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LegacyQuantifindNetworkGraphFacets

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type LegacyQuantifindNetworkGraphFacets {
  riskFactorFacets: [LegacyQuantifindRiskFactorCategoryFacet!]!
  relationshipTypeFacets: [LegacyQuantifindRelationshipTypeFacet!]!
  addressFacets: [LegacyQuantifindAddressFacet!]!
  degreeFacets: [LegacyQuantifindDegreeFacet!]!
  entityTypeFacets: [LegacyQuantifindEntityTypeFacet!]!
  relationshipStatusFacets: [LegacyQuantifindRelationshipStatusFacet!]!
  entityNameSuggestions(
    term: String!
    limit: Int! = 10
  ): [LegacyQuantifindEntityNameSuggestion!]!
}

Fields​

LegacyQuantifindNetworkGraphFacets.riskFactorFacets ● [LegacyQuantifindRiskFactorCategoryFacet!]! non-null object​

Risk category → subcategory → name, each counting distinct related entities with risk. A parent counts the distinct entities beneath it, so it can be less than the sum of its children. Counts reflect the graph's where excluding riskFactorSubcategoryIn and riskFactorIn. Categories and their nested subcategories are ordered by entityCount DESC.

LegacyQuantifindNetworkGraphFacets.relationshipTypeFacets ● [LegacyQuantifindRelationshipTypeFacet!]! non-null object​

Relationship types present in the network, each counting distinct related entities with risk. Counts reflect the graph's where excluding relationshipTypeIn. Ordered by entityCount DESC.

LegacyQuantifindNetworkGraphFacets.addressFacets ● [LegacyQuantifindAddressFacet!]! non-null object​

Countries present in the network, each counting distinct related entities with risk (city/state always null — the address filter is country-only). Counts reflect the graph's where excluding addressIn. Ordered by entityCount DESC.

LegacyQuantifindNetworkGraphFacets.degreeFacets ● [LegacyQuantifindDegreeFacet!]! non-null object​

Degree catalogue (DEGREE_1 / DEGREE_2), each counting distinct related entities with risk; an entity reached at both hops counts under each. Counts reflect the graph's where excluding degreeIn. Every catalogue value is emitted; zero-count rows are kept.

LegacyQuantifindNetworkGraphFacets.entityTypeFacets ● [LegacyQuantifindEntityTypeFacet!]! non-null object​

Entity-type catalogue (COMPANY / PERSON), each counting distinct related entities with risk. Counts reflect the graph's where excluding entityTypeIn. Every catalogue value is emitted; zero-count rows are kept.

LegacyQuantifindNetworkGraphFacets.relationshipStatusFacets ● [LegacyQuantifindRelationshipStatusFacet!]! non-null object​

Relationship-status catalogue (CURRENT / FORMER), each counting distinct related entities with risk. Counts reflect the graph's where excluding relationshipStatusIn. Every catalogue value is emitted; zero-count rows are kept.

LegacyQuantifindNetworkGraphFacets.entityNameSuggestions ● [LegacyQuantifindEntityNameSuggestion!]! non-null object​

Typeahead for the graph's entity search box: distinct related entities whose name contains term (case-insensitive), prefix matches first, then alphabetical. Honours the graph's where minus the search dimension itself (entityNameContains / entityIdIn), so with a cluster open (groupIdIn) it suggests only that cluster's entities. Each hit's nodeId is a node in this graph. Blank term returns nothing; limit is capped at 50.

LegacyQuantifindNetworkGraphFacets.entityNameSuggestions.term ● String! non-null scalar​
LegacyQuantifindNetworkGraphFacets.entityNameSuggestions.limit ● Int! non-null scalar​

Member Of​

LegacyQuantifindNetworkGraph object