4.7.1.14. MTT2D

4.7.1.14.1. MTT2DFR

The MTT2DFR function returns the output values of a MTT2D Fixed roller group or Flexible fixed roller group entity.

Format

MTT2DFR(Fixed Roller group entity, Type{, Flag, Comp, RMarker})

Arguments definition

Fixed Roller group or Flexible Fixed Roller group entity	The name or argument number of the MTT2D Fixed roller group or Flexible fixed roller group entity to be measured
Type	Number that indicates the type of data to measure Type Description Note 1 MeanSlip 2 FrictionForce 3 NormalForce 4 ContactForce Needs Flag, Comp and RMarker 5 AttackAngle_Head 6 AttackAngle_Tail
Flag	A value that specifies the body to which the output load is applied - If the flag value is 0, then the force applied to the base marker (body) is returned. The base body is the Sheet. - If the flag value is 1, then the force applied to the action marker (body) is returned. The action body is the Fixed roller body or Fleixble roller body.
Comp(Component)	The components subject to the returned force - One component can be inserted in line with 6 numbered powers and sizes (1: FM, 2:FX, 3:FY, 4:FZ, 5:TM, 6:TX, 7:TY, 8:TZ).
RMarker	The name or argument number of the standard marker for the direction in which the force is measured

Example

MTT2DFR(FixedRollerGroup1,1)

MTT2DFR(1,1) <Argument: (1) FixedRollerGroup1>

MTT2DFR(FixedRollerGroup1,4,0,1,Ground.InertiaMarker)

MTT2DFR(1,4,0,1,2) <Argument: (1) FixedRollerGroup1, (2) Ground.InertiaMarker>

4.7.1.14.2. MTT2DMR

The MTT2DMR function returns the output values of a MTT2D Movable roller group or Flexible movable roller group entity.

Format

MTT2DMR(Movable Roller group entity, Type{, Flag, Comp, RMarker})

Arguments definition

Movable Roller group or Flexible Movable roller group entity	The name or argument number of the MTT2D Movable roller group or Flexible movable roller group entity to be measured
Type	Number that indicates the type of data to measure TyPe Description Note 1 MeanSlip_SHT 2 FrictionForce_SHT 3 NormalForce_SHT 4 ContactForce_SHT Needs Flag, Comp and RMarker 5 Impulse 6 AttackAngle_Head 7 AttackAngle_Tail 8 MeanSlip_FR 9 FrictionForce_FR 10 NormalForce_FR 11 ContactForce_FR Needs Flag, Comp amd RMarker 12 MaxGap_NormalForce 13 SoftNip_NormalForce
Flag	A value that specifies the body to which the output load is applied - If the flag value is 0, then the force applied to the base marker (body) is returned. The base body is the Sheet or (Rigid or Flexible) Fixed roller body. - If the flag value is 1, then the force applied to the action marker (body) is returned. The action body is the Movable roller body or Flexible movable roller body.
Comp(Component)	The components subject to the returned force - One component can be inserted in line with 6 numbered powers and sizes (1: FM, 2:FX, 3:FY, 4:FZ, 5:TM, 6:TX, 7:TY, 8:TZ).
RMarker	The name or argument number of the standard marker for the direction in which the force is measured

Example

MTT2DMR(MovableRollerGroup1,1)

MTT2DMR(1,1) <Argument: (1) MovableRollerGroup1>

MTT2DMR(MovableRollerGroup1,4,0,1,Ground.InertiaMarker)

MTT2DMR(1,4,0,1,2) <Argument: (1) MovableRollerGroup1, (2) Ground.InertiaMarker>

4.7.1.14.3. MTT2DLGUIDE

The MTT2DLGUIDE function returns the output values of a MTT2D linear guide entity.

Format

MTT2DLGUIDE(Linear Guide entity, Type{, Flag, Comp, RMarker})

Arguments definition

Linear Guide entity	The name or argument number of the MTT2D linear guide entity to be measured
Type	Number that indicates the type of data to measure Type Description Note 1 MeanSlip_SHT 2 FrictionForce_SHT 3 NormalForce_SHT 4 ContactForce_SHT Needs Flag, Comp and RMarker 5 AttackAngle_Head 6 AttackAngle_Tail
Flag	A value that specifies the body to which the output load is applied - If the flag value is 0, then the force applied to the base marker (body) is returned. The base body is the Sheet. - If the flag value is 1, then the force applied to the action marker (body) is returned. The action body is the Liner guide body.
Comp(Component)	The components subject to the returned force - One component can be inserted in line with 6 numbered powers and sizes (1: FM, 2:FX, 3:FY, 4:FZ, 5:TM, 6:TX, 7:TY, 8:TZ).
RMarker	The name or argument number of the standard marker for the direction in which the force is measured

Example

MTT2DLGUIDE(GuideLinear1,1)

MTT2DLGUIDE(1,1) <Argument: (1) GuideLinear1>

MTT2DLGUIDE(GuideLinear1,4,0,1,Ground.InertiaMarker)

MTT2DLGUIDE(1,4,0,1,2) <Argument: (1) GuideLinear1, (2) Ground.InertiaMarker>

4.7.1.14.4. MTT2DAGUIDE

The MTT2DAGUIDE function returns the output values of a MTT2D arc guide entity.

Format

MTT2DAGUIDE(Arc Guide entity, Type{, Flag, Comp, RMarker})

Arguments definition

Arc Guide entity	The name or argument number of the MTT2D arc guide entity to be measured
Type	Number that indicates the type of data to measure Type Description Note 1 MeanSlip_SHT 2 FrictionForce_SHT 3 NormalForce_SHT 4 ContactForce_SHT Needs Flag, Comp and RMarker 5 AttackAngle_Head 6 AttackAngle_Tail
Flag	A value that specifies the body to which the output load is applied - If the flag value is 0, then the force applied to the base marker (body) is returned. The base body is the Sheet. - If the flag value is 1, then the force applied to the action marker (body) is returned. The action body is the Arc guide body.
Comp(Component)	The components subject to the returned force - One component can be inserted in line with 6 numbered powers and sizes (1: FM, 2:FX, 3:FY, 4:FZ, 5:TM, 6:TX, 7:TY, 8:TZ).
RMarker	The name or argument number of the standard marker for the direction in which the force is measured

Example

MTT2DAGUIDE(GuideArc1,1)

MTT2DAGUIDE(1,1) <Argument: (1) GuideArc1>

MTT2DAGUIDE(GuideArc1,4,0,1,Ground.InertiaMarker)

MTT2DAGUIDE(1,4,0,1,2) <Argument: (1) GuideArc1, (2) Ground.InertiaMarker>

4.7.1.14.5. MTT2DPGUIDE

The MTT2DPGUIDE function returns the output values of a MTT2D pguide edge entity.

Format

MTT2DPGUIDE(PGuide Edge entity, Type{, Flag, Comp, RMarker})

Arguments definition

Pguide Edge entity	The name or argument number of the MTT2D pguide edge entity to be measured
Type	Number that indicates the type of data to measure Type Description Note 1 MeanSlip_SHT 2 FrictionForce_SHT 3 NormalForce_SHT 4 ContactForce_SHT Needs Flag, Comp and RMarker 5 AttackAngle_Head 6 AttackAngle_Tail
Flag	A value that specifies the body to which the output load is applied - If the flag value is 0, then the force applied to the base marker (body) is returned. The base body is the Sheet. - If the flag value is 1, then the force applied to the action marker (body) is returned. The action body is the PGuide body.
Comp(Component)	The components subject to the returned force - One component can be inserted in line with 6 numbered powers and sizes (1: FM, 2:FX, 3:FY, 4:FZ, 5:TM, 6:TX, 7:TY, 8:TZ).
RMarker	The name or argument number of the standard marker for the direction in which the force is measured

Example

MTT2DPEDGE(PGuideEdge1,1)

MTT2DPEDGE(1,1) <Argument: (1) PGuideEdge1>

MTT2DPEDGE(PGuideEdge1,4,0,1,Ground.InertiaMarker)

MTT2DPEDGE(1,4,0,1,2) <Argument: (1) PGuideEdge1, (2) Ground.InertiaMarker>

4.7.1.14.6. MTT2DFERNODE

The MTT2DFERNODE function returns the output values of a MTT2D flexible (fixed or movable) roller node entity.

Format

MTT2DFERNODE(Flexible Roller Node ID, Type{, Comp, RMarker})

Arguments definition

Flexible Roller Node ID	Node number, including the names of the MTT2D flexible (fixed or movable) roller body, or argument number for the nodes to calculated for the stress value NOTE) The input node should be defined the output node.
Type	Number that indicates the type of data to measure Type Description Note 1 FrictionForce 2 NormalForce 3 ElasticForce Needs Flag, Comp and RMarker
Comp(Component)	The components subject to the returned force - One component can be inserted in line with 6 numbered powers and sizes (1: FM, 2:FX, 3:FY, 4:FZ, 5:TM, 6:TX, 7:TY, 8:TZ).
RMarker	The name or argument number of the standard marker for the direction in which the force is measured

Example

MTT2DFERNODE(FlexibleFixedRoller1.node1,1)

MTT2DFERNODE (1,1) <Argument: (1) FlexibleFixedRoller1.node1>

MTT2DFERNODE(FlexibleFixedRoller1.node1,3,1,Ground.InertiaMarker)

MTT2DFERNODE(1,3,1,2) <Argument: (1) FlexibleFixedRoller1.node1, (2) Ground.InertiaMarker>