src/main/java/de/orat/math/cga/impl1/CGA1Multivector.java
public static CGA1Multivector createPseudoscalar(){
        return CGA1Multivector.createBasisVectorOrigin(1d).op(CGA1Multivector.createBasisVectorEx(1d))
                .op(CGA1Multivector.createBasisVectorEy(1d)).op(CGA1Multivector.createBasisVectorEz(1d))
                .op(CGA1Multivector.createBasisVectorEinf(1d));
    }
/**
     * Create the pseudoscalar - The canonical rotor for the R41 of the conformal 
     * space vector base.
     * 
     * @return the multivector representing the pseudoscalar
     */
Create the pseudoscalar - The canonical rotor for the R41 of the conformal
space vector base.

@return the multivector representing the pseudoscalar
Create the pseudoscalar - The canonical rotor for the R41 of the conformal space vector base . @return the multivector representing the pseudoscalar
public static CGA1Multivector createPseudoscalar(){
        return CGA1Multivector.createBasisVectorOrigin(1d).op(CGA1Multivector.createBasisVectorEx(1d))
                .op(CGA1Multivector.createBasisVectorEy(1d)).op(CGA1Multivector.createBasisVectorEz(1d))
                .op(CGA1Multivector.createBasisVectorEinf(1d));
    }
public static CGA1Multivector createPseudoscalar ( ) { return CGA1Multivector . createBasisVectorOrigin ( 1d ) . op ( CGA1Multivector . createBasisVectorEx ( 1d ) ) . op ( CGA1Multivector . createBasisVectorEy ( 1d ) ) . op ( CGA1Multivector . createBasisVectorEz ( 1d ) ) . op ( CGA1Multivector . createBasisVectorEinf ( 1d ) ) ; }
Create the pseudoscalar - The canonical rotor for the R41 of the conformal
 space vector base.
Create the pseudoscalar - The canonical rotor for the R41 of the conformal space vector base .