Uses of Class
org.harctoolbox.ircore.IrSignal
Packages that use IrSignal
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Uses of IrSignal in org.harctoolbox.analyze
Methods in org.harctoolbox.analyze that return IrSignalModifier and TypeMethodDescriptionRepeatFinder.RepeatFinderData.chopIrSequence(ModulatedIrSequence irSequence) static IrSignalstatic IrSignalRepeatFinder.findRepeat(ModulatedIrSequence irSequence) static IrSignalRepeatFinder.findRepeat(ModulatedIrSequence irSequence, Double absoluteTolerance, Double relativeTolerance) static IrSignalRepeatFinder.findRepeatClean(ModulatedIrSequence irSequence) static IrSignalRepeatFinder.findRepeatClean(ModulatedIrSequence irSequence, Double absoluteTolerance, Double relativeTolerance) Analyzer.repeatReducedIrSignal(int number) CleanerParser.toIrSignal(Double fallbackFrequency, Double dummyGap) Tries to interpret the string argument as one of our known formats, and return an IrSignal.RepeatFinder.toIrSignal(IrSequence irSequence, double frequency) RepeatFinder.toIrSignal(ModulatedIrSequence irSequence) RepeatFinderParser.toIrSignal(Double fallbackFrequency, Double dummyGap) Tries to interpret the string argument as one of our known formats, and return an IrSignal.CleanerParser.toIrSignalChop(Double fallbackFrequency, double threshold) RepeatFinder.toIrSignalClean(ModulatedIrSequence irSequence) RepeatFinderParser.toIrSignalClean()RepeatFinderParser.toIrSignalClean(Double fallbackFrequency, Double dummyGap) Methods in org.harctoolbox.analyze with parameters of type IrSignalConstructors in org.harctoolbox.analyze with parameters of type IrSignal -
Uses of IrSignal in org.harctoolbox.ircore
Fields in org.harctoolbox.ircore declared as IrSignalMethods in org.harctoolbox.ircore that return IrSignalModifier and TypeMethodDescriptionIrSignal.clone()protected static IrSignalAbstractIrParser.mkIrSignal(String[] codes, Double fallbackFrequency, Double dummyGap) protected static IrSignalAbstractIrParser.mkIrSignal(List<IrSequence> list, Double frequency) static IrSignalPronto.parse(int[] ccf) Creates a new IrSignals by interpreting its argument as CCF signal.static IrSignalCreates a new IrSignals by interpreting its argument as CCF string.static IrSignalCreates a new IrSignals by interpreting its argument as CCF string.static IrSignalCreates a new IrSignals by interpreting its argument as CCF string.static IrSignalCreates a new IrSignals by interpreting its argument as CCF string.static IrSignalstatic IrSignalstatic IrSignalPronto.parseLoose(String ccfString) final IrSignalAbstractIrParser.toIrSignal()final IrSignalAbstractIrParser.toIrSignal(Double fallbackFrequency) Tries to interpret the string argument as one of our known formats, and return an IrSignal.abstract IrSignalAbstractIrParser.toIrSignal(Double fallbackFrequency, Double dummyGap) BracketedIrSignalParser.toIrSignal(Double fallbackFrequency, Double dummyGap) IrSignalParser.toIrSignal(Double fallbackFrequency, Double dummyGap) ModulatedIrSequence.toIrSignal()MultilineIrSignalParser.toIrSignal(Double fallbackFrequency, Double dummyGap) MultiParser.toIrSignal(Double fallbackFrequency, Double dummyGap) ProntoParser.toIrSignal(Double fallbackFrequency, Double dummyGap) Tries to interpret the string argument as Pronto.protected IrSignalProntoParser.toIrSignal(Double fallbackFrequency, Double dummyGap, boolean loose) ProntoParserLoose.toIrSignal(Double fallbackFrequency, Double dummyGap) Tries to interpret the string argument as Pronto.AbstractIrParser.toIrSignalChop(Double fallbackFrequency, double threshold) IrSignal.toOneShot(int count) Returns an IrSignal consisting of count repetitions (count semantic) as the intro sequence, while repeat and ending are empty.Methods in org.harctoolbox.ircore with parameters of type IrSignalModifier and TypeMethodDescriptionbooleanIrSignal.approximatelyEquals(IrSignal irSignal) Compares two ModulatedIrSequences for (approximate) equality.booleanIrSignal.approximatelyEquals(IrSignal irSignal, double absoluteTolerance, double relativeTolerance, double frequencyTolerance) Compares two ModulatedIrSequences for (approximate) equality.static int[]CCF array of complete signal, i.e.static StringComputes the ("long", raw) CCF string, if possible.Constructors in org.harctoolbox.ircore with parameters of type IrSignal -
Uses of IrSignal in org.harctoolbox.irp
Methods in org.harctoolbox.irp that return IrSignalModifier and TypeMethodDescriptionstatic IrSignalShortPronto.parse(int[] ccf) Creates a new IrSignals by interpreting its argument as CCF signal.static IrSignalCreates a new IrSignals by interpreting its argument as CCF string.static IrSignalNamedProtocol.render(NameEngine nameEngine) Protocol.toIrSignal(Map<String, Long> params) Protocol.toIrSignal(NameEngine nameEngine) Renders the protocol.ShortProntoParser.toIrSignal(Double fallbackFrequency, Double dummyGap) Tries to interpret the string argument as Pronto.Methods in org.harctoolbox.irp with parameters of type IrSignalModifier and TypeMethodDescriptionDecoder.decodeIrSignal(IrSignal irSignal) Decoder.decodeIrSignal(IrSignal irSignal, Decoder.DecoderParameters parameters) Delivers a Map of Decodes from an IrSignal.Decoder.decodeIrSignalWithFallback(IrSignal irSignal, Decoder.DecoderParameters decoderParams) Decoder.decodeLoose(IrSignal irSignal, Decoder.DecoderParameters decoderParams) This version overrides a version inProtocol.NamedProtocol.recognize(IrSignal irSignal, Decoder.DecoderParameters params) Protocol.recognize(IrSignal irSignal, boolean strict, double frequencyTolerance, double absoluteTolerance, double relativeTolerance, double minimumLeadout) Tries to match the IrSignal in the argument.If it matches, return the matching parametewith the found parameters with their actual values.If no match, throws a SignalRecognitionException.Protocol.recognize(IrSignal irSignal, Decoder.DecoderParameters parameters) static StringComputes the "short" Pronto form of some signals, if possible,.static StringComputes the "short" Pronto form of some signals, if possible,.