|   | TicksAlignToSubsecondDistribution Method | 
        
        
            Returns a floor-aligned sub-second distribution timestamp for given timestamp.
            
        
        Namespace: GSFAssembly: GSF.Core (in GSF.Core.dll) Version: 2.4.257-beta+00aa2366fbb9ec75f636ebc7cfa610e3826a727c
 Syntax
Syntaxpublic static Ticks AlignToSubsecondDistribution(
	Ticks timestamp,
	int samplesPerSecond,
	long timeResolution
)
Public Shared Function AlignToSubsecondDistribution ( 
	timestamp As Ticks,
	samplesPerSecond As Integer,
	timeResolution As Long
) As Ticks
public:
static Ticks AlignToSubsecondDistribution(
	Ticks timestamp, 
	int samplesPerSecond, 
	long long timeResolution
)
static member AlignToSubsecondDistribution : 
        timestamp : Ticks * 
        samplesPerSecond : int * 
        timeResolution : int64 -> Ticks GSF.Ticks.AlignToSubsecondDistribution = function(timestamp, samplesPerSecond, timeResolution);
Parameters
- timestamp  Ticks
- Timestamp to align.
- samplesPerSecond  Int32
- Samples per second to use for distribution.
- timeResolution  Int64
- Defines the time resolution to use when aligning timestamp to its proper distribution timestamp.
Return Value
TicksA floor-aligned sub-second distribution timestamp for given 
timestamp.
 Remarks
Remarks
            Time resolution value is typically a power of 10 based on the number of ticks per the desired resolution. The following table defines
            common resolutions and their respective 
timeResolution values:
            
            If source timestamps have variation, i.e., they are not aligned within common distributions, the 
timeResolution
            can be adjusted to include slack to accommodate the variance. When including slack in the time resolution, the value will depend
            on the 
samplesPerSecond, for example: you could use 330,000 for 30 samples per second, 160,000 for 60 samples
            per second, and 80,000 for 120 samples per second. Actual slack value may need to be more or less depending on the size of the
            source timestamp variation.
            
 See Also
See Also