Uses of Class
org.harctoolbox.ircore.InvalidArgumentException
Packages that use InvalidArgumentException
Package
Description
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Uses of InvalidArgumentException in org.harctoolbox.analyze
Methods in org.harctoolbox.analyze that throw InvalidArgumentExceptionModifier and TypeMethodDescriptionstatic IrSequenceCleaner.clean(IrSequence irSequence) static IrSequenceCleaner.clean(IrSequence irSequence, Double absoluteTolerance, Double relativeTolerance) static IrSignalstatic ModulatedIrSequenceCleaner.clean(ModulatedIrSequence irSequence) static ModulatedIrSequenceCleaner.clean(ModulatedIrSequence irSequence, Double absoluteTolerance, Double relativeTolerance) static IrSignalRepeatFinder.findRepeatClean(ModulatedIrSequence irSequence) static IrSignalRepeatFinder.findRepeatClean(ModulatedIrSequence irSequence, Double absoluteTolerance, Double relativeTolerance) CleanerParser.toIrSequence(Double dummyGap) CleanerParser.toIrSignal(Double fallbackFrequency, Double dummyGap) Tries to interpret the string argument as one of our known formats, and return an IrSignal.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) CleanerParser.toListChop(double threshold, Double dummyGap) CleanerParser.toModulatedIrSequence(Double fallbackFrequency, Double dummyGap) Constructors in org.harctoolbox.analyze that throw InvalidArgumentExceptionModifierConstructorDescriptionAnalyzer(int[] data) Analyzer(Collection<? extends IrSequence> irSequenceList, Double frequency, boolean invokeRepeatFinder, Double absoluteTolerance, Double relativeTolerance) Analyzer(IrSequence irSequence) Analyzer(IrSequence irSequence, boolean invokeRepeatFinder) Analyzer(IrSequence irSequence, Double frequency, boolean invokeRepeatFinder) Analyzer(IrSequence irSequence, Double frequency, boolean invokeRepeatFinder, Double absoluteTolerance, Double relativeTolerance) Analyzer(IrSequence irSequence, Double absoluteTolerance, Double relativeTolerance) Analyzer(ModulatedIrSequence irSequence, boolean invokeRepeatFinder, Double absoluteTolerance, Double relativeTolerance) protectedCleaner(int[] data, int[] indices, boolean signalMode, Double absoluteTolerance, Double relativeTolerance) Cleaner(IrSequence irSequence) Cleaner(IrSequence irSequence, Double absoluteTolerance, Double relativeTolerance) -
Uses of InvalidArgumentException in org.harctoolbox.cmdline
Methods in org.harctoolbox.cmdline that throw InvalidArgumentExceptionModifier and TypeMethodDescriptionvoidCommandDecode.decode(PrintStream out, CommandCommonOptions commandLineArgs, IrpDatabase irpDatabase) voidCommandDemodulate.demodulate(PrintStream out, CommandCommonOptions commandLineArgs) -
Uses of InvalidArgumentException in org.harctoolbox.ircore
Subclasses of InvalidArgumentException in org.harctoolbox.ircoreModifier and TypeClassDescriptionfinal classThrown when an IrSequence has a length that is not an even number.Methods in org.harctoolbox.ircore that throw InvalidArgumentExceptionModifier and TypeMethodDescriptionIrSequence.append(double delay) Appends a delay to the end of the IrSequence.ModulatedIrSequence.append(double delay) Appends a delay to the end of the ModulatedIrSequence.ModulatedIrSequence.append(ModulatedIrSequence tail) static doublePronto.frequency(int code) Computes the carrier frequency in Hz.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) static intPronto.pulses(double time, double frequency) Computes number of cycles of the carrier the first argument will require.static intPronto.pulsesMicroSeconds(double time, double frequency) Computes number of cycles of the carrier the first argument will require.static doublePronto.pulseTime(int code) Computes pulse time in seconds.IrSequence.subSequence(int start, int length) Returns a new IrSequence consisting of the length durations.static int[]CCF array of complete signal, i.e.final IrSequenceAbstractIrParser.toIrSequence()AbstractIrParser.toIrSequence(Double dummyGap) IrSignalParser.toIrSequence(Double dummyGap) MultiParser.toIrSequence(Double dummyGap) 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) IrSignalParser.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) final List<IrSequence> AbstractIrParser.toList()final List<IrSequence> AbstractIrParser.toListChop(double threshold) AbstractIrParser.toListChop(double threshold, Double dummyGap) Equivalent to toIrSequence().chop(threshold);final ModulatedIrSequenceAbstractIrParser.toModulatedIrSequence()final ModulatedIrSequenceAbstractIrParser.toModulatedIrSequence(Double fallbackFrequency) AbstractIrParser.toModulatedIrSequence(Double fallbackFrequency, Double dummyGap) IrSignalParser.toModulatedIrSequence(Double fallbackFrequency, Double dummyGap) MultilineIrSignalParser.toModulatedIrSequence(Double fallbackFrequency, Double dummyGap) MultiParser.toModulatedIrSequence(Double fallbackFrequency, Double dummyGap) IrSequence.truncate(int length) Returns a new IrSequence consisting of the first length durations.Constructors in org.harctoolbox.ircore that throw InvalidArgumentExceptionModifierConstructorDescriptionIrSequence(int[] idata, int offset, int length) Constructs an IrSequence from the parameter data.IrSequence(IrSequence src, int start, int length) IrSignal(int[] durations, int noIntro, int noRepeat, double frequency) Constructs an IrSignal from its arguments.Constructs an IrSignal from its arguments.IrSignal(IrSequence irSequence, int noIntro, int noRepeat, Double frequency, Double dutyCycle) IrSignal(ModulatedIrSequence sequence, int beginningLength, int repeatLength, int noRepeats) Constructs an IrSignal.ModulatedIrSequence(ModulatedIrSequence src, int start, int length) -
Uses of InvalidArgumentException in org.harctoolbox.irp
Methods in org.harctoolbox.irp that throw InvalidArgumentExceptionModifier and TypeMethodDescriptiondoubleDuration.getTimeInUnits()static StringShortPronto.long2short(String longString) Equivalent to parse(String) followed by parse(IrString).static 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 IrSignalShortProntoParser.toIrSignal(Double fallbackFrequency, Double dummyGap) Tries to interpret the string argument as Pronto.static StringComputes the "short" Pronto form of some signals, given by protocol number and parameter values.