Revolve1D, Revolve2D

model.result().dataset(<dtag>).set(property,<value>);

model.result().dataset().create(<dtag>,"Revolve1D") creates a 1D revolution dataset feature named <dtag>.

model.result().dataset().create(<dtag>,"Revolve2D") creates a 2D revolution dataset feature named <dtag>.

Table 7-127: Valid Properties for Revolve Datasets.
name	Value	Default	Description
anglevar	String	Derived from feature name	The name of the angle variable in the revolved coordinate system.
data	none \| dataset name	First compatible dataset	The dataset this feature refers to.
endcaps	Boolean	true	If true, add end caps if the revolution is not full.
hasspacevars	Boolean	false	If true, spacevars and anglevars are made available for evaluation.
modenumber	integer	0	The azimuthal mode number.
point	double	0	The point that is the axis of revolution (1D only).
revangle	double	360	The revolution angle (degrees).
revlayers	integer >= 3	50	The number of revolution layers.
spacevars	String array	Derived from feature name	The names of the space variables in the revolved coordinate system.
startangle	double	0	The angle where the revolved sector begins (degrees).

Table 7-128: Valid Property/Value Pairs for 2D Revolve Datasets.
name	Value	Default	Description
method	twopoint \| pointdir	twopoint	Decides if the line should be specified by two points or through one point and a direction.
genpoints	double matrix	{{0, 0, 0}, {1,0,0}}	Active when method equals twopoint, this property contains the coordinates of the two points in the two rows of the matrix.
layermethod	coarse \| custom \| fine \| normal	normal	The method used for choosing how many layers to use.
pddir	String array	{"0","1"}	Active when method is set to pointdir, this property contains the direction.
pdpoint	String array	{"0","0"}	Active when method equals pointdir, this property contains the coordinates of the point.
planemap	xy \| xz	xz	The 3D plane that the 2D xy plane is mapped to.
revlayers	integer >= 3	50	The number of revolution layers if layermethod is custom.