Class CopeFieldWeldN1FEMA
A cope for FEMA welds.
Inherited Members
Namespace: DesignData.SDS2.Model
Assembly: DesignData.SDS2.Model.dll
Syntax
public sealed class CopeFieldWeldN1FEMA : FlangeCutOperationConstructors
CopeFieldWeldN1FEMA()
A cope for FEMA welds.
Declaration
public CopeFieldWeldN1FEMA()Properties
CopeLength
Length of the cope.
Declaration
public LockableDouble CopeLength { get; set; }Property Value
| Type | Description |
|---|---|
| LockableDouble |
Remarks
If this cut operation is on a material, then lockables are always in a locked state. For members, the locked state matters. When assigning one of these values using a primitive double, it will lock and assign that value. When working directly with the LockableDouble, you will need to lock the value in addition to assigning it to override the system value.
FlangeFlushLength
Distance from the end of the flange to the beginning of the reentrant cut on the flange.
Declaration
public LockableDouble FlangeFlushLength { get; set; }Property Value
| Type | Description |
|---|---|
| LockableDouble |
Remarks
If this cut operation is on a material, then lockables are always in a locked state. For members, the locked state matters. When assigning one of these values using a primitive double, it will lock and assign that value. When working directly with the LockableDouble, you will need to lock the value in addition to assigning it to override the system value.
GrooveAngle
Angle of the flange weld chamfer.
Declaration
public LockableDouble GrooveAngle { get; set; }Property Value
| Type | Description |
|---|---|
| LockableDouble |
Remarks
Beware this returns degrees or radians based on the underlying type. Types that are built into SDS2 binary return radians. Most types implemented in Python such as embed return degrees. A future API that always returns radians is forecasted.
ReEntrantDepth
Depth of the cope from the inside of the flange.
Declaration
public LockableDouble ReEntrantDepth { get; set; }Property Value
| Type | Description |
|---|---|
| LockableDouble |
Remarks
If this cut operation is on a material, then lockables are always in a locked state. For members, the locked state matters. When assigning one of these values using a primitive double, it will lock and assign that value. When working directly with the LockableDouble, you will need to lock the value in addition to assigning it to override the system value.
ReEntrantHoleDistance
Depth of the center of the reentrant cut hole from the inside of the flange.
Declaration
public LockableDouble ReEntrantHoleDistance { get; set; }Property Value
| Type | Description |
|---|---|
| LockableDouble |
Remarks
If this cut operation is on a material, then lockables are always in a locked state. For members, the locked state matters. When assigning one of these values using a primitive double, it will lock and assign that value. When working directly with the LockableDouble, you will need to lock the value in addition to assigning it to override the system value.
ReEntrantLength
Length of the reentrant cut.
Declaration
public LockableDouble ReEntrantLength { get; set; }Property Value
| Type | Description |
|---|---|
| LockableDouble |
Remarks
If this cut operation is on a material, then lockables are always in a locked state. For members, the locked state matters. When assigning one of these values using a primitive double, it will lock and assign that value. When working directly with the LockableDouble, you will need to lock the value in addition to assigning it to override the system value.
ReEntrantRadius
Radius of the reentrant cut hole.
Declaration
public LockableDouble ReEntrantRadius { get; set; }Property Value
| Type | Description |
|---|---|
| LockableDouble |
Remarks
If this cut operation is on a material, then lockables are always in a locked state. For members, the locked state matters. When assigning one of these values using a primitive double, it will lock and assign that value. When working directly with the LockableDouble, you will need to lock the value in addition to assigning it to override the system value.
Methods
Dispose(bool)
A cope for FEMA welds.
Declaration
protected override void Dispose(bool disposing)Parameters
| Type | Name | Description |
|---|---|---|
| bool | disposing |