NDEVR
API Documentation
ManagedDesignCommand
Design System » Design Commands

A DesignCommand subclass that dispatches common design operations based on a ManagedCommandType enum value and serialized string parameters. More...

Inheritance diagram for ManagedDesignCommand:
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Collaboration diagram for ManagedDesignCommand:
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Public Member Functions

 ManagedDesignCommand ()
 Default constructor.
virtual bool addTarget (UUID target_id) override
 Adds a target object UUID to this command.
bool canCombineWith (const DynamicPointer< DesignCommand > &command) override
 Checks whether this command can be combined with another into a single operation.
bool canGroupWith (const DynamicPointer< DesignCommand > &command) override
 Checks whether this command can be grouped with another for batch execution.
void combineWith (const DynamicPointer< DesignCommand > &command) override
 Combines this command with another compatible command, merging their operations.
void deleteEnclosedSelection (DesignObjectLookup *lookup)
 Deletes geometry within an enclosed selection region from the given lookup.
void execute (DesignObjectLookup *lookup) override
 Executes this managed command against the given DesignObjectLookup.
bool hasUndo (const UUID &uuid) const
 Checks whether undo parameters exist for a given target object.
virtual StringView icon () const override
 Gets the icon identifier for this command based on its command_type.
bool isAsyncExecution () const override
 Whether this command should be executed asynchronously.
virtual TranslatedString name () const override
 Gets the human-readable translated name of this command based on its command_type.
const Buffer< String > & params () const
 Gets the command parameters.
void removeUndo (const UUID &uuid)
 Removes the stored undo parameters for a specific target object.
void setParams (const Buffer< String > &params)
 Sets the command parameters from a buffer of strings.
void setParams (const String &params)
 Sets the command parameters by splitting a pipe-delimited string.
template<class t_arg_type>
void setUndoParams (const UUID &uuid, const t_arg_type &params)
 Stores a single undo parameter for a specific target object.
template<class t_arg_type_a, class t_arg_type_b>
void setUndoParams (const UUID &uuid, const t_arg_type_a &param_a, const t_arg_type_b &param_b)
 Stores two undo parameters for a specific target object.
template<class t_arg_type_a, class t_arg_type_b, class t_arg_type_c>
void setUndoParams (const UUID &uuid, const t_arg_type_a &param_a, const t_arg_type_b &param_b, const t_arg_type_c &param_c)
 Stores three undo parameters for a specific target object.
String toString () const
 Produces a human-readable string representation of this command including its targets and parameters.
Dictionary< UUID, Buffer< String > > undoParams ()
 Gets a copy of the entire undo parameter dictionary.
const Dictionary< UUID, Buffer< String > > & undoParams () const
 Gets the entire undo parameter dictionary (const).
const Buffer< String > & undoParams (const UUID &uuid) const
 Gets the undo parameters stored for a specific target object.
Public Member Functions inherited from DesignCommand
 DesignCommand ()
 Default constructor.
 DesignCommand (const DesignCommand &command)=default
 Default copy constructor.
virtual ~DesignCommand ()
 Virtual destructor.
void setUndoRedoID (UUID undo_redo_group)
 Sets the undo-redo group identifier for this command.
UUID undoRedoID () const
 Gets the undo-redo group identifier for this command.

Static Public Member Functions

static DynamicPointer< ManagedDesignCommand > AddActiveFilters (const String &filters)
 Creates a command to append additional filters to the active filter set.
static DynamicPointer< ManagedDesignCommand > AutoRegister (const String &filters, const UUID &reference)
 Creates a command to automatically register objects using a filter and reference.
static DynamicPointer< ManagedDesignCommand > CalculateTangents (bool calc_tangent, bool calc_bitangent)
 Creates a command to compute tangent and/or bitangent vectors for target geometry.
static DynamicPointer< ManagedDesignCommand > CalibrateScan (Angle< fltp08 > angle, bool calibrate_yaw, InterpolationValues value=InterpolationValues::e_linear)
 Creates a command to calibrate scan data with an explicit angle and yaw correction.
static DynamicPointer< ManagedDesignCommand > CalibrateScan (bool calibrate_yaw, InterpolationValues value=InterpolationValues::e_linear)
 Creates a command to calibrate scan data with optional yaw correction.
static DynamicPointer< ManagedDesignCommand > CenterAlign ()
 Creates a command to center-align the target objects at the origin.
static DynamicPointer< ManagedDesignCommand > ClearAll ()
 Creates a command to clear all design objects from the lookup.
static DynamicPointer< ManagedDesignCommand > ColorByChannel (String vertex_channel)
 Creates a command to colorize geometry vertices based on a named data channel.
static DynamicPointer< ManagedDesignCommand > CreateGeometry (const StringView &name=StringView())
 Creates a command to create a new geometry object.
static DynamicPointer< ManagedDesignCommand > CreateMaterial (const StringView &name=StringView())
 Creates a command to create a new material object.
static DynamicPointer< ManagedDesignCommand > Delete ()
 Creates a command to delete target design objects.
static DynamicPointer< ManagedDesignCommand > DeleteEnclosedArea ()
 Creates a command to delete geometry enclosed within a selection area.
static DynamicPointer< ManagedDesignCommand > Explode ()
 Creates a command to explode grouped objects into individual children.
static DynamicPointer< ManagedDesignCommand > FillHolesByNeighbor ()
 Creates a command to fill mesh holes by extrapolating from neighboring geometry.
static DynamicPointer< ManagedDesignCommand > FlipNormals ()
 Creates a command to flip (reverse) the normals on target geometry.
static DynamicPointer< ManagedDesignCommand > Group (const String &model_name=String())
 Creates a command to group the target objects under a new parent model.
static DynamicPointer< ManagedDesignCommand > MakeClosedSolid (bool is_closed_solid)
 Creates a command to mark geometry as a closed solid or open surface.
static DynamicPointer< ManagedDesignCommand > PlaceObject (const Matrix< fltp08 > &transform)
 Creates a command to place an object using the given transformation matrix.
static DynamicPointer< ManagedDesignCommand > RemoveActiveFilter (const uint04 &index)
 Creates a command to remove an active filter by its index.
static DynamicPointer< ManagedDesignCommand > RemoveDuplicateVertices ()
 Creates a command to remove duplicate vertices from the target geometry.
static DynamicPointer< ManagedDesignCommand > RemoveSmoothingCommand ()
 Creates a command to remove any applied smoothing from the target geometry.
static DynamicPointer< ManagedDesignCommand > ScaleObject (const fltp08 &scale)
 Creates a command to uniformly scale an object by a single factor.
static DynamicPointer< ManagedDesignCommand > ScaleObject (const fltp08 &scale, const Vector< 3, fltp08 > &scale_center)
 Creates a command to uniformly scale an object about a specified center point.
static DynamicPointer< ManagedDesignCommand > ScaleObject (const Vector< 3, fltp08 > &scale)
 Creates a command to scale an object by per-axis scale factors.
static DynamicPointer< ManagedDesignCommand > ScaleObject (const Vector< 3, fltp08 > &scale, const Vector< 3, fltp08 > &scale_center)
 Creates a command to scale an object by per-axis factors about a specified center point.
static DynamicPointer< ManagedDesignCommand > SelectObjects (bool add_to_selection)
 Creates a non-undoable command to select target objects in the design.
static DynamicPointer< ManagedDesignCommand > SendInfo (const String &info)
 Creates a command to append data or informational content to the target.
template<class t_type>
static DynamicPointer< ManagedDesignCommand > set (NDPG geo_property, const t_type &value)
 Creates a command to set a geometry property to the given value.
template<class t_type>
static DynamicPointer< ManagedDesignCommand > set (NDPN mod_property, const t_type &value)
 Creates a command to set a model property to the given value.
static DynamicPointer< ManagedDesignCommand > SetActiveFilters (const String &filters)
 Creates a command to replace the active filter set on target objects.
template<class t_type>
static DynamicPointer< ManagedDesignCommand > SetMaterialProperty (NDPM mat_property, const t_type &value)
 Creates a command to set a material property to the given value.
static DynamicPointer< ManagedDesignCommand > SetMetadata (const String &label, const String &value)
 Creates a command to set a metadata key-value pair on target objects.
static DynamicPointer< ManagedDesignCommand > SetModelMaterialMode (Model::MaterialMode mode)
 Creates a command to set the material mode on a model.
static DynamicPointer< ManagedDesignCommand > SetNormalMode (NormalMode mode)
 Creates a command to set the normal computation mode on target geometry.
static DynamicPointer< ManagedDesignCommand > SetNormalMode (NormalMode mode, Angle< fltp08 > smooth_angle)
 Creates a command to set the normal mode with a smooth angle threshold.
template<class t_type>
static DynamicPointer< ManagedDesignCommand > SetProperty (NDPO design_property, const t_type &value)
 Creates a command to set a design-level property to the given value.
static DynamicPointer< ManagedDesignCommand > SetRealThickness (fltp08 real_thickness)
 Creates a command to set the real-world thickness of a geometry.
static DynamicPointer< ManagedDesignCommand > SetSize (const Vector< 3, fltp08 > &size)
 Creates a command to set the size of a design object.
static DynamicPointer< ManagedDesignCommand > SetUVColor (const RGBColor &uv_color)
 Creates a command to set the UV color using the default UV type.
static DynamicPointer< ManagedDesignCommand > SetUVColor (UVType uv_type, const RGBColor &uv_color)
 Creates a command to set the UV color for a specific UV type.
static DynamicPointer< ManagedDesignCommand > SetUVImage (UVType uv_type, const String &uv_image)
 Creates a command to set the UV texture image for a specific UV type.
static DynamicPointer< ManagedDesignCommand > SetUVIntensity (UVType uv_type, fltp08 uv_intensity)
 Creates a command to set the UV intensity for a specific UV type.
static DynamicPointer< ManagedDesignCommand > SetUVMode (UVType uv_type, Material::UVMode uv_mode)
 Creates a command to set the UV mapping mode for a given UV type.
static DynamicPointer< ManagedDesignCommand > SetUVPropertyChannel (UVType uv_type, String uv_channel)
 Creates a command to set the UV property channel for a specific UV type.
static DynamicPointer< ManagedDesignCommand > SetWindingMode (WindingMode mode)
 Creates a command to set the polygon winding mode on target geometry.
static DynamicPointer< ManagedDesignCommand > SliceIntoPolylines (const Matrix< fltp08 > &transform, const Vector< 3, fltp08 > &spacing)
 Creates a command to slice geometry into polylines along planes defined by a transform and spacing.
static DynamicPointer< ManagedDesignCommand > SmoothCotangentCommand (uint04 number_of_iterations)
 Creates a cotangent-weighted smoothing command with the given iteration count.
static DynamicPointer< ManagedDesignCommand > SmoothCotangentCommand (uint04 number_of_iterations, fltp08 shrink_rate, fltp08 grow_rate)
 Creates a cotangent-weighted smoothing command with shrink and grow rates for Taubin-style smoothing.
static DynamicPointer< ManagedDesignCommand > SmoothLaplacianCommand (uint04 number_of_iterations)
 Creates a Laplacian smoothing command with the given iteration count.
static DynamicPointer< ManagedDesignCommand > SmoothLaplacianCommand (uint04 number_of_iterations, fltp08 shrink_rate, fltp08 grow_rate)
 Creates a Laplacian smoothing command with shrink and grow rates for Taubin-style smoothing.
template<class t_type>
static DynamicPointer< ManagedDesignCommand > UpdateVertex (VertexProperty property, uint04 vertex_id, const t_type &new_location)
 Creates a command to update a single vertex property value.
static DynamicPointer< ManagedDesignCommand > ValidateCommand ()
 Creates a command that validates the target design objects.

Public Attributes

ManagedCommandType command_type
 The type of managed operation this command represents.
Buffer< String > m_command_params
 The serialized string parameters for this command.
Dictionary< UUID, Buffer< String > > m_undo_params
 Per-target undo parameters keyed by UUID, used to restore previous state.
Buffer< UUID > targets
 The UUIDs of design objects this command will operate on.
Public Attributes inherited from DesignCommand
bool can_undo = true
 Whether this command supports being undone.
bool has_executed = false
 Whether this command has already been executed.
UUID id
 Unique identifier for this command instance.
bool is_undo = false
 Whether this command represents an undo operation.
LogPtr log
 Log pipe for reporting command progress and errors.
Time time = Constant<Time>::Invalid
 Timestamp of when the command was created or executed.
bool update_project_modified = true
 Whether executing this command should mark the project as modified.

Protected Member Functions

 ManagedDesignCommand (ManagedCommandType command)
 Constructs a managed command of the given type with no parameters.
 ManagedDesignCommand (ManagedCommandType command, const String &params)
 Constructs a managed command of the given type with pipe-delimited parameter string.
template<class t_arg_type>
 ManagedDesignCommand (ManagedCommandType command, const t_arg_type &param_a)
 Constructs a managed command with a single typed parameter.
template<class t_arg_type_a, class t_arg_type_b>
 ManagedDesignCommand (ManagedCommandType command, const t_arg_type_a &param_a, const t_arg_type_b &param_b)
 Constructs a managed command with two typed parameters, pipe-delimited.
template<class t_arg_type_a, class t_arg_type_b, class t_arg_type_c>
 ManagedDesignCommand (ManagedCommandType command, const t_arg_type_a &param_a, const t_arg_type_b &param_b, const t_arg_type_c &param_c)
 Constructs a managed command with three typed parameters, pipe-delimited.
template<class t_arg_type_a, class t_arg_type_b, class t_arg_type_c, class t_arg_type_d>
 ManagedDesignCommand (ManagedCommandType command, const t_arg_type_a &param_a, const t_arg_type_b &param_b, const t_arg_type_c &param_c, const t_arg_type_d &param_d)
 Constructs a managed command with four typed parameters, pipe-delimited.

Additional Inherited Members

Protected Attributes inherited from DesignCommand
UUID m_undo_redo_group
 The undo-redo group this command belongs to, for batch undo/redo.

Detailed Description

A DesignCommand subclass that dispatches common design operations based on a ManagedCommandType enum value and serialized string parameters.

ManagedDesignCommand encodes its operation type and arguments as pipe-delimited strings, allowing commands to be constructed via static factory methods, serialized for undo/redo, and executed polymorphically through the DesignCommand interface. Each target object is identified by UUID.

See also
DesignCommand, DesignCommandManager, DesignObjectLookup

Definition at line 84 of file ManagedDesignCommand.h.

Constructor & Destructor Documentation

◆ ManagedDesignCommand() [1/7]

ManagedDesignCommand::ManagedDesignCommand ( )

Default constructor.

Initializes with command type e_none.

Referenced by AddActiveFilters(), AutoRegister(), CalculateTangents(), CalibrateScan(), CalibrateScan(), CenterAlign(), ClearAll(), ColorByChannel(), CreateGeometry(), CreateMaterial(), Delete(), DeleteEnclosedArea(), Explode(), FillHolesByNeighbor(), FlipNormals(), Group(), MakeClosedSolid(), PlaceObject(), RemoveActiveFilter(), RemoveDuplicateVertices(), RemoveSmoothingCommand(), ScaleObject(), ScaleObject(), ScaleObject(), ScaleObject(), SelectObjects(), SendInfo(), set(), set(), SetActiveFilters(), SetMaterialProperty(), SetMetadata(), SetModelMaterialMode(), SetNormalMode(), SetNormalMode(), SetProperty(), SetRealThickness(), SetSize(), SetUVColor(), SetUVColor(), SetUVImage(), SetUVIntensity(), SetUVMode(), SetUVPropertyChannel(), SetWindingMode(), SliceIntoPolylines(), SmoothCotangentCommand(), SmoothCotangentCommand(), SmoothLaplacianCommand(), SmoothLaplacianCommand(), UpdateVertex(), and ValidateCommand().

◆ ManagedDesignCommand() [2/7]

ManagedDesignCommand::ManagedDesignCommand ( ManagedCommandType command)
explicitprotected

Constructs a managed command of the given type with no parameters.

Parameters
[in]commandThe type of managed command to create.

◆ ManagedDesignCommand() [3/7]

ManagedDesignCommand::ManagedDesignCommand ( ManagedCommandType command,
const String & params )
protected

Constructs a managed command of the given type with pipe-delimited parameter string.

Parameters
[in]commandThe type of managed command to create.
[in]paramsThe pipe-delimited parameter string.

References params().

◆ ManagedDesignCommand() [4/7]

template<class t_arg_type>
ManagedDesignCommand::ManagedDesignCommand ( ManagedCommandType command,
const t_arg_type & param_a )
inlineprotected

Constructs a managed command with a single typed parameter.

Parameters
[in]commandThe type of managed command to create.
[in]param_aThe parameter value, converted to String.

Definition at line 109 of file ManagedDesignCommand.h.

References command_type, and setParams().

◆ ManagedDesignCommand() [5/7]

template<class t_arg_type_a, class t_arg_type_b>
ManagedDesignCommand::ManagedDesignCommand ( ManagedCommandType command,
const t_arg_type_a & param_a,
const t_arg_type_b & param_b )
inlineprotected

Constructs a managed command with two typed parameters, pipe-delimited.

Parameters
[in]commandThe type of managed command to create.
[in]param_aThe first parameter value.
[in]param_bThe second parameter value.

Definition at line 121 of file ManagedDesignCommand.h.

References command_type, and setParams().

◆ ManagedDesignCommand() [6/7]

template<class t_arg_type_a, class t_arg_type_b, class t_arg_type_c>
ManagedDesignCommand::ManagedDesignCommand ( ManagedCommandType command,
const t_arg_type_a & param_a,
const t_arg_type_b & param_b,
const t_arg_type_c & param_c )
inlineprotected

Constructs a managed command with three typed parameters, pipe-delimited.

Parameters
[in]commandThe type of managed command to create.
[in]param_aThe first parameter value.
[in]param_bThe second parameter value.
[in]param_cThe third parameter value.

Definition at line 134 of file ManagedDesignCommand.h.

References command_type, and setParams().

◆ ManagedDesignCommand() [7/7]

template<class t_arg_type_a, class t_arg_type_b, class t_arg_type_c, class t_arg_type_d>
ManagedDesignCommand::ManagedDesignCommand ( ManagedCommandType command,
const t_arg_type_a & param_a,
const t_arg_type_b & param_b,
const t_arg_type_c & param_c,
const t_arg_type_d & param_d )
inlineprotected

Constructs a managed command with four typed parameters, pipe-delimited.

Parameters
[in]commandThe type of managed command to create.
[in]param_aThe first parameter value.
[in]param_bThe second parameter value.
[in]param_cThe third parameter value.
[in]param_dThe fourth parameter value.

Definition at line 148 of file ManagedDesignCommand.h.

References command_type, and setParams().

Member Function Documentation

◆ AddActiveFilters()

DynamicPointer< ManagedDesignCommand > ManagedDesignCommand::AddActiveFilters ( const String & filters)
inlinestatic

Creates a command to append additional filters to the active filter set.

Parameters
[in]filtersThe filter specification string to add.
Returns
A DynamicPointer to the newly created command.

Definition at line 649 of file ManagedDesignCommand.h.

References ManagedDesignCommand().

◆ addTarget()

virtual bool ManagedDesignCommand::addTarget ( UUID target_id)
inlineoverridevirtual

Adds a target object UUID to this command.

Parameters
[in]target_idThe UUID of the design object to target.
Returns
Always returns true.

Reimplemented from DesignCommand.

Definition at line 823 of file ManagedDesignCommand.h.

References targets.

◆ AutoRegister()

DynamicPointer< ManagedDesignCommand > ManagedDesignCommand::AutoRegister ( const String & filters,
const UUID & reference )
inlinestatic

Creates a command to automatically register objects using a filter and reference.

Parameters
[in]filtersThe filter specification string.
[in]referenceThe UUID of the reference object to register against.
Returns
A DynamicPointer to the newly created command. [note] The parameter order is swapped: reference is passed first internally, then filters.

Definition at line 660 of file ManagedDesignCommand.h.

References ManagedDesignCommand().

◆ CalculateTangents()

DynamicPointer< ManagedDesignCommand > ManagedDesignCommand::CalculateTangents ( bool calc_tangent,
bool calc_bitangent )
inlinestatic

Creates a command to compute tangent and/or bitangent vectors for target geometry.

Parameters
[in]calc_tangentWhether to calculate tangent vectors.
[in]calc_bitangentWhether to calculate bitangent vectors.
Returns
A DynamicPointer to the newly created command.

Definition at line 710 of file ManagedDesignCommand.h.

References ManagedDesignCommand().

◆ CalibrateScan() [1/2]

DynamicPointer< ManagedDesignCommand > ManagedDesignCommand::CalibrateScan ( Angle< fltp08 > angle,
bool calibrate_yaw,
InterpolationValues value = InterpolationValues::e_linear )
inlinestatic

Creates a command to calibrate scan data with an explicit angle and yaw correction.

Parameters
[in]angleThe calibration angle to apply.
[in]calibrate_yawWhether to calibrate yaw rotation.
[in]valueThe interpolation method to use for calibration.
Returns
A DynamicPointer to the newly created command.

Definition at line 700 of file ManagedDesignCommand.h.

References ManagedDesignCommand().

◆ CalibrateScan() [2/2]

DynamicPointer< ManagedDesignCommand > ManagedDesignCommand::CalibrateScan ( bool calibrate_yaw,
InterpolationValues value = InterpolationValues::e_linear )
inlinestatic

Creates a command to calibrate scan data with optional yaw correction.

Parameters
[in]calibrate_yawWhether to calibrate yaw rotation.
[in]valueThe interpolation method to use for calibration.
Returns
A DynamicPointer to the newly created command.

Definition at line 689 of file ManagedDesignCommand.h.

References ManagedDesignCommand().

◆ canCombineWith()

bool ManagedDesignCommand::canCombineWith ( const DynamicPointer< DesignCommand > & command)
overridevirtual

Checks whether this command can be combined with another into a single operation.

Parameters
[in]commandThe other command to check combination compatibility with.
Returns
True if the commands can be combined.

Reimplemented from DesignCommand.

◆ canGroupWith()

bool ManagedDesignCommand::canGroupWith ( const DynamicPointer< DesignCommand > & command)
overridevirtual

Checks whether this command can be grouped with another for batch execution.

Parameters
[in]commandThe other command to check grouping compatibility with.
Returns
True if the commands can be grouped together.

Reimplemented from DesignCommand.

◆ CenterAlign()

DynamicPointer< ManagedDesignCommand > ManagedDesignCommand::CenterAlign ( )
inlinestatic

Creates a command to center-align the target objects at the origin.

Returns
A DynamicPointer to the newly created command.

Definition at line 777 of file ManagedDesignCommand.h.

References ManagedDesignCommand().

Referenced by DesignObjectOrientation::DesignObjectOrientation().

◆ ClearAll()

DynamicPointer< ManagedDesignCommand > ManagedDesignCommand::ClearAll ( )
inlinestatic

Creates a command to clear all design objects from the lookup.

Returns
A DynamicPointer to the newly created command.

Definition at line 769 of file ManagedDesignCommand.h.

References ManagedDesignCommand().

◆ ColorByChannel()

DynamicPointer< ManagedDesignCommand > ManagedDesignCommand::ColorByChannel ( String vertex_channel)
inlinestatic

Creates a command to colorize geometry vertices based on a named data channel.

Parameters
[in]vertex_channelThe name of the vertex data channel to use for coloring.
Returns
A DynamicPointer to the newly created command.

Definition at line 604 of file ManagedDesignCommand.h.

References ManagedDesignCommand().

◆ combineWith()

void ManagedDesignCommand::combineWith ( const DynamicPointer< DesignCommand > & command)
overridevirtual

Combines this command with another compatible command, merging their operations.

Parameters
[in]commandThe command to combine with this one.

Reimplemented from DesignCommand.

◆ CreateGeometry()

DynamicPointer< ManagedDesignCommand > ManagedDesignCommand::CreateGeometry ( const StringView & name = StringView())
inlinestatic

Creates a command to create a new geometry object.

Parameters
[in]nameThe optional name for the new geometry.
Returns
A DynamicPointer to the newly created command.

Definition at line 362 of file ManagedDesignCommand.h.

References ManagedDesignCommand(), and name().

◆ CreateMaterial()

DynamicPointer< ManagedDesignCommand > ManagedDesignCommand::CreateMaterial ( const StringView & name = StringView())
inlinestatic

Creates a command to create a new material object.

Parameters
[in]nameThe optional name for the new material.
Returns
A DynamicPointer to the newly created command.

Definition at line 380 of file ManagedDesignCommand.h.

References ManagedDesignCommand(), and name().

◆ Delete()

DynamicPointer< ManagedDesignCommand > ManagedDesignCommand::Delete ( )
inlinestatic

Creates a command to delete target design objects.

Returns
A DynamicPointer to the newly created command.

Definition at line 353 of file ManagedDesignCommand.h.

References ManagedDesignCommand().

◆ DeleteEnclosedArea()

DynamicPointer< ManagedDesignCommand > ManagedDesignCommand::DeleteEnclosedArea ( )
inlinestatic

Creates a command to delete geometry enclosed within a selection area.

Returns
A DynamicPointer to the newly created command.

Definition at line 511 of file ManagedDesignCommand.h.

References ManagedDesignCommand().

◆ deleteEnclosedSelection()

void ManagedDesignCommand::deleteEnclosedSelection ( DesignObjectLookup * lookup)

Deletes geometry within an enclosed selection region from the given lookup.

Parameters
[in]lookupThe design object registry containing the objects to modify.

◆ execute()

void ManagedDesignCommand::execute ( DesignObjectLookup * lookup)
overridevirtual

Executes this managed command against the given DesignObjectLookup.

Parameters
[in]lookupThe design object registry to modify.

Reimplemented from DesignCommand.

◆ Explode()

DynamicPointer< ManagedDesignCommand > ManagedDesignCommand::Explode ( )
inlinestatic

Creates a command to explode grouped objects into individual children.

Returns
A DynamicPointer to the newly created command.

Definition at line 566 of file ManagedDesignCommand.h.

References ManagedDesignCommand().

◆ FillHolesByNeighbor()

DynamicPointer< ManagedDesignCommand > ManagedDesignCommand::FillHolesByNeighbor ( )
inlinestatic

Creates a command to fill mesh holes by extrapolating from neighboring geometry.

Returns
A DynamicPointer to the newly created command.

Definition at line 558 of file ManagedDesignCommand.h.

References ManagedDesignCommand().

◆ FlipNormals()

DynamicPointer< ManagedDesignCommand > ManagedDesignCommand::FlipNormals ( )
inlinestatic

Creates a command to flip (reverse) the normals on target geometry.

Returns
A DynamicPointer to the newly created command.

Definition at line 740 of file ManagedDesignCommand.h.

References ManagedDesignCommand().

◆ Group()

DynamicPointer< ManagedDesignCommand > ManagedDesignCommand::Group ( const String & model_name = String())
inlinestatic

Creates a command to group the target objects under a new parent model.

Parameters
[in]model_nameThe optional name for the new parent group model.
Returns
A DynamicPointer to the newly created command.

Definition at line 575 of file ManagedDesignCommand.h.

References ManagedDesignCommand().

◆ hasUndo()

bool ManagedDesignCommand::hasUndo ( const UUID & uuid) const
inline

Checks whether undo parameters exist for a given target object.

Parameters
[in]uuidThe UUID of the target object to check.
Returns
True if undo parameters have been stored for this UUID.

Definition at line 252 of file ManagedDesignCommand.h.

References m_undo_params.

◆ icon()

virtual StringView ManagedDesignCommand::icon ( ) const
overridevirtual

Gets the icon identifier for this command based on its command_type.

Returns
A string view of the icon name.

Implements DesignCommand.

◆ isAsyncExecution()

bool ManagedDesignCommand::isAsyncExecution ( ) const
overridevirtual

Whether this command should be executed asynchronously.

Returns
True if execution should occur on an async thread.

Reimplemented from DesignCommand.

◆ MakeClosedSolid()

DynamicPointer< ManagedDesignCommand > ManagedDesignCommand::MakeClosedSolid ( bool is_closed_solid)
inlinestatic

Creates a command to mark geometry as a closed solid or open surface.

Parameters
[in]is_closed_solidTrue to mark as a closed solid, false for an open surface.
Returns
A DynamicPointer to the newly created command.

Definition at line 622 of file ManagedDesignCommand.h.

References ManagedDesignCommand(), and is_closed_solid.

◆ name()

virtual TranslatedString ManagedDesignCommand::name ( ) const
overridevirtual

Gets the human-readable translated name of this command based on its command_type.

Returns
The translated display name.

Implements DesignCommand.

Referenced by CreateGeometry(), CreateMaterial(), and toString().

◆ params()

const Buffer< String > & ManagedDesignCommand::params ( ) const
inline

Gets the command parameters.

Returns
A const reference to the buffer of string parameters.

Definition at line 179 of file ManagedDesignCommand.h.

References m_command_params.

Referenced by ManagedDesignCommand(), setParams(), setParams(), setUndoParams(), and toString().

◆ PlaceObject()

DynamicPointer< ManagedDesignCommand > ManagedDesignCommand::PlaceObject ( const Matrix< fltp08 > & transform)
inlinestatic

Creates a command to place an object using the given transformation matrix.

Parameters
[in]transformThe placement transformation matrix.
Returns
A DynamicPointer to the newly created command.

Definition at line 292 of file ManagedDesignCommand.h.

References ManagedDesignCommand(), and transform.

◆ RemoveActiveFilter()

DynamicPointer< ManagedDesignCommand > ManagedDesignCommand::RemoveActiveFilter ( const uint04 & index)
inlinestatic

Creates a command to remove an active filter by its index.

Parameters
[in]indexThe index of the filter to remove.
Returns
A DynamicPointer to the newly created command.

Definition at line 669 of file ManagedDesignCommand.h.

References ManagedDesignCommand().

◆ RemoveDuplicateVertices()

DynamicPointer< ManagedDesignCommand > ManagedDesignCommand::RemoveDuplicateVertices ( )
inlinestatic

Creates a command to remove duplicate vertices from the target geometry.

Returns
A DynamicPointer to the newly created command.

Definition at line 503 of file ManagedDesignCommand.h.

References ManagedDesignCommand().

◆ RemoveSmoothingCommand()

DynamicPointer< ManagedDesignCommand > ManagedDesignCommand::RemoveSmoothingCommand ( )
inlinestatic

Creates a command to remove any applied smoothing from the target geometry.

Returns
A DynamicPointer to the newly created command.

Definition at line 495 of file ManagedDesignCommand.h.

References ManagedDesignCommand().

◆ removeUndo()

void ManagedDesignCommand::removeUndo ( const UUID & uuid)
inline

Removes the stored undo parameters for a specific target object.

Parameters
[in]uuidThe UUID of the target object whose undo parameters to remove.

Definition at line 282 of file ManagedDesignCommand.h.

References m_undo_params.

◆ ScaleObject() [1/4]

DynamicPointer< ManagedDesignCommand > ManagedDesignCommand::ScaleObject ( const fltp08 & scale)
inlinestatic

Creates a command to uniformly scale an object by a single factor.

Parameters
[in]scaleThe uniform scale factor applied to all three axes.
Returns
A DynamicPointer to the newly created command.

Definition at line 397 of file ManagedDesignCommand.h.

References ManagedDesignCommand().

◆ ScaleObject() [2/4]

DynamicPointer< ManagedDesignCommand > ManagedDesignCommand::ScaleObject ( const fltp08 & scale,
const Vector< 3, fltp08 > & scale_center )
inlinestatic

Creates a command to uniformly scale an object about a specified center point.

Parameters
[in]scaleThe uniform scale factor.
[in]scale_centerThe 3D point around which scaling occurs.
Returns
A DynamicPointer to the newly created command.

Definition at line 416 of file ManagedDesignCommand.h.

References ManagedDesignCommand().

◆ ScaleObject() [3/4]

DynamicPointer< ManagedDesignCommand > ManagedDesignCommand::ScaleObject ( const Vector< 3, fltp08 > & scale)
inlinestatic

Creates a command to scale an object by per-axis scale factors.

Parameters
[in]scaleThe 3D scale vector with per-axis factors.
Returns
A DynamicPointer to the newly created command.

Definition at line 406 of file ManagedDesignCommand.h.

References ManagedDesignCommand().

◆ ScaleObject() [4/4]

DynamicPointer< ManagedDesignCommand > ManagedDesignCommand::ScaleObject ( const Vector< 3, fltp08 > & scale,
const Vector< 3, fltp08 > & scale_center )
inlinestatic

Creates a command to scale an object by per-axis factors about a specified center point.

Parameters
[in]scaleThe 3D scale vector with per-axis factors.
[in]scale_centerThe 3D point around which scaling occurs.
Returns
A DynamicPointer to the newly created command.

Definition at line 426 of file ManagedDesignCommand.h.

References ManagedDesignCommand().

◆ SelectObjects()

DynamicPointer< ManagedDesignCommand > ManagedDesignCommand::SelectObjects ( bool add_to_selection)
inlinestatic

Creates a non-undoable command to select target objects in the design.

Parameters
[in]add_to_selectionWhether to add to the current selection or replace it.
Returns
A DynamicPointer to the newly created command with undo and project-modified flags disabled.

Definition at line 729 of file ManagedDesignCommand.h.

References ManagedDesignCommand(), DesignCommand::can_undo, and DesignCommand::update_project_modified.

◆ SendInfo()

DynamicPointer< ManagedDesignCommand > ManagedDesignCommand::SendInfo ( const String & info)
inlinestatic

Creates a command to append data or informational content to the target.

Parameters
[in]infoThe data string to append.
Returns
A DynamicPointer to the newly created command. [note] The purpose of this method versus direct data modification is unclear; it may serve as a generic data-push mechanism.

Definition at line 751 of file ManagedDesignCommand.h.

References ManagedDesignCommand().

◆ set() [1/2]

template<class t_type>
DynamicPointer< ManagedDesignCommand > ManagedDesignCommand::set ( NDPG geo_property,
const t_type & value )
inlinestatic

Creates a command to set a geometry property to the given value.

Parameters
[in]geo_propertyThe geometry property identifier to set.
[in]valueThe value to assign to the property.
Returns
A DynamicPointer to the newly created command.

Definition at line 303 of file ManagedDesignCommand.h.

References ManagedDesignCommand().

◆ set() [2/2]

template<class t_type>
DynamicPointer< ManagedDesignCommand > ManagedDesignCommand::set ( NDPN mod_property,
const t_type & value )
inlinestatic

Creates a command to set a model property to the given value.

Parameters
[in]mod_propertyThe model property identifier to set.
[in]valueThe value to assign to the property.
Returns
A DynamicPointer to the newly created command.

Definition at line 325 of file ManagedDesignCommand.h.

References ManagedDesignCommand().

◆ SetActiveFilters()

DynamicPointer< ManagedDesignCommand > ManagedDesignCommand::SetActiveFilters ( const String & filters)
inlinestatic

Creates a command to replace the active filter set on target objects.

Parameters
[in]filtersThe filter specification string.
Returns
A DynamicPointer to the newly created command.

Definition at line 640 of file ManagedDesignCommand.h.

References ManagedDesignCommand().

◆ SetMaterialProperty()

template<class t_type>
DynamicPointer< ManagedDesignCommand > ManagedDesignCommand::SetMaterialProperty ( NDPM mat_property,
const t_type & value )
inlinestatic

Creates a command to set a material property to the given value.

Parameters
[in]mat_propertyThe material property identifier to set.
[in]valueThe value to assign to the property.
Returns
A DynamicPointer to the newly created command.

Definition at line 314 of file ManagedDesignCommand.h.

References ManagedDesignCommand().

◆ SetMetadata()

DynamicPointer< ManagedDesignCommand > ManagedDesignCommand::SetMetadata ( const String & label,
const String & value )
inlinestatic

Creates a command to set a metadata key-value pair on target objects.

Parameters
[in]labelThe metadata key.
[in]valueThe metadata value.
Returns
A DynamicPointer to the newly created command.

Definition at line 761 of file ManagedDesignCommand.h.

References ManagedDesignCommand().

Referenced by DesignObjectComboWidget::sendCommand(), and DesignObjectToggleWidget::sendCommand().

◆ SetModelMaterialMode()

DynamicPointer< ManagedDesignCommand > ManagedDesignCommand::SetModelMaterialMode ( Model::MaterialMode mode)
inlinestatic

Creates a command to set the material mode on a model.

Parameters
[in]modeThe material mode to apply.
Returns
A DynamicPointer to the newly created command.

Definition at line 334 of file ManagedDesignCommand.h.

References ManagedDesignCommand().

◆ SetNormalMode() [1/2]

DynamicPointer< ManagedDesignCommand > ManagedDesignCommand::SetNormalMode ( NormalMode mode)
inlinestatic

Creates a command to set the normal computation mode on target geometry.

Parameters
[in]modeThe normal mode to apply.
Returns
A DynamicPointer to the newly created command.

Definition at line 631 of file ManagedDesignCommand.h.

References ManagedDesignCommand().

◆ SetNormalMode() [2/2]

DynamicPointer< ManagedDesignCommand > ManagedDesignCommand::SetNormalMode ( NormalMode mode,
Angle< fltp08 > smooth_angle )
inlinestatic

Creates a command to set the normal mode with a smooth angle threshold.

Parameters
[in]modeThe normal mode to apply.
[in]smooth_angleThe angle threshold for smooth shading.
Returns
A DynamicPointer to the newly created command.

Definition at line 679 of file ManagedDesignCommand.h.

References ManagedDesignCommand().

◆ setParams() [1/2]

void ManagedDesignCommand::setParams ( const Buffer< String > & params)
inline

Sets the command parameters from a buffer of strings.

Parameters
[in]paramsThe buffer of string parameters to store.

Definition at line 163 of file ManagedDesignCommand.h.

References m_command_params, and params().

Referenced by ManagedDesignCommand(), ManagedDesignCommand(), ManagedDesignCommand(), and ManagedDesignCommand().

◆ setParams() [2/2]

void ManagedDesignCommand::setParams ( const String & params)
inline

Sets the command parameters by splitting a pipe-delimited string.

Parameters
[in]paramsThe pipe-delimited parameter string to split and store.

Definition at line 171 of file ManagedDesignCommand.h.

References StringView::Convert(), m_command_params, and params().

◆ SetProperty()

template<class t_type>
DynamicPointer< ManagedDesignCommand > ManagedDesignCommand::SetProperty ( NDPO design_property,
const t_type & value )
inlinestatic

Creates a command to set a design-level property to the given value.

Parameters
[in]design_propertyThe design property identifier to set.
[in]valueThe value to assign to the property.
Returns
A DynamicPointer to the newly created command.

Definition at line 345 of file ManagedDesignCommand.h.

References ManagedDesignCommand().

Referenced by DesignObjectOrientation::orientationEditedSlot(), DesignObjectComboWidget::sendCommand(), and DesignObjectToggleWidget::sendCommand().

◆ SetRealThickness()

DynamicPointer< ManagedDesignCommand > ManagedDesignCommand::SetRealThickness ( fltp08 real_thickness)
inlinestatic

Creates a command to set the real-world thickness of a geometry.

Parameters
[in]real_thicknessThe thickness value to apply.
Returns
A DynamicPointer to the newly created command.

Definition at line 435 of file ManagedDesignCommand.h.

References ManagedDesignCommand().

◆ SetSize()

DynamicPointer< ManagedDesignCommand > ManagedDesignCommand::SetSize ( const Vector< 3, fltp08 > & size)
inlinestatic

Creates a command to set the size of a design object.

Parameters
[in]sizeThe 3D size vector to apply.
Returns
A DynamicPointer to the newly created command.

Definition at line 371 of file ManagedDesignCommand.h.

References ManagedDesignCommand().

◆ setUndoParams() [1/3]

template<class t_arg_type>
void ManagedDesignCommand::setUndoParams ( const UUID & uuid,
const t_arg_type & params )
inline

Stores a single undo parameter for a specific target object.

Parameters
[in]uuidThe UUID of the target object.
[in]paramsThe undo parameter value, converted to String.

Definition at line 220 of file ManagedDesignCommand.h.

References m_undo_params, and params().

◆ setUndoParams() [2/3]

template<class t_arg_type_a, class t_arg_type_b>
void ManagedDesignCommand::setUndoParams ( const UUID & uuid,
const t_arg_type_a & param_a,
const t_arg_type_b & param_b )
inline

Stores two undo parameters for a specific target object.

Parameters
[in]uuidThe UUID of the target object.
[in]param_aThe first undo parameter value.
[in]param_bThe second undo parameter value.

Definition at line 231 of file ManagedDesignCommand.h.

References m_undo_params.

◆ setUndoParams() [3/3]

template<class t_arg_type_a, class t_arg_type_b, class t_arg_type_c>
void ManagedDesignCommand::setUndoParams ( const UUID & uuid,
const t_arg_type_a & param_a,
const t_arg_type_b & param_b,
const t_arg_type_c & param_c )
inline

Stores three undo parameters for a specific target object.

Parameters
[in]uuidThe UUID of the target object.
[in]param_aThe first undo parameter value.
[in]param_bThe second undo parameter value.
[in]param_cThe third undo parameter value.

Definition at line 243 of file ManagedDesignCommand.h.

References m_undo_params.

◆ SetUVColor() [1/2]

DynamicPointer< ManagedDesignCommand > ManagedDesignCommand::SetUVColor ( const RGBColor & uv_color)
inlinestatic

Creates a command to set the UV color using the default UV type.

Parameters
[in]uv_colorThe color to apply.
Returns
A DynamicPointer to the newly created command.

Definition at line 530 of file ManagedDesignCommand.h.

References ManagedDesignCommand().

◆ SetUVColor() [2/2]

DynamicPointer< ManagedDesignCommand > ManagedDesignCommand::SetUVColor ( UVType uv_type,
const RGBColor & uv_color )
inlinestatic

Creates a command to set the UV color for a specific UV type.

Parameters
[in]uv_typeThe UV channel type to modify.
[in]uv_colorThe color to apply.
Returns
A DynamicPointer to the newly created command.

Definition at line 540 of file ManagedDesignCommand.h.

References ManagedDesignCommand().

◆ SetUVImage()

DynamicPointer< ManagedDesignCommand > ManagedDesignCommand::SetUVImage ( UVType uv_type,
const String & uv_image )
inlinestatic

Creates a command to set the UV texture image for a specific UV type.

Parameters
[in]uv_typeThe UV channel type to modify.
[in]uv_imageThe image path or identifier to apply.
Returns
A DynamicPointer to the newly created command.

Definition at line 550 of file ManagedDesignCommand.h.

References ManagedDesignCommand().

◆ SetUVIntensity()

DynamicPointer< ManagedDesignCommand > ManagedDesignCommand::SetUVIntensity ( UVType uv_type,
fltp08 uv_intensity )
inlinestatic

Creates a command to set the UV intensity for a specific UV type.

Parameters
[in]uv_typeThe UV channel type to modify.
[in]uv_intensityThe intensity value to apply.
Returns
A DynamicPointer to the newly created command.

Definition at line 585 of file ManagedDesignCommand.h.

References ManagedDesignCommand().

◆ SetUVMode()

DynamicPointer< ManagedDesignCommand > ManagedDesignCommand::SetUVMode ( UVType uv_type,
Material::UVMode uv_mode )
inlinestatic

Creates a command to set the UV mapping mode for a given UV type.

Parameters
[in]uv_typeThe UV channel type to modify.
[in]uv_modeThe UV mapping mode to apply.
Returns
A DynamicPointer to the newly created command.

Definition at line 521 of file ManagedDesignCommand.h.

References ManagedDesignCommand().

◆ SetUVPropertyChannel()

DynamicPointer< ManagedDesignCommand > ManagedDesignCommand::SetUVPropertyChannel ( UVType uv_type,
String uv_channel )
inlinestatic

Creates a command to set the UV property channel for a specific UV type.

Parameters
[in]uv_typeThe UV channel type to modify.
[in]uv_channelThe property channel name to bind.
Returns
A DynamicPointer to the newly created command.

Definition at line 595 of file ManagedDesignCommand.h.

References ManagedDesignCommand().

◆ SetWindingMode()

DynamicPointer< ManagedDesignCommand > ManagedDesignCommand::SetWindingMode ( WindingMode mode)
inlinestatic

Creates a command to set the polygon winding mode on target geometry.

Parameters
[in]modeThe winding mode to apply.
Returns
A DynamicPointer to the newly created command.

Definition at line 613 of file ManagedDesignCommand.h.

References ManagedDesignCommand().

◆ SliceIntoPolylines()

DynamicPointer< ManagedDesignCommand > ManagedDesignCommand::SliceIntoPolylines ( const Matrix< fltp08 > & transform,
const Vector< 3, fltp08 > & spacing )
inlinestatic

Creates a command to slice geometry into polylines along planes defined by a transform and spacing.

Parameters
[in]transformThe transformation matrix defining slice plane orientation and origin.
[in]spacingThe spacing between slice planes along each axis.
Returns
A DynamicPointer to the newly created command.

Definition at line 720 of file ManagedDesignCommand.h.

References ManagedDesignCommand(), and transform.

◆ SmoothCotangentCommand() [1/2]

DynamicPointer< ManagedDesignCommand > ManagedDesignCommand::SmoothCotangentCommand ( uint04 number_of_iterations)
inlinestatic

Creates a cotangent-weighted smoothing command with the given iteration count.

Parameters
[in]number_of_iterationsThe number of smoothing iterations to perform.
Returns
A DynamicPointer to the newly created command.

Definition at line 453 of file ManagedDesignCommand.h.

References ManagedDesignCommand().

◆ SmoothCotangentCommand() [2/2]

DynamicPointer< ManagedDesignCommand > ManagedDesignCommand::SmoothCotangentCommand ( uint04 number_of_iterations,
fltp08 shrink_rate,
fltp08 grow_rate )
inlinestatic

Creates a cotangent-weighted smoothing command with shrink and grow rates for Taubin-style smoothing.

Parameters
[in]number_of_iterationsThe number of smoothing iterations to perform.
[in]shrink_rateThe shrink factor applied per iteration.
[in]grow_rateThe grow factor applied per iteration.
Returns
A DynamicPointer to the newly created command.

Definition at line 475 of file ManagedDesignCommand.h.

References ManagedDesignCommand().

◆ SmoothLaplacianCommand() [1/2]

DynamicPointer< ManagedDesignCommand > ManagedDesignCommand::SmoothLaplacianCommand ( uint04 number_of_iterations)
inlinestatic

Creates a Laplacian smoothing command with the given iteration count.

Parameters
[in]number_of_iterationsThe number of smoothing iterations to perform.
Returns
A DynamicPointer to the newly created command.

Definition at line 444 of file ManagedDesignCommand.h.

References ManagedDesignCommand().

◆ SmoothLaplacianCommand() [2/2]

DynamicPointer< ManagedDesignCommand > ManagedDesignCommand::SmoothLaplacianCommand ( uint04 number_of_iterations,
fltp08 shrink_rate,
fltp08 grow_rate )
inlinestatic

Creates a Laplacian smoothing command with shrink and grow rates for Taubin-style smoothing.

Parameters
[in]number_of_iterationsThe number of smoothing iterations to perform.
[in]shrink_rateThe shrink factor applied per iteration.
[in]grow_rateThe grow factor applied per iteration.
Returns
A DynamicPointer to the newly created command.

Definition at line 464 of file ManagedDesignCommand.h.

References ManagedDesignCommand().

◆ toString()

String ManagedDesignCommand::toString ( ) const
inline

Produces a human-readable string representation of this command including its targets and parameters.

Format: "CommandName[uuid1,uuid2,...](param1|param2|...)"

Returns
A formatted String describing this command.

Definition at line 787 of file ManagedDesignCommand.h.

References TranslatedString::englishTranslation(), name(), params(), and targets.

◆ undoParams() [1/3]

Dictionary< UUID, Buffer< String > > ManagedDesignCommand::undoParams ( )
inline

Gets a copy of the entire undo parameter dictionary.

Returns
A copy of the dictionary mapping target UUIDs to their undo parameters.

Definition at line 210 of file ManagedDesignCommand.h.

References m_undo_params.

◆ undoParams() [2/3]

const Dictionary< UUID, Buffer< String > > & ManagedDesignCommand::undoParams ( ) const
inline

Gets the entire undo parameter dictionary (const).

Returns
A const reference to the dictionary mapping target UUIDs to their undo parameters.

Definition at line 202 of file ManagedDesignCommand.h.

References m_undo_params.

◆ undoParams() [3/3]

const Buffer< String > & ManagedDesignCommand::undoParams ( const UUID & uuid) const
inline

Gets the undo parameters stored for a specific target object.

Parameters
[in]uuidThe UUID of the target object whose undo parameters to retrieve.
Returns
A const reference to the undo parameter buffer, or an empty buffer if none exist.

Definition at line 188 of file ManagedDesignCommand.h.

References m_undo_params.

◆ UpdateVertex()

template<class t_type>
DynamicPointer< ManagedDesignCommand > ManagedDesignCommand::UpdateVertex ( VertexProperty property,
uint04 vertex_id,
const t_type & new_location )
inlinestatic

Creates a command to update a single vertex property value.

Parameters
[in]propertyThe vertex property to modify.
[in]vertex_idThe index of the vertex to update.
[in]new_locationThe new value to assign to the vertex property.
Returns
A DynamicPointer to the newly created command.

Definition at line 487 of file ManagedDesignCommand.h.

References ManagedDesignCommand().

◆ ValidateCommand()

DynamicPointer< ManagedDesignCommand > ManagedDesignCommand::ValidateCommand ( )
inlinestatic

Creates a command that validates the target design objects.

Returns
A DynamicPointer to the newly created command.

Definition at line 388 of file ManagedDesignCommand.h.

References ManagedDesignCommand().

The documentation for this class was generated from the following file: