iOS & macOS Charting Documentation - SciChart iOS & macOS Charts SDK v4.x

SCICylindroidDataSeries3D

@interface SCICylindroidDataSeries3D : SCIXzDisplaceableFreeSurfaceDataSeries3D

Data Series that defines the Cylindroid in 3-Dimensional space.

The A component of the Cylindroid.

Declaration

Objective-C

@property (nonatomic, strong) NS_REFINED_FOR_SWIFT id<ISCIComparable> a;

The B component of the Cylindroid.

Declaration

Objective-C

@property (nonatomic, strong) NS_REFINED_FOR_SWIFT id<ISCIComparable> b;

The height of the Cylindroid.

Declaration

Objective-C

@property (nonatomic, strong) NS_REFINED_FOR_SWIFT id<ISCIComparable> h;


                        
                        
                        -initWithXZType:yType:uSize:vSize:

Creates a new instance of SCICylindroidDataSeries3D.

Declaration

Objective-C

- (nonnull instancetype)initWithXZType:(SCIDataType)xzType
                                 yType:(SCIDataType)yType
                                 uSize:(NSInteger)uSize
                                 vSize:(NSInteger)vSize;

Parameters

`xzType`	The type used for X and Z data.
`yType`	The type used for Y data.
`uSize`	The U dimension of 2D grid.
`vSize`	The V dimension of 2D grid.


                        
                        
                        -initWithXZType:yType:uSize:vSize:uMin:uMax:vMin:vMax:

Creates a new instance of SCICylindroidDataSeries3D.

Declaration

Objective-C

- (nonnull instancetype)initWithXZType:(SCIDataType)xzType
                                 yType:(SCIDataType)yType
                                 uSize:(NSInteger)uSize
                                 vSize:(NSInteger)vSize
                                  uMin:(double)uMin
                                  uMax:(double)uMax
                                  vMin:(double)vMin
                                  vMax:(double)vMax;

Parameters

`xzType`	The type used for X and Z data.
`yType`	The type used for Y data.
`uSize`	The U dimension of 2D grid.
`vSize`	The V dimension of 2D grid.
`uMin`	The minimum value of U component of the 2D grid.
`uMax`	The maximum value of U component of the 2D grid.
`vMin`	The minimum value of V component of the 2D grid.
`vMax`	The maximum value of V component of the 2D grid.