This is the complete list of members for HtuNtu, including all inherited members.

addChild(std::string type, uint32_t id, Persistency *persistency)	Node
addChild(std::string type, Libpf::Persistency::Defaults defaults)	Node
addChild(const Node &child)	Node
addChild(std::unique_ptr< Node > child)	Node
addComponentVectorVariable(std::vector< Quantity > &variable, const std::string &tag, const std::string &description, Quantity::ValueType value)	Model	protected
addSubObjects(int verbosityFile, Libpf::Persistency::Defaults defaults, Persistency persistency, int count, const std::string &optionKey, const std::string &typeKey, const std::string &tagKey, const std::string &description, std::vector< T > &vector)	Model	protected
addVariable(T &variable)	Object	protected
addVectorVariable(std::vector< T > &variable, const std::string &tag, const std::string &description, uint32_t size, typename T::ValueType value)	Object	protected
at(const std::string &fullRelativeTag)	Object
at(const std::string &fullRelativeTag) const	Object
at(const std::string &fullRelativeTag, int index)	Object
attach(EdgeBase &edge, std::string &port) override final	Connectivity	virtual
calculate(int level=0) override	HtuNtu	virtual
calculateBalance(void) override	Connectivity	virtual
category(void) const override	VertexBase	virtual
check(void) override	Connectivity	virtual
checkBalance(void)	VertexBase	virtual
child(const std::string &tag) const	Node
children(void)	Node
children(void) const	Node
children_	Node	protected
clear(void) const	Object
clearBalance(void)	VertexBase	protected
clone(void) const	Node	inlinevirtual
compareParameters(const Object &rhs) const	Object
Connectivity(Libpf::Persistency::Defaults defaults, uint32_t id=0, Persistency persistency=nullptr, Persistent parent=nullptr, Persistent *root=nullptr)	Connectivity
converged(void) const	HtuNtu
core(void) const	Task
cost(void) const	Task
created_at(void) const	Persistent
defaults(void) const	Object
descendants(void) const	Node
description() const	Item
detach(std::string port) override final	Connectivity	virtual
Diagnostic(void)	Diagnostic
east enum value	VertexBase
edgeFromPort(const std::string &port)	Connectivity
VertexBase::edgeFromPort(const std::string &port) const	VertexBase
endTime(void) const	Task
energyBalance(void) const	VertexBase	virtual
exists(uint32_t id)	Node
existsChild(std::string tag) const	Node
existsI(const std::string &tag) const	Object
existsQ(const std::string &tag) const	Object
existsS(const std::string &tag) const	Object
fullTag() const	Item
getId(void) override	Node	virtual
go(Calculatable::SolutionMode solutionMode, int level) override	HtuNtu	virtual
hasIcon(void) const	Node
Hcomps	HtuNtu
HtuNtu(Libpf::Persistency::Defaults defaults, uint32_t id=0, Persistency persistency=nullptr, Persistent parent=nullptr, Persistent *root=nullptr)	HtuNtu
I(const std::string &tag) const	Object
I(const std::string &tag, int index) const	Object
I(const std::string &tag)	Object
I(const std::string &tag, int index)	Object
iconHeight(void) const	Node
iconName(bool raster) const	Node
iconWidth(void) const	Node
id(void) const	Persistent
in1VL_	HtuNtu
in2VL_	HtuNtu
initializeNonPersistents(void) override	HtuNtu	inlinevirtual
inlet(unsigned int i)	Connectivity
inletRequired(unsigned int i)	Connectivity	protected
inlets_	Connectivity	protected
insert(Persistency *persistency) const override	Node	virtual
INTEGER(NITER_load, "Number of iterations for loading point calculation", 0)	HtuNtu
INTEGER(NITER_flood, "Number of iterations for flooding point calculation", 0)	HtuNtu
INTEGER(startID, "First component to be separated", 3)	HtuNtu
Connectivity::INTEGER(nIn, "Number of connected inlet EdgeBases", 0)	Connectivity
Connectivity::INTEGER(nOut, "Number of connected outlet EdgeBases", 0)	Connectivity
Connectivity::INTEGER(maxNIn, "Maximum number of connected inlet EdgeBases or -1 for unlimited", -1)	Connectivity
Connectivity::INTEGER(maxNOut, "Maximum number of connected outlet EdgeBases or -1 for unlimited", -1)	Connectivity
VertexBase::INTEGER(nCalculations, "Number of times the model has been calculated", 0)	Model
integers_	Object	protected
integerVectors_	Object	protected
isInletConnected(unsigned int i) const	Connectivity
isOutletConnected(unsigned int i) const	Connectivity
isPristine(void) const	Model
isRestored(void) const	Node
Item(const Item &other)	Item
Item(const std::string &tag, const std::string &description, Persistent *parent)	Item
Item(Item &&other)	Item
KVL	HtuNtu
level(void) const	Task
locationFromEdge(std::string edgeTag) const	VertexBase
locationFromPort(std::string port) const override	HtuNtu	virtual
massBalance(void) const	VertexBase	virtual
maximumIterations(void)	Model	virtual
mdotcomps	VertexBase
Model(Libpf::Persistency::Defaults defaults, uint32_t id, Persistency persistency, Persistent parent, Persistent *root)	Model
Node(Libpf::Persistency::Defaults defaults, uint32_t id=0, Persistency persistency=nullptr, Persistent parent=nullptr, Persistent *root=nullptr)	Node
Node(const Node &other)	Node
Node(Node &&other)	Node
north enum value	VertexBase
Null enum value	Calculatable
Object(const Object &other)	Object	protected
Object(Object &&other)	Object	protected
Object(Libpf::Persistency::Defaults defaults, uint32_t id=0, Persistency persistency=nullptr, Persistent parent=nullptr, Persistent *root=nullptr)	Object
objectiveFunction(void) override	HtuNtu	inlinevirtual
offset(void) const	Node	inlineprotected
operator!=(const Object &rhs) const	Object
Node::operator!=(const Node &rhs) const	Node
Persistent::operator!=(const Item &rhs) const	Item
Model::operator=(const Object &)	Object	protected
Model::operator=(Object &&other)	Object	protected
Model::operator=(const Node &) override	Object	virtual
Model::operator=(Node &&other) override	Object	virtual
Persistent::operator=(const Persistent &)	Persistent
Persistent::operator=(Persistent &&other)	Persistent
Item::operator=(const Item &other)	Item
Item::operator=(Item &&other)	Item
operator==(const Object &rhs) const	Object
Node::operator==(const Node &rhs) const	Node
Persistent::operator==(const Item &rhs) const	Item
outlet(unsigned int i)	Connectivity
outlets_	Connectivity	protected
outSplit	HtuNtu
parent() const	Item	inline
parent_	Item	protected
parentId(void) const	Persistent
Persistent(const std::string &tag, const std::string &description, Persistent *parent, uint32_t id)	Persistent
Persistent(const Persistent &)	Persistent
Persistent(Persistent &&other)	Persistent
pop(void)	Object
portFromEdge(const std::string &edgeTag) const	VertexBase
portInlet(int i) const	Connectivity
PortLocation enum name	VertexBase
portOutlet(int i) const	Connectivity
print(std::ostream &os, bool strings, bool quantities, bool integers, bool recursive) const	Model
printConnectivity(void) const	Connectivity
printFull(std::ostream &) const	Model
printHtml(const char *dir) const	Model
printJson(std::ostream &os, int level=0) const override	Object	virtual
printOds(std::ofstream &ods) const	Model
printSvg(const char *fileName, bool tiny, bool raster, int offset) override	VertexBase	virtual
printSvgAll(const char *dir, bool tiny, bool raster, int offset, std::vector< std::string > &list)	Model
printSvgXlink(std::ostream &svg, const std::string &link, double width, double height)	Model	protected
printXml(const char dir, Model precedingSibling, Model *followingSibling) const	Model	virtual
printXmlToc(std::ofstream &toc, int indent) const	Model
prune(const std::string &tag)	Node
push(void) const	Object
Q(const std::string &tag) const	Object
Q(const std::string &tag, int index) const	Object
Q(const std::string &tag, int row, int column) const	Object
Q(const std::string &tag)	Object
Q(const std::string &tag, int index)	Object
Q(const std::string &tag, int row, int column)	Object
Q(const std::string &tag, std::string componentName) const	Object
Q(const std::string &tag, std::string componentName)	Object
Q(const std::string &tag, int index, std::string componentName) const	Object
Q(const std::string &tag, int index, std::string componentName)	Object
quantities(void)	Object
quantities(void) const	Object
quantities_	Object	protected
QUANTITY(duty, "Heat duty", 0, "W")	HtuNtu
QUANTITY(deltaP, "Vapor phase pressure drop across unit", 0, "Pa")	HtuNtu
QUANTITY(D, "Column internal diameter", 1, "m")	HtuNtu
QUANTITY(H, "Packing height", 10, "m")	HtuNtu
QUANTITY(ap, "Specific packing surface area", 260, "1/m")	HtuNtu
QUANTITY(epsilon, "Porosity", 0.68, "")	HtuNtu
QUANTITY(CL, "Coefficient for calculation of mass trasfer in the liquid phase", 0, "")	HtuNtu
QUANTITY(CG, "Coefficient for calculation of mass trasfer in the gas phase", 0, "")	HtuNtu
QUANTITY(CS, "Coefficient for loading point calculation", 0, "")	HtuNtu
QUANTITY(CFl, "Coefficient for flooding point calculation", 0, "")	HtuNtu
QUANTITY(CP0, "Coefficient for pressure drop calculation", 0, "")	HtuNtu
QUANTITY(V, "Molar flow of gas", 0, "kmol/s")	HtuNtu
QUANTITY(L, "Molar flow of liquid", 0, "kmol/s")	HtuNtu
QUANTITY(T, "Temperature", 0, "K")	HtuNtu
QUANTITY(P, "Pressure", 0, "Pa")	HtuNtu
QUANTITY(rhov, "Density of gas", 0, "kg/m3")	HtuNtu
QUANTITY(rhol, "Density of liquid", 0, "kg/m3")	HtuNtu
QUANTITY(muv, "Viscosity of gas", 0, "Pa*s")	HtuNtu
QUANTITY(mul, "Viscosity of liquid", 0, "Pa*s")	HtuNtu
QUANTITY(psiS, "Resistance coefficient at the loading point", 0, "m/s2")	HtuNtu
QUANTITY(psiFl, "Resistance coefficient at the flooding point", 0, "m/s2")	HtuNtu
QUANTITY(Ac, "Column internal cross-sectional area", 0, "m2")	HtuNtu
QUANTITY(uV, "Gas superficial velocity", 0, "m/s")	HtuNtu
QUANTITY(uVS, "Gas superficial velocity at the loading point", 0, "m/s")	HtuNtu
QUANTITY(uVFl, "Gas superficial velocity at the flooding point", 0, "m/s")	HtuNtu
QUANTITY(uVzero, "Reference gas superficial velocity", 0, "m/s")	HtuNtu
QUANTITY(uL, "Liquid superficial velocity", 0, "m/s")	HtuNtu
QUANTITY(uLS, "Liquid superficial velocity at the loading point", 0, "m/s")	HtuNtu
QUANTITY(uLFl, "Liquid superficial velocity at the flooding point", 0, "m/s")	HtuNtu
QUANTITY(fractloadL, "Liquid load relative to loading point load", 0, "")	HtuNtu
QUANTITY(fractloadV, "Gas load relative to loading point load", 0, "")	HtuNtu
QUANTITY(fractfloodL, "Liquid load relative to flooding point load", 0, "")	HtuNtu
QUANTITY(fractfloodV, "Gas load relative to flooding point load", 0, "")	HtuNtu
QUANTITY(hL, "Volumetric column liquid hold-up", 0, "")	HtuNtu
QUANTITY(hLFl, "Volumetric column liquid hold-up at the flooding point", 0, "")	HtuNtu
QUANTITY(dh, "Hydraulic diameter of the dumped packing", 0, "m")	HtuNtu
QUANTITY(ReG, "Adimensional Reynolds number in the gas phase", 0, "")	HtuNtu
QUANTITY(ReL, "Adimensional Reynolds number in the liquid phase", 0, "")	HtuNtu
QUANTITY(FrL, "Adimensional Froude number in the liquid phase", 0, "")	HtuNtu
QUANTITY(WeL, "Adimensional Weber number in the liquid phase", 0, "")	HtuNtu
QUANTITY(ae, "Volumetric specific interface area between the phases", 0, "1/m")	HtuNtu
QUANTITY(K, "Pressure drop wall factor", 0, "")	HtuNtu
QUANTITY(ReGdp, "Adimensional Reynolds number in the gas phase for pressure drop calculation", 0, "")	HtuNtu
QUANTITY(psi0, "Resistance coefficient for dry pressure drop calculation", 0, "")	HtuNtu
QUANTITY(Fv2, "Square of flow factor", 0, "Pa")	HtuNtu
QUANTITY(dp, "Particle diameter", 0, "m")	HtuNtu
QUANTITY(deltaP0, "Pressure drop dry", 0, "Pa")	HtuNtu
QUANTITY(FrLdp, "Adimensional Froude number in the liquid phase for pressure drop calculation", 0, "")	HtuNtu
QUANTITY(psiL, "Resistance coefficient for irrigated pressure drop calculation", 0, "")	HtuNtu
QUANTITY(hLS, "Volumetric column liquid hold-up at the loading point", 0, "")	HtuNtu
Connectivity::QUANTITY(cmdot, "Cumulative mass flow inlet minus outlet", one, "kg/s")	VertexBase
Connectivity::QUANTITY(mdotin, "inlet mass flow", one, "kg/s")	VertexBase
Connectivity::QUANTITY(mdotout, "outlet mass flow", one, "kg/s")	VertexBase
Connectivity::QUANTITY(cduty, "Cumulative enthalpy flow inlet minus outlet", one, "W")	VertexBase
quantityMatrices_	Object	protected
quantityVectors_	Object	protected
range(void) const override	Node	virtual
readParameters(Persistency *persistency) override	Object	virtual
readVariables(Persistency *persistency) override	Object	virtual
registerSynonym(std::string synonym, std::string port)	VertexBase	protected
remove(Persistency *persistency) const override	Node	virtual
renameChild(const std::string &oldName, const std::string &newName)	Node
reportError(std::string s)	Model
reportMessages(void)	Model
reportWarning(std::string s)	Model
resetErrors(void)	Model
restore(Persistency *persistency) override	Node	virtual
retrieveInteger(const Libpf::Persistency::Defaults &defaults, uint32_t id, Persistency *persistency, std::string tag, int min, int max, int def=-1)	Object	protected
retrieveString(const Libpf::Persistency::Defaults &defaults, uint32_t id, Persistency *persistency, std::string tag, const std::string def)	Object	protected
root(void) const	Node	inline
rootId(void) const override	Node	virtual
S(const std::string &tag) const	Object
S(const std::string &tag, int index) const	Object
S(const std::string &tag)	Object
S(const std::string &tag, int index)	Object
search(uint32_t id)	Node
sequential enum value	Calculatable
setCalculated(void)	Model
setCore(int c)	Task
setDescription(const std::string &description)	Item
setError(std::string s)	Model
setIcon(std::string icon, double width, double height)	Node
setLevel(int l)	Task
setPristine(void)	Model
setPristineRecursive(void)	Model
setRunTime(double t)	Model
setStartTime(double t)	Task
setTag(const std::string &tag)	Item
setup(void) override	HtuNtu	inlinevirtual
setVerbosity(int verbosity)	Diagnostic
setWarning(std::string s)	Model
setWideDescription(const std::wstring &description)	Item
setWideTag(const std::wstring &tag)	Item
simultaneous enum value	Calculatable
singlePassSimultaneous enum value	Calculatable
SolutionMode enum name	Calculatable
south enum value	VertexBase
startTime(void) const	Task
STRING(packing, "Packing type", "Ceramic BerlSaddle 25")	HtuNtu
STRING(hydraulics_calc, "Hydraulic calculation mode", "Rating")	HtuNtu
STRING(masstransfer_calc, "Mass trasfer calculation mode", "Rating")	HtuNtu
Connectivity::STRING(constraints, "Used internally to persist connectivity constraints", "")	Connectivity
strings_	Object	protected
STRINGVECTOR(errors, "Errors from the last computation", 0, "")	Model
STRINGVECTOR(warnings, "Warnings from the last computation", 0, "")	Model
stringVectors_	Object	protected
tag() const	Item
Task(void)	Task
translate(std::string &s)	VertexBase
type(void) const override	HtuNtu	inlinevirtual
type_	HtuNtu	static
unSetInput(void)	Model
update(Persistency *persistency) const override	Node	virtual
updated_at(void) const	Persistent
updated_at(double u) const	Persistent
uuid(void) const	Persistent
verbosity(void) const	Diagnostic
verbosityInstance	Diagnostic	protected
VertexBase(Libpf::Persistency::Defaults defaults, uint32_t id=0, Persistency persistency=nullptr, Persistent parent=nullptr, Persistent *root=nullptr)	VertexBase
weight	Task
west enum value	VertexBase
~Calculatable()=default	Calculatable	protectedvirtual
~Connectivity(void)	Connectivity
~Diagnostic()=default	Diagnostic	protectedvirtual
~HtuNtu(void)	HtuNtu
~Item()	Item	inlinevirtual
~Node()	Node
~Object(void)	Object
~Persistent(void)	Persistent	inline
~Task(void)	Task