Classes
struct	AlarmStructure
	The AlarmStructure class. More...

class	AlarmAbstractTableModel
	The AlarmAbstractTableModel class. More...

class	algo::smath
	The smath class in group platformlib. More...

class	algo::vmath
	vmath mostly used for clar, does array math More...

class	algo::DbxDistributionFilter
	class DbxDistributionFilter DbxDistributionFilter is a simple class for online filtering of non-equidistant values into equidistant data. The employed filter algorithm tries to be as close as possible to the original data being fed to it. Depending on the situation it either uses averaging of or linear interpolation between the values. No history data arrays or loops are being used excepts when interpolating between 2 distant points. Smart filter needs to know about the direction of filtering in order to properly assign the axis. The axis coordinates can either be a position (or alike) for filtering of data in cross direction, or the time for filtering in machine direction, millisecond timestamps can be provided automatically, Depending on what insertValue() member function will be used to feed the values to the smart filter. As soon as there is enough data available to calculate the next filtered value(s), smart filter will do so and then automatically envoke the virtual filteredValue() function once for each value pair. When data collection has been finished, e.g. the scanner stops / reverses, or an edge of sheet got detected, the flushValue() member function should be called to flush eventually incomplete values, normally this happens automatically once an edge of e.g. a databox got reached or crossed. The step size of the output axis can be set to any value, default is 1, e.g. 1 databox, or 1 second,so this class can also be used to shrink or expand data arrays in a very flexible way, e.g. a step size of 2 would cause all values coming in for 2 databoxes to be averaged into a single databox. The other useful feature is the linear interpolation if some data points are missing, so smart filter will act as a hole filter here and fill up the gap with values interpolated between the edges values. More...

class	algo::MeanAverage
	class MeanAverage in group platformlib More...

class	algo::SUMMER< T >
	SUMMER. More...

class	algo::VremMask
	The VremMask class Network Mask Utility for Automap. More...

class	ADI::AutoQTcpDistribution
	The AutoQTcpDistribution class. More...

class	ADI::Codex
	The Codex class Codex for message from stdcomQt2 and also autoreconnect. More...

class	ADI::AutoQTcpServer
	The AutoQTcpServer class This is a level #1 layer class.. It does all the connections to all the nodes contained within the segment. More...

class	ADI::AutoQTcpSubClient
	The AutoQTcpSubClient class. More...

class	USER_APP::VQThread
	The VQThread class. More...

class	CStrLog
	The CStrLog class string utility This is a simple string utility for use with QWatch.. It was first used to debug clex plugin for any figure 8 operations. once Clar and CLex goes away this will too leave as it will become superfluous. More...

class	Definitions
	The Definitions class, defied where retained items are stored and retained for projects. More...

class	GlobalSubscription
	The GlobalSubscription class creates a global subscription this node become the owner of. More...

class	MemoryAtom
	The MemoryAtom class Shared memory atom for use by platform ownership of data per node. More...

class	MemoryHeap
	The MemoryHeap class provides a memory atom for use anywhere based on insert and rules for memory atoms. More...

class	PersistenceSettingRetention
	The PersistenceSettingRetention class retention of subscription data that is used within mutilverse for setup data. More...

class	RecursiveLock
	The RecursiveLock class Allows a recursive read write lock to occur. More...

class	DLock< T >
	The DLock class Lock for storage of data. More...

class	DRWLock< T >
	The DRWLock class. More...

struct	TP< T >
	The TP class. More...

class	AUTOD< T >
	The AUTOD class. More...

class	PluginClass
	The PluginClass class the base for all plugin. More...

class	PluginItem
	The PluginItem class this is the way to load a plugin into multiverse it is used in scancontrol and such to load and track plugins. More...

class	PluginLoader
	PluginLoader. More...

class	PublicationRegistration
	The PublicationRegistration Multiverse Cloud. More...

class	QWatch
	The QWatch class. More...

class	ReplyBlock
	The ReplyBlock class ReplyBlock reply block thread so it can be used again and again. This is quite a useful thread, it operates like QNX Reply blocking concept. Only running when someone tells it to. It handles all the signally and exits automatically when completed. Know what you are doing if you want to use this thread! More...

class	ResidentSubscription
	The ResidentSubscription class This is used by remote executables and makes up for the fact we do not use publishers. Essentually, this is a publisher. When it connects to any peer, it broadcasts the values making it by default the publisher. More...

class	Retain
	The Retain class this retains data from a subscription, generally used for setup data so subscriptions can retain data though a restart or power off on sequence. More...

struct	PluginA
	The PluginA class. More...

class	SetupConfiguration
	The SetupConfiguration class. More...

class	Subscription
	The Subscription class A platform subscriber must use or inheit this class. More...

class	SubscriptionAbstractTableModel
	The SubscriptionAbstractTableModel class used for things like alarms and such. More...

class	TalkThread
	The TalkThread class thread which mounts a lib or plugin. More...

class	cyo::Transceiver
	The Transceiver class interprocess commununication transceiver. More...

class	VQSettings
	The VQSettings class base for VSETTINGS used to write a qt ini for a project. More...

class	VremThread
	The VremThread class Vremthead is a normal thread, but is constructed so that the loader or vrem program or opc or whatever, has a hook to close the thread down. This should be used for threading by vrem plugins, this allows the vrem platform to close and clean up threads correctly. The user does not need to worry about clean up. More...

Functions
template<typename InputIterator , typename OutputIterator >
OutputIterator	algo::vCopy (InputIterator begin, InputIterator end, OutputIterator dest)
	template vCopy in group platformlib copy from one to another More...

template<typename BiIterator1 , typename BiIterator2 >
BiIterator2	algo::vCopyBackward (BiIterator1 begin, BiIterator1 end, BiIterator2 dest)
	vCopyBackward More...

template<typename InputIterator1 , typename InputIterator2 >
bool	algo::vEqual (InputIterator1 first1, InputIterator1 last1, InputIterator2 first2)
	vEqual More...

template<class T >
void	algo::VCast (const VremVArray &si1, T *dst)
	VCast. More...

template<class T >
void	algo::VCast (const QVariantList &si1, T *dst)
	VCast. More...

template<typename ForwardIterator , typename T >
void	algo::vFill (ForwardIterator first, ForwardIterator last, const T &val)
	vFill More...

template<typename Container , typename T >
void	algo::vFill (Container &container, const T &val)
	vFill More...

static QVariant	algo::vmath::pow_xy (QVariant x, int rs)
	pow_xy Raises X to power of rs More...

QVariant	algo::vmath::poly (QVariant x, int degree, QVariantList coeff)
	poly retuns the value of y based on degrees of freedom and coeffe More...

static void	algo::vmath::regression_clear (REGRESSION *rg)
	regression_clear clears regression table More...

static void	algo::vmath::regression_a (REGRESSION rg, double x, double *y, int count)
	regression_a computes linear regression on rg structure More...

void	USER_APP::PopulateCloud (void(func)(void , USER_APP::Placement), void *pram=0)
	PopulateCloud. More...

void	USER_APP::CloseCloud ()
	if NULL is passed, the VSetting will get this from valid projects set by SetProject and/or Directory More...

void	USER_APP::SetProjectName (char *name)
	SetProjectName. More...

void	USER_APP::SetProjectDirectory (char *dir)
	SetProjectDirectory. More...

const char *	USER_APP::GetProjectName (void)
	GetProjectName. More...

const char *	USER_APP::GetProjectDirectory (void)
	GetProjectDirectory. More...

bool PLATFORMSHARED_EXPORT	readXmlFile (QIODevice &device, QSettings::SettingsMap &map)
	readXmlFile More...

bool PLATFORMSHARED_EXPORT	writeXmlFile (QIODevice &device, const QSettings::SettingsMap &map)
	writeXmlFile More...

void PLATFORMSHARED_EXPORT	createSettingsFormat ()
	createSettingsFormat

template<class T >
T	VClear (void)
	VClear. More...

	cyo::Transceiver::Transceiver ()
	Transceiver.

Variables
QSettings::Format PLATFORMSHARED_EXPORT	XmlFormat
	XmlFormat.

QSettings PLATFORMSHARED_EXPORT *	vssettings
	vssettings

Detailed Description

This is the main multiverse lib

Function Documentation

◆ CloseCloud()

PLATFORMSHARED_EXPORT void USER_APP::CloseCloud ( )

if NULL is passed, the VSetting will get this from valid projects set by SetProject and/or Directory

CloseCloud close the world.. this should close the world and the qthread

◆ GetProjectDirectory()

PLATFORMSHARED_EXPORT const char * USER_APP::GetProjectDirectory ( void )

GetProjectDirectory.

Returns: if not using Windoze registers, but rather a directory... then this is where to get it.

◆ GetProjectName()

PLATFORMSHARED_EXPORT const char * USER_APP::GetProjectName ( void )

GetProjectName.

Returns: void this is used so if parameters are save by project name, they can be retrieve by such. so no parameter passing should be necessary

◆ poly()

QVariant algo::vmath::poly	(	QVariant	x,
		int	degree,
		QVariantList	coeff
	)

inline

poly retuns the value of y based on degrees of freedom and coeffe

Parameters

x
degree
coeff

Returns

◆ PopulateCloud()

PLATFORMSHARED_EXPORT void USER_APP::PopulateCloud	(	void()(void , USER_APP::Placement)	func,
		void *	pram = `0`
	)

PopulateCloud.

Parameters

pram	start the ball... should start the vremcore3 for a single instance of this application and or DLL instance function must be a function you wish to do prior to call to QCoreApplication paramenter to call to the function

◆ pow_xy()

static QVariant algo::vmath::pow_xy	(	QVariant	x,
		int	rs
	)

inlinestatic

pow_xy Raises X to power of rs

Parameters

x
rs

Returns

◆ readXmlFile()

bool PLATFORMSHARED_EXPORT readXmlFile	(	QIODevice &	device,
		QSettings::SettingsMap &	map
	)

readXmlFile

Definitions files.

Parameters

device
map

Returns

◆ regression_a()

void algo::vmath::regression_a	(	vmath::REGRESSION *	rg,
		double *	x,
		double *	y,
		int	count
	)

static

regression_a computes linear regression on rg structure

Parameters

rg
x
y
count	Computes linear regression of x and y variables

Where *rg = setpoint (REGRESSION *) *x = x values (double *) *y = y values (double *) count = points to plot (int )

Returns Void

◆ regression_clear()

void algo::vmath::regression_clear ( vmath::REGRESSION * rg )

static

regression_clear clears regression table

Parameters

rg	Resets a REGRESSION structure

DESCRIPTION: Clears the table, sould be done before any calculations are are started.

NOTES: Must be run on structure before any calculations or accumuations are attempte

◆ SetProjectDirectory()

PLATFORMSHARED_EXPORT void USER_APP::SetProjectDirectory ( char * dir )

SetProjectDirectory.

Parameters

dir	if not using Windoze registers, but rather a directory... then this is where to get it.

◆ SetProjectName()

PLATFORMSHARED_EXPORT void USER_APP::SetProjectName ( char * name )

SetProjectName.

Parameters

name	this is used so if parameters are save by project name, they can be retrieve by such. so no parameter passing should be necessary

◆ VCast() [1/2]

template<class T >

void algo::VCast	(	const QVariantList &	si1,
		T *	dst
	)

VCast.

Parameters

si1
dst

◆ VCast() [2/2]

template<class T >

void algo::VCast	(	const VremVArray &	si1,
		T *	dst
	)

VCast.

Parameters

si1
dst

◆ VClear()

template<class T >

T VClear ( void )

VClear.

Returns

◆ vCopy()

template<typename InputIterator , typename OutputIterator >

OutputIterator algo::vCopy	(	InputIterator	begin,
		InputIterator	end,
		OutputIterator	dest
	)

inline

template vCopy in group platformlib copy from one to another

Parameters

begin
end
dest

Returns

◆ vCopyBackward()

template<typename BiIterator1 , typename BiIterator2 >

BiIterator2 algo::vCopyBackward	(	BiIterator1	begin,
		BiIterator1	end,
		BiIterator2	dest
	)

inline

vCopyBackward

Parameters

begin
end
dest

Returns

◆ vEqual()

template<typename InputIterator1 , typename InputIterator2 >

bool algo::vEqual	(	InputIterator1	first1,
		InputIterator1	last1,
		InputIterator2	first2
	)

inline

vEqual

Parameters

first1
last1
first2

Returns

◆ vFill() [1/2]

template<typename Container , typename T >

void algo::vFill	(	Container &	container,
		const T &	val
	)

inline

vFill

Parameters

container
val

◆ vFill() [2/2]

template<typename ForwardIterator , typename T >

void algo::vFill	(	ForwardIterator	first,
		ForwardIterator	last,
		const T &	val
	)

inline

vFill

Parameters

first
last
val

◆ writeXmlFile()

bool PLATFORMSHARED_EXPORT writeXmlFile	(	QIODevice &	device,
		const QSettings::SettingsMap &	map
	)

writeXmlFile

Parameters

device
map

Returns

Classes

Functions

Variables

Detailed Description

Function Documentation

◆ CloseCloud()

◆ GetProjectDirectory()

◆ GetProjectName()

◆ poly()

◆ PopulateCloud()

◆ pow_xy()

◆ readXmlFile()

◆ regression_a()

◆ regression_clear()

◆ SetProjectDirectory()

◆ SetProjectName()

◆ VCast() [1/2]

◆ VCast() [2/2]

◆ VClear()

◆ vCopy()

◆ vCopyBackward()

◆ vEqual()

◆ vFill() [1/2]

◆ vFill() [2/2]

◆ writeXmlFile()