HorizonInterpretation3d

class cegalprizm.pythontool.HorizonInterpretation3d(python_petrel_property: HorizonInterpretation3dGrpc)

Functions

__init__(python_petrel_property)
add_comment(new_comment[, overwrite])	Add a comment to the already existing comments on the PetrelObject, or overwrite the existing comments.
all()	Creates a cegalprizm.pythontool.Chunk with the values for the attribute
chunk([i, j])	Creates a cegalprizm.pythontool.Chunk with the values for the attribute
clone(name_of_clone[, copy_values])	Creates a clone of the Petrel object.
ijks_to_positions(indices)	Converts a list with i and j indices to xyz.
indices(x, y)	The indices of the node nearest the specified point
is_undef_value(value)	Whether the value is the 'undefined value' for the attribute
position(i, j)	The position of the node
positions_to_ijks(positions)	Converts a list of xyzs to ijk
retrieve_history()	The Petrel history for the object.
retrieve_stats()	Retrieves a dictionary summarizing the statistics for the object

Properties

affine_transform	The affine transform of the object.
comments	The comments on the PetrelObject.
crs_wkt	The PROJCS well known text representation of the object CRS.
droid	The Petrel Droid (object id or guid) for the object
extent	The number of nodes in the i and j directions
horizon_interpretation	Returns the parent Horizon interpretation of the 3d horizon interpretation grid.
horizon_interpretation_3d	The parent 3d horizon interpretation of the horizon property.
horizon_property_3ds	A readonly iterable collection of the 3d horizon interpretation properties for the 3d horizon interpretation grid
path	The path of this object in Petrel.
petrel_name	Returns the name of this object in Petrel
readonly	The read-only status of this object
sample_count	The number of samples contained in the Horizon Interpretation 3d object.
template	Returns the Petrel template for the object as a string.
undef_value	The 'undefined value' for this attribute
unit_symbol	The symbol for the unit which the values are measured in

add_comment(new_comment: str, overwrite: bool = False) → None

Add a comment to the already existing comments on the PetrelObject, or overwrite the existing comments.

Input:

new_comment: The new comment to add to the PetrelObject. overwrite: Boolean flag to overwrite all existing comments with the new comment. Default is False.

Raises

PythonToolException – if object is read-only

all() → cegalprizm.pythontool.chunk.Chunk

Creates a cegalprizm.pythontool.Chunk with the values for the attribute

Returns

A Slice containing the values for the attribute

Return type

cegalprizm.pythontool.Chunk

chunk(i: Optional[Tuple[int, int]] = None, j: Optional[Tuple[int, int]] = None) → cegalprizm.pythontool.chunk.Chunk

Creates a cegalprizm.pythontool.Chunk with the values for the attribute

Parameters

• i – A tuple(i1,i2) where i1 is the start index and i2 is the end index. The start and end value in this range is inclusive. If None include all i values.

• j – A tuple(j1,j2) where j1 is the start index and j2 is the end index. The start and end value in this range is inclusive. If None include all j values.

Returns

A Slice containing the values for the attribute

Return type

cegalprizm.pythontool.Chunk

clone(name_of_clone: str, copy_values: bool = False) → cegalprizm.pythontool.horizoninterpretation.HorizonProperty3d

Creates a clone of the Petrel object.

The clone is placed in the same collection as the source object. A clone cannot be created with the same name as an existing Petrel object in the same collection.

This is a Python Tool Pro function and is not available when running scripts in the editor integrated in Python Tool or in a workflow.

Parameters

• path_of_clone – Petrel name of the clone

• copy_values – Set to True if values shall be copied into the clone. Defaults to False.

Returns

the cloned HorizonProperty3d object

Return type

cegalprizm.pythontool.HorizonProperty3d

Raises

• Exception – If there already exists a Petrel object with the same name

• ValueError – If name_of_clone is empty or contains slashes

ijks_to_positions(indices: Tuple[List[float], List[float]]) → Tuple[List[float], List[float], List[float]]

Converts a list with i and j indices to xyz.

Parameters

indices – A tuple([i],[j]) where [i] is a list of i indices and [j] is a list of j indices.

Returns

A tuple([x],[y],[z]) where [x] is a list of x coordinates,

[y] is a list of y coordinates and [z] is a list of z coordinates.

indices(x: float, y: float) → cegalprizm.pythontool.primitives.Indices

The indices of the node nearest the specified point

Please note: the node indices are 0-based, but in the Petrel UI they are 1-based.

Parameters

• x – the x-coordinate

• y – the y-coordinate

Returns: A cegalprizm.pythontool.primitives.Indices object

representing the indices of the node nearest the point. K will always be None.

Raises

ValueError – if the point is outside the beyond the extent of the surface

is_undef_value(value: Union[float, int]) → bool

Whether the value is the ‘undefined value’ for the attribute

Petrel represents some undefined values by MAX_INT, others by NaN. A comparison with NaN will always return False (e.g. float.nan != float.nan) so it is preferable to always use this method to test for undefined values.

Parameters

value – the value to test

Returns

True if value is ‘undefined’ for this surface attribute

Return type

bool

position(i: int, j: int) → cegalprizm.pythontool.primitives.Point

The position of the node

Parameters

• i – the i-index of the node

• j – the j -index of the node

Returns: A cegalprizm.pythontool.Point object

representing the position of the node.

Raises

ValueError – if the indices are outside the surface

positions_to_ijks(positions: Union[Tuple[List[float], List[float]], Tuple[List[float], List[float], List[float]]]) → Tuple[List[float], List[float]]

Converts a list of xyzs to ijk

Parameters

positions – A tuple([x],[y]) where [x] is a list of x coordinates and [y] is a list of y coordinates.

Returns

A tuple([i],[j]) where [i] is a list of i indices

and [j] is a list of j indices.

retrieve_history() → pandas.core.frame.DataFrame

The Petrel history for the object.

Returns the Petrel history for the object as Pandas dataframe.

Returns

The history of the object as reported by Petrel

Return type

DataFrame

retrieve_stats() → Dict[str, str]

Retrieves a dictionary summarizing the statistics for the object

The statistics are a snapshot of the information in the Statistics page of the Settings panel of the object in the Petrel tree. Both the dict key and value are strings, and may contain punctuation, English phrases or just filler information. Any changes to the dict returned will not be saved or affect anything.

Note: this operation may be slow, since the statistics are ‘live’ - they represent the most up to date information.

Returns

The statistics of the object as reported by Petrel

Return type

dict

property affine_transform

The affine transform of the object.

Returns

An array with 6 coefficients of the affine transformation matrix. If array is represented as [a, b, c, d, e, f] then this corresponds to a affine transformation matrix of form: | a b e | | c d f | | 0 0 1 |

Return type

1d array

property comments

The comments on the PetrelObject.

Returns

The comments on the PetrelObject as a string.

Return type

string

property crs_wkt

The PROJCS well known text representation of the object CRS.

Returns

PROJCS well known text representation of the CRS.

Return type

string

property droid: str

The Petrel Droid (object id or guid) for the object

Returns the Petrel Droid or object id or guid for the object. If not available, will throw a PythonToolException.

This property is planned to be deprecated in favour of a similar but more general id schema in future releases.

Returns

The Petrel Droid of the object

Return type

str

property extent: cegalprizm.pythontool.primitives.Extent

The number of nodes in the i and j directions

Returns

A cegalprizm.pythontool.Extent object

property horizon_interpretation: cegalprizm.pythontool.horizoninterpretation.HorizonInterpretation

Returns the parent Horizon interpretation of the 3d horizon interpretation grid.

property horizon_interpretation_3d: cegalprizm.pythontool.horizoninterpretation.HorizonInterpretation3d

The parent 3d horizon interpretation of the horizon property.

Returns

The parent grid of the property

Return type

cegalprizm.pythontool.HorizonInterpretation3d

property horizon_property_3ds: List[cegalprizm.pythontool.horizoninterpretation.HorizonProperty3d]

A readonly iterable collection of the 3d horizon interpretation properties for the 3d horizon interpretation grid

Returns

the 3d horizon interpretation properties

for the 3d horizon interpretation grid

Return type

cegalprizm.pythontool.HorizonProperties

property path: str

The path of this object in Petrel. Neither the Petrel name nor the path is guaranteed to be unique.

Returns

The path of the Petrel object

Return type

str

property petrel_name: str

Returns the name of this object in Petrel

property readonly: bool

The read-only status of this object

Returns

True if the object is read-only

Return type

bool

property sample_count: int

The number of samples contained in the Horizon Interpretation 3d object.

Returns

The number of points in the interpretation.

Return type

int

property template: str

Returns the Petrel template for the object as a string. If no template available, will return an empty string.

property undef_value: float

The ‘undefined value’ for this attribute

Use this value when setting a slice’s value to ‘undefined’. Do not attempt to test for undefinedness by comparing with this value, use is_undef_value() instead.

Returns

The ‘undefined value’ for this attribute

property unit_symbol: Optional[str]

The symbol for the unit which the values are measured in

Returns

The symbol for the unit, or None if no unit is used

Return type

string