This is the complete list of members for RatingHeatShellAndTubeThermosiphon, 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
calculate(int level=0) override	RatingHeat	virtual
calculateGeometry(void)	ShellAndTube
category(void) const override	RatingHeat	virtual
child(const std::string &tag) const	Node
children(void)	Node
children(void) const	Node
children_	Node	protected
clear(void) const	Object
clone(void) const	Node	inlinevirtual
compareParameters(const Object &rhs) const	Object
created_at(void) const	Persistent
defaults(void) const	Object
descendants(void) const	Node
description() const	Item
Diagnostic(void)	Diagnostic
dukler(double re, double pr)	ShellCondensing	protected
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
hasIcon(void) const	Node
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
in1(void) const	ShellAndTube
in2(void) const	ShellAndTube
initializeNonPersistents(void) override	RatingHeat	inlinevirtual
insert(Persistency *persistency) const override	Node	virtual
INTEGER(nCalculations, "Number of times the model has been calculated", 0)	Model
integers_	Object	protected
integerVectors_	Object	protected
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
maximumIterations(void)	Model	virtual
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
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	RatingHeat	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
operator=(const Object &)	Object	protected
operator=(Object &&other)	Object	protected
operator=(const Node &) override	Object	virtual
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
out1(void) const	ShellAndTube
out2(void) const	ShellAndTube
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
preCalculate(void) override	RatingHeatShellAndTubeThermosiphon	virtual
print(std::ostream &os, bool strings, bool quantities, bool integers, bool recursive) const	Model
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)	Model	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
ShellCondensing::QUANTITY(Re_L2, "Terminal Reynolds number of the condensing film at the shell side", 1.0, "")	ShellCondensing
ShellCondensing::QUANTITY(Pr_L2, "Terminal Prandtl number of the condensing film at the shell side", 1.0, "")	ShellCondensing
ShellCondensing::QUANTITY(Du_L2, "Dukler diagram reading", 1.0, "")	ShellCondensing
ShellCondensing::QUANTITY(deltaP_2, "Shell-side pressure drop", 0.0, "Pa")	ShellCondensing
ShellCondensing::ShellAndTube::QUANTITY(N, "Number of tubes", 1.0, "")	ShellAndTube
ShellCondensing::ShellAndTube::QUANTITY(m, "Number of passes", 1.0, "")	ShellAndTube
ShellCondensing::ShellAndTube::QUANTITY(L, "Length of tubes", 1.0, "m")	ShellAndTube
ShellCondensing::ShellAndTube::QUANTITY(de, "Tube external diameter", 25.0, "mm")	ShellAndTube
ShellCondensing::ShellAndTube::QUANTITY(s, "Tube thickness", 2.0, "mm")	ShellAndTube
ShellCondensing::ShellAndTube::QUANTITY(R1f, "Process side fouling thermal resistance", 0.0, "m2*K/W")	ShellAndTube
ShellCondensing::ShellAndTube::QUANTITY(R2f, "Utility side fouling thermal resistance", 0.0, "m2*K/W")	ShellAndTube
ShellCondensing::ShellAndTube::QUANTITY(U1, "Process side heat transfer coefficient", 300.0, "W/(m2*K)")	ShellAndTube
ShellCondensing::ShellAndTube::QUANTITY(U2, "Utility side heat transfer coefficient", 1000.0, "W/(m2*K)")	ShellAndTube
ShellCondensing::ShellAndTube::QUANTITY(h, "Elevation positive for ascending", 0.0, "m")	ShellAndTube
ShellCondensing::ShellAndTube::QUANTITY(eps, "Rugosity", 0.0457, "mm")	ShellAndTube
ShellCondensing::ShellAndTube::QUANTITY(D, "Shell inner diameter", 1.0, "m")	ShellAndTube
ShellCondensing::ShellAndTube::QUANTITY(b, "Number of segmental baffles", 0.0, "")	ShellAndTube
ShellCondensing::ShellAndTube::QUANTITY(c, "Fractional baffle cut", 0.0, "")	ShellAndTube
ShellCondensing::ShellAndTube::QUANTITY(ns, "Number of sealing strips pairs", 0.0, "")	ShellAndTube
ShellCondensing::ShellAndTube::QUANTITY(d1, "Inner diameter of inlet nozzle", 0.1, "m")	ShellAndTube
ShellCondensing::ShellAndTube::QUANTITY(d2, "Inner diameter of outlet nozzle", 0.1, "m")	ShellAndTube
ShellCondensing::ShellAndTube::QUANTITY(di, "Tube internal diameter", 21.0, "mm")	ShellAndTube
ShellCondensing::ShellAndTube::QUANTITY(At, "Tubes total cross-section available for fluid flow", 1.0, "m2")	ShellAndTube
ShellCondensing::ShellAndTube::QUANTITY(km, "Thermal conductivity of the exchanger material", 1.0, "W/(m*K)")	ShellAndTube
ShellCondensing::ShellAndTube::QUANTITY(Rm, "Heat transfer resistance of the exchanger material", 1.0, "m2*K/W")	ShellAndTube
ShellCondensing::ShellAndTube::QUANTITY(theta, "Angle positive for ascending", 0.0, "")	ShellAndTube
ShellCondensing::ShellAndTube::QUANTITY(ed, "Adimensional rugosity", 1E-6, "")	ShellAndTube
ShellCondensing::RatingHeat::QUANTITY(U, "Overall heat transfer coefficient", 100.0, "W/(m2*K)")	RatingHeat
ShellCondensing::RatingHeat::QUANTITY(Ft, "MTD correction factor", 1.0, "")	RatingHeat
ShellCondensing::RatingHeat::QUANTITY(A, "Available heat transfer area", 10.0, "m2")	RatingHeat
ShellCondensing::RatingHeat::QUANTITY(Areq, "Required heat transfer area", 10.0, "m2")	RatingHeat
ShellCondensing::RatingHeat::QUANTITY(excessArea, "Ratio between available and required heat transfer area", 1.0, "")	RatingHeat
TubesBoiling::QUANTITY(Re_L1, "Reynolds number based on liquid only flow and physical properties", 1.0, "")	TubesBoiling
TubesBoiling::QUANTITY(Pr_L1, "Prandlt number based on liquid physical properties", 1.0, "")	TubesBoiling
TubesBoiling::QUANTITY(UL1, "liquid phase forced convection coefficient based on the liquid fraction of the flow", 1.0, "W/m2/K")	TubesBoiling
TubesBoiling::QUANTITY(chi, "mass base vapor quality", 1.0, "")	TubesBoiling
TubesBoiling::QUANTITY(Xtt, "Martinelli parameter", 1.0, "")	TubesBoiling
TubesBoiling::QUANTITY(hLG, "mass base latent heat of vaporization", 0.0, "J/kg")	TubesBoiling
TubesBoiling::QUANTITY(Bo, "Boiling number", 1.0, "")	TubesBoiling
TubesBoiling::QUANTITY(E, "convection enhancement factor", 1.0, "")	TubesBoiling
TubesBoiling::QUANTITY(S, "boiling suppression factor", 1.0, "")	TubesBoiling
TubesBoiling::QUANTITY(Pr, "reduced pressure", 1.0, "")	TubesBoiling
TubesBoiling::QUANTITY(v_V1, "Superficial vapor velocity", 0.0, "m/s")	TubesBoiling
TubesBoiling::QUANTITY(v_L1, "Superficial liquid velocity", 0.0, "m/s")	TubesBoiling
TubesBoiling::QUANTITY(Fr_V1, "Froude number for the liquid in the tubes", 1.0, "")	TubesBoiling
TubesBoiling::QUANTITY(alfa_1, "Vapor volume holdup fraction", 1.0, "")	TubesBoiling
TubesBoiling::QUANTITY(UNB1, "nucleate pool boiling coefficient", 1.0, "W/m2/K")	TubesBoiling
TubesBoiling::QUANTITY(Re_V1, "Reynolds number based on vapor only flow and physical properties", 1.0, "")	TubesBoiling
TubesBoiling::QUANTITY(deltaP_A1, "Acceleration pressure drop", 0.0, "Pa")	TubesBoiling
TubesBoiling::QUANTITY(deltaP_G1, "Gravitational pressure drop", 0.0, "Pa")	TubesBoiling
TubesBoiling::QUANTITY(deltaP_VL1, "Two phase pressure drop", 0.0, "Pa")	TubesBoiling
TubesBoiling::QUANTITY(deltaP_1, "Total pressure drop", 0.0, "Pa")	TubesBoiling
TubesBoiling::QUANTITY(slip, "ratio of the average vapor and liquid velocities", 1.0, "")	TubesBoiling
TubesBoiling::QUANTITY(rho1, "Average density based on holdup", 0.0, "kg/m3")	TubesBoiling
quantityMatrices_	Object	protected
quantityVectors_	Object	protected
range(void) const override	Node	virtual
rate(const Quantity &duty, const Quantity &MTD)	RatingHeat
RatingHeat(Libpf::Persistency::Defaults defaults, uint32_t id=0, Persistency persistency=nullptr, Persistent parent=nullptr, Persistent *root=nullptr)	RatingHeat
RatingHeatShellAndTubeThermosiphon(Libpf::Persistency::Defaults defaults, uint32_t id=0, Persistency persistency=nullptr, Persistent parent=nullptr, Persistent *root=nullptr)	RatingHeatShellAndTubeThermosiphon
readParameters(Persistency *persistency) override	Object	virtual
readVariables(Persistency *persistency) override	Object	virtual
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
setCalculated(void)	Model
setDescription(const std::string &description)	Item
setError(std::string s)	Model
setIcon(std::string icon, double width, double height)	Node
setPristine(void)	Model
setPristineRecursive(void)	Model
setRunTime(double t)	Model
setTag(const std::string &tag)	Item
setup(void) override	RatingHeatShellAndTubeThermosiphon	virtual
setVerbosity(int verbosity)	Diagnostic
setWarning(std::string s)	Model
setWideDescription(const std::wstring &description)	Item
setWideTag(const std::wstring &tag)	Item
ShellAndTube(Libpf::Persistency::Defaults defaults, uint32_t id=0, Persistency persistency=nullptr, Persistent parent=nullptr, Persistent *root=nullptr)	ShellAndTube
ShellCondensing(Libpf::Persistency::Defaults defaults, uint32_t id=0, Persistency persistency=nullptr, Persistent parent=nullptr, Persistent *root=nullptr)	ShellCondensing
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
TubesBoiling(Libpf::Persistency::Defaults defaults, uint32_t id=0, Persistency persistency=nullptr, Persistent parent=nullptr, Persistent *root=nullptr)	TubesBoiling
type(void) const override	RatingHeatShellAndTubeThermosiphon	inlinevirtual
type_	RatingHeatShellAndTubeThermosiphon	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
~Diagnostic()=default	Diagnostic	protectedvirtual
~Item()	Item	inlinevirtual
~Node()	Node
~Object(void)	Object
~Persistent(void)	Persistent	inline
~RatingHeat(void)	RatingHeat