PointList Block - Revision history

Nairnj: /* PointList Block */

2019-12-13T22:06:04Z

PointList Block

← Older revision		Revision as of 22:06, 13 December 2019
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	Subordinate to each <tt><mp></tt> element, you define the material point properties using <tt><pt></tt> (required), <tt><vel></tt>, and <tt><mass></tt> commands:		Subordinate to each <tt><mp></tt> element, you define the material point properties using <tt><pt></tt> (required), <tt><vel></tt>, and <tt><mass></tt> commands:

	* <tt><pt></tt> - gives the x, y, and z (if 3D)) coordinates in attributes in [[ConsistentUnits Command#Legacy and Consistent Units\|length units]] (if using Legacy units where coordinates units are in mm, an optional [[Units Attribute\|units attribute]] can specify other length units~~) (required~~).		* <tt><pt></tt> - gives the x, y, and z (if 3D)) coordinates in attributes in [[ConsistentUnits Command#Legacy and Consistent Units\|length units]] and this element is required (if using Legacy units where coordinates units are in mm, an optional [[Units Attribute\|units attribute]] can specify other length units).
	* <tt><vel></tt> - give the material point's initial velocity in the x, y, and z (if 3D) directions in [[ConsistentUnits Command#Legacy and Consistent Units\|velocity units]] (if using Legacy units where velocity units are in mm/s, an optional [[Units Attribute\|units attribute]] can specify other velocity units).		* <tt><vel></tt> - give the material point's initial velocity in the x, y, and z (if 3D) directions in [[ConsistentUnits Command#Legacy and Consistent Units\|velocity units]] (if using Legacy units where velocity units are in mm/s, an optional [[Units Attribute\|units attribute]] can specify other velocity units). If omitted, velocity is set to zero.
	* <tt><mass></tt> - normally the particle mass is determined from the size of the elements and the number of particles per element and this command is not used. When running a simulation based on material points from a previous simulation, this command can be used to set the particle mass in [[ConsistentUnits Command#Legacy and Consistent Units\|mass units]] (if using Legacy units where mass units are in g, an optional [[Units Attribute\|units attribute]] can specify other mass units).		* <tt><mass></tt> - normally the particle mass is determined from the size of the elements and the number of particles per element and this command is not used. When running a simulation based on material points from a previous simulation, this command can be used to set the particle mass in [[ConsistentUnits Command#Legacy and Consistent Units\|mass units]] (if using Legacy units where mass units are in g, an optional [[Units Attribute\|units attribute]] can specify other mass units).

Nairnj: /* PointList Block */

2019-12-13T21:57:06Z

PointList Block

← Older revision		Revision as of 21:57, 13 December 2019
Line 25:		Line 25:
	Subordinate to each <tt><mp></tt> element, you define the material point properties using <tt><pt></tt> (required), <tt><vel></tt>, and <tt><mass></tt> commands:		Subordinate to each <tt><mp></tt> element, you define the material point properties using <tt><pt></tt> (required), <tt><vel></tt>, and <tt><mass></tt> commands:

	* <tt><pt></tt> - gives the x, y, and z (if 3D)) coordinates in attributes in [[ConsistentUnits Command#Legacy and Consistent Units\|length units]], ~~but~~ an optional [[Units Attribute\|units attribute]] can specify other length units (required).		* <tt><pt></tt> - gives the x, y, and z (if 3D)) coordinates in attributes in [[ConsistentUnits Command#Legacy and Consistent Units\|length units]] (if using Legacy units where coordinates units are in mm, an optional [[Units Attribute\|units attribute]] can specify other length units) (required).
	* <tt><vel></tt> - give the material point's initial velocity in the x, y, and z (if 3D) directions in [[ConsistentUnits Command#Legacy and Consistent Units\|velocity units]] (if using Legacy units where velocity units are in mm/s, an optional [[Units Attribute\|units attribute]] can specify other velocity units).		* <tt><vel></tt> - give the material point's initial velocity in the x, y, and z (if 3D) directions in [[ConsistentUnits Command#Legacy and Consistent Units\|velocity units]] (if using Legacy units where velocity units are in mm/s, an optional [[Units Attribute\|units attribute]] can specify other velocity units).
	* <tt><mass></tt> - normally the particle mass is determined from the size of the elements and the number of particles per element and this command is not used. When running a simulation based on material points from a previous simulation, this command can be used to set the particle mass in [[ConsistentUnits Command#Legacy and Consistent Units\|mass units]] (if using Legacy units where mass units are in g, an optional [[Units Attribute\|units attribute]] can specify other mass units).		* <tt><mass></tt> - normally the particle mass is determined from the size of the elements and the number of particles per element and this command is not used. When running a simulation based on material points from a previous simulation, this command can be used to set the particle mass in [[ConsistentUnits Command#Legacy and Consistent Units\|mass units]] (if using Legacy units where mass units are in g, an optional [[Units Attribute\|units attribute]] can specify other mass units).

Nairnj: /* PointList Block */

2019-12-13T21:55:52Z

PointList Block

← Older revision		Revision as of 21:55, 13 December 2019
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	* <tt><pt></tt> - gives the x, y, and z (if 3D)) coordinates in attributes in [[ConsistentUnits Command#Legacy and Consistent Units\|length units]], but an optional [[Units Attribute\|units attribute]] can specify other length units (required).		* <tt><pt></tt> - gives the x, y, and z (if 3D)) coordinates in attributes in [[ConsistentUnits Command#Legacy and Consistent Units\|length units]], but an optional [[Units Attribute\|units attribute]] can specify other length units (required).
	* <tt><vel></tt> - give the material point's initial velocity in the x, y, and z (if 3D) directions in [[ConsistentUnits Command#Legacy and Consistent Units\|velocity units]]~~. An~~ optional [[Units Attribute\|units attribute]] can specify other velocity units) ~~(default is zero velocity)~~		* <tt><vel></tt> - give the material point's initial velocity in the x, y, and z (if 3D) directions in [[ConsistentUnits Command#Legacy and Consistent Units\|velocity units]] (if using Legacy units where velocity units are in mm/s, an optional [[Units Attribute\|units attribute]] can specify other velocity units).
	* <tt><mass></tt> - normally the particle mass is determined from the size of the elements and the number of particles per element and this command is not used. When running a simulation based on material points from a previous simulation, this command can be used to set the particle mass (in [[ConsistentUnits Command#Legacy and Consistent Units\|mass units]]; if using Legacy units where mass units are in g, an optional [[Units Attribute\|units attribute]] can specify ~~the~~ mass units).		* <tt><mass></tt> - normally the particle mass is determined from the size of the elements and the number of particles per element and this command is not used. When running a simulation based on material points from a previous simulation, this command can be used to set the particle mass in [[ConsistentUnits Command#Legacy and Consistent Units\|mass units]] (if using Legacy units where mass units are in g, an optional [[Units Attribute\|units attribute]] can specify other mass units).

Nairnj: /* PointList Block */

2019-12-13T21:52:54Z

PointList Block

← Older revision		Revision as of 21:52, 13 December 2019
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	* <tt><pt></tt> - gives the x, y, and z (if 3D)) coordinates in attributes in [[ConsistentUnits Command#Legacy and Consistent Units\|length units]], but an optional [[Units Attribute\|units attribute]] can specify other length units (required).		* <tt><pt></tt> - gives the x, y, and z (if 3D)) coordinates in attributes in [[ConsistentUnits Command#Legacy and Consistent Units\|length units]], but an optional [[Units Attribute\|units attribute]] can specify other length units (required).
	* <tt><vel></tt> - give the material point's initial velocity in the x, y, and z (if 3D) directions in [[ConsistentUnits Command#Legacy and Consistent Units\|velocity units]]. An optional [[Units Attribute\|units attribute]] can specify other velocity units) (default is zero velocity)		* <tt><vel></tt> - give the material point's initial velocity in the x, y, and z (if 3D) directions in [[ConsistentUnits Command#Legacy and Consistent Units\|velocity units]]. An optional [[Units Attribute\|units attribute]] can specify other velocity units) (default is zero velocity)
	* <tt><mass></tt> - normally the particle mass is determined from the size of the elements and the number of particles per element and this command is not used. When running a simulation based on material points from a previous simulation, this command can be used to set the particle mass (in [[ConsistentUnits Command#Legacy and Consistent Units\|mass units]], ~~but~~ an optional [[Units Attribute\|units attribute]] can specify the mass units).		* <tt><mass></tt> - normally the particle mass is determined from the size of the elements and the number of particles per element and this command is not used. When running a simulation based on material points from a previous simulation, this command can be used to set the particle mass (in [[ConsistentUnits Command#Legacy and Consistent Units\|mass units]]; if using Legacy units where mass units are in g, an optional [[Units Attribute\|units attribute]] can specify the mass units).

Nairnj: /* PointList Block */

2019-12-13T21:26:55Z

PointList Block

← Older revision		Revision as of 21:26, 13 December 2019
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	* <tt><pt></tt> - gives the x, y, and z (if 3D)) coordinates in attributes in [[ConsistentUnits Command#Legacy and Consistent Units\|length units]], but an optional [[Units Attribute\|units attribute]] can specify other length units (required).		* <tt><pt></tt> - gives the x, y, and z (if 3D)) coordinates in attributes in [[ConsistentUnits Command#Legacy and Consistent Units\|length units]], but an optional [[Units Attribute\|units attribute]] can specify other length units (required).
	* <tt><vel></tt> - give the material point's initial velocity in the x, y, and z (if 3D) directions in [[ConsistentUnits Command#Legacy and Consistent Units\|velocity units]]. An optional [[Units Attribute\|units attribute]] can specify other velocity units) (default is zero velocity)		* <tt><vel></tt> - give the material point's initial velocity in the x, y, and z (if 3D) directions in [[ConsistentUnits Command#Legacy and Consistent Units\|velocity units]]. An optional [[Units Attribute\|units attribute]] can specify other velocity units) (default is zero velocity)
	* <tt><mass></tt> - normally the particle mass is determined from the size of the elements and the number of particles per element and this command is not used. When running a simulation based on material points from a previous simulation, this command can be used to set the particle mass (in [[ConsistentUnits Command#Legacy and Consistent Units\|~~length~~ units]], but an optional [[Units Attribute\|units attribute]] can specify the mass units).		* <tt><mass></tt> - normally the particle mass is determined from the size of the elements and the number of particles per element and this command is not used. When running a simulation based on material points from a previous simulation, this command can be used to set the particle mass (in [[ConsistentUnits Command#Legacy and Consistent Units\|mass units]], but an optional [[Units Attribute\|units attribute]] can specify the mass units).

Nairnj: /* PointList Block */

2019-12-13T21:26:25Z

PointList Block

← Older revision		Revision as of 21:26, 13 December 2019
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	* <tt><pt></tt> - gives the x, y, and z (if 3D)) coordinates in attributes in [[ConsistentUnits Command#Legacy and Consistent Units\|length units]], but an optional [[Units Attribute\|units attribute]] can specify other length units (required).		* <tt><pt></tt> - gives the x, y, and z (if 3D)) coordinates in attributes in [[ConsistentUnits Command#Legacy and Consistent Units\|length units]], but an optional [[Units Attribute\|units attribute]] can specify other length units (required).
	* <tt><vel></tt> - give the material point's initial velocity in the x, y, and z (if 3D) directions in [[ConsistentUnits Command#Legacy and Consistent Units\|velocity units]]. An optional [[Units Attribute\|units attribute]] can specify other velocity units) (default is zero velocity)		* <tt><vel></tt> - give the material point's initial velocity in the x, y, and z (if 3D) directions in [[ConsistentUnits Command#Legacy and Consistent Units\|velocity units]]. An optional [[Units Attribute\|units attribute]] can specify other velocity units) (default is zero velocity)
	* <tt><mass></tt> - normally the particle mass is determined from the size of the elements and the number of particles per element and this command is not used. When running a simulation based on material points from a previous simulation, this command can be used to set the particle mass (in g, but an optional [[Units Attribute\|units attribute]] can specify the mass units).		* <tt><mass></tt> - normally the particle mass is determined from the size of the elements and the number of particles per element and this command is not used. When running a simulation based on material points from a previous simulation, this command can be used to set the particle mass (in [[ConsistentUnits Command#Legacy and Consistent Units\|length units]], but an optional [[Units Attribute\|units attribute]] can specify the mass units).

Nairnj: /* PointList Block */

2019-12-13T21:24:32Z

PointList Block

← Older revision		Revision as of 21:24, 13 December 2019
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	Subordinate to each <tt><mp></tt> element, you define the material point properties using <tt><pt></tt> (required), <tt><vel></tt>, and <tt><mass></tt> commands:		Subordinate to each <tt><mp></tt> element, you define the material point properties using <tt><pt></tt> (required), <tt><vel></tt>, and <tt><mass></tt> commands:

	* <tt><pt></tt>- gives the x, y, and z (if 3D)) coordinates in attributes in [[ConsistentUnits Command#Legacy and Consistent Units\|length units]], but an optional [[Units Attribute\|units attribute]] can specify other length units (required).		* <tt><pt></tt> - gives the x, y, and z (if 3D)) coordinates in attributes in [[ConsistentUnits Command#Legacy and Consistent Units\|length units]], but an optional [[Units Attribute\|units attribute]] can specify other length units (required).
	* <tt><vel></tt> - give the material point's initial velocity in the x, y, and z (if 3D) directions in [[ConsistentUnits Command#Legacy and Consistent Units\|velocity units]]. An optional [[Units Attribute\|units attribute]] can specify other velocity units) (default is zero velocity)		* <tt><vel></tt> - give the material point's initial velocity in the x, y, and z (if 3D) directions in [[ConsistentUnits Command#Legacy and Consistent Units\|velocity units]]. An optional [[Units Attribute\|units attribute]] can specify other velocity units) (default is zero velocity)
	* <tt><mass></tt> - normally the particle mass is determined from the size of the elements and the number of particles per element and this command is not used. When running a simulation based on material points from a previous simulation, this command can be used to set the particle mass (in g, but an optional [[Units Attribute\|units attribute]] can specify the mass units).		* <tt><mass></tt> - normally the particle mass is determined from the size of the elements and the number of particles per element and this command is not used. When running a simulation based on material points from a previous simulation, this command can be used to set the particle mass (in g, but an optional [[Units Attribute\|units attribute]] can specify the mass units).

Nairnj: /* PointList Block */

2019-12-13T21:24:04Z

PointList Block

← Older revision		Revision as of 21:24, 13 December 2019
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	* <tt>(thick)</tt> - the thickness (in [[ConsistentUnits Command#Legacy and Consistent Units\|length units]]), for planar 2D only (default is equal to the [[MPM Grid Generation\|grid thickness]]).		* <tt>(thick)</tt> - the thickness (in [[ConsistentUnits Command#Legacy and Consistent Units\|length units]]), for planar 2D only (default is equal to the [[MPM Grid Generation\|grid thickness]]).
	* <tt>(conc)</tt> - the initial concentration (set as potential from 0 to 1 where 1 is the saturation concentration for the particle's material type) when doing [[Diffusion Calculations\|diffusion calculations]]. Alternatively you can set initial concentration as weight fraction by using a <tt>wtconc</tt> attribute instead. The weight fraction concentration must be between 0 and the saturation concentration for the particle's material type. If both <tt>conc</tt> and <tt>conc</tt> are used, the one that appears last will determine the concentration (default 0).		* <tt>(conc)</tt> - the initial concentration (set as potential from 0 to 1 where 1 is the saturation concentration for the particle's material type) when doing [[Diffusion Calculations\|diffusion calculations]]. Alternatively you can set initial concentration as weight fraction by using a <tt>wtconc</tt> attribute instead. The weight fraction concentration must be between 0 and the saturation concentration for the particle's material type. If both <tt>conc</tt> and <tt>conc</tt> are used, the one that appears last will determine the concentration (default 0).
	* <tt>(temp)</tt> - the initial temperature (temp) when doing [[Thermal Calculations\|thermal loading or conduction calculations]] (default is the [[Thermal Calculations@Stress Free Temperature\|stress free temperature]]).		* <tt>(temp)</tt> - the initial temperature (temp) when doing [[Thermal Calculations\|thermal loading or conduction calculations]] (default is the [[Thermal Calculations#Stress Free Temperature\|stress free temperature]]).

	Subordinate to each <tt><mp></tt> element, you define the material point properties using <tt><pt></tt> (required), <tt><vel></tt>, and <tt><mass></tt> commands:		Subordinate to each <tt><mp></tt> element, you define the material point properties using <tt><pt></tt> (required), <tt><vel></tt>, and <tt><mass></tt> commands:

Nairnj at 21:38, 2 June 2015

2015-06-02T21:38:32Z

← Older revision		Revision as of 21:38, 2 June 2015
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	<PointList>		<PointList>
	<mp elem='(elemNum)' mat='(natNum)' angle='(angle)' thick='(thick)' conc='(conc)' temp='(temp)'>		<mp elem='(elemNum)' mat='(natNum)' angle='(angle)' thick='(thick)' conc='(conc)' temp='(temp)'>
	<pt ~~units='mm'~~ x='1.25' y='-11.25'/>		<pt x='1.25' y='-11.25'/>
	<vel ~~units='mm/sec'~~ x='0' y='0'/>		<vel x='0' y='0'/>
	<mass ~~units='g'~~ m='1e-3'/>		<mass m='1e-3'/>
	</mp>		</mp>
	. . .		. . .
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	* <tt>(matNum)</tt> - the material nuimber (a number can be replaced by a material name using a <tt>matname</tt> attribute as explained [[Material Command Block#Referencing Materials in XML Files\|here]].		* <tt>(matNum)</tt> - the material nuimber (a number can be replaced by a material name using a <tt>matname</tt> attribute as explained [[Material Command Block#Referencing Materials in XML Files\|here]].
	* <tt>(angle)</tt> - the material angle (in degrees) which is used for some [[Material Models\|anisotropic materials]] (default = 0).		* <tt>(angle)</tt> - the material angle (in degrees) which is used for some [[Material Models\|anisotropic materials]] (default = 0).
	* <tt>(thick)</tt> - the thickness (in mm), for planar 2D only (default is equal to the [[MPM Grid Generation\|grid thickness]]).		* <tt>(thick)</tt> - the thickness (in [[ConsistentUnits Command#Legacy and Consistent Units\|length units]]), for planar 2D only (default is equal to the [[MPM Grid Generation\|grid thickness]]).
	* <tt>(conc)</tt> - the initial concentration (set as potential from 0 to 1 where 1 is the saturation concentration for the particle's material type) when doing [[Diffusion Calculations\|diffusion calculations]]. Alternatively you can set initial concentration as weight fraction by using a <tt>wtconc</tt> attribute instead. The weight fraction concentration must be between 0 and the saturation concentration for the particle's material type. If both <tt>conc</tt> and <tt>conc</tt> are used, the one that appears last will determine the concentration (default 0).		* <tt>(conc)</tt> - the initial concentration (set as potential from 0 to 1 where 1 is the saturation concentration for the particle's material type) when doing [[Diffusion Calculations\|diffusion calculations]]. Alternatively you can set initial concentration as weight fraction by using a <tt>wtconc</tt> attribute instead. The weight fraction concentration must be between 0 and the saturation concentration for the particle's material type. If both <tt>conc</tt> and <tt>conc</tt> are used, the one that appears last will determine the concentration (default 0).
	* <tt>(temp)</tt> - the initial temperature (temp) when doing [[Thermal Calculations\|thermal loading or conduction calculations]] (default is the [[Thermal Calculations@Stress Free Temperature\|stress free temperature]]).		* <tt>(temp)</tt> - the initial temperature (temp) when doing [[Thermal Calculations\|thermal loading or conduction calculations]] (default is the [[Thermal Calculations@Stress Free Temperature\|stress free temperature]]).
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	Subordinate to each <tt><mp></tt> element, you define the material point properties using <tt><pt></tt> (required), <tt><vel></tt>, and <tt><mass></tt> commands:		Subordinate to each <tt><mp></tt> element, you define the material point properties using <tt><pt></tt> (required), <tt><vel></tt>, and <tt><mass></tt> commands:

	* <tt><pt></tt>- gives the x, y, and z (if 3D)) coordinates in attributes in mm, but an optional [[Units Attribute\|units attribute]] can specify other length units (required).		* <tt><pt></tt>- gives the x, y, and z (if 3D)) coordinates in attributes in [[ConsistentUnits Command#Legacy and Consistent Units\|length units]], but an optional [[Units Attribute\|units attribute]] can specify other length units (required).
	* <tt><vel></tt> - give the material point's initial velocity in the x, y, and z (if 3D) directions in ~~mm/sec~~. An optional [[Units Attribute\|units attribute]] can specify other velocity units) (default is zero velocity)		* <tt><vel></tt> - give the material point's initial velocity in the x, y, and z (if 3D) directions in [[ConsistentUnits Command#Legacy and Consistent Units\|velocity units]]. An optional [[Units Attribute\|units attribute]] can specify other velocity units) (default is zero velocity)
	* <tt><mass></tt> - normally the particle mass is determined from the size of the elements and the number of particles per element and this command is not used. When running a simulation based on material points from a previous simulation, this command can be used to set the particle mass (in g, but an optional [[Units Attribute\|units attribute]] can specify the mass units).		* <tt><mass></tt> - normally the particle mass is determined from the size of the elements and the number of particles per element and this command is not used. When running a simulation based on material points from a previous simulation, this command can be used to set the particle mass (in g, but an optional [[Units Attribute\|units attribute]] can specify the mass units).

Nairnj at 16:46, 7 December 2013

2013-12-07T16:46:05Z

← Older revision		Revision as of 16:46, 7 December 2013
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	A <tt><PointList></tt> block can explicitly list individual material points. This block is almost never used because it is much better to use [MPM Region and Hole Commands\|<tt>Region</tt> and <tt>Hole</tt> commands]]. The one exception is when running a calculation based on [[Reading Material Points from a Previous Simulation\|material point locations from a previous simulation]].		A <tt><PointList></tt> block can explicitly list individual material points. This block is almost never used because it is much better to use [[MPM Region and Hole Commands\|<tt>Region</tt> and <tt>Hole</tt> commands]]. The one exception is when running a calculation based on [[Reading Material Points from a Previous Simulation\|material point locations from a previous simulation]].

	== PointList Block ==		== PointList Block ==

← Older revision		Revision as of 21:55, 13 December 2019
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	* <tt><pt></tt> - gives the x, y, and z (if 3D)) coordinates in attributes in [[ConsistentUnits Command#Legacy and Consistent Units\|length units]], but an optional [[Units Attribute\|units attribute]] can specify other length units (required).		* <tt><pt></tt> - gives the x, y, and z (if 3D)) coordinates in attributes in [[ConsistentUnits Command#Legacy and Consistent Units\|length units]], but an optional [[Units Attribute\|units attribute]] can specify other length units (required).
	* <tt><vel></tt> - give the material point's initial velocity in the x, y, and z (if 3D) directions in [[ConsistentUnits Command#Legacy and Consistent Units\|velocity units]]~~. An~~ optional [[Units Attribute\|units attribute]] can specify other velocity units) ~~(default is zero velocity)~~		* <tt><vel></tt> - give the material point's initial velocity in the x, y, and z (if 3D) directions in [[ConsistentUnits Command#Legacy and Consistent Units\|velocity units]] (if using Legacy units where velocity units are in mm/s, an optional [[Units Attribute\|units attribute]] can specify other velocity units).
	* <tt><mass></tt> - normally the particle mass is determined from the size of the elements and the number of particles per element and this command is not used. When running a simulation based on material points from a previous simulation, this command can be used to set the particle mass (in [[ConsistentUnits Command#Legacy and Consistent Units\|mass units]]; if using Legacy units where mass units are in g, an optional [[Units Attribute\|units attribute]] can specify ~~the~~ mass units).		* <tt><mass></tt> - normally the particle mass is determined from the size of the elements and the number of particles per element and this command is not used. When running a simulation based on material points from a previous simulation, this command can be used to set the particle mass in [[ConsistentUnits Command#Legacy and Consistent Units\|mass units]] (if using Legacy units where mass units are in g, an optional [[Units Attribute\|units attribute]] can specify other mass units).

← Older revision		Revision as of 21:52, 13 December 2019
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	* <tt><pt></tt> - gives the x, y, and z (if 3D)) coordinates in attributes in [[ConsistentUnits Command#Legacy and Consistent Units\|length units]], but an optional [[Units Attribute\|units attribute]] can specify other length units (required).		* <tt><pt></tt> - gives the x, y, and z (if 3D)) coordinates in attributes in [[ConsistentUnits Command#Legacy and Consistent Units\|length units]], but an optional [[Units Attribute\|units attribute]] can specify other length units (required).
	* <tt><vel></tt> - give the material point's initial velocity in the x, y, and z (if 3D) directions in [[ConsistentUnits Command#Legacy and Consistent Units\|velocity units]]. An optional [[Units Attribute\|units attribute]] can specify other velocity units) (default is zero velocity)		* <tt><vel></tt> - give the material point's initial velocity in the x, y, and z (if 3D) directions in [[ConsistentUnits Command#Legacy and Consistent Units\|velocity units]]. An optional [[Units Attribute\|units attribute]] can specify other velocity units) (default is zero velocity)
	* <tt><mass></tt> - normally the particle mass is determined from the size of the elements and the number of particles per element and this command is not used. When running a simulation based on material points from a previous simulation, this command can be used to set the particle mass (in [[ConsistentUnits Command#Legacy and Consistent Units\|mass units]], ~~but~~ an optional [[Units Attribute\|units attribute]] can specify the mass units).		* <tt><mass></tt> - normally the particle mass is determined from the size of the elements and the number of particles per element and this command is not used. When running a simulation based on material points from a previous simulation, this command can be used to set the particle mass (in [[ConsistentUnits Command#Legacy and Consistent Units\|mass units]]; if using Legacy units where mass units are in g, an optional [[Units Attribute\|units attribute]] can specify the mass units).

← Older revision		Revision as of 21:26, 13 December 2019
Line 27:		Line 27:
	* <tt><pt></tt> - gives the x, y, and z (if 3D)) coordinates in attributes in [[ConsistentUnits Command#Legacy and Consistent Units\|length units]], but an optional [[Units Attribute\|units attribute]] can specify other length units (required).		* <tt><pt></tt> - gives the x, y, and z (if 3D)) coordinates in attributes in [[ConsistentUnits Command#Legacy and Consistent Units\|length units]], but an optional [[Units Attribute\|units attribute]] can specify other length units (required).
	* <tt><vel></tt> - give the material point's initial velocity in the x, y, and z (if 3D) directions in [[ConsistentUnits Command#Legacy and Consistent Units\|velocity units]]. An optional [[Units Attribute\|units attribute]] can specify other velocity units) (default is zero velocity)		* <tt><vel></tt> - give the material point's initial velocity in the x, y, and z (if 3D) directions in [[ConsistentUnits Command#Legacy and Consistent Units\|velocity units]]. An optional [[Units Attribute\|units attribute]] can specify other velocity units) (default is zero velocity)
	* <tt><mass></tt> - normally the particle mass is determined from the size of the elements and the number of particles per element and this command is not used. When running a simulation based on material points from a previous simulation, this command can be used to set the particle mass (in [[ConsistentUnits Command#Legacy and Consistent Units\|~~length~~ units]], but an optional [[Units Attribute\|units attribute]] can specify the mass units).		* <tt><mass></tt> - normally the particle mass is determined from the size of the elements and the number of particles per element and this command is not used. When running a simulation based on material points from a previous simulation, this command can be used to set the particle mass (in [[ConsistentUnits Command#Legacy and Consistent Units\|mass units]], but an optional [[Units Attribute\|units attribute]] can specify the mass units).

← Older revision		Revision as of 21:26, 13 December 2019
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	* <tt><pt></tt> - gives the x, y, and z (if 3D)) coordinates in attributes in [[ConsistentUnits Command#Legacy and Consistent Units\|length units]], but an optional [[Units Attribute\|units attribute]] can specify other length units (required).		* <tt><pt></tt> - gives the x, y, and z (if 3D)) coordinates in attributes in [[ConsistentUnits Command#Legacy and Consistent Units\|length units]], but an optional [[Units Attribute\|units attribute]] can specify other length units (required).
	* <tt><vel></tt> - give the material point's initial velocity in the x, y, and z (if 3D) directions in [[ConsistentUnits Command#Legacy and Consistent Units\|velocity units]]. An optional [[Units Attribute\|units attribute]] can specify other velocity units) (default is zero velocity)		* <tt><vel></tt> - give the material point's initial velocity in the x, y, and z (if 3D) directions in [[ConsistentUnits Command#Legacy and Consistent Units\|velocity units]]. An optional [[Units Attribute\|units attribute]] can specify other velocity units) (default is zero velocity)
	* <tt><mass></tt> - normally the particle mass is determined from the size of the elements and the number of particles per element and this command is not used. When running a simulation based on material points from a previous simulation, this command can be used to set the particle mass (in g, but an optional [[Units Attribute\|units attribute]] can specify the mass units).		* <tt><mass></tt> - normally the particle mass is determined from the size of the elements and the number of particles per element and this command is not used. When running a simulation based on material points from a previous simulation, this command can be used to set the particle mass (in [[ConsistentUnits Command#Legacy and Consistent Units\|length units]], but an optional [[Units Attribute\|units attribute]] can specify the mass units).