c4d.C4DAtom¶

class c4d.C4DAtom¶: The base class of many other classes.

Child Class:

c4d.GeListNode

Overview¶

Copying And Cloning
`C4DAtom.CopyTo()`	Copies all values from self to dst. The atoms must be of the same type!
`C4DAtom.GetClone()`	Clones the object and returns the reference.
Description And Parameters
`C4DAtom.GetDescription()`	Gets the description for this atom.
`C4DAtom.GetParameter()`	Gets a description parameter of this atom.
`C4DAtom.SetParameter()`	Sets a description parameter of this atom.
Dirty State
`C4DAtom.GetDirty()`	Returns the dirty counter for the passed dirty flags on this scene element.
`C4DAtom.GetHDirty()`	Returns the accumulated dirty counter for the passed dirty flags in this local hierarchy
`C4DAtom.SetDirty()`	Marks the passed dirty flags on this scene element as changed.
`C4DAtom.SetHDirty()`	Reports the passed dirty flags to parent nodes and branch owners.
Lifecycle And Type
`C4DAtom.CheckType()`	Checks if this atom is an instance of a base type.
`C4DAtom.GetClassification()`	Returns the base type of the object, e.g.
`C4DAtom.GetEnabling()`	Checks if a description parameter should be disabled or enabled.
`C4DAtom.GetRealType()`	Get the real type of the atom.
`C4DAtom.GetType()`	Get the type of the atom.
`C4DAtom.IsAlive()`	Even though a reference to an object still exists, the object might be freed by an user interaction.
`C4DAtom.IsInstanceOf()`	Checks if this atom is an instance of a base type.
Magic Methods
`C4DAtom.__call__()`	Returns the atom if it is alive or None if the atom is dead.
`C4DAtom.__eq__()`
`C4DAtom.__hash__()`	Returns a hash of the Unique ID derived of the given C4DAtom.
`C4DAtom.__ne__()`	Check if two different objects point to the same object.
Messaging
`C4DAtom.Message()`	Sends a message to the atom.
`C4DAtom.MultiMessage()`	Sends a message to the atom and to its children, parents or branches, depending on flags.
Serialization
`C4DAtom.Read()`	Reads to this atom from a `HyperFile`, manually specifying ID and level.
`C4DAtom.ReadObject()`	Reads to this atom from a `HyperFile` within another read operation.
`C4DAtom.Write()`	Writes the atom to a `HyperFile`.
`C4DAtom.WriteObject()`	Writes this atom to a `HyperFile`, within another write operation.
Unique Identifiers
`C4DAtom.AddUniqueID()`	Adds unique application ID to the object.
`C4DAtom.FindUniqueID()`	Checks for a specific unique application ID.
`C4DAtom.GetUniqueIDCount()`	Retrieves the number of unique application IDs.
`C4DAtom.GetUniqueIDIndex()`	Gets the idx-th unique application ID data.

Members¶

Copying And Cloning¶

C4DAtom.CopyTo(self, dst, flags, trn=None)¶

Copies all values from self to dst. The atoms must be of the same type!

Parameters

dst (c4d.C4DAtom) – The destination.

flags (int) –

Optional flags for the copy:

Key	Description
COPYFLAGS_NONE	None.
COPYFLAGS_NO_HIERARCHY	Copy without children.
COPYFLAGS_NO_ANIMATION	Copy without tracks, sequences or keys.
COPYFLAGS_NO_BITS	Do not copy `BaseList2D` bits.
COPYFLAGS_NO_MATERIALPREVIEW	Do not create a new material preview.
COPYFLAGS_NO_BRANCHES	Do not copy branches, for example tags on an object. Automatically implies COPYFLAGS_NO_ANIMATION, as animation is a branch.
COPYFLAGS_DOCUMENT	Read-only flag set when a complete document is copied.
COPYFLAGS_NO_NGONS	Do not copy N-gons.
COPYFLAGS_CACHE_BUILD	Read-only flag set when cache is built.
COPYFLAGS_RECURSIONCHECK	Checks and avoids instances to cause recursions.
COPYFLAGS_PRIVATE_IDENTMARKER	Private.
COPYFLAGS_PRIVATE_NO_INTERNALS	Private.
COPYFLAGS_PRIVATE_NO_PLUGINLAYER	Private.
COPYFLAGS_PRIVATE_UNDO	Private.
COPYFLAGS_PRIVATE_NO_TAGS	Private.
COPYFLAGS_PRIVATE_DELETE	Private.
COPYFLAGS_PRIVATE_NO_ASSETS	Private.
COPYFLAGS_PRIVATE_NO_RESULTASSETS	Private.
COPYFLAGS_PRIVATE_NO_LOGS	Private.
COPYFLAGS_PRIVATE_BODYPAINT_NODATA	Private.
COPYFLAGS_PRIVATE_BODYPAINT_CONVERTLAYER	Private.
COPYFLAGS_PRIVATE_BODYPAINT_CONVERTLAYER	Private.
COPYFLAGS_PRIVATE_NO_DESCRIPTION	New in version 2024.5: Private

trn (Optional[c4d.AliasTrans]) –

New in version R17.032.

An optional alias translator for the operation.

Return type

bool

Returns

True if the atom was copied.

C4DAtom.GetClone(self, flags=0, trn=None)¶

Clones the object and returns the reference.

Parameters

flags (int) –

Optional flags for the clone:

Key	Description
COPYFLAGS_NONE	None.
COPYFLAGS_NO_HIERARCHY	Copy without children.
COPYFLAGS_NO_ANIMATION	Copy without tracks, sequences or keys.
COPYFLAGS_NO_BITS	Do not copy `BaseList2D` bits.
COPYFLAGS_NO_MATERIALPREVIEW	Do not create a new material preview.
COPYFLAGS_NO_BRANCHES	Do not copy branches, for example tags on an object. Automatically implies COPYFLAGS_NO_ANIMATION, as animation is a branch.
COPYFLAGS_DOCUMENT	Read-only flag set when a complete document is copied.
COPYFLAGS_NO_NGONS	Do not copy N-gons.
COPYFLAGS_CACHE_BUILD	Read-only flag set when cache is built.
COPYFLAGS_RECURSIONCHECK	Checks and avoids instances to cause recursions.
COPYFLAGS_PRIVATE_IDENTMARKER	Private.
COPYFLAGS_PRIVATE_NO_INTERNALS	Private.
COPYFLAGS_PRIVATE_NO_PLUGINLAYER	Private.
COPYFLAGS_PRIVATE_UNDO	Private.
COPYFLAGS_PRIVATE_NO_TAGS	Private.
COPYFLAGS_PRIVATE_DELETE	Private.
COPYFLAGS_PRIVATE_NO_ASSETS	Private.
COPYFLAGS_PRIVATE_NO_RESULTASSETS	Private.
COPYFLAGS_PRIVATE_NO_LOGS	Private.
COPYFLAGS_PRIVATE_BODYPAINT_NODATA	Private.
COPYFLAGS_PRIVATE_BODYPAINT_CONVERTLAYER	Private.
COPYFLAGS_PRIVATE_BODYPAINT_CONVERTLAYER	Private.
COPYFLAGS_PRIVATE_NO_DESCRIPTION	New in version 2024.5: Private

trn (Optional[c4d.AliasTrans]) –

New in version R17.032.

An optional alias translator for the operation.

Return type

c4d.C4DAtom

Returns

Minimum of type atom.

Description And Parameters¶

C4DAtom.GetDescription(self, flags)¶

Gets the description for this atom.

New in version R15.037.

Warning

Every caller of GetDescription() gets a copy of the object’s description, including the Attribute Manager.

The only way to customize the description is to override NodeData.GetDDescription().

Parameters

flags (int) –

Flags:

DESCFLAGS_DESC_NONE	None.
DESCFLAGS_DESC_RESOLVEMULTIPLEDATA	Private and unused.
DESCFLAGS_DESC_LOADED	Set if elements have been added to the description, either by loading or manual addition.
DESCFLAGS_DESC_RECURSIONLOCK	Private.
DESCFLAGS_DESC_DONTLOADDEFAULT	If set, the object description will also contain the tag’s descriptions (as sub-containers).
DESCFLAGS_DESC_MAPTAGS	If specified, the object description will also contain the tag’s descriptions (as sub-containers).
DESCFLAGS_DESC_NEEDDEFAULTVALUE	Set if “Reset to Default” was called by the user.

Return type

c4d.Description

Returns

The atom’s description.

C4DAtom.GetParameter(self, id, flags)¶

Gets a description parameter of this atom.

New in version R16.021.

Parameters

id (c4d.DescID) – The ID of the parameter.

flags (int) –

Flags:

DESCFLAGS_GET_NONE	None.
DESCFLAGS_GET_PARAM_GET	Parameter retrieved.
DESCFLAGS_GET_NO_GEDATADEFAULTVALUE	If set, the C++ GeData default type will not be initialized for `C4DAtom.GetParameter()`.
DESCFLAGS_GET_NO_GLOBALDATA	Private.

Return type

Optional[Any]

Returns

The parameter data, or None if an error occured.

C4DAtom.SetParameter(self, id, data, flags)¶

Sets a description parameter of this atom.

New in version R16.021.

Parameters

id (c4d.DescID) – The ID of the parameter.
data (any) – The parameter data to set.

flags (int) –

Flags:

DESCFLAGS_SET_NONE	None.
DESCFLAGS_SET_PARAM_SET	Parameter set.
DESCFLAGS_SET_USERINTERACTION	Set when the GUI is calling `SetParameter()`. This is the only time when `SetParameter()` is allowed to use user interaction elements (e.g. open dialogs, display messages etc.).
DESCFLAGS_SET_DONTCHECKMINMAX	No check is internally done if the parameter passed is within the [min/max] range of the description, to save some time.
DESCFLAGS_SET_DONTAFFECTINHERITANCE	No parameter inheritance, for render settings and post effects only.
DESCFLAGS_SET_FORCESET	Forces the set value without `GetParameter()`/Compare. Use only for calls where for sure the value was changed!
DESCFLAGS_SET_DONTFREESPLINECACHE	Private. New in version R16.038.
DESCFLAGS_SET_INDRAG	Gadget (e.g. Slider) in dragging mode (not finished). Only used when DESCFLAGS_SET_USERINTERACTION is set. New in version R17.053.

Return type

bool

Returns

True if the parameter was set, otherwise False.

Dirty State¶

C4DAtom.GetDirty(self, flags)¶

Returns the dirty counter for the passed dirty flags on this scene element.

Call this on the element being monitored. The counters for all passed flags are summed; compare the result with an earlier value to detect changes.

See also

GetHDirty() for the accumulated dirty counter in the local hierarchy.

Parameters

flags (int) –

The passed dirty flags:

Expresses dirty state categories for a single scene element. Unlike HDIRTYFLAGS, these flags only track changes on the element itself.

DIRTYFLAGS_NONE	Signals no state.
DIRTYFLAGS_MATRIX	Signals that the matrix of a `BaseObject` has changed.
DIRTYFLAGS_DATA	Signals that container or parameter data of a scene element has changed.
DIRTYFLAGS_SELECT	Signals that a point, edge, or polygon selection of a `BaseObject` has changed.
DIRTYFLAGS_CACHE	Signals that the cache of a `BaseObject` has changed or been rebuilt.
DIRTYFLAGS_CHILDREN	Signals that owned child data of a scene element, such as animation keys, has changed.
DIRTYFLAGS_DESCRIPTION	Signals that the description of a scene element has changed.
DIRTYFLAGS_VISIBILITY	Signals that the visibility state of a scene element has changed.
DIRTYFLAGS_SELECTION_OBJECTS	Signals that the object selection of a `BaseDocument` has changed.
DIRTYFLAGS_SELECTION_TAGS	Signals that the tag selection of a `BaseDocument` has changed.
DIRTYFLAGS_SELECTION_MATERIALS	Signals that the material selection of a `BaseDocument` has changed.
DIRTYFLAGS_ALL	Signals all states.

Return type

int

Returns

The dirty counter.

C4DAtom.GetHDirty(self, mask)¶

Returns the accumulated dirty counter for the passed dirty flags in this local hierarchy and its branches.

Call this on any element to collect its own dirty counters and those of its descendants. Counters for all passed flags are summed; compare the result with an earlier value to detect matching changes.

See also

GetDirty() for the dirty counter of this element only.

New in version R19.

Parameters

mask (int) –

The passed dirty flags:

Expresses hierarchical or branching dirty state categories for a scene element. These states propagate from the changed scene element to its parent elements and branch owners.

HDIRTYFLAGS_NONE	Signals no state.
HDIRTYFLAGS_ANIMATION	Signals that animation data in a hierarchy has changed.
HDIRTYFLAGS_OBJECT	Signals that object data in a hierarchy has changed.
HDIRTYFLAGS_OBJECT_MATRIX	Signals that an object matrix in a hierarchy has changed.
HDIRTYFLAGS_OBJECT_HIERARCHY	Signals that an object hierarchy in a hierarchy has changed.
HDIRTYFLAGS_TAG	Signals that tag data in a hierachy has changed.
HDIRTYFLAGS_MATERIAL	Signals that material data in a hierachy has changed.
HDIRTYFLAGS_SHADER	Signals that shader data in a hierachy has changed.
HDIRTYFLAGS_RENDERSETTINGS	Signals that render settings in a hierachy have changed.
HDIRTYFLAGS_VP	Signals that a video post effect in a hierachy has changed.
HDIRTYFLAGS_FILTER	Signals that a filter in a hierachy has changed.
HDIRTYFLAGS_NBITS	Signals that bit flags in a hierachy have changed.
HDIRTYFLAGS_ALL	Signals all states.

Return type

int

Returns

The accumulated dirty counter.

C4DAtom.SetDirty(self, flags)¶

Marks the passed dirty flags on this scene element as changed.

Call this on the element that changed. This updates the corresponding dirty counters returned by GetDirty(); derived element types can also report the change to their parent nodes.

See also

SetHDirty() for reporting dirty flags to parent nodes.

Parameters

flags (int) –

The passed dirty flags:

Expresses dirty state categories for a single scene element. Unlike HDIRTYFLAGS, these flags only track changes on the element itself.

DIRTYFLAGS_NONE	Signals no state.
DIRTYFLAGS_MATRIX	Signals that the matrix of a `BaseObject` has changed.
DIRTYFLAGS_DATA	Signals that container or parameter data of a scene element has changed.
DIRTYFLAGS_SELECT	Signals that a point, edge, or polygon selection of a `BaseObject` has changed.
DIRTYFLAGS_CACHE	Signals that the cache of a `BaseObject` has changed or been rebuilt.
DIRTYFLAGS_CHILDREN	Signals that owned child data of a scene element, such as animation keys, has changed.
DIRTYFLAGS_DESCRIPTION	Signals that the description of a scene element has changed.
DIRTYFLAGS_VISIBILITY	Signals that the visibility state of a scene element has changed.
DIRTYFLAGS_SELECTION_OBJECTS	Signals that the object selection of a `BaseDocument` has changed.
DIRTYFLAGS_SELECTION_TAGS	Signals that the tag selection of a `BaseDocument` has changed.
DIRTYFLAGS_SELECTION_MATERIALS	Signals that the material selection of a `BaseDocument` has changed.
DIRTYFLAGS_ALL	Signals all states.

C4DAtom.SetHDirty(self, mask)¶

Reports the passed dirty flags to parent nodes and branch owners.

Call this on the element that changed. This marks each passed flag and propagates newly marked flags to parent nodes and branch owners.

See also

SetDirty() for marking this element as dirty.

New in version R19.

Parameters

mask (int) –

The passed dirty flags:

Expresses hierarchical or branching dirty state categories for a scene element. These states propagate from the changed scene element to its parent elements and branch owners.

HDIRTYFLAGS_NONE	Signals no state.
HDIRTYFLAGS_ANIMATION	Signals that animation data in a hierarchy has changed.
HDIRTYFLAGS_OBJECT	Signals that object data in a hierarchy has changed.
HDIRTYFLAGS_OBJECT_MATRIX	Signals that an object matrix in a hierarchy has changed.
HDIRTYFLAGS_OBJECT_HIERARCHY	Signals that an object hierarchy in a hierarchy has changed.
HDIRTYFLAGS_TAG	Signals that tag data in a hierachy has changed.
HDIRTYFLAGS_MATERIAL	Signals that material data in a hierachy has changed.
HDIRTYFLAGS_SHADER	Signals that shader data in a hierachy has changed.
HDIRTYFLAGS_RENDERSETTINGS	Signals that render settings in a hierachy have changed.
HDIRTYFLAGS_VP	Signals that a video post effect in a hierachy has changed.
HDIRTYFLAGS_FILTER	Signals that a filter in a hierachy has changed.
HDIRTYFLAGS_NBITS	Signals that bit flags in a hierachy have changed.
HDIRTYFLAGS_ALL	Signals all states.

Lifecycle And Type¶

C4DAtom.CheckType(self, id)¶

Checks if this atom is an instance of a base type.

Note

This is only an alias to C4DAtom.IsInstanceOf()

Parameters: id (int) – The base type ID, for example Ocube.
Return type: int
Returns: True if the atom is an instance of the type id, otherwise False.

C4DAtom.GetClassification(self)¶

Returns the base type of the object, e.g. for all objects Obase, for all materials Mmat, for all tags Tbase etc.

Return type: int
Returns: The base type.

C4DAtom.GetEnabling(self, DescID)¶

Checks if a description parameter should be disabled or enabled.

New in version 24.

Parameters: DescID (c4d.DescID) – The ID of the parameter.
Return type: bool
Returns: True if the parameter is enabled, otherwise False

C4DAtom.GetRealType(self)¶

Get the real type of the atom.
This is similar to GetType(), but for multinodes the ID of the last linked part is returned.
E.g. XPresso nodes have the type ID_GV_GROUPDATA or ID_GV_NODEDATA. With GetRealType() you will get the ID of the operator as a return value.

New in version R15.037.

Return type: int
Returns: The real type, for example Ocube.

C4DAtom.GetType(self)¶

Get the type of the atom.

This must be used to make sure that the derived object really is of the right type before trying to access its members.

Return type: int
Returns: The type, for example Ocube.

C4DAtom.IsAlive(self)¶

Even though a reference to an object still exists, the object might be freed by an user interaction. Normally not needed.
E.g. the C++ Python Object representing a BaseList2D actually store a pointer to this BaseList2D.
This pointed BaseList2D could be dead for some reason, but we still have a Python object. So in this case IsAlive will return False.

Return type: bool
Returns: True if the object is still alive, otherwise False

C4DAtom.IsInstanceOf(self, id)¶

Checks if this atom is an instance of a base type.

New in version R16.021.

Parameters: id (int) – The base type ID, for example Ocube.
Return type: int
Returns: True if the atom is an instance of the type id, otherwise False.

Magic Methods¶

C4DAtom.__call__(self)¶

Returns the atom if it is alive or None if the atom is dead.

This is a convenient way to know if you can still use the object.

Return type: Optional[c4d.C4DAtom]
Returns: The atom if it is still alive, otherwise None.

C4DAtom.__eq__(self, other)¶

C4DAtom.__hash__(self)¶

Returns a hash of the Unique ID derived of the given C4DAtom.

print(hash(obj) #hash calls obj.__hash__())

Return type: int
Returns: Hash value

C4DAtom.__ne__(self, other)¶

Check if two different objects point to the same object.

Note

Does not compare if two different objects are equal.

Return type: bool
Returns: True if the objects point to the same object, otherwise False.

Messaging¶

C4DAtom.Message(self, type, data=None)¶

Sends a message to the atom.

See also

C4DAtom and Plugin Messages for information on the messages type, data and input/output.

Note

Some notification messages are automatically passed along to branches: MSG_POINTS_CHANGED, MSG_POLYGONS_CHANGED and MSG_SEGMENTS_CHANGED. This is for convenience and historical reasons.

Parameters

type (int) – The message type.
data (Optional[any]) – The message data.

Return type

bool

Returns

Depends on the message type.

C4DAtom.MultiMessage(self, flags, type, data)¶

Sends a message to the atom and to its children, parents or branches, depending on flags.

See also

MSG for information on the messages type, data and input/output.

Parameters

flags (int) –

A combination of the following flags:

MULTIMSG_ROUTE_NONE	None.
MULTIMSG_ROUTE_UP	Send to parents.
MULTIMSG_ROUTE_ROOT	Send to root object.
MULTIMSG_ROUTE_DOWN	Send to children.
MULTIMSG_ROUTE_BROADCAST	Broadcast the message, i.e. distribute it to all branches given by `GeListNode.GetBranchInfo()`.

type (int) – The message type.
data (any) – The message data.

Return type

bool

Returns

Depends on the message type.

Serialization¶

C4DAtom.Read(self, hf, id, level)¶

Reads to this atom from a HyperFile, manually specifying ID and level.

Note

This is the function to use if you have opened the hyper file yourself and are reading the object separately.

If reading within a plugin function where Cinema 4D has passed the hyper file you should use ReadObject().

Note

The methods Read(), Write(), ReadObject() and WriteObject() are generally not recommended for plugins.

Parameters

hf (c4d.storage.HyperFile) – The hyperfile to read from.
id (int) – The ID of the atom to read.
level (int) – The disklevel of the atom to read.

Return type

bool

Returns

True if the atom was read, otherwise False.

C4DAtom.ReadObject(self, hf, readheader)¶

Reads to this atom from a HyperFile within another read operation.

Note

This is the function to use where Cinema 4D has passed the hyper file you should use, for example in a plugin hook.

Otherwise you should use Read().

Note

The methods Read(), Write(), ReadObject() and WriteObject() are generally not recommended for plugins.

Parameters

hf (c4d.storage.HyperFile) – The hyperfile to read from.
readheader (bool) – Normally True. Should only be False if you have manually read the file header yourself.

Return type

bool

Returns

True if the atom was read, otherwise False.

C4DAtom.Write(self, hf)¶

Writes the atom to a HyperFile.

Note

This is the function to use if you have opened the hyper file yourself and are writing the object manually.

If writing within a plugin function where Cinema 4D has passed the hyper file you should use WriteObject().

Note

The methods Read(), Write(), ReadObject() and WriteObject() are generally not recommended for plugins.

Parameters: hf (c4d.storage.HyperFile) – The hyperfile to write to.
Return type: bool
Returns: True if the atom was written, otherwise False.

C4DAtom.WriteObject(self, hf)¶

Writes this atom to a HyperFile, within another write operation.

Note

This is the function to use where Cinema 4D has passed the hyper file you should use, for example in a plugin hook.

Otherwise you should use Write().

Note

The methods Read(), Write(), ReadObject() and WriteObject() are generally not recommended for plugins.

Parameters: hf (c4d.storage.HyperFile) – The hyperfile to write to.
Return type: bool
Returns: True if the atom was written, otherwise False.

Unique Identifiers¶

C4DAtom.AddUniqueID(self, appid, mem)¶

Adds unique application ID to the object.

New in version R16.021.

Parameters

appid (int) – A unique application ID, has to be registered at MAXON, at least it should be obtained from http://www.plugincafe.com
mem (bytes) – The unique application ID data. Used for instance to store the name of a software vendor.

Return type

bool

Returns

True if successful, otherwise False.

C4DAtom.FindUniqueID(self, appid)¶

Checks for a specific unique application ID.

New in version R16.021.

Parameters: appid (int) – A unique application ID, has to be registered at MAXON, at least it should be obtained from http://www.plugincafe.com
Return type: Optional[memoryview]
Returns: The unique application ID data, or None if it could not be found.

C4DAtom.GetUniqueIDCount(self)¶

Retrieves the number of unique application IDs.

New in version R16.021.

Return type: int
Returns: The number of unique application IDs.

C4DAtom.GetUniqueIDIndex(self, idx)¶

Gets the idx-th unique application ID data.

New in version R16.050.

Parameters: idx (int) – The unique ID index: 0<=idx<GetUniqueIDCount()
Return type: Optional[Tuple[int, bytes]]
Returns: The unique application ID and its data. Used for instance to read the name of a software vendor.

None if it could not be found.

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