Interface CWFGM Fuel. More...

import "FuelCOM.idl";

Collaboration diagram for ICWFGM_Fuel:

Public Member Functions
HRESULT	MT_Lock ([in] unsigned short exclusive, [in] unsigned short obtain)

HRESULT	Clone ([out]ICWFGM_Fuel **newFuel)

HRESULT	FMC ([in]double latitude, [in]double longitude, [in]double elev, [in]unsigned short day, [out, retval]double *fmc)

HRESULT	CalculateROSValues ([in]double GS, [in]double SAZ, [in]double WS, [in]double WAZ, [in]double BUI, [in]double FMC, [in]double FFMC, [in]double fF, [in]ULONGLONG time, [in]ULONGLONG ffmc_time, [in] short flag, [out]double rss, [out]double roseq, [out]double ros, [out]double frss, [out]double froseq, [out]double fros, [out]double brss, [out]double broseq, [out]double bros, [out]double wsv, [out]double *raz)

HRESULT	CalculateFCValues ([in]double FFMC, [in]double BUI, [in]double FMC, [in]double RSS, [in]double ROS, [in]short flag, [out]double cfb, [out]double cfc, [out]double rso, [out]double csi, [out]double sfc, [out]double tfc, [out]double *fi)

HRESULT	CalculateStatistics ([in]double ROS, [in]double FROS, [in]double BROS, [in]double CFB, [in]ULONGLONG time, [in]short flag, [out]double area, [out]double perimeter)

HRESULT	CalculateDistances ([in]double ROS, [in]double FROS, [in]double BROS, [in]double CFB, [in]ULONGLONG time, [in]short flag, [out]double dhead, [out]double dflank, [out]double *dback)

HRESULT	ISF ([in]double RSF, [in]double SF, [in]double ISZ, [in]short flag,[out]double *isfValue)

HRESULT	SFC ([in] double FFMC, [in] double BUI, [in] short flag, [out, retval] double *sfc)

HRESULT	RSI ([in]double FFMC, [in]double BUI, [in]double FMC, [in]double ISI, [in] short flag, [out, retval]double *rsi)

HRESULT	IsConiferFuelType ([out, retval] VARIANT_BOOL *retbool)

HRESULT	IsDeciduousFuelType ([out, retval] VARIANT_BOOL *retbool)

HRESULT	IsMixedFuelType ([out, retval] VARIANT_BOOL *retbool)

HRESULT	IsGrassFuelType ([out, retval] VARIANT_BOOL *retbool)

HRESULT	IsC6FuelType ([out, retval] VARIANT_BOOL *retbool)

HRESULT	IsMixedDeadFirFuelType ([out, retval]VARIANT_BOOL *retbool)

HRESULT	IsSlashFuelType ([out, retval]VARIANT_BOOL *retbool)

HRESULT	IsNonFuel ([out, retval] VARIANT_BOOL *retbool)

HRESULT	GetDefaultCLSID ([out, retval] CLSID *clsId)

HRESULT	GetAttribute ([in]unsigned short option, [out, retval]VARIANT *value)

HRESULT	SetAttribute ([in]unsigned short option, [in]VARIANT value)

Properties
BSTR	Name `[get]`

VARIANT	UserData `[get, set]`

Detailed Description

Interface CWFGM Fuel.

ICWFGM_Fuel interface is a generic interface used by the FireEngine Module (or other tools such as FBPTester) to extract a variety of statistical data about the fuel type given specific conditions.

A given simulation/scenario may use many fuel types, each via the ICWFGM_Fuel COM interface for the purposes of calculating values such as rate-of-spread (ROS). A fuel type may match the published FBP standard, or it may have different, user-defined coefficients for the equations. A fuel type may also represent a fuel that is not defined by the FBP standard (e.g. urban areas).

Applications can also define new fuel types outside the FBP standard that may work with the simulation engine providing they conform to this interface definition and semantics.

Member Function Documentation

ICWFGM_Fuel::CalculateDistances	(	[in] double	ROS,
		[in] double	FROS,
		[in] double	BROS,
		[in] double	CFB,
		[in] ULONGLONG	time,
		[in] short	flag,
		[out] double *	dhead,
		[out] double *	dflank,
		[out] double *	dback
	)

Calculates spread distances of the theoretical ellipse defined by ROS, FROS, BROS.

Parameters

ROS	Equilibrium rate of spread (metres per minute).
FROS	Equilibrium flank rate of spread (metres per minute).
BROS	Equilibrium back rate of spread (metres per minute).
CFB	Crown fraction burned.
time	Time since fire start, important if acceleration is turned on.
flag	A combination of `CWFGM_SCENARIO_OPTION_ACCEL` Boolean. If TRUE, then acceleration is applied to various output statistics in the FBP standard. This value should only applicable to point ignitions. If FALSE, then the fire is assumed to be always at equilibrium. `CWFGM_SCENARIO_OPTION_BUI` Boolean. If TRUE, then the BUI build-up effect is applied to various statistics in the FBP standard. `CWFGM_SCENARIO_OPTION_TOPOGRAPHY` Boolean. If TRUE, then the slope component to calculating the WSV output statistic in the FBP standard is set to 0.0. If TRUE, then the wind speed is used as provided. This setting also affects the slope component in Dr. Richards' 3D equations. `CWFGM_SCENARIO_OPTION_GREENUP` Boolean. Specific FBP fuel types use different equations during green-up. This flag determines whether to use green-up equations or not. `CWFGM_SCENARIO_OPTION_WIND` Boolean. If FALSE, then the wind component to calculating the WSV statistic in the FBP standard is set to 0.0. If TRUE, then the wind speed is used as provided. bit flags, defined in FireEngine_Ext.h. For consistency of outputs, these flags should match those provided to determine the ROS values.
dhead	Calculated value, head fire spread distance.
dflank	Calculated value, flank fire spread distance.
dback	Calculated value, back fire spread distance.

ICWFGM_Fuel::CalculateFCValues	(	[in] double	FFMC,
		[in] double	BUI,
		[in] double	FMC,
		[in] double	RSS,
		[in] double	ROS,
		[in] short	flag,
		[out] double *	cfb,
		[out] double *	cfc,
		[out] double *	rso,
		[out] double *	csi,
		[out] double *	sfc,
		[out] double *	tfc,
		[out] double *	fi
	)

Given several input parameters, calculates FC (fuel consumption) values. The specific set of equations used to calculate FC values is determined by the fuel type and/or any modifications which have been applied. Automatic caching of previously calculated values is performed for efficiency.

Parameters

FFMC	Fine fuel moister code (FWI output)
BUI	Buildup index (FWI output)
FMC	Foliar moisture code (FBP output) (0-1)
RSS	(metres per minute)
ROS	Rate of spread (metres per minute)
flag	A combination of `CWFGM_SCENARIO_OPTION_ACCEL` Boolean. If TRUE, then acceleration is applied to various output statistics in the FBP standard. This value should only applicable to point ignitions. If FALSE, then the fire is assumed to be always at equilibrium. `CWFGM_SCENARIO_OPTION_BUI` Boolean. If TRUE, then the BUI build-up effect is applied to various statistics in the FBP standard. `CWFGM_SCENARIO_OPTION_TOPOGRAPHY` Boolean. If TRUE, then the slope component to calculating the WSV output statistic in the FBP standard is set to 0.0. If TRUE, then the wind speed is used as provided. This setting also affects the slope component in Dr. Richards' 3D equations. `CWFGM_SCENARIO_OPTION_GREENUP` Boolean. Specific FBP fuel types use different equations during green-up. This flag determines whether to use green-up equations or not. `CWFGM_SCENARIO_OPTION_WIND` Boolean. If FALSE, then the wind component to calculating the WSV statistic in the FBP standard is set to 0.0. If TRUE, then the wind speed is used as provided. bit flags, defined in FireEngine_Ext.h For consistency of outputs, these flags should match those provided to determine the ROS values.
cfb	Calculated value, crown fraction burned (unitless).
cfc	Calculated value, crown fuel consumption (kg/m2).
rso	Calculated value, critical spread rate for crowning
csi	Calculated value, critical surface intensity for crowning
sfc	Calculated value, surface fuel consumption (kg/m2).
tfc	Calculated value, total fuel consumption (kg/m2).
fi	Calculated value, fire intensity

ICWFGM_Fuel::CalculateROSValues	(	[in] double	GS,
		[in] double	SAZ,
		[in] double	WS,
		[in] double	WAZ,
		[in] double	BUI,
		[in] double	FMC,
		[in] double	FFMC,
		[in] double	fF,
		[in] ULONGLONG	t,
		[in] ULONGLONG	ffmc_t,
		[in] short	flag,
		[out] double *	rss,
		[out] double *	roseq,
		[out] double *	ros,
		[out] double *	frss,
		[out] double *	froseq,
		[out] double *	fros,
		[out] double *	brss,
		[out] double *	broseq,
		[out] double *	bros,
		[out] double *	wsv,
		[out] double *	raz
	)

Given several input parameters, calculates various of rate of spread (ROS) values. The specific set of equations used to calculate ROS values is determined by the fuel type and/or any modifications which have been applied. Automatic caching of previously calculated values is performed for efficiency.

Parameters

GS	Percentage ground slope specified as a decimal value (0 - 1)
SAZ	Slope azimuth, upslope (radians, Cartesian)
WS	Observed wind speed (kph)
WAZ	Wind azimuth (radians, Cartesian)
BUI	Buildup index (FWI output)
FMC	Foliar moisture code (FBP output) (0-1)
FFMC	Fine fuel moister code (FWI output)
fF	Fine fuel moisture function in the ISI (FWI output)
t	Time in seconds since ignition, used for purposes of calculating acceleration
ffmc_t	Time in seconds for the duration used to calculate FFMC
flag	A combination of `CWFGM_SCENARIO_OPTION_ACCEL` Boolean. If TRUE, then acceleration is applied to various output statistics in the FBP standard. This value should only applicable to point ignitions. If FALSE, then the fire is assumed to be always at equilibrium. `CWFGM_SCENARIO_OPTION_BUI` Boolean. If TRUE, then the BUI build-up effect is applied to various statistics in the FBP standard. `CWFGM_SCENARIO_OPTION_TOPOGRAPHY` Boolean. If TRUE, then the slope component to calculating the WSV output statistic in the FBP standard is set to 0.0. If TRUE, then the wind speed is used as provided. This setting also affects the slope component in Dr. Richards' 3D equations. `CWFGM_SCENARIO_OPTION_GREENUP` Boolean. Specific FBP fuel types use different equations during green-up. This flag determines whether to use green-up equations or not. `CWFGM_SCENARIO_OPTION_WIND` Boolean. If FALSE, then the wind component to calculating the WSV statistic in the FBP standard is set to 0.0. If TRUE, then the wind speed is used as provided. bit flags, defined in FireEngine_Ext.h
rss	Calculated value, RSS (metres per minute)
roseq	Calculated value, ROSeq (equilibrium rate of spread) (metres per minute)
ros	Calculated value, ROS (rate of spread) (metres per minute)
frss	Calculated value, FRSS (flank RSS) (metres per minute)
froseq	Calculated value, FROSeq (flank equilibrium rate of spread) (metres per minute)
fros	Calculated value, FROS (flank rate of spread) (metres per minute)
brss	Calculated value, BRSS (back RSS) (metres per minute)
broseq	Calculated value, BROSeq (back equilibrium rate of spread) (metres per minute)
bros	Calculated value, BROS (back rate of spread) (metres per minute)
wsv	Calculated value, WSV (wind speed vector) (metres per minute)
raz	Calculated value, RAZ (wind speed vector azimuth) (radians, Cartesian)

ICWFGM_Fuel::CalculateStatistics	(	[in] double	ROS,
		[in] double	FROS,
		[in] double	BROS,
		[in] double	CFB,
		[in] ULONGLONG	time,
		[in] short	flag,
		[out] double *	area,
		[out] double *	perimeter
	)

Calculates statistics of the theoretical ellipse defined by ROS, FROS, BROS. To match the CFS code, these values should be equilibrium values. To match Prometheus implementations, these should values should be instantaneous, after corrections through any ellipse equations.

Parameters

ROS	Rate of spread (metres per minute).
FROS	Flank rate of spread (metres per minute).
BROS	Back rate of spread (metres per minute).
CFB	Crown fraction burned.
time	Time since fire start, important if acceleration is turned on.
flag	A combination of `CWFGM_SCENARIO_OPTION_ACCEL` Boolean. If TRUE, then acceleration is applied to various output statistics in the FBP standard. This value should only applicable to point ignitions. If FALSE, then the fire is assumed to be always at equilibrium. `CWFGM_SCENARIO_OPTION_BUI` Boolean. If TRUE, then the BUI build-up effect is applied to various statistics in the FBP standard. `CWFGM_SCENARIO_OPTION_TOPOGRAPHY` Boolean. If TRUE, then the slope component to calculating the WSV output statistic in the FBP standard is set to 0.0. If TRUE, then the wind speed is used as provided. This setting also affects the slope component in Dr. Richards' 3D equations. `CWFGM_SCENARIO_OPTION_GREENUP` Boolean. Specific FBP fuel types use different equations during green-up. This flag determines whether to use green-up equations or not. `CWFGM_SCENARIO_OPTION_WIND` Boolean. If FALSE, then the wind component to calculating the WSV statistic in the FBP standard is set to 0.0. If TRUE, then the wind speed is used as provided. bit flags, defined in FireEngine_Ext.h. For consistency of outputs, these flags should match those provided to determine the ROS values.
area	Calculated value, fire area.
perimeter	Calculated value, fire perimeter.

ICWFGM_Fuel::Clone ( [out] ICWFGM_Fuel ** newFuel )

Creates a new fuel object with properties which are identical to that of the object being called, returns a handle to the new object in newFuel.

Parameters

newFuel Address of memory to contain the reference for a newly created fuel object

ICWFGM_Fuel::FMC	(	[in] double	latitude,
		[in] double	longitude,
		[in] double	elev,
		[in] unsigned short	day,
		[out, retval] double *	fmc
	)

Calculates the FMC (foliar moisture content) value based on several parameters. If elevation is negative, then the normalized latitude is calculated based on equation 1 of "Development and the Structure of the Canadian Forest Fire Behaviour Prediction System -Information Report ST-X-3", otherwise it is calculated from equation 3. Similarly, minimum FMC is calculated using either equation 2 or 4. If the latitude and longitude are outside the general extents of Canada (latitude: 42 to 83 degrees, longitude: -52 to -141 degrees), then the latitude and/or longitude are modified to be within these ranges.

Parameters

latitude	Specific location (latitude, radians, signed) on the earth's surface.
longitude	Specific location (longitude, radians, signed) on the earth's surface.
elev	Elevation of the specific location (metres) from sea level.
day	Julian day (day of the year, 0-365)
fmc	The calculated FMC value (percentage value expressed as a decimal 0-1)

ICWFGM_Fuel::GetAttribute	(	[in] unsigned short	option,
		[out, retval] VARIANT *	value
	)

Polymorphic. Gets a particular attribute for a fuel. Each fuel type comprises of a variety of equations and values. This function allows the client application to retrieve most any value that would define some aspect of the calculations for this fuel type.

Parameters

option	This parameter identifies which attribute value to retrieve.
value	The value of the attribute being requested.

ICWFGM_Fuel::GetDefaultCLSID ( [out, retval] CLSID * clsID )

Returns the default CLSID for this fuel type. A CLSID is the identifier for the class of a COM object. For read-only fuel types, this value is set to the same class as itself. I.e., it's default fuel type is itself. For read/write fuel types which were cloned from another fuel type, this value is set to the class of the original default fuel type used to create it. I.e., if a C-1 fuel type was cloned into a read/write fuel type, this value would be the CLSID for the C-1 read-only fuel type. This value is unused by this COM DLL and may be removed in future releases. Its purpose is to facilitate the client application ability to reset a fuel type back to its default values.

Parameters

clsID return value for CLSID

ICWFGM_Fuel::IsC6FuelType ( [out, retval] VARIANT_BOOL * retbool )

Reports whether the fuel type is C-6. This fuel type information is retained after cloning a read-only template into a read/write fuel type. This information will become invalid once an equation in the read/write fuel has been replaced.

Parameters

retbool result of the test

ICWFGM_Fuel::IsConiferFuelType ( [out, retval] VARIANT_BOOL * retbool )

Reports whether the fuel type is C-1, C-2, C-3, C-4, C-5, C-6, or C-7. This fuel type information is retained after cloning a read-only template into a read/write fuel type. This information will become invalid once an equation in the read/write fuel has been replaced.

Parameters

retbool result of the test

ICWFGM_Fuel::IsDeciduousFuelType ( [out, retval] VARIANT_BOOL * retbool )

Reports whether the fuel type is D-1 or D-2. This fuel type information is retained after cloning a read-only template into a read/write fuel type. This information will become invalid once an equation in the read/write fuel has been replaced.

Parameters

retbool result of the test

ICWFGM_Fuel::ISF	(	[in] double	RSF,
		[in] double	SF,
		[in] double	ISZ,
		[in] short	flag,
		[out] double *	isfValue
	)

Calculates the value for ISF based on parameters passed in. Note that this method is used by mixed fuel types only and likely should not be called directly. Automatic caching of previously calculated values is performed for efficiency.

Parameters

RSF	Intermediate output for calculating ROS values.
SF	Slope factor.
ISZ	Dead wind ISI.
flag	A combination of `CWFGM_SCENARIO_OPTION_ACCEL` Boolean. If TRUE, then acceleration is applied to various output statistics in the FBP standard. This value should only applicable to point ignitions. If FALSE, then the fire is assumed to be always at equilibrium. `CWFGM_SCENARIO_OPTION_BUI` Boolean. If TRUE, then the BUI build-up effect is applied to various statistics in the FBP standard. `CWFGM_SCENARIO_OPTION_TOPOGRAPHY` Boolean. If TRUE, then the slope component to calculating the WSV output statistic in the FBP standard is set to 0.0. If TRUE, then the wind speed is used as provided. This setting also affects the slope component in Dr. Richards' 3D equations. `CWFGM_SCENARIO_OPTION_GREENUP` Boolean. Specific FBP fuel types use different equations during green-up. This flag determines whether to use green-up equations or not. `CWFGM_SCENARIO_OPTION_WIND` Boolean. If FALSE, then the wind component to calculating the WSV statistic in the FBP standard is set to 0.0. If TRUE, then the wind speed is used as provided. bit flags, defined in FireEngine_Ext.h.
isfValue	the calculated ISF value

ICWFGM_Fuel::IsGrassFuelType ( [out, retval] VARIANT_BOOL * retbool )

Reports whether the fuel type is O-1a or O-1b. This fuel type information is retained after cloning a read-only template into a read/write fuel type. This information will become invalid once an equation in the read/write fuel has been replaced.

Parameters

retbool result of the test

ICWFGM_Fuel::IsMixedDeadFirFuelType ( [out,retval] VARIANT_BOOL * retbool )

Reports whether the fuel type is M-3 or M-4. This fuel type information is retained after cloning a read-only template into a read/write fuel type. This information will become invalid once an equation in the read/write fuel has been replaced.

Parameters

retbool result of the test

ICWFGM_Fuel::IsMixedFuelType ( [out, retval] VARIANT_BOOL * retbool )

Reports whether the fuel type is M-1 or M-2. This fuel type information is retained after cloning a read-only template into a read/write fuel type. This information will become invalid once an equation in the read/write fuel has been replaced.

Parameters

retbool result of the test

ICWFGM_Fuel::IsNonFuel ( [out,retval] VARIANT_BOOL * retbool )

Reports whether the fuel type is a non-fuel. This fuel type information is retained after cloning a read-only template into a read/write fuel type. This information will become invalid once an equation in the read/write fuel has been replaced.

Parameters

retbool result of the test

ICWFGM_Fuel::IsSlashFuelType ( [out,retval] VARIANT_BOOL * retbool )

Reports whether the fuel type is S-1, S-2, or S-3. This fuel type information is retained after cloning a read-only template into a read/write fuel type. This information will become invalid once an equation in the read/write fuel has been replaced.

Parameters

retbool result of the test

ICWFGM_Fuel::MT_Lock	(	[in] unsigned short	exclusive,
		[in] unsigned short	obtain
	)

Changes the state of the object with respect to access rights. When the object is used by an active simulation, it must not be modified. When the object is somehow modified, it must be done so in an atomic action to prevent concerns with arising from multithreading. Note that these locks are only needed for calls to this object via this interface. Method calls from the other interface are already multithreading friendly.

Parameters

exclusive	TRUE if the requester wants a write lock, false for read/shared access
obtain	TRUE to obtain the lock, FALSE to release the lock. If this is FALSE, then the exclusive parameter must match the initial call used to obtain the lock.

ICWFGM_Fuel::RSI	(	[in] double	FFMC,
		[in] double	BUI,
		[in] double	FMC,
		[in] double	ISI,
		[in] short	flag,
		[out,retval] double *	rsi
	)

Calculates RSI (initial rate of spread) without BUI effect. Note that this routine may seem redundant to CalculateROSValues() but is used by mixed fuel types. Typically CalculateROSValues) should be called. Automatic caching of previously calculated values is performed for efficiency.

Parameters

FFMC	Fine fuel moister code (FWI output)
BUI	Buildup index (FWI output)
FMC	Foliar moisture code (FBP output) (0-1)
ISI	Initial spread index (FWI output). Note that the FBP version of the ISI calculation (in the FWI module) should be used.
flag	A combination of `CWFGM_SCENARIO_OPTION_ACCEL` Boolean. If TRUE, then acceleration is applied to various output statistics in the FBP standard. This value should only applicable to point ignitions. If FALSE, then the fire is assumed to be always at equilibrium. `CWFGM_SCENARIO_OPTION_BUI` Boolean. If TRUE, then the BUI build-up effect is applied to various statistics in the FBP standard. `CWFGM_SCENARIO_OPTION_TOPOGRAPHY` Boolean. If TRUE, then the slope component to calculating the WSV output statistic in the FBP standard is set to 0.0. If TRUE, then the wind speed is used as provided. This setting also affects the slope component in Dr. Richards' 3D equations. `CWFGM_SCENARIO_OPTION_GREENUP` Boolean. Specific FBP fuel types use different equations during green-up. This flag determines whether to use green-up equations or not. `CWFGM_SCENARIO_OPTION_WIND` Boolean. If FALSE, then the wind component to calculating the WSV statistic in the FBP standard is set to 0.0. If TRUE, then the wind speed is used as provided. bit flags, defined in FireEngine_Ext.h. For consistency of outputs, these flags should match those provided to determine the ROS value.
rsi	Returned calculated RSI

ICWFGM_Fuel::SetAttribute	(	[in] unsigned short	option,
		[in] VARIANT	value
	)

Sets a particular attribute for a fuel. This method can be used to modify some generic value associated with the fuel, or most any coefficient of specific equations used to calculated values for the fuel.

Parameters

option	This parameter identifies which attribute value to retrieve.
value	The value of the attribute being requested.

ICWFGM_Fuel::SFC	(	[in] double	FFMC,
		[in] double	BUI,
		[in] short	flag,
		[out,retval] double *	sfc
	)

Calculates the SFC (surface fuel consumption) value based on several parameters. Note that this routine may seem redundant to CalculateFCValues() but is used by mixed fuel types. Typically, the CalculateFCValues() method should be called. Automatic caching of previously calculated values is performed for efficiency.

Parameters

FFMC	Fine fuel moister code (FWI output)
BUI	Buildup index (FWI output)
flag	A combination of `CWFGM_SCENARIO_OPTION_ACCEL` Boolean. If TRUE, then acceleration is applied to various output statistics in the FBP standard. This value should only applicable to point ignitions. If FALSE, then the fire is assumed to be always at equilibrium. `CWFGM_SCENARIO_OPTION_BUI` Boolean. If TRUE, then the BUI build-up effect is applied to various statistics in the FBP standard. `CWFGM_SCENARIO_OPTION_TOPOGRAPHY` Boolean. If TRUE, then the slope component to calculating the WSV output statistic in the FBP standard is set to 0.0. If TRUE, then the wind speed is used as provided. This setting also affects the slope component in Dr. Richards' 3D equations. `CWFGM_SCENARIO_OPTION_GREENUP` Boolean. Specific FBP fuel types use different equations during green-up. This flag determines whether to use green-up equations or not. `CWFGM_SCENARIO_OPTION_WIND` Boolean. If FALSE, then the wind component to calculating the WSV statistic in the FBP standard is set to 0.0. If TRUE, then the wind speed is used as provided. bit flags, defined in FireEngine_Ext.h
sfc	the calculated SFC value

Property Documentation

Property ICWFGM_Fuel::Name

getproperty

Return the name of the fuel type

Parameters

pVal	Name of the fuel type

Property ICWFGM_Fuel::UserData

getsetproperty

This property is unused by this object, and is available for exclusive use by the client code. It is a VARIANT value to ensure that the client code can store a pointer value (if it chooses) for use in manual subclassing this object. This value is not loaded or saved during serialization operations, and it is the responsibility of the client code to manage any value or object stored here. Access to this property is not thread-safe.

Parameters

pVal	when retrieving the property
newVal	when setting the property

COM Programmer Documentation

Public Member Functions

Properties

Detailed Description

Member Function Documentation

Property Documentation