Uses of Class
org.docx4j.org.w3.x1998.math.mathML.OperatorType

Packages that use OperatorType

Package	Description
org.docx4j.org.w3.x1998.math.mathML

Uses of OperatorType in org.docx4j.org.w3.x1998.math.mathML

Fields in org.docx4j.org.w3.x1998.math.mathML declared as OperatorType

Modifier and Type	Field and Description
protected OperatorType	ApplyType.abs
protected OperatorType	ApplyType.and
protected OperatorType	ApplyType.arccos
protected OperatorType	ApplyType.arcsin
protected OperatorType	ApplyType.arctan
protected OperatorType	ApplyType.ceiling
protected OperatorType	ApplyType.cos
protected OperatorType	ApplyType.divide
protected OperatorType	ApplyType.eq
protected OperatorType	ApplyType.exp
protected OperatorType	ApplyType.floor
protected OperatorType	ApplyType.geq
protected OperatorType	ApplyType.gt
protected OperatorType	ApplyType.leq
protected OperatorType	ApplyType.ln
protected OperatorType	ApplyType.log
protected OperatorType	ApplyType.lt
protected OperatorType	ApplyType.max
protected OperatorType	ApplyType.min
protected OperatorType	ApplyType.minus
protected OperatorType	ApplyType.neq
protected OperatorType	ApplyType.not
protected OperatorType	ApplyType.or
protected OperatorType	ApplyType.plus
protected OperatorType	ApplyType.power
protected OperatorType	ApplyType.quotient
protected OperatorType	ApplyType.rem
protected OperatorType	ApplyType.root
protected OperatorType	ApplyType.sin
protected OperatorType	ApplyType.tan
protected OperatorType	ApplyType.times
protected OperatorType	ApplyType.xor

Methods in org.docx4j.org.w3.x1998.math.mathML that return OperatorType

Modifier and Type	Method and Description
OperatorType	ObjectFactory.createOperatorType() Create an instance of OperatorType
OperatorType	ApplyType.getAbs() Gets the value of the abs property.
OperatorType	ApplyType.getAnd() Gets the value of the and property.
OperatorType	ApplyType.getArccos() Gets the value of the arccos property.
OperatorType	ApplyType.getArcsin() Gets the value of the arcsin property.
OperatorType	ApplyType.getArctan() Gets the value of the arctan property.
OperatorType	ApplyType.getCeiling() Gets the value of the ceiling property.
OperatorType	ApplyType.getCos() Gets the value of the cos property.
OperatorType	ApplyType.getDivide() Gets the value of the divide property.
OperatorType	ApplyType.getEq() Gets the value of the eq property.
OperatorType	ApplyType.getExp() Gets the value of the exp property.
OperatorType	ApplyType.getFloor() Gets the value of the floor property.
OperatorType	ApplyType.getGeq() Gets the value of the geq property.
OperatorType	ApplyType.getGt() Gets the value of the gt property.
OperatorType	ApplyType.getLeq() Gets the value of the leq property.
OperatorType	ApplyType.getLn() Gets the value of the ln property.
OperatorType	ApplyType.getLog() Gets the value of the log property.
OperatorType	ApplyType.getLt() Gets the value of the lt property.
OperatorType	ApplyType.getMax() Gets the value of the max property.
OperatorType	ApplyType.getMin() Gets the value of the min property.
OperatorType	ApplyType.getMinus() Gets the value of the minus property.
OperatorType	ApplyType.getNeq() Gets the value of the neq property.
OperatorType	ApplyType.getNot() Gets the value of the not property.
OperatorType	ApplyType.getOr() Gets the value of the or property.
OperatorType	ApplyType.getPlus() Gets the value of the plus property.
OperatorType	ApplyType.getPower() Gets the value of the power property.
OperatorType	ApplyType.getQuotient() Gets the value of the quotient property.
OperatorType	ApplyType.getRem() Gets the value of the rem property.
OperatorType	ApplyType.getRoot() Gets the value of the root property.
OperatorType	ApplyType.getSin() Gets the value of the sin property.
OperatorType	ApplyType.getTan() Gets the value of the tan property.
OperatorType	ApplyType.getTimes() Gets the value of the times property.
OperatorType	ApplyType.getXor() Gets the value of the xor property.

Methods in org.docx4j.org.w3.x1998.math.mathML that return types with arguments of type OperatorType

Modifier and Type	Method and Description
javax.xml.bind.JAXBElement<OperatorType>	ObjectFactory.createAbs(OperatorType value) Create an instance of JAXBElement<OperatorType>}
javax.xml.bind.JAXBElement<OperatorType>	ObjectFactory.createAnd(OperatorType value) Create an instance of JAXBElement<OperatorType>}
javax.xml.bind.JAXBElement<OperatorType>	ObjectFactory.createArccos(OperatorType value) Create an instance of JAXBElement<OperatorType>}
javax.xml.bind.JAXBElement<OperatorType>	ObjectFactory.createArcsin(OperatorType value) Create an instance of JAXBElement<OperatorType>}
javax.xml.bind.JAXBElement<OperatorType>	ObjectFactory.createArctan(OperatorType value) Create an instance of JAXBElement<OperatorType>}
javax.xml.bind.JAXBElement<OperatorType>	ObjectFactory.createCeiling(OperatorType value) Create an instance of JAXBElement<OperatorType>}
javax.xml.bind.JAXBElement<OperatorType>	ObjectFactory.createCos(OperatorType value) Create an instance of JAXBElement<OperatorType>}
javax.xml.bind.JAXBElement<OperatorType>	ObjectFactory.createDivide(OperatorType value) Create an instance of JAXBElement<OperatorType>}
javax.xml.bind.JAXBElement<OperatorType>	ObjectFactory.createEq(OperatorType value) Create an instance of JAXBElement<OperatorType>}
javax.xml.bind.JAXBElement<OperatorType>	ObjectFactory.createExp(OperatorType value) Create an instance of JAXBElement<OperatorType>}
javax.xml.bind.JAXBElement<OperatorType>	ObjectFactory.createFloor(OperatorType value) Create an instance of JAXBElement<OperatorType>}
javax.xml.bind.JAXBElement<OperatorType>	ObjectFactory.createGeq(OperatorType value) Create an instance of JAXBElement<OperatorType>}
javax.xml.bind.JAXBElement<OperatorType>	ObjectFactory.createGt(OperatorType value) Create an instance of JAXBElement<OperatorType>}
javax.xml.bind.JAXBElement<OperatorType>	ObjectFactory.createLeq(OperatorType value) Create an instance of JAXBElement<OperatorType>}
javax.xml.bind.JAXBElement<OperatorType>	ObjectFactory.createLn(OperatorType value) Create an instance of JAXBElement<OperatorType>}
javax.xml.bind.JAXBElement<OperatorType>	ObjectFactory.createLog(OperatorType value) Create an instance of JAXBElement<OperatorType>}
javax.xml.bind.JAXBElement<OperatorType>	ObjectFactory.createLt(OperatorType value) Create an instance of JAXBElement<OperatorType>}
javax.xml.bind.JAXBElement<OperatorType>	ObjectFactory.createMax(OperatorType value) Create an instance of JAXBElement<OperatorType>}
javax.xml.bind.JAXBElement<OperatorType>	ObjectFactory.createMin(OperatorType value) Create an instance of JAXBElement<OperatorType>}
javax.xml.bind.JAXBElement<OperatorType>	ObjectFactory.createMinus(OperatorType value) Create an instance of JAXBElement<OperatorType>}
javax.xml.bind.JAXBElement<OperatorType>	ObjectFactory.createNeq(OperatorType value) Create an instance of JAXBElement<OperatorType>}
javax.xml.bind.JAXBElement<OperatorType>	ObjectFactory.createNot(OperatorType value) Create an instance of JAXBElement<OperatorType>}
javax.xml.bind.JAXBElement<OperatorType>	ObjectFactory.createOr(OperatorType value) Create an instance of JAXBElement<OperatorType>}
javax.xml.bind.JAXBElement<OperatorType>	ObjectFactory.createPlus(OperatorType value) Create an instance of JAXBElement<OperatorType>}
javax.xml.bind.JAXBElement<OperatorType>	ObjectFactory.createPower(OperatorType value) Create an instance of JAXBElement<OperatorType>}
javax.xml.bind.JAXBElement<OperatorType>	ObjectFactory.createProduct(OperatorType value) Create an instance of JAXBElement<OperatorType>}
javax.xml.bind.JAXBElement<OperatorType>	ObjectFactory.createQuotient(OperatorType value) Create an instance of JAXBElement<OperatorType>}
javax.xml.bind.JAXBElement<OperatorType>	ObjectFactory.createRem(OperatorType value) Create an instance of JAXBElement<OperatorType>}
javax.xml.bind.JAXBElement<OperatorType>	ObjectFactory.createRoot(OperatorType value) Create an instance of JAXBElement<OperatorType>}
javax.xml.bind.JAXBElement<OperatorType>	ObjectFactory.createSin(OperatorType value) Create an instance of JAXBElement<OperatorType>}
javax.xml.bind.JAXBElement<OperatorType>	ObjectFactory.createSum(OperatorType value) Create an instance of JAXBElement<OperatorType>}
javax.xml.bind.JAXBElement<OperatorType>	ObjectFactory.createTan(OperatorType value) Create an instance of JAXBElement<OperatorType>}
javax.xml.bind.JAXBElement<OperatorType>	ObjectFactory.createTimes(OperatorType value) Create an instance of JAXBElement<OperatorType>}
javax.xml.bind.JAXBElement<OperatorType>	ObjectFactory.createXor(OperatorType value) Create an instance of JAXBElement<OperatorType>}

Methods in org.docx4j.org.w3.x1998.math.mathML with parameters of type OperatorType

Modifier and Type	Method and Description
javax.xml.bind.JAXBElement<OperatorType>	ObjectFactory.createAbs(OperatorType value) Create an instance of JAXBElement<OperatorType>}
javax.xml.bind.JAXBElement<OperatorType>	ObjectFactory.createAnd(OperatorType value) Create an instance of JAXBElement<OperatorType>}
javax.xml.bind.JAXBElement<OperatorType>	ObjectFactory.createArccos(OperatorType value) Create an instance of JAXBElement<OperatorType>}
javax.xml.bind.JAXBElement<OperatorType>	ObjectFactory.createArcsin(OperatorType value) Create an instance of JAXBElement<OperatorType>}
javax.xml.bind.JAXBElement<OperatorType>	ObjectFactory.createArctan(OperatorType value) Create an instance of JAXBElement<OperatorType>}
javax.xml.bind.JAXBElement<OperatorType>	ObjectFactory.createCeiling(OperatorType value) Create an instance of JAXBElement<OperatorType>}
javax.xml.bind.JAXBElement<OperatorType>	ObjectFactory.createCos(OperatorType value) Create an instance of JAXBElement<OperatorType>}
javax.xml.bind.JAXBElement<OperatorType>	ObjectFactory.createDivide(OperatorType value) Create an instance of JAXBElement<OperatorType>}
javax.xml.bind.JAXBElement<OperatorType>	ObjectFactory.createEq(OperatorType value) Create an instance of JAXBElement<OperatorType>}
javax.xml.bind.JAXBElement<OperatorType>	ObjectFactory.createExp(OperatorType value) Create an instance of JAXBElement<OperatorType>}
javax.xml.bind.JAXBElement<OperatorType>	ObjectFactory.createFloor(OperatorType value) Create an instance of JAXBElement<OperatorType>}
javax.xml.bind.JAXBElement<OperatorType>	ObjectFactory.createGeq(OperatorType value) Create an instance of JAXBElement<OperatorType>}
javax.xml.bind.JAXBElement<OperatorType>	ObjectFactory.createGt(OperatorType value) Create an instance of JAXBElement<OperatorType>}
javax.xml.bind.JAXBElement<OperatorType>	ObjectFactory.createLeq(OperatorType value) Create an instance of JAXBElement<OperatorType>}
javax.xml.bind.JAXBElement<OperatorType>	ObjectFactory.createLn(OperatorType value) Create an instance of JAXBElement<OperatorType>}
javax.xml.bind.JAXBElement<OperatorType>	ObjectFactory.createLog(OperatorType value) Create an instance of JAXBElement<OperatorType>}
javax.xml.bind.JAXBElement<OperatorType>	ObjectFactory.createLt(OperatorType value) Create an instance of JAXBElement<OperatorType>}
javax.xml.bind.JAXBElement<OperatorType>	ObjectFactory.createMax(OperatorType value) Create an instance of JAXBElement<OperatorType>}
javax.xml.bind.JAXBElement<OperatorType>	ObjectFactory.createMin(OperatorType value) Create an instance of JAXBElement<OperatorType>}
javax.xml.bind.JAXBElement<OperatorType>	ObjectFactory.createMinus(OperatorType value) Create an instance of JAXBElement<OperatorType>}
javax.xml.bind.JAXBElement<OperatorType>	ObjectFactory.createNeq(OperatorType value) Create an instance of JAXBElement<OperatorType>}
javax.xml.bind.JAXBElement<OperatorType>	ObjectFactory.createNot(OperatorType value) Create an instance of JAXBElement<OperatorType>}
javax.xml.bind.JAXBElement<OperatorType>	ObjectFactory.createOr(OperatorType value) Create an instance of JAXBElement<OperatorType>}
javax.xml.bind.JAXBElement<OperatorType>	ObjectFactory.createPlus(OperatorType value) Create an instance of JAXBElement<OperatorType>}
javax.xml.bind.JAXBElement<OperatorType>	ObjectFactory.createPower(OperatorType value) Create an instance of JAXBElement<OperatorType>}
javax.xml.bind.JAXBElement<OperatorType>	ObjectFactory.createProduct(OperatorType value) Create an instance of JAXBElement<OperatorType>}
javax.xml.bind.JAXBElement<OperatorType>	ObjectFactory.createQuotient(OperatorType value) Create an instance of JAXBElement<OperatorType>}
javax.xml.bind.JAXBElement<OperatorType>	ObjectFactory.createRem(OperatorType value) Create an instance of JAXBElement<OperatorType>}
javax.xml.bind.JAXBElement<OperatorType>	ObjectFactory.createRoot(OperatorType value) Create an instance of JAXBElement<OperatorType>}
javax.xml.bind.JAXBElement<OperatorType>	ObjectFactory.createSin(OperatorType value) Create an instance of JAXBElement<OperatorType>}
javax.xml.bind.JAXBElement<OperatorType>	ObjectFactory.createSum(OperatorType value) Create an instance of JAXBElement<OperatorType>}
javax.xml.bind.JAXBElement<OperatorType>	ObjectFactory.createTan(OperatorType value) Create an instance of JAXBElement<OperatorType>}
javax.xml.bind.JAXBElement<OperatorType>	ObjectFactory.createTimes(OperatorType value) Create an instance of JAXBElement<OperatorType>}
javax.xml.bind.JAXBElement<OperatorType>	ObjectFactory.createXor(OperatorType value) Create an instance of JAXBElement<OperatorType>}
void	ApplyType.setAbs(OperatorType value) Sets the value of the abs property.
void	ApplyType.setAnd(OperatorType value) Sets the value of the and property.
void	ApplyType.setArccos(OperatorType value) Sets the value of the arccos property.
void	ApplyType.setArcsin(OperatorType value) Sets the value of the arcsin property.
void	ApplyType.setArctan(OperatorType value) Sets the value of the arctan property.
void	ApplyType.setCeiling(OperatorType value) Sets the value of the ceiling property.
void	ApplyType.setCos(OperatorType value) Sets the value of the cos property.
void	ApplyType.setDivide(OperatorType value) Sets the value of the divide property.
void	ApplyType.setEq(OperatorType value) Sets the value of the eq property.
void	ApplyType.setExp(OperatorType value) Sets the value of the exp property.
void	ApplyType.setFloor(OperatorType value) Sets the value of the floor property.
void	ApplyType.setGeq(OperatorType value) Sets the value of the geq property.
void	ApplyType.setGt(OperatorType value) Sets the value of the gt property.
void	ApplyType.setLeq(OperatorType value) Sets the value of the leq property.
void	ApplyType.setLn(OperatorType value) Sets the value of the ln property.
void	ApplyType.setLog(OperatorType value) Sets the value of the log property.
void	ApplyType.setLt(OperatorType value) Sets the value of the lt property.
void	ApplyType.setMax(OperatorType value) Sets the value of the max property.
void	ApplyType.setMin(OperatorType value) Sets the value of the min property.
void	ApplyType.setMinus(OperatorType value) Sets the value of the minus property.
void	ApplyType.setNeq(OperatorType value) Sets the value of the neq property.
void	ApplyType.setNot(OperatorType value) Sets the value of the not property.
void	ApplyType.setOr(OperatorType value) Sets the value of the or property.
void	ApplyType.setPlus(OperatorType value) Sets the value of the plus property.
void	ApplyType.setPower(OperatorType value) Sets the value of the power property.
void	ApplyType.setQuotient(OperatorType value) Sets the value of the quotient property.
void	ApplyType.setRem(OperatorType value) Sets the value of the rem property.
void	ApplyType.setRoot(OperatorType value) Sets the value of the root property.
void	ApplyType.setSin(OperatorType value) Sets the value of the sin property.
void	ApplyType.setTan(OperatorType value) Sets the value of the tan property.
void	ApplyType.setTimes(OperatorType value) Sets the value of the times property.
void	ApplyType.setXor(OperatorType value) Sets the value of the xor property.