Package | Description |
---|---|
com.hfg.chem |
Modifier and Type | Class and Description |
---|---|
class |
OrganicMatterImpl
Elemental composition and mass tracking object.
|
Modifier and Type | Method and Description |
---|---|
MatterImpl |
MatterImpl.add(Matter inValue) |
MatterImpl |
MatterImpl.add(Matter inValue,
int inCount) |
MatterImpl |
MatterImpl.addAtoms(Element inElement,
float inNum) |
MatterImpl |
MatterImpl.addAtoms(Element inElement,
int inNum) |
MatterImpl |
MatterImpl.addElementalComposition(java.util.Map<Element,java.lang.Float> inMap) |
MatterImpl |
MatterImpl.addElementalComposition(java.util.Map<Element,java.lang.Float> inMap,
int inNum) |
MatterImpl |
MatterImpl.clone() |
MatterImpl |
MatterImpl.remove(Matter inValue) |
MatterImpl |
MatterImpl.remove(Matter inValue,
int inCount) |
MatterImpl |
MatterImpl.setAverageMass(java.lang.Double inValue)
If the elemental composition is known, use setElementalComposition() and
the masses will be derived automatically; this method is for use in those
(hopefully) rare times when the mass is known but not the elemental composition.
|
MatterImpl |
MatterImpl.setMonoisotopicMass(java.lang.Double inValue)
If the elemental composition is known, use setElementalComposition() and
the masses will be derived automatically; this method is for use in those
(hopefully) rare times when the mass is known but not the elemental composition.
|
Modifier and Type | Method and Description |
---|---|
int |
MatterImpl.compareTo(MatterImpl inObj) |
jataylor@hairyfatguy.com