Class StructureBuilder

trajectory: StateObjectRef<<internal>.Trajectory>

Optional params: Normalize<{ modelIndex: number }>

Optional initialState: Partial<<internal>.Transform.State>

modelRef: StateObjectRef<<internal>.Model>

Optional params: NamedParams<Normalize<{ dynamicBonds: undefined | boolean }>, "auto"> | NamedParams<Normalize<{ dynamicBonds: undefined | boolean; id: undefined | string }>, "assembly"> | NamedParams<Normalize<{ dynamicBonds: undefined | boolean; ijkMax: <internal>.Vec3; ijkMin: <internal>.Vec3 }>, "symmetry"> | NamedParams<Normalize<{ dynamicBonds: undefined | boolean }>, "model"> | NamedParams<Normalize<{ dynamicBonds: undefined | boolean; radius: number }>, "symmetry-mates"> | NamedParams<Normalize<{ dynamicBonds: undefined | boolean; generators: Normalize<{ asymIds: string[]; operators: { index: number; shift: <internal>.Vec3 }[] }>[] }>, "symmetry-assembly">

Optional initialState: Partial<<internal>.Transform.State>

model: StateObjectRef<<internal>.Model>

Optional params: Normalize<{ autoAttach: string[]; properties: Normalize<{ [x: string]: any }> }>

Optional initialState: Partial<<internal>.Transform.State>

structure: StateObjectRef<<internal>.Structure>

Optional params: Normalize<{ autoAttach: string[]; properties: Normalize<{ [x: string]: any }> }>

cell: StateObjectCell<StateObject<any, <internal>.StateObject.Type<any>>, <internal>.Transform<<internal>.Transformer<StateObject<any, <internal>.StateObject.Type<any>>, StateObject<any, <internal>.StateObject.Type<any>>, any>>>

data: StateObjectRef<String | Binary>

format: "pdb" | "gro" | TrajectoryFormatProvider<{ trajectoryTags?: string | string[] }, { trajectory: StateObjectRef<<internal>.Trajectory> }> | "mmcif" | "cifCore" | "pdbqt" | "xyz" | "mol" | "sdf" | "mol2"

blob: StateObjectRef<<internal>.Blob>

params: Normalize<{ formats: Normalize<{ format: any; id: any }>[] }>

structure: StateObjectRef<<internal>.Structure>

params: <internal>.StructureComponentParams

key: string

Optional tags: string[]

structure: StateObjectRef<<internal>.Structure>

expression: Expression

key: string

Optional params: { label?: string; tags?: string[] }

• Optional label?: string

• Optional tags?: string[]

structure: StateObjectRef<<internal>.Structure>

selection: <internal>.StructureSelectionQuery

key: string

Optional params: { label?: string; tags?: string[] }

• Optional label?: string

• Optional tags?: string[]

structure: StateObjectRef<<internal>.Structure>

type: "all" | "polymer" | "water" | "branched" | "ligand" | "ion" | "lipid" | "protein" | "coarse" | "nucleic" | "non-standard"

Optional params: { label?: string; tags?: string[] }

• Optional label?: string

• Optional tags?: string[]

model: StateObjectRef<<internal>.Model>

Optional params: Normalize<{ alpha: number; attachment: "center" | "corner"; bumpAmplitude: number; bumpFrequency: number; cellColor: <internal>."/Users/joan/devel/rcsb-saguaro-3d/node_modules/molstar/lib/mol-util/color/index".Color; cellScale: number; clip: Normalize<{ objects: any; variant: any }>; doubleSided: boolean; flatShaded: boolean; flipSided: boolean; ignoreLight: boolean; instanceGranularity: boolean; material: Normalize<{ bumpiness: number; metalness: number; roughness: number }>; quality: "auto" | "high" | "low" | "medium" | "custom" | "lower" | "highest" | "higher" | "lowest"; ref: "origin" | "model"; transparentBackfaces: string; xrayShaded: boolean }>

Optional initialState: Partial<<internal>.Transform.State>