Extends
Methods
(static) add(member, x_mag_A, y_mag_A, z_mag_A, x_mag_B, y_mag_B, z_mag_B, position_A, position_B, load_group, axes)
Create a distributed load with the next available ID.
Parameters:
Name | Type | Description |
---|---|---|
member |
number |
Member to which the distributed load will be applied. Identified by the member ID. |
x_mag_A |
number |
The magnitude of the load in the x-direction at the starting position A. |
y_mag_A |
number |
The magnitude of the load in the y-direction at the starting position A. |
z_mag_A |
number |
The magnitude of the load in the z-direction at the starting position A. |
x_mag_B |
number |
The magnitude of the load in the x-direction at the finish position B. |
y_mag_B |
number |
The magnitude of the load in the y-direction at the finish position B. |
z_mag_B |
number |
The magnitude of the load in the z-direction at the finish position B. |
position_A |
number |
Position along member where the distributed load starts. Expressed as a percentage. |
position_B |
number |
Position along member where the distributed load ends. Expressed as a percentage. |
load_group |
string |
The load group to which the load belongs. |
axes |
"global" | "local" |
The axes in which the distributed load will be applied. |
(static) idFromMemberId(element_id)
Find a distributed load's ID from the member ID which it is located.
Parameters:
Name | Type | Description |
---|---|---|
element_id |
number |
The member ID of the distributed load to find. |