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boundary [-caching boolean] [-constructionHistory boolean] [-endPoint boolean] [-endPointTolerance linear] [-name string] [-nodeState int] [-object boolean] [-order boolean] [-polygon int] [-range boolean]
string string string [string]
boundary is undoable, queryable, and editable.
This command produces a boundary surface given 3 or 4 curves.
This resulting boundary surface passes through two of the given curves
in one direction, while in the other direction the shape is
defined by the remaining curve(s). If the "endPoint" option
is on, then the curve endpoints must touch before a surface
will be created. This is the usual situation where a boundary
surface is useful.
Note that there is no tangent continuity option with this command.
Unless all the curve end points are touching, the resulting
surface will not pass through all curves. Instead, use the birail
command.
| string[] | Object name and node name |
In query mode, return type is based on queried flag.
doubleProfileBirailSurface, loft, squareSurface
caching, constructionHistory, endPoint, endPointTolerance, name, nodeState, object, order, polygon, range
| Long name (short name) |
Argument types |
Properties |
-order(-or)
|
boolean
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True if the curve order is important.
Default: true
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-endPoint(-ep)
|
boolean
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True means the curve ends must touch before a surface will be created.
Default: false
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-endPointTolerance(-ept)
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linear
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Tolerance for end points, only used if endPoint attribute is true.
Default: 0.1
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| Advanced flags |
-caching(-cch)
|
boolean
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Modifies the node caching mode. See the node documentation for more information.
Note: For advanced users only.
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-nodeState(-nds)
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int
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Modifies the node state. See the node documentation for more information.
Note: For advanced users only.
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| Common flags |
-name(-n)
|
string
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Sets the name of the newly-created node. If it contains
namespace path, the new node will be created under the
specified namespace; if the namespace does not exist, it
will be created.
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-constructionHistory(-ch)
|
boolean
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Turn the construction history on or off
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-object(-o)
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boolean
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Create the result, or just the dependency node
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-polygon(-po)
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int
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The value of this argument controls the type of the object
created by this operation
- 0: nurbs surface
- 1: polygon (use nurbsToPolygonsPref to set the parameters for the conversion)
- 2: subdivision surface (use nurbsToSubdivPref to set the parameters for the conversion)
- 3: Bezier surface
- 4: subdivision surface solid (use nurbsToSubdivPref to set the
parameters for the conversion)
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-range(-rn)
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boolean
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Force a curve range on complete input curve
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Flag can appear in Create mode of command
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Flag can appear in Edit mode of command
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Flag can appear in Query mode of command
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Flag can be used more than once in a command.
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// Creating boundary surfaces with three curves:
string $crv1 = `curve -d 3 -p 8 0 3 -p 5 0 3 -p 2 0 2 -p 0 0 0 `;
string $crv2 = `curve -d 3 -p 8 0 -4 -p 5 0 -3 -p 2 0 -2 -p 0 0 0 `;
string $crv3 = `curve -d 3 -p 10 0 3 -p 9 3 2 -p 11 3 1 -p 9 0 -3` ;
// These curves form a rough triangle shape pointing at the origin.
// If order is OFF, then the apex of the surface will always between
// the 1st and 2nd curves.
boundary -order off -ep 0 $crv3 $crv1 $crv2;
boundary -order off -ep 0 $crv3 $crv2 $crv1;
// If order is ON, then think of the order of selection as "rail, rail, profile"
// where the boundary is formed by sweeping the profile along two rails.
// Direction of the curves becomes important as well; use the reverseCurve
// command if you want to change a curve's direction.
boundary -order on $crv1 $crv2 $crv3;
// Creating boundary surfaces with four curves:
string $crv1 = `curve -d 3 -p -2 0 5 -p -1 0 3 -p 1 0 3 -p 3 0 4 -p 6 0 5`;
string $crv2 = `curve -d 3 -p 7 0 4 -p 8 0 2 -p 8 0 -3 -p 7 0 -4 `;
string $crv3 = `curve -d 3 -p 6 0 -5 -p 2 0 -3 -p -1 0 -5 -p -3 0 -5`;
string $crv4 = `curve -d 3 -p -2 0 4 -p -4 0 1 -p -4 0 -3 -p -2 0 -4` ;
// These curves form a rough square shape around the origin.
// To make a boundary surface from four curves, two of the curves are
// "rails" while the other two are "profiles".
boundary -order off -ep 0 $crv1 $crv2 $crv3 $crv4;
boundary -order off -ep 0 $crv2 $crv3 $crv4 $crv1;
// profile, rail, profile, rail
// Notice that in both cases, the resulting boundary surface passes through
// the rail curves.
// When order is ON, direction of the curves becomes important;
// use the reverseCurve command if you want to change a curve's direction.
// Notice the difference between:
boundary -order off -ep 0 $crv1 $crv2 $crv3 $crv4;
boundary -order on -ep 0 $crv1 $crv2 $crv3 $crv4;