Editing MGED CMD brep

=brep=
__TOC__

==Syntax==
:brep object info [S|F|T|E|SB|TB] [index]
:brep object plot [S|I|SN|KN|F|F2d|SBB|SBB2d|TD|T|T2d|TBB|TBB2d|E|SCV] [index]
:brep object intersect object2 i j [max_dis]
:brep object [brepname]
:brep comb [suffix]

==Argument(s)==
: '''object'''
:: Name for the primitive that you want to operate on.

: '''S'''
:: Plot or output info for a specific 'surface'.

: '''F'''
:: Plot or output info for a specific 'face'.

: '''T'''
:: Plot or output info for a specific 'trim'.

: '''E'''
:: Plot or output info for a specific 'edge'.

: '''SB'''
:: Output 'bezier' info for a specific 'surface'.

: '''TB'''
:: Output 'bezier' info for a specific 'trim'.

: '''I'''
:: Plot a specific 'iso-surface'.

: '''SN'''
:: Plot a specific 'surface normal'.

: '''KN'''
:: Plot a specific 'surface's knots'.

: '''F2d'''
:: Plot a specific 'face' in '2d-space'.

: '''SBB'''
:: Plot a specific 'surface's leafs' (surface tree).

: '''SBB2d'''
:: Plot a specific 'surface's leafs' in '2d-space'.

: '''TD''
:: Plot a specific 'trim direction'.

: '''T2d'''
:: Plot a specific 'trim' in '2d-space'.

: '''TBB'''
:: Plot a specific 'trim's leafs' (curve tree).

: '''TBB2d'''
:: Plot a specific 'trim's leafs' in '2d-space'.

: '''SCV'''
:: Plot a specific 'surface's CV'.

: '''index'''
:: The index of the surface (face, edge, etc.) you want to plot or output info for. You can use a single number, 'number-number', or 'all'.

: '''object2'''
:: The other object to intersect 'object'.

: '''i'''
:: Intersect object's ith surface.

: '''j'''
:: Intersect object2's jth surface.

: '''max_dis'''
:: A number to control the output intersection curves.

: '''brepname'''
:: When convert a non-BREP object to BREP, the result BREP's name.

: '''comb'''
:: The comb to be converted to non-evaluated BREP form.

: '''suffix'''
:: The suffix in the generated BREPs' names.

==Return Value(s)==
: No Return Values for this command.


==Description==
The "facetize" command creates new_object as a [[BRL-CAD_Primitives|BOT]] shape by tessellating all the primitive shapes in old_object and then performing any Boolean operations specified in old_object.


==Example(s)==
: '''mged&gt;''' facetize region1.nmg region1.r
:: Create a facetized BOT version of existing object region1.r.


==See Also==
: No related commands.
@@ Line 5: / Line 5: @@
 :brep object info [S|F|T|E|SB|TB] [index]
 :brep object plot [S|I|SN|KN|F|F2d|SBB|SBB2d|TD|T|T2d|TBB|TBB2d|E|SCV] [index]
-:brep object intersect object2 i j [PP|PC|PS|CC|CS|SS]
+:brep object intersect object2 i j [max_dis]
 :brep object [brepname]
 :brep comb [suffix]
-:brep object curve [create|in|inter|remove|move|set_cv|flip|insert_knot|trim|split|join]
-:brep object surface [create|birail|remove|move|set_cv|trim|split|tensor]
 ==Argument(s)==
@@ Line 51: / Line 49: @@
 :: Plot a specific 'surface's leafs' in '2d-space'.
-: '''TD'''
+: '''TD''
 :: Plot a specific 'trim direction'.
@@ Line 78: / Line 76: @@
 :: Intersect object2's jth surface.
-: '''PP'''
+: '''max_dis'''
-:: Point-point intersections.
+:: A number to control the output intersection curves.
-: '''PC'''
-:: Point-curve intersections.
-: '''PS'''
-:: Point-surface intersections.
-: '''CC'''
-:: curve-curve intersections.
-: '''CS'''
-:: curve-surface intersections.
-: '''SS'''
-:: surface-surface intersections (default).
 : '''brepname'''
@@ Line 104: / Line 87: @@
 : '''suffix'''
 :: The suffix in the generated BREPs' names.
-: '''create'''
-:: Create a new NURBS curve or surface.
-: '''in'''
-:: Create a new NURBS curve or surface given detailed description.
-: '''inter'''
-:: Create a new NURBS curve interpolating given control vertices.
-: '''remove'''
-:: Remove a NURBS curve or surface.
-: '''move'''
-:: Move a NURBS curve or surface to a specified position.
-: '''set_cv'''
-:: Set the control vertex of a NURBS curve.
-: '''flip'''
-:: Flip the direction of a NURBS curve.
-: '''insert_knot'''
-:: Insert a knot into a NURBS curve.
-: '''trim'''
-:: Trim a NURBS curve using start and end parameters.
-: '''split'''
-:: Split a NURBS curve into two at a parameter.
-: '''join'''
-:: Join end of curve 1 to start of curve 2.
-: '''birail'''
-:: create a new NURBS surface using two curves.
-: '''set_cv'''
-:: set a control vertex of a NURBS surface to a specified position.
-: '''trim'''
-:: trim a NURBS surface using start and end parameters.
-: '''split'''
-:: split a NURBS surface into two given a parameter value.
-: '''tensor'''
-:: create a new NURBS surface by tensor product of two curves.
 ==Return Value(s)==
@@ Line 158: / Line 93: @@
 ==Description==
-: The "brep" command is a command for debugging the NURBS (BREP) functionality in BRL-CAD. It can output info information for a specific object, plot its surfaces, faces, etc., and test the implicit to NURBS conversion and surface-surface intersection functionality.
+The "facetize" command creates new_object as a [[BRL-CAD_Primitives|BOT]] shape by tessellating all the primitive shapes in old_object and then performing any Boolean operations specified in old_object.
 ==Example(s)==
-: '''mged&gt;''' brep obj.brep info F 0
+: '''mged&gt;''' facetize region1.nmg region1.r
-:: Output information for the 0th face of obj.brep.
+:: Create a facetized BOT version of existing object region1.r.
-: '''mged&gt;''' brep obj.brep plot S 0-2
-:: Plot the 0th to 2nd surfaces of obj.brep.
-: '''mged&gt;''' brep sph1.brep intersect sph2.brep 0 0
-:: Intersect sph1.brep's 0th surface with sph2.brep's 0th surface. (When there's no intersection type specified, we compute SS intersections)
-: '''mged&gt;''' brep obj.s obj.brep
-:: Convert implicit primitive obj.s to BREP form named obj.brep.
 ==See Also==
 : No related commands.