epam/miew

import MeshCreator from '../../meshes/MeshCreator'
import groups from './groups'
import processors from '../processors/processors'

function _bakeGroup(triplet, Processor, Group) {
  return function (complex, colorer, mode, polyComplexity, mask, material) {
    return new Processor(
      Group,
      triplet,
      complex,
      colorer,
      mode,
      polyComplexity,
      mask,
      material
    )
  }
}

class GroupsFactory {
  static AtomsSpheres(caps, settings) {
    const gfxTriplet = MeshCreator.createSpheres(caps, settings)

    return _bakeGroup(gfxTriplet, processors.Atoms, groups.AtomsSphereGroup)
  }

  static OrphanedAtomsCrosses(caps, settings, renderParams) {
    const gfxTriplet = MeshCreator.createCrosses(caps, settings, renderParams)

    return _bakeGroup(
      gfxTriplet,
      processors.OrphanAtoms,
      groups.AtomsSphereGroup
    )
  }

  static BondsCylinders(caps, settings) {
    const gfxTriplet = MeshCreator.create2CCylinders(caps, settings)

    return _bakeGroup(gfxTriplet, processors.Bonds, groups.BondsCylinderGroup)
  }

  static BondsLines(caps, settings, renderParams) {
    const gfxTriplet = MeshCreator.create2CLines(caps, settings, renderParams)

    return _bakeGroup(gfxTriplet, processors.Bonds, groups.BondsLinesGroup)
  }

  static CartoonChains(caps, settings) {
    const gfxTriplet = MeshCreator.createExtrudedChains(caps, settings)

    return _bakeGroup(
      gfxTriplet,
      processors.Subseqs,
      groups.ResiduesSubseqGroup
    )
  }

  static TraceChains(caps, settings) {
    const gfxTriplet = MeshCreator.create2CClosedCylinders(caps, settings)

    return _bakeGroup(gfxTriplet, processors.Subseqs, groups.ResiduesTraceGroup)
  }

  static NucleicSpheres(caps, settings) {
    const gfxTriplet = MeshCreator.createSpheres(caps, settings)

    return _bakeGroup(
      gfxTriplet,
      processors.Nucleic,
      groups.NucleicSpheresGroup
    )
  }

  static NucleicCylinders(caps, settings) {
    const gfxTriplet = MeshCreator.create2CCylinders(caps, settings)

    return _bakeGroup(
      gfxTriplet,
      processors.Nucleic,
      groups.NucleicCylindersGroup
    )
  }

  static ALoopsTorus(caps, settings) {
    const gfxTriplet = MeshCreator.createExtrudedChains(caps, settings)

    return _bakeGroup(
      gfxTriplet,
      processors.Aromatic,
      groups.AromaticTorusGroup
    )
  }

  static ALoopsLines(caps, settings, renderParams) {
    const gfxTriplet = MeshCreator.createChunkedLines(
      caps,
      settings,
      renderParams
    )

    return _bakeGroup(
      gfxTriplet,
      processors.Aromatic,
      groups.AromaticLinesGroup
    )
  }

  static QuickSurfGeo(caps, settings, renderParams) {
    const gfxTriplet = MeshCreator.createQuickSurface(
      caps,
      settings,
      renderParams
    )

    return _bakeGroup(gfxTriplet, processors.Atoms, groups.AtomsSurfaceGroup)
  }

  static ContactSurfaceGeo(caps, settings, renderParams) {
    const gfxTriplet = MeshCreator.createContactSurface(
      caps,
      settings,
      renderParams
    )

    return _bakeGroup(gfxTriplet, processors.Atoms, groups.AtomsSurfaceGroup)
  }

  static SASSESSurfaceGeo(caps, settings, renderParams) {
    const gfxTriplet = MeshCreator.createSASSES(caps, settings, renderParams)

    return _bakeGroup(gfxTriplet, processors.Atoms, groups.AtomsSASSESGroupStub)
  }

  static TextLabelsGeo(caps, settings) {
    const gfxTriplet = MeshCreator.createLabels(caps, settings)

    return _bakeGroup(gfxTriplet, processors.Atoms, groups.AtomsTextGroup)
  }
}

export default GroupsFactory