Plate — OpenCascade.js

OCCT package Plate: Plate_D1, Plate_D2, Plate_D3, Plate_FreeGtoCConstraint, and 9 more bound classes.

Plate_D1

define an order 1 derivatives of a 3d valued function of a 2d variable

Constructors(2)

constructor(ref: Plate_D1): Plate_D1
Parameters (1)
- ref
constructor(du: gp_XYZ, dv: gp_XYZ): Plate_D1
Parameters (2)
- du
- dv

Instance methods(2)

DU(): gp_XYZ
DV(): gp_XYZ

Plate_D2

define an order 2 derivatives of a 3d valued function of a 2d variable

Constructors(2)

constructor(ref: Plate_D2): Plate_D2
Parameters (1)
- ref
constructor(duu: gp_XYZ, duv: gp_XYZ, dvv: gp_XYZ): Plate_D2
Parameters (3)
- duu
- duv
- dvv

Plate_D3

define an order 3 derivatives of a 3d valued function of a 2d variable

Constructors(2)

constructor(ref: Plate_D3): Plate_D3
Parameters (1)
- ref
constructor(duuu: gp_XYZ, duuv: gp_XYZ, duvv: gp_XYZ, dvvv: gp_XYZ): Plate_D3
Parameters (4)
- duuu
- duuv
- duvv
- dvvv

Plate_FreeGtoCConstraint

define a G1, G2 or G3 constraint on the Plate using weaker constraint than GtoCConstraint

Constructors(3)

constructor(point2d: gp_XY, D1S: Plate_D1, D1T: Plate_D1, IncrementalLoad?: number, orientation?: number): Plate_FreeGtoCConstraint
Parameters (5)
- point2d
- D1S
- D1T
- IncrementalLoad
- orientation
constructor(point2d: gp_XY, D1S: Plate_D1, D1T: Plate_D1, D2S: Plate_D2, D2T: Plate_D2, IncrementalLoad?: number, orientation?: number): Plate_FreeGtoCConstraint
Parameters (7)
- point2d
- D1S
- D1T
- D2S
- D2T
- IncrementalLoad
- orientation
constructor(point2d: gp_XY, D1S: Plate_D1, D1T: Plate_D1, D2S: Plate_D2, D2T: Plate_D2, D3S: Plate_D3, D3T: Plate_D3, IncrementalLoad?: number, orientation?: number): Plate_FreeGtoCConstraint
Parameters (9)
- point2d
- D1S
- D1T
- D2S
- D2T
- D3S
- D3T
- IncrementalLoad
- orientation

Instance methods(4)

nb_PPC(): number
GetPPC(Index: number): Plate_PinpointConstraint
Parameters (1)
- Index
nb_LSC(): number
LSC(Index: number): Plate_LinearScalarConstraint
Parameters (1)
- Index

Plate_GlobalTranslationConstraint

force a set of UV points to translate without deformation

Constructors(1)

constructor(SOfXY: NCollection_Sequence_gp_XY): Plate_GlobalTranslationConstraint
Parameters (1)
- SOfXY

Instance methods(1)

LXYZC(): Plate_LinearXYZConstraint

Plate_GtoCConstraint

define a G1, G2 or G3 constraint on the Plate

Constructors(7)

constructor(ref: Plate_GtoCConstraint): Plate_GtoCConstraint
Parameters (1)
- ref
constructor(point2d: gp_XY, D1S: Plate_D1, D1T: Plate_D1): Plate_GtoCConstraint
Parameters (3)
- point2d
- D1S
- D1T
constructor(point2d: gp_XY, D1S: Plate_D1, D1T: Plate_D1, nP: gp_XYZ): Plate_GtoCConstraint
Parameters (4)
- point2d
- D1S
- D1T
- nP
constructor(point2d: gp_XY, D1S: Plate_D1, D1T: Plate_D1, D2S: Plate_D2, D2T: Plate_D2): Plate_GtoCConstraint
Parameters (5)
- point2d
- D1S
- D1T
- D2S
- D2T
constructor(point2d: gp_XY, D1S: Plate_D1, D1T: Plate_D1, D2S: Plate_D2, D2T: Plate_D2, nP: gp_XYZ): Plate_GtoCConstraint
Parameters (6)
- point2d
- D1S
- D1T
- D2S
- D2T
- nP
constructor(point2d: gp_XY, D1S: Plate_D1, D1T: Plate_D1, D2S: Plate_D2, D2T: Plate_D2, D3S: Plate_D3, D3T: Plate_D3): Plate_GtoCConstraint
Parameters (7)
- point2d
- D1S
- D1T
- D2S
- D2T
- D3S
- D3T
constructor(point2d: gp_XY, D1S: Plate_D1, D1T: Plate_D1, D2S: Plate_D2, D2T: Plate_D2, D3S: Plate_D3, D3T: Plate_D3, nP: gp_XYZ): Plate_GtoCConstraint
Parameters (8)
- point2d
- D1S
- D1T
- D2S
- D2T
- D3S
- D3T
- nP

Instance methods(3)

nb_PPC(): number
GetPPC(Index: number): Plate_PinpointConstraint
Parameters (1)
- Index
D1SurfInit(): Plate_D1

Plate_LinearScalarConstraint

define on or several constraints as linear combination of the X,Y and Z components of a set of PinPointConstraint

Constructors(5)

constructor(): Plate_LinearScalarConstraint
constructor(thePPC1: Plate_PinpointConstraint, theCoeff: gp_XYZ): Plate_LinearScalarConstraint
Parameters (2)
- thePPC1
- theCoeff
constructor(thePPC: NCollection_Array1_Plate_PinpointConstraint, theCoeff: NCollection_Array1_gp_XYZ): Plate_LinearScalarConstraint
Parameters (2)
- thePPC
- theCoeff
constructor(thePPC: NCollection_Array1_Plate_PinpointConstraint, theCoeff: NCollection_Array2_gp_XYZ): Plate_LinearScalarConstraint
Parameters (2)
- thePPC
- theCoeff
constructor(ColLen: number, RowLen: number): Plate_LinearScalarConstraint
Parameters (2)
- ColLen
- RowLen

Instance methods(4)

GetPPC(): NCollection_Array1_Plate_PinpointConstraint
Coeff(): NCollection_Array2_gp_XYZ
SetPPC(Index: number, Value: Plate_PinpointConstraint): void
Sets the PinPointConstraint of index Index to Value raise if Index is greater than the length of PPC or the Row length of coeff or lower than 1.
Parameters (2)
- Index
- Value
SetCoeff(Row: number, Col: number, Value: gp_XYZ): void
Sets the coeff of index (Row,Col) to Value raise if Row (respectively Col) is greater than the Row (respectively Column) length of coeff.
Parameters (3)
- Row
- Col
- Value

Plate_LinearXYZConstraint

define on or several constraints as linear combination of PinPointConstraint unlike the LinearScalarConstraint, usage of this kind of constraint preserve the X,Y and Z uncoupling.

Constructors(4)

constructor(): Plate_LinearXYZConstraint
constructor(thePPC: NCollection_Array1_Plate_PinpointConstraint, theCoeff: NCollection_Array1_double): Plate_LinearXYZConstraint
Parameters (2)
- thePPC
- theCoeff
constructor(thePPC: NCollection_Array1_Plate_PinpointConstraint, theCoeff: NCollection_Array2_double): Plate_LinearXYZConstraint
Parameters (2)
- thePPC
- theCoeff
constructor(ColLen: number, RowLen: number): Plate_LinearXYZConstraint
Parameters (2)
- ColLen
- RowLen

Instance methods(4)

GetPPC(): NCollection_Array1_Plate_PinpointConstraint
Coeff(): NCollection_Array2_double
SetPPC(Index: number, Value: Plate_PinpointConstraint): void
Sets the PinPointConstraint of index Index to Value raise if Index is greater than the length of PPC or the Row length of coeff or lower than 1.
Parameters (2)
- Index
- Value
SetCoeff(Row: number, Col: number, Value: number): void
Sets the coeff of index (Row,Col) to Value raise if Row (respectively Col) is greater than the Row (respectively Column) length of coeff.
Parameters (3)
- Row
- Col
- Value

Plate_LineConstraint

constraint a point to belong to a straight line

Constructors(1)

constructor(point2d: gp_XY, lin: gp_Lin, iu?: number, iv?: number): Plate_LineConstraint
Parameters (4)
- point2d
- lin
- iu
- iv

Instance methods(1)

LSC(): Plate_LinearScalarConstraint

Plate_PinpointConstraint

define a constraint on the Plate

Constructors(2)

constructor(): Plate_PinpointConstraint
constructor(point2d: gp_XY, ImposedValue: gp_XYZ, iu?: number, iv?: number): Plate_PinpointConstraint
Parameters (4)
- point2d
- ImposedValue
- iu
- iv

Instance methods(4)

Pnt2d(): gp_XY
Idu(): number
Idv(): number
Value(): gp_XYZ

Plate_PlaneConstraint

constraint a point to belong to a Plane

Constructors(1)

constructor(point2d: gp_XY, pln: gp_Pln, iu?: number, iv?: number): Plate_PlaneConstraint
Parameters (4)
- point2d
- pln
- iu
- iv

Instance methods(1)

LSC(): Plate_LinearScalarConstraint

Plate_Plate

This class implement a variational spline algorithm able to define a two variable function satisfying some constraints and minimizing an energy like criterion.

Constructors(2)

constructor(): Plate_Plate
constructor(Ref: Plate_Plate): Plate_Plate
Parameters (1)
- Ref

Instance methods(23)

Copy(Ref: Plate_Plate): Plate_Plate
Parameters (1)
- Ref
Load(PConst: Plate_PinpointConstraint): void
Parameters (1)
- PConst
Load(LXYZConst: Plate_LinearXYZConstraint): void
Parameters (1)
- LXYZConst
Load(LScalarConst: Plate_LinearScalarConstraint): void
Parameters (1)
- LScalarConst
Load(GTConst: Plate_GlobalTranslationConstraint): void
Parameters (1)
- GTConst
Load(LConst: Plate_LineConstraint): void
Parameters (1)
- LConst
Load(PConst: Plate_PlaneConstraint): void
Parameters (1)
- PConst
Load(SCConst: Plate_SampledCurveConstraint): void
Parameters (1)
- SCConst
Load(GtoCConst: Plate_GtoCConstraint): void
Parameters (1)
- GtoCConst
Load(FGtoCConst: Plate_FreeGtoCConstraint): void
Parameters (1)
- FGtoCConst
SolveTI(ord?: number, anisotropie?: number, theProgress?: Message_ProgressRange): void
Parameters (3)
- ord
- anisotropie
- theProgress
IsDone(): boolean
returns True if all has been correctly done.
destroy(): void
Init(): void
reset the Plate in the initial state ( same as after Create())
Evaluate(point2d: gp_XY): gp_XYZ
Parameters (1)
- point2d
EvaluateDerivative(point2d: gp_XY, iu: number, iv: number): gp_XYZ
Parameters (3)
- point2d
- iu
- iv
CoefPol(): NCollection_HArray2_gp_XYZ
Returns the coefficients of the polynomial part of the Plate function.
Returns
2D array of polynomial coefficients as XYZ values
CoefPol_1(): NCollection_HArray2_gp_XYZ
Returns the coefficients of the polynomial part of the Plate function.
Returns
2D array of polynomial coefficients as XYZ values
CoefPol_2(): { Coefs: NCollection_HArray2_gp_XYZ; [Symbol.dispose](): void }
Deprecated
Returns
A result object with fields:
- Coefs: owned by the returned envelope.
  Dispose the returned envelope to release owned Handle fields.
SetPolynomialPartOnly(PPOnly?: boolean): void
Parameters (1)
- PPOnly
Continuity(): number
UVBox(UMin: number, UMax: number, VMin: number, VMax: number): { UMin: number; UMax: number; VMin: number; VMax: number }
Parameters (4)
- UMin
- UMax
- VMin
- VMax
UVConstraints(Seq: NCollection_Sequence_gp_XY): void
Parameters (1)
- Seq

Plate_SampledCurveConstraint

define m PinPointConstraint driven by m unknown

Constructors(1)

constructor(SOPPC: NCollection_Sequence_Plate_PinpointConstraint, n: number): Plate_SampledCurveConstraint
Parameters (2)
- SOPPC
- n

Instance methods(1)

LXYZC(): Plate_LinearXYZConstraint