Function Draw.WireRing

void WireRing (

float3	center	Center point of the ring.
float3	normal	Direction perpendicular to the plane of the ring. If this is (0,0,0) then nothing will be rendered.
float	innerRadius	Radius of the inner circle (the hole).
float	outerRadius	Radius of the outer circle.

)

Draws a ring (annulus) outline.

A ring is a flat shape consisting of two concentric circles - an outer circle and an inner circle (like a donut or washer viewed from above).

Draw.WireRing(Vector3.zero, Vector3.up, 0.3f, 0.7f, color);


void WireRing (

float3	center	Center point of the ring.
float3	normal	Direction perpendicular to the plane of the ring. If this is (0,0,0) then nothing will be rendered.
float	innerRadius	Radius of the inner circle (the hole).
float	outerRadius	Radius of the outer circle.
Color	color	Color of the object

)

Draws a ring (annulus) outline.

A ring is a flat shape consisting of two concentric circles - an outer circle and an inner circle (like a donut or washer viewed from above).

Draw.WireRing(Vector3.zero, Vector3.up, 0.3f, 0.7f, color);


void WireRing (

float3	center	Center point of the ring.
quaternion	rotation	Rotation of the ring. The ring will lie in the XZ plane with respect to this rotation.
float	innerRadius	Radius of the inner circle (the hole).
float	outerRadius	Radius of the outer circle.
Color	color	Color of the object

)

Draws a wire ring (annulus) outline.

A ring is a flat shape consisting of two concentric circles - an outer circle and an inner circle (like a donut or washer viewed from above).

You can draw a ring segment (arc) by supplying the startAngle and endAngle parameters. The angles increase counter-clockwise when viewed from above (looking down the local -Y axis).

If drawing a partial ring (not a full circle), connector lines will be drawn between the endpoints of the inner and outer arcs.

Draw.WireRing(Vector3.zero, Vector3.up, 0.3f, 0.7f, color);


Draw.WireRing(Vector3.zero, Quaternion.identity, 0.3f, 0.7f, 0f, Mathf.PI * 1.5f, color);


void WireRing (

float3	center	Center point of the ring.
quaternion	rotation	Rotation of the ring. The ring will lie in the XZ plane with respect to this rotation.
float	innerRadius	Radius of the inner circle (the hole).
float	outerRadius	Radius of the outer circle.
float	startAngle	Starting angle in radians. 0 corresponds to the positive X axis in the ring's local space. Defaults to 0.
float	endAngle	End angle in radians. Defaults to 2π (full circle).
Color	color	Color of the object

)

Draws a wire ring (annulus) outline.

A ring is a flat shape consisting of two concentric circles - an outer circle and an inner circle (like a donut or washer viewed from above).

You can draw a ring segment (arc) by supplying the startAngle and endAngle parameters. The angles increase counter-clockwise when viewed from above (looking down the local -Y axis).

If drawing a partial ring (not a full circle), connector lines will be drawn between the endpoints of the inner and outer arcs.

Draw.WireRing(Vector3.zero, Vector3.up, 0.3f, 0.7f, color);


Draw.WireRing(Vector3.zero, Quaternion.identity, 0.3f, 0.7f, 0f, Mathf.PI * 1.5f, color);


void WireRing (

float3	center	Center point of the ring.
quaternion	rotation	Rotation of the ring. The ring will lie in the XZ plane with respect to this rotation.
float	innerRadius	Radius of the inner circle (the hole).
float	outerRadius	Radius of the outer circle.
float	startAngle=0f	Starting angle in radians. 0 corresponds to the positive X axis in the ring's local space. Defaults to 0.
float	endAngle=2 *Mathf.PI	End angle in radians. Defaults to 2π (full circle).

)

Draws a wire ring (annulus) outline.

A ring is a flat shape consisting of two concentric circles - an outer circle and an inner circle (like a donut or washer viewed from above).

You can draw a ring segment (arc) by supplying the startAngle and endAngle parameters. The angles increase counter-clockwise when viewed from above (looking down the local -Y axis).

If drawing a partial ring (not a full circle), connector lines will be drawn between the endpoints of the inner and outer arcs.

Draw.WireRing(Vector3.zero, Vector3.up, 0.3f, 0.7f, color);


Draw.WireRing(Vector3.zero, Quaternion.identity, 0.3f, 0.7f, 0f, Mathf.PI * 1.5f, color);