigned items and excess variants kept visible. This exercise starts from the approved variant schedule; it does not redesign the marks or calculate how many multi-item gift sets can be assembled.

Turn each approved combination into a recognisable row

Give every required combination its existing order code and quantity. Link the body reference, accepted colour description or sample, and exact decoration version. A row labelled “blue” is insufficient if both old and current marks use blue bodies.

Identify observable cues that distinguish the versions in the agreed views. These might include a particular symbol, the presence of a second mark or which face carries an event line. Use cues from the approved artwork and sample, not a new interpretation of the design. A product code on an outer carton is a declaration to retain alongside the physical observation.

If two versions cannot be distinguished in the available view, do not assume they are interchangeable. Mark the units unassigned pending the required evidence. The purpose of a cue is to help identify an approved variant, not to replace comparison with the complete approved decoration.

Count combinations rather than independent attributes

Separate colour and artwork totals can conceal crossover errors. A receipt may have the intended numbers of blue and cream bodies and the intended numbers of marks A and B, while some marks are on the wrong colours. The combination is the countable requirement.

Use one location record for each group examined and count each physical item once. A later review may add a decoration identity to a previously unassigned unit, but it must not add that same unit again to the physical total. Preserve whether a recount replaces an earlier count or extends it to previously unchecked items.

The following matrix is an original editorial worksheet. Use actual quantities only when supported by the agreed counting scope. Do not put carton declarations into the physically identified column.

Keep condition findings in a linked record. A tote may be physically present and correctly identified while separately awaiting a seam or decoration-quality decision. The assortment matrix should not quietly remove that tote from the arrival total or call it accepted for every requirement.

A fictional equal-total mismatch

Assume a wholly fictional order requires 60 blue totes with mark A and 40 cream totes with mark B. All 100 delivered totes are individually counted and their relevant variant cues checked under the agreed scope. No units remain unassigned in this example.

The arithmetic is 60 − 50 = 10 missing from the required blue/A allocation, and 50 − 40 = 10 extra cream/B units. The extra cream/B totes do not fulfil blue/A without an authorised change to the requirement. No cause, supplier fault or remedy entitlement is established by this invented count.

Do not add the two differences and report “20 defective totes.” Ten is a shortage against a required allocation; the other ten refers to present surplus units. They are different accounting facts. The fifty cream/B units may reproduce their approved design correctly while the ordered mix remains wrong.

The next decision is explicit: retain the agreed assortment and obtain a scoped remedy proposal, or seek the buyer owner’s approval for a defined changed allocation. Receiving staff should not substitute colours because a distribution date is approaching.

Keep incomplete identity provisional

Consider a separate fictional preliminary count: 100 physical totes are present, but only 50 are identified as blue/A and 44 as cream/B; six have unreadable decoration views. The physical count is 50 + 44 + 6 = 100. The six belong in an unassigned group until their identity is established.

The preliminary record does not support a final ten-unit blue/A shortage, because the unassigned group may include that combination. Request the missing identity evidence within the agreed safe scope. Likewise, an unopened carton should remain unchecked rather than being declared missing or fully matched from its label.

NIST describes acceptance sampling as a plan-based decision about a lot, with a purpose distinct from estimating lot quality. A few examined variants do not become a complete physical assortment count merely by being called a sample. This worksheet supplies no sampling plan or default acceptance number. NIST acceptance-sampling explanation

Verify the remedy in the same combinations

If the supplier proposes additional blue/A totes, record that proposal separately from receipt. When additional goods actually arrive, compare their body, colour and decoration version against the same approved row, then record their observed quantity. An image of one correctly decorated tote cannot establish the identity of an entire replacement delivery.

If the buyer approves reallocating surplus variants, retain the revised allocation and the authority for it. Keep the original receiving difference visible. Decisions about returning, storing or disposing of surplus goods require their own agreed scope; the count alone authorises none of those actions.

For a 1688 custom-gift order, request combination-level counts, the required views and treatment of unassigned items through Get a quote. Confirm actual capability, scope, fees and dates before relying on the service. Link the matrix to the custom-gift progress record: receiving milestone, evidence, open variant difference, owner and next decision. Agree the reporting medium and frequency rather than assuming an automated stock or variant-tracking system.