complexType MotorType

diagram
namespace	http://www.plmxml.org/Schemas/PLMXMLSchema
type	extension of plm:AttribOwnerBase
properties	base  plm:AttribOwnerBase
children	plm:Description plm:ApplicationRef plm:Attribute
used by	element  Motor
attributes	Name   Type   Use   Default   Fixed   Annotation id   xsd:ID   optional         name   xsd:string   optional         nameRef   plm:anyURIType   optional         descriptionTextRef   plm:anyURIType   optional         attributeRefs   xsd:IDREFS   optional         type   plm:MotorEnum   optional         initialVelocity   xsd:double   optional         resistance   xsd:double   optional         inductance   xsd:double   optional         current   xsd:double   optional         backEMFConstant   xsd:double   optional         forceConstant   xsd:double   optional         inertia   xsd:double   optional         dampingCoefficient   xsd:double   optional         voltage   xsd:double   optional
annotation	documentation           A definition of a motor. A motor must be referenced from a force to           apply a force or from a driver to cause motion.           Attributes:           id:           Inherited from AttribOwner.           name:         Inherited from AttribOwner.           type:         The type of motor as a MotorEnum.           initialVelocity: The initial velocity of the rotor of the motor in                         metres per second for linear motor and radians per                         second in rotary motors.           resistance:   The resistance of the motor in ohms.           inductance:   The inductance of the motor in henries.           current:      The initial current of the motor in amps.           backEMFConstant: The back EMF constant in volt seconds per metre for                         linear motors and volt seconds per radian for rotary                         motors.           forceConstant: The force constant of a linear motor in newtons per                         amp. The torque constant of a rotary motor in newton                         metres per amp.           inertia:      The mass of a linear motor in kilogrammes. The moment of                         inertia of a rotary motor in kilogramme metres squared.           dampingCoefficient: The damping coefficient in newton seconds per                         metre for linear motors and newton metre seconds per                         radian for rotary motors.           voltage:      The nominal voltage to the motor in volts.
source	<xsd:complexType name="MotorType">   <xsd:annotation>     <xsd:documentation>           A definition of a motor. A motor must be referenced from a force to           apply a force or from a driver to cause motion.           Attributes:           id:           Inherited from AttribOwner.           name:         Inherited from AttribOwner.           type:         The type of motor as a MotorEnum.           initialVelocity: The initial velocity of the rotor of the motor in                         metres per second for linear motor and radians per                         second in rotary motors.           resistance:   The resistance of the motor in ohms.           inductance:   The inductance of the motor in henries.           current:      The initial current of the motor in amps.           backEMFConstant: The back EMF constant in volt seconds per metre for                         linear motors and volt seconds per radian for rotary                         motors.           forceConstant: The force constant of a linear motor in newtons per                         amp. The torque constant of a rotary motor in newton                         metres per amp.           inertia:      The mass of a linear motor in kilogrammes. The moment of                         inertia of a rotary motor in kilogramme metres squared.           dampingCoefficient: The damping coefficient in newton seconds per                         metre for linear motors and newton metre seconds per                         radian for rotary motors.           voltage:      The nominal voltage to the motor in volts.           </xsd:documentation>   </xsd:annotation>   <xsd:complexContent>     <xsd:extension base="plm:AttribOwnerBase">       <xsd:attribute name="type" type="plm:MotorEnum" use="optional"/>       <xsd:attribute name="initialVelocity" type="xsd:double" use="optional"/>       <xsd:attribute name="resistance" type="xsd:double" use="optional"/>       <xsd:attribute name="inductance" type="xsd:double" use="optional"/>       <xsd:attribute name="current" type="xsd:double" use="optional"/>       <xsd:attribute name="backEMFConstant" type="xsd:double" use="optional"/>       <xsd:attribute name="forceConstant" type="xsd:double" use="optional"/>       <xsd:attribute name="inertia" type="xsd:double" use="optional"/>       <xsd:attribute name="dampingCoefficient" type="xsd:double" use="optional"/>       <xsd:attribute name="voltage" type="xsd:double" use="optional"/>     </xsd:extension>   </xsd:complexContent> </xsd:complexType>

attribute MotorType/@type

type	plm:MotorEnum
properties	use  optional
facets	Kind  Value  Annotation enumeration  velocity enumeration  force
source	<xsd:attribute name="type" type="plm:MotorEnum" use="optional"/>

attribute MotorType/@initialVelocity

type	xsd:double
properties	use  optional
source	<xsd:attribute name="initialVelocity" type="xsd:double" use="optional"/>

attribute MotorType/@resistance

type	xsd:double
properties	use  optional
source	<xsd:attribute name="resistance" type="xsd:double" use="optional"/>

attribute MotorType/@inductance

type	xsd:double
properties	use  optional
source	<xsd:attribute name="inductance" type="xsd:double" use="optional"/>

attribute MotorType/@current

type	xsd:double
properties	use  optional
source	<xsd:attribute name="current" type="xsd:double" use="optional"/>

attribute MotorType/@backEMFConstant

type	xsd:double
properties	use  optional
source	<xsd:attribute name="backEMFConstant" type="xsd:double" use="optional"/>

attribute MotorType/@forceConstant

type	xsd:double
properties	use  optional
source	<xsd:attribute name="forceConstant" type="xsd:double" use="optional"/>

attribute MotorType/@inertia

type	xsd:double
properties	use  optional
source	<xsd:attribute name="inertia" type="xsd:double" use="optional"/>

attribute MotorType/@dampingCoefficient

type	xsd:double
properties	use  optional
source	<xsd:attribute name="dampingCoefficient" type="xsd:double" use="optional"/>

attribute MotorType/@voltage

type	xsd:double
properties	use  optional
source	<xsd:attribute name="voltage" type="xsd:double" use="optional"/>

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