Get price tiers

Restrict the result to specific price tiers by ID (the same ID returned as each price tier's id). Repeat the bracketed key once per ID. Unknown IDs simply match nothing; an empty list is treated as no filter. At most 200 IDs may be given.

Return only tiers that include this customer in a customer condition. The ID of a company relationship (customer). Matches a tier whose "one of these customers" condition lists this id exactly; tiers with no customer condition, or that only exclude this customer, are not returned.

Return only tiers that explicitly list any of these products in their product condition (the same products returned under a tier's conditions.one_of_products). Repeat the bracketed key once per product ID; matches ANY. Tiers with no product condition — all-products tiers, or those scoped by category/brand/group — are not returned, nor are tiers that only exclude these products. A malformed ID is rejected with a 400; an unknown-but-well-formed ID matches nothing; an empty list is no filter. At most 200 IDs.

Case-insensitive substring match on the tier's internal name. Does not search external_name.

Filter to price tiers by their creation datetime, given as a comma-separated start,end pair of ISO8601 datetimes (inclusive). Either bound may be omitted for an open-ended range: 2022-07-10T00:00:00Z, matches on or after that instant, ,2022-07-10T00:00:00Z matches on or before it.

Filter to price tiers by their last-updated datetime, given as a comma-separated start,end pair of ISO8601 datetimes (inclusive). Either bound may be omitted for an open-ended range.

Restrict to price tiers owned by any of these Distru users (each tier's owner.id). Repeat the bracketed key once per ID; matches ANY. Unknown IDs match nothing; an empty list is no filter. At most 200 IDs.

Page selector. Page size is fixed by the server; paginate by following the next_page URL in each response rather than building page selectors yourself — it is null on the last page. next_page uses page[after]=<cursor>, an opaque token marking where the next page resumes; pass it back exactly as given, and only to the endpoint that issued it. This is seek-based, so every page stays fast no matter how deep you page.