{"server":"ing.3dpack/load-planning","count":1,"tools":[{"name":"pack_shipment","title":"Pack a shipment into containers or trucks","description":"Work out how a shipment fits into shipping containers, trucks or pallets, using a real 3D bin-packing solver. Describe the cargo in plain English -- quantities, dimensions, weights, and any constraints such as fragile, non-tiltable, max stack height or a preferred container type -- and get back which containers are needed, how full each one is, anything that did not fit, and a link to an interactive 3D load plan.\n\nUse this instead of estimating from volume. Volume arithmetic ignores stacking rules, orientation and weight limits, and overstates what fits by a wide margin on real cargo.\n\nFor cargo that must not overhang -- drums, glass, anything that must stay level -- set `stability`. It is the one constraint the prompt cannot express, because it governs how the solver stacks rather than what is being shipped.","input_schema":{"type":"object","required":["prompt"],"properties":{"speed":{"enum":["fast","normal","thorough"],"type":"string","description":"How hard the solver should look for a better arrangement. Omit to let it choose. Use 'fast' for a quick feasibility check, 'thorough' when the packing quality matters."},"prompt":{"type":"string","description":"The shipment, in plain English. Include quantities, dimensions with units, and weights if known. Examples: \"Pack 50 boxes of 60x40x30 cm into a 20ft container\"; \"Load 100 fragile items 80x60x40cm, max stack 3, into a 40ft high cube\"; \"Ship mixed pallets: 10x euro pallets, 15x US pallets, best container mix\". Truncated at 4000 characters."},"stability":{"type":"integer","maximum":100,"minimum":75,"description":"How much of a box must rest on what is underneath it, as a percentage of its own footprint. Omit for the standard rule of 75, which allows a quarter of a box to overhang and packs the most. Raise it for cargo that must not lean -- drums, glass, anything top-heavy -- and use 100 when every stacked box has to sit fully supported. A higher value is steadier and fits fewer items, so expect more containers or more left over."}}},"output_schema":null,"annotations":null,"source":"probe","observed_at":"2026-09-24T20:02:51.863Z"}],"next_cursor":null,"next_actions":[{"action":"get_connection","description":"Connection block to call these tools","href":"/v1/servers/ing.3dpack%2Fload-planning/connection?target=mcpServers","arguments":{"name":"ing.3dpack/load-planning","target":"mcpServers"}},{"action":"get_server","description":"Full descriptor with trust and connectability","href":"/v1/servers/ing.3dpack%2Fload-planning","arguments":{"name":"ing.3dpack/load-planning"}}]}