system.mes.material.saveProperty

Description

Creates or updates a Material Properties record in the system based on the provided parameters.

Syntax

system.mes.material.saveProperty(**property_data)

Parameters

Parameter	Type	Nullable	Description
materialClassId	String (ULID)	False	The ULID of the material class associated with this material property.
name	String	False	The name of the material property.
description	String	True	A description of the material property.
dataType	String	False	The data type of the property (e.g., Integer, String, Float). Default value is String.
lowLimit	Double	True	The minimum value allowed for a numerical property.
highLimit	Double	True	The maximum value allowed for a numerical property.
format	String	True	The format of the property, if applicable.
unitOfMeasureId	String (ULID)	True	The ULID of the unit of measure for this property.
unitOfMeasureName	String	True	The name of the unit of measure for the property. For display purposes only.
unitOfMeasureSymbol	String	True	The symbol of the unit of measure for the property. For display purposes only.
options	String	True	List of possible values for the property (e.g., "[option1, option2]").
nullable	Boolean	False	Defines if the property can accept null values. Default value is false.
defaultValue	Mixed	True	The default value assigned to the property if none is provided. The type is mixed as it depends on what dataType is.
id	String (ULID)	True	The ULID of the material property (optional, for updating an existing property).
notes	String	True	Notes related to the material property.
enabled	Boolean	False	Indicates if the property is active and enabled. Default value is true.
spare1	String	True	Additional field for user-defined context.
spare2	String	True	Additional field for user-defined context.
spare3	String	True	Additional field for user-defined context.

Returns

Returns a JSON representation of the saved material property.

Code Examples

# Generate the object structure for a new property object, set the name and save it
new_property = system.mes.material.newProperty()
new_property['materialClassId'] = '01JCH3ENEB-SV2X8B3W-NFY8WZNK'
new_property['name'] = 'Density'
saved_property = system.mes.material.saveProperty(**new_property)

# Output the JSON representation of the saved property
print(saved_property)

# Generate the object structure for another new property object to update the previous property
property_data = system.mes.material.newProperty()

# Define property attributes
property_data['id'] = saved_property.id
property_data['materialClassId'] = '01JCH3ENEB-SV2X8B3W-NFY8WZNK'
property_data['name'] = 'Density'
property_data['dataType'] = 'Float'
property_data['lowLimit'] = 0.1
property_data['highLimit'] = 10.0
property_data['unitOfMeasureId'] = '01JCH3ENDJ-351WQQPX-WRBNTY4C'
# (You can continue setting other properties as needed here)

# Save the material property to update it in the system
updated_property = system.mes.material.saveProperty(**property_data)

# Output the JSON representation of the updated material property
print(updated_property)