Gems

10 components in Diamonds › Gems.

Gem

Creates a gem by Width

Nickname: Gem · Tab: Diamonds › Gems

Inputs

Name	Nickname	Type	Access	Default	Description
Plane	Plane	Plane	item	Plane.WorldXY	Base plane for gem
Shape (optional)	Shape	Generic	item	—	GemShape (index or name, e.g. 0 or ROUND)
Width	Width	Number	item	5	Width or diameter
Compound (optional)	Compound	Generic	item	—	GemCompound (index or name, e.g. 0 or Diamond)

Outputs

Name	Nickname	Type	Access	Description
Gem	Gem	GemObject	item	Full gem object
Gem Mesh	Mesh	Mesh	item	Just a beautiful gem mesh
Curve	Crv	Curve	item	Gem outline curve
Dictionary	Dict	Generic	item	Gem values as dictionary
Semantic	Semantic	Text	item	Semantic text description of the gem

Gem by Carat

Creates a gem by weight (carat)

Nickname: Gem Ct · Tab: Diamonds › Gems

Inputs

Name	Nickname	Type	Access	Default	Description
Plane	Plane	Plane	item	Plane.WorldXY	Base plane
Shape (optional)	Shape	Generic	item	—	GemShape (index or name, e.g. 0 or ROUND)
Carat	Ct	Number	item	1	Weight in carats
Compound (optional)	Compound	Generic	item	—	GemCompound (index or name, e.g. 0 or Diamond)

Outputs

Name	Nickname	Type	Access	Description
Gem	Gem	GemObject	item	Full gem object
Gem Mesh	Mesh	Mesh	item	Just a beautiful gem mesh
Curve	Crv	Curve	item	Gem outline curve
Dictionary	Dict	Generic	item	Gem values as dictionary
Semantic	Semantic	Text	item	Semantic text description of the gem

Gem by XYZ

Creates a gem by Width (X), Height (Y) and Depth (Z)

Nickname: Gem XYZ · Tab: Diamonds › Gems

Inputs

Name	Nickname	Type	Access	Default	Description
Plane	Plane	Plane	item	Plane.WorldXY	Base plane
Shape	Shape	Integer	item	0	GemShape
Width	X	Number	item	1	Width or diameter
Height	Y	Number	item	1	Height
Depth	Z	Number	item	0.6	Depth
Compound (optional)	Compound	Generic	item	—	GemCompound (index or name, e.g. 0 or Diamond)

Outputs

Name	Nickname	Type	Access	Description
Gem	Gem	GemObject	item	Full gem object
Gem Mesh	Mesh	Mesh	item	Just a beautiful gem mesh
Curve	Crv	Curve	item	Gem outline curve
Dictionary	Dict	Generic	item	Gem values as dictionary
Semantic	Semantic	Text	item	Semantic text description of the gem

Center Stone

Creates a gem from CenterStone Reader outputs. Uses carat if provided, otherwise XYZ dimensions.

Nickname: CenterStone · Tab: Diamonds › Gems

Inputs

Name	Nickname	Type	Access	Default	Description
Plane	Plane	Plane	item	Plane.WorldXY	Base plane
Material (optional)	Material	Text	item	—	Gem material (compound). Defaults to Diamond.
Shape (optional)	Shape	Text	item	—	Gem shape. Defaults to ROUND.
Size (ct) (optional)	Size by Ct	Number	item	—	Gem size by carats
Size X (optional)	Size X	Number	item	—	Gem size X
Size Y (optional)	Size Y	Number	item	—	Gem size Y
Size Z (optional)	Size Z	Number	item	—	Gem size Z
Move in Z	MoveZ	Number	item	0	Move gem along the selected plane’s Z axis by this distance
Rotate 90	Rotate90	Boolean	item	false	Rotate gem 90 degrees

Outputs

Name	Nickname	Type	Access	Description
Gem	Gem	GemObject	item	Full gem object
Gem Mesh	Mesh	Mesh	item	Just a beautiful gem mesh
Curve	Crv	Curve	item	Gem outline curve
Dictionary	Dict	Generic	item	Gem values as dictionary
Semantic	Semantic	Text	item	Semantic text description of the gem
Scheme	Scheme	Generic	item	Center stone scheme with reader-compatible keys

Center Stone for Solitaire Rings

Creates a center stone for a solitaire ring. Instead of a plane, takes a ring Diameter and a Distance: the gem plane is the XY plane moved up in Z by (Diameter / 2) + Distance, with the gem resting on that surface.

Nickname: CenterStone Solitaire · Tab: Diamonds › Gems

Inputs

Name	Nickname	Type	Access	Default	Description
Diameter	Diameter	Number	item	16.92	Ring diameter
Distance	Distance	Number	item	0	Distance from the ring surface to the gem
Material (optional)	Material	Text	item	—	Gem material (compound). Defaults to Diamond.
Shape (optional)	Shape	Text	item	—	Gem shape. Defaults to ROUND.
Size (ct) (optional)	Size by Ct	Number	item	—	Gem size by carats
Size X (optional)	Size X	Number	item	—	Gem size X
Size Y (optional)	Size Y	Number	item	—	Gem size Y
Size Z (optional)	Size Z	Number	item	—	Gem size Z
Move in Z	MoveZ	Number	item	0	Move gem along the plane’s Z axis by this distance
Rotate 90	Rotate90	Boolean	item	false	Rotate gem 90 degrees
Part Path (optional)	Part Path	Text	item	—	Where this component’s parts go in the design, as section.id (for example center_stone.main). Wire the Path output of the reader; leave it empty when the design has a single one (center_stone.main is used).
Setting (optional)	Setting	Text	item	—	Setting type of the stone for the technical chart (PRONGS, BEZEL, FLUSH…). Empty = PRONGS.
Connector (optional)	Connector	Generic	item	—	Dictionary from a Reader Connector output (material, shape, carat, sizeX/Y/Z, moveInZ, rotate90). Individual inputs override.

Outputs

Name	Nickname	Type	Access	Description
Gem	Gem	GemObject	item	Full gem object
Gem Mesh	Mesh	Mesh	item	Just a beautiful gem mesh
Curve	Crv	Curve	item	Gem outline curve
Semantic	Semantic	Text	item	Semantic text description of the gem
Scheme	Scheme	Generic	item	Center stone scheme with reader-compatible keys
Width	Width	Number	item	Width of the stone along the ring’s X axis (its Y extent when rotated 90), for the shanks that size their arms to the stone
Gem Size X	Gem Size X	Number	item	Size X of the placed gem (the taxonomy size_x: carats and shape resolved), for the shanks that open for the stone
Parts	Parts	Part	list	The stone as a part for Capsule Output (<path>), with its taxonomy as scheme.
Girdle Distance	Girdle Distance	Number	item	Distance from the ring circle (the top of the finger, Diameter / 2) up to the gem plane at the girdle, with Distance and Move in Z included: the height a basket or any setting under the stone has to cover.

Three Stones

Creates a three-stones set: one center stone plus two symmetric side stones placed around a ring diameter. Same placement as the ArtisanThreeStones command.

Nickname: ThreeStones · Tab: Diamonds › Gems

Inputs

Name	Nickname	Type	Access	Default	Description
Plane	Plane	Plane	item	Plane.WorldXY	Base plane. Y axis = finger axis, Z axis = top of the ring.
Ring Diameter	Ring Diameter	Number	item	17	Finger circle diameter (mm)
Center Material (optional)	C Material	Text	item	—	Center gem material (compound). Defaults to Diamond.
Center Shape (optional)	C Shape	Text	item	—	Center gem shape. Defaults to ROUND.
Center Size (ct)	C Size Ct	Number	item	1	Center gem size by carats
Center Distance	C Distance	Number	item	4	Center gem distance above the finger circle (mm)
Center Rotation	C Rotation	Number	item	0	Center gem rotation around its vertical axis (degrees)
Side Material (optional)	S Material	Text	item	—	Side gems material (compound). Defaults to Diamond.
Side Shape (optional)	S Shape	Text	item	—	Side gems shape. Defaults to ROUND.
Side Size (ct)	S Size Ct	Number	item	0.5	Side gems size by carats
Side Distance	S Distance	Number	item	3.2	Side gems distance above the finger circle (mm)
Side Angle	S Angle	Number	item	28	Side gems position angle from the top of the ring, around the finger axis (degrees)
Side Rotation	S Rotation	Number	item	0	Side gems rotation around each gem’s vertical axis, mirrored on both sides (degrees)
Side Rotation Y	S Rotation Y	Number	item	25	Side gems tilt around the finger axis at each gem’s origin, mirrored on both sides (degrees)

Outputs

Name	Nickname	Type	Access	Description
Gems	Gems	GemObject	list	Gem objects: center, side A, side B
Gem Meshes	Meshes	Mesh	list	Gem meshes: center, side A, side B
Curves	Crvs	Curve	list	Gem outline curves: center, side A, side B
Finger Circle	Circle	Curve	item	Finger reference circle
Dictionaries	Dicts	Generic	list	Gem values as dictionaries: center, side A, side B
Semantic	Semantic	Text	list	Semantic text description of each gem: center, side A, side B
Scheme	Scheme	Generic	item	Three stones scheme with reader-compatible keys

Toi et Moi

Creates a Toi et Moi pair: two independent stones straddling the top of a ring diameter, one leaning to each side. Same placement as the ArtisanToiEtMoi command.

Nickname: ToiEtMoi · Tab: Diamonds › Gems

Inputs

Name	Nickname	Type	Access	Default	Description
Plane	Plane	Plane	item	Plane.WorldXY	Base plane. Y axis = finger axis, Z axis = top of the ring.
Ring Diameter	Ring Diameter	Number	item	17.35	Finger circle diameter (mm)
Stone A Material (optional)	A Material	Text	item	—	Stone A material (compound). Defaults to Diamond.
Stone A Shape (optional)	A Shape	Text	item	—	Stone A shape. Defaults to ROUND.
Stone A Size (ct)	A Size Ct	Number	item	0.75	Stone A size by carats
Stone A Distance	A Distance	Number	item	3.2	Stone A distance above the finger circle (mm)
Stone A Angle	A Angle	Number	item	14	Stone A position angle from the top of the ring, around the finger axis (degrees)
Stone A Rotation	A Rotation	Number	item	0	Stone A rotation around its vertical axis (degrees)
Stone A Rotation Y	A Rotation Y	Number	item	20	Stone A tilt around the finger axis at the gem’s origin (degrees)
Stone B Material (optional)	B Material	Text	item	—	Stone B material (compound). Defaults to Diamond.
Stone B Shape (optional)	B Shape	Text	item	—	Stone B shape. Defaults to ROUND.
Stone B Size (ct)	B Size Ct	Number	item	0.75	Stone B size by carats
Stone B Distance	B Distance	Number	item	3.2	Stone B distance above the finger circle (mm)
Stone B Angle	B Angle	Number	item	-14	Stone B position angle from the top of the ring, around the finger axis (degrees)
Stone B Rotation	B Rotation	Number	item	0	Stone B rotation around its vertical axis (degrees)
Stone B Rotation Y	B Rotation Y	Number	item	-20	Stone B tilt around the finger axis at the gem’s origin (degrees)

Outputs

Name	Nickname	Type	Access	Description
Gems	Gems	GemObject	list	Gem objects: stone A, stone B
Gem Meshes	Meshes	Mesh	list	Gem meshes: stone A, stone B
Curves	Crvs	Curve	list	Gem outline curves: stone A, stone B
Finger Circle	Circle	Curve	item	Finger reference circle
Dictionaries	Dicts	Generic	list	Gem values as dictionaries: stone A, stone B
Semantic	Semantic	Text	list	Semantic text description of each gem: stone A, stone B
Scheme	Scheme	Generic	item	Toi et Moi scheme with reader-compatible keys

Baguette

Baguette stone: length, top and bottom widths (tapered when they differ), depth and table proportions

Nickname: Baguette · Tab: Diamonds › Gems

Inputs

Name	Nickname	Type	Access	Default	Description
Plane	Plane	Plane	item	Plane.WorldXY	Stone plane (girdle plane, table along the normal)
Compound	Compound	Text	item	d.Compound.ToString()	Gem compound (Diamond, Ruby, Emerald, Sapphire…)
Length	L	Number	item	d.Length	Length
Top Width	TopW	Number	item	d.TopWidth	Width at one end
Bottom Width	BottomW	Number	item	d.BottomWidth	Width at the other end
Depth Percentage	Depth%	Integer	item	d.DepthPercentage	Total depth as a percentage of the width
Table Percentage	Table%	Integer	item	d.TablePercentage	Table as a percentage of the width
Girdle Depth	GirdleD	Number	item	d.GirdleDepth	Girdle depth
Crown Depth	CrownD	Number	item	d.CrownDepth	Crown depth
Pavilion Depth	PavilionD	Number	item	d.PavilionDepth	Pavilion depth
Pavilion Scale	PavilionS	Number	item	d.PavilionScale	Pavilion scale
Culet Length	CuletL	Number	item	d.CuletLength	Culet length
Angle	Angle	Number	item	d.Angle	Rotation on the plane (degrees)
Vertical Alignment	VAlign	Text	item	d.AlignmentVertical	Which level sits on the plane: Girdle, Table or Culet
Move In Z	MoveZ	Number	item	d.MoveInZ	Offset along the plane normal

Outputs

Name	Nickname	Type	Access	Description
Mesh	Mesh	Mesh	item	Baguette mesh

Cabochon

Cabochon stone: Round, Oval, Rectangular, Heart, Pear, Marquise or Diamond outline; Cabochon, FlatTop or BuffTop with single or double bevel

Nickname: Cabochon · Tab: Diamonds › Gems

Inputs

Name	Nickname	Type	Access	Default	Description
Plane	Plane	Plane	item	Plane.WorldXY	Stone plane (girdle plane, top along the normal)
Shape	Shape	Text	item	d.Shape.ToString()	Round, Oval, Rectangular, Heart, Pear, Marquise or Diamond
Type	Type	Text	item	d.Type.ToString()	Cabochon, FlatTopSingleBevel, FlatTopDoubleBevel, BuffTopSingleBevel or BuffTopDoubleBevel
X	X	Number	item	d.X	Size along X (radius for Round)
Y	Y	Number	item	d.Y	Size along Y
Z	Z	Number	item	d.Z	Dome height
Angle	Angle	Number	item	d.Angle	Bevel angle (degrees)
Girdle Height	GirdleH	Number	item	d.GirdleHeight	Girdle height
Girdle Angle	GirdleA	Number	item	d.GirdleAngle	Girdle angle (degrees)

Outputs

Name	Nickname	Type	Access	Description
Brep	Brep	Brep	item	Cabochon brep

Pearl

Pearl with an optional wire and calotte

Nickname: Pearl · Tab: Diamonds › Gems

Inputs

Name	Nickname	Type	Access	Default	Description
Plane	Plane	Plane	item	Plane.WorldXY	Pearl plane (the wire goes along the normal)
Size	Size	Number	item	d.PearlSize	Pearl diameter
Wire	Wire	Boolean	item	d.WireEnable	Build the wire
Wire Diameter	WireD	Number	item	d.WireDiameter	Wire diameter
Wire Length	WireL	Number	item	d.WireLength	Wire length
Calotte	Calotte	Boolean	item	d.CalotteEnable	Build the calotte
Calotte Angle	CalotteA	Number	item	d.CalotteAngle	Calotte opening angle (degrees)
Calotte Thickness	CalotteT	Number	item	d.CalotteThickness	Calotte thickness

Outputs

Name	Nickname	Type	Access	Description
Pearl	Pearl	Brep	item	Pearl brep
Wire	Wire	Brep	item	Wire brep (when enabled)
Calotte	Calotte	Brep	item	Calotte brep (when enabled)