{ "_id": "6a1f0668b401979e7341bbc7", "Package": "sonar", "Type": "Package", "Title": "Fundamental Formulas for Sonar", "Version": "1.0.2", "Encoding": "UTF-8", "Authors@R": "c(person(given = \"Jose\", family = \"Gama\", role = c(\"aut\",\"cre\"),email = \"rxprtgama@gmail.com\") )", "Description": "Formulas for calculating sound velocity, water pressure,\ndepth, density, absorption and sonar equations.", "License": "GPL (>= 3)", "Packaged": { "Date": "2026-05-18 07:06:47 UTC", "User": "root" }, "Author": "Jose Gama [aut, cre]", "Maintainer": "Jose Gama ", "NeedsCompilation": "no", "Repository": "https://cran.r-universe.dev", "Date/Publication": "2016-09-15 15:46:37 UTC", "RemoteUrl": "https://github.com/cran/sonar", "RemoteRef": "HEAD", "RemoteSha": "c054c140714acb507a7e9d9d481149c9b3c38143", "MD5sum": "00ee3384f82124f6383c794e0ba84766", "_user": "cran", "_type": "src", "_file": "sonar_1.0.2.tar.gz", "_fileid": "a226c06311745034f8209f6ec7796ecda83700123de481084d737ecf741e3038", "_filesize": 244736, "_sha256": "a226c06311745034f8209f6ec7796ecda83700123de481084d737ecf741e3038", "_created": "2026-05-18T07:06:47.000Z", "_published": "2026-06-02T16:35:52.101Z", "_distro": "noble", "_jobs": [ { "job": 79122058683, "time": 110, "config": "linux-devel-x86_64", "r": "4.7.0", "check": "OK", "artifact": "7051487365" }, { "job": 79122059063, "time": 104, "config": "linux-release-x86_64", "r": "4.6.0", "check": "OK", "artifact": "7051486129" }, { "job": 79122057506, "time": 126, "config": "source", "r": "4.6.0", "check": "OK", "artifact": "7051458406" }, { "job": 79122057904, "time": 78, "config": "wasm-release", "r": "4.6.0", "check": "OK", "artifact": "7363921940" } ], "_buildurl": "https://github.com/r-universe/cran/actions/runs/26018679147", "_status": "success", "_host": "GitHub-Actions", "_upstream": "https://github.com/cran/sonar", "_commit": { "id": "c054c140714acb507a7e9d9d481149c9b3c38143", "author": "Jose Gama ", "committer": "cran-robot ", "message": "version 1.0.2\n", "time": 1473954397 }, "_maintainer": { "name": "Jose Gama", "email": "rxprtgama@gmail.com" }, "_registered": true, "_dependencies": [ { "package": "R", "version": ">= 2.7.0", "role": "Depends" } ], "_owner": "cran", "_selfowned": false, "_usedby": 0, "_updates": [], "_tags": [], "_stars": 0, "_userbio": { "uuid": 6899542, "type": "organization", "name": "cran", "description": "Unofficial read-only mirror of all CRAN R packages" }, "_downloads": { "count": 161, "source": "https://cranlogs.r-pkg.org/downloads/total/last-month/sonar" }, "_searchresults": 89, "_rbuild": "4.6.0", "_assets": [ "extra/citation.cff", "extra/citation.html", "extra/citation.json", "extra/citation.txt", "extra/contents.json", "extra/sonar.html", "manual.pdf" ], "_realowner": "cran", "_cranurl": false, "_releases": [ { "version": "1.0.2", "date": "2016-09-15" } ], "_exports": [ "AbsorptionAlphaAinslieMcColm", "AbsorptionAlphaFisherSimmons", "AbsorptionSoundFreshWaterFrancoisGarrison", "AbsorptionSoundSeaWaterFrancoisGarrison", "BandLevelFlatSpectrum", "BandLevelFromCompleteBand", "BasicActiveSonarEquation", "BasicPassiveSonarEquation", "BasicSonarEquation", "CavitationThresholdEstimateFunctionOfDepth", "CavitationThresholdEstimateFunctionOfRadiatedAcousticPowerIntensity", "CutoffFrequencyShallowWater", "CutoffFrequencyWater", "DepthToPressureLeroyParthiot", "DetectionIndex", "fuelStabilizer", "HydrophoneSensitivity", "InternationalFormulaForGravity", "MaximumRadiatedPowerToAvoidCavitation", "MolecularRelaxationAttenuationCoeficientApproximation", "PeakTS", "PlaneWaveIntensity", "PlaneWavePressure", "PLcylindricalSpreadingLaw", "PLSphericalSpreadingAndAbsorption", "PLsphericalSpreadingLaw", "PowerCylindricalSpreadingLaw", "PowerSphericalSpreadingLaw", "PressureBalticSimplifiedLeroy", "PressureBlackSeaSimplifiedLeroy", "PressureModifiedSimplifiedLeroy", "PressureSimplifiedLeroy", "PressureToDepthLeroyParthiot", "PressureToDepthSaundersFofonoff", "ProjectorSensitivityPower", "ProjectorSensitivityVoltage", "PropagationLoss", "RangeResolutionCHIRP", "RangeResolutionMonotonic", "SLdirectionalProjector", "SLomnidirectionalProjector", "SonarEquation", "SourceLevel", "SourceLevelToAvoidCavitation", "SpeedOfSound", "SpeedOfSoundAir", "SpeedOfSoundDryAir", "SpeedOfSoundFreshWaterGrossoMader", "SpeedOfSoundHumidAir", "SpeedOfSoundKinslerEtal", "SpeedOfSoundPureWaterBelogolskiiSekoyanEtal", "SpeedOfSoundPureWaterBilaniukWong112", "SpeedOfSoundPureWaterBilaniukWong148", "SpeedOfSoundPureWaterBilaniukWong36", "SpeedOfSoundPureWaterLubbersandGraaffSEa", "SpeedOfSoundPureWaterLubbersandGraaffSEb", "SpeedOfSoundPureWaterMarczak", "SpeedOfSoundSeaWaterChenAndMillero", "SpeedOfSoundSeaWaterCoppens", "SpeedOfSoundSeaWaterDelGrosso", "SpeedOfSoundSeaWaterFryeAndPugh", "SpeedOfSoundSeaWaterLeroy68", "SpeedOfSoundSeaWaterLeroy69", "SpeedOfSoundSeaWaterLeroyEtAl2008", "SpeedOfSoundSeaWaterLovett1", "SpeedOfSoundSeaWaterLovett2", "SpeedOfSoundSeaWaterLovett3", "SpeedOfSoundSeaWaterMackenzie", "SpeedOfSoundSeaWaterMedwin", "SpeedOfSoundSeaWaterSkone", "SpeedOfSoundSeaWaterWilson", "TargetStrength", "TargetStrengthCircularPlateNormal", "TargetStrengthConvexSurface", "TargetStrengthCylinderNormal", "TargetStrengthCylinderThetaToNormal", "TargetStrengthPlateAnyShape", "TargetStrengthRectangularPlateNormal", "TargetStrengthRectangularPlateThetaToNormal", "TargetStrengthSphere", "TransmitDirectivityIndex" ], "_datasets": [ { "name": "CorrectiveTermsDepthFromPressure", "title": "Corrective terms to be added for obtaining depth from pressure", "object": "CorrectiveTermsDepthFromPressure", "file": "CorrectiveTermsDepthFromPressure.rda", "class": [ "data.frame" ], "fields": [ "No", "Area.of.applicability", "Latitude", "Expression.for.deltaf", "Accuracy" ], "rows": 13, "table": true, "tojson": true }, { "name": "CorrectiveTermsPressureFromDepth", "title": "Corrective terms to be subtracted for obtaining pressure from depth", "object": "CorrectiveTermsPressureFromDepth", "file": "CorrectiveTermsPressureFromDepth.rda", "class": [ "data.frame" ], "fields": [ "No", "Area.of.applicability", "Latitude", "Expression.for.deltah", "Accuracy" ], "rows": 14, "table": true, "tojson": true }, { "name": "MolecularRelaxationAttenuationCoeficient", "title": "Molecular relaxation attenuation coeficient (alpha)", "object": "MolecularRelaxationAttenuationCoeficient", "file": "MolecularRelaxationAttenuationCoeficient.rda", "class": [ "data.frame" ], "fields": [ "temperatureC", "X0.5", "X1", "X2", "X5", "X10", "X20", "X50", "X100", "X200", "X500" ], "rows": 3, "table": true, "tojson": true }, { "name": "SpeedAlgorithmParameterRanges", "title": "Data on Speed of Sound Algorithm Parameter Ranges", "object": "SpeedAlgorithmParameterRanges", "file": "SpeedAlgorithmParameterRanges.rda", "class": [ "data.frame" ], "fields": [ "Reference", "TemperatureRangeMin", "TemperatureRangeMax", "SalinityRangeMin", "SalinityRangeMax", "PressureOrDepthRangeMin", "PressureOrDepthRangeMax", "PressureOrDepthRangeUnits", "StandardError", "NumberOfTerms" ], "rows": 10, "table": true, "tojson": true } ], "_help": [ { "page": "AbsorptionAlphaAinslieMcColm", "title": "Calculation of absorption in sea water from Ainslie and McColm 1998", "topics": [ "AbsorptionAlphaAinslieMcColm" ] }, { "page": "AbsorptionAlphaFisherSimmons", "title": "Calculation of absorption in sea water from Fisher and Simmons 1977", "topics": [ "AbsorptionAlphaFisherSimmons" ] }, { "page": "AbsorptionSoundFreshWaterFrancoisGarrison", "title": "Calculation of absorption of sound in fresh water From Francois & Garrison 1982", "topics": [ "AbsorptionSoundFreshWaterFrancoisGarrison" ] }, { "page": "AbsorptionSoundSeaWaterFrancoisGarrison", "title": "Calculation of absorption of sound in sea water From Francois & Garrison 1982", "topics": [ "AbsorptionSoundSeaWaterFrancoisGarrison" ] }, { "page": "BandLevelFlatSpectrum", "title": "band level (BL) for flat spectrum", "topics": [ "BandLevelFlatSpectrum" ] }, { "page": "BandLevelFromCompleteBand", "title": "band level (BL) from complete band", "topics": [ "BandLevelFromCompleteBand" ] }, { "page": "BasicActiveSonarEquation", "title": "basic active sonar equation", "topics": [ "BasicActiveSonarEquation" ] }, { "page": "BasicPassiveSonarEquation", "title": "basic passive sonar equation", "topics": [ "BasicPassiveSonarEquation" ] }, { "page": "BasicSonarEquation", "title": "basic sonar equation", "topics": [ "BasicSonarEquation" ] }, { "page": "CavitationThresholdEstimateFunctionOfDepth", "title": "Cavitation threshold estimate as a function of depth", "topics": [ "CavitationThresholdEstimateFunctionOfDepth" ] }, { "page": "CavitationThresholdEstimateFunctionOfRadiatedAcousticPowerIntensity", "title": "Cavitation threshold estimate as a function of radiated acoustic power intensity", "topics": [ "CavitationThresholdEstimateFunctionOfRadiatedAcousticPowerIntensity" ] }, { "page": "CorrectiveTermsDepthFromPressure", "title": "Corrective terms to be added for obtaining depth from pressure", "topics": [ "CorrectiveTermsDepthFromPressure" ] }, { "page": "CorrectiveTermsPressureFromDepth", "title": "Corrective terms to be subtracted for obtaining pressure from depth", "topics": [ "CorrectiveTermsPressureFromDepth" ] }, { "page": "CutoffFrequencyShallowWater", "title": "Calculation of cutoff frequency in shallow water from Jensen et Al 2011", "topics": [ "CutoffFrequencyShallowWater" ] }, { "page": "CutoffFrequencyWater", "title": "Calculation of cutoff frequency in water from Jensen et Al 2011", "topics": [ "CutoffFrequencyWater" ] }, { "page": "DepthToPressureLeroyParthiot", "title": "Depth To Pressure from Leroy Parthiot 1998", "topics": [ "DepthToPressureLeroyParthiot" ] }, { "page": "DetectionIndex", "title": "Detection index", "topics": [ "DetectionIndex" ] }, { "page": "fuelStabilizer", "title": "Number of milliliters or drops of stabilizer are needed to stabilize a certain amount of fuel", "topics": [ "fuelStabilizer" ] }, { "page": "HydrophoneSensitivity", "title": "Hydrophone Sensitivity", "topics": [ "HydrophoneSensitivity" ] }, { "page": "InternationalFormulaForGravity", "title": "International Formula For Gravity", "topics": [ "InternationalFormulaForGravity" ] }, { "page": "MaximumRadiatedPowerToAvoidCavitation", "title": "Maximum radiated power to avoid cavitation", "topics": [ "MaximumRadiatedPowerToAvoidCavitation" ] }, { "page": "MolecularRelaxationAttenuationCoeficient", "title": "Molecular relaxation attenuation coeficient (alpha)", "topics": [ "MolecularRelaxationAttenuationCoeficient" ] }, { "page": "MolecularRelaxationAttenuationCoeficientApproximation", "title": "Molecular relaxation attenuation coeficient approximation", "topics": [ "MolecularRelaxationAttenuationCoeficientApproximation" ] }, { "page": "PeakTS", "title": "peak pressure of the incident and reflected pulses", "topics": [ "PeakTS" ] }, { "page": "PlaneWaveIntensity", "title": "Plane wave intensity", "topics": [ "PlaneWaveIntensity" ] }, { "page": "PlaneWavePressure", "title": "Plane wave pressure", "topics": [ "PlaneWavePressure" ] }, { "page": "PLcylindricalSpreadingLaw", "title": "PL to range r cylindrical spreading law in logarithmic form", "topics": [ "PLcylindricalSpreadingLaw" ] }, { "page": "PLSphericalSpreadingAndAbsorption", "title": "PL Spherical Spreading and Absorption", "topics": [ "PLSphericalSpreadingAndAbsorption" ] }, { "page": "PLsphericalSpreadingLaw", "title": "PL to range r spherical spreading law in logarithmic form", "topics": [ "PLsphericalSpreadingLaw" ] }, { "page": "PowerCylindricalSpreadingLaw", "title": "Power cylindrical spreading law", "topics": [ "PowerCylindricalSpreadingLaw" ] }, { "page": "PowerSphericalSpreadingLaw", "title": "Power spherical spreading law", "topics": [ "PowerSphericalSpreadingLaw" ] }, { "page": "PressureBalticSimplifiedLeroy", "title": "Calculation of pressure in the Baltic from Leroy 1969", "topics": [ "PressureBalticSimplifiedLeroy" ] }, { "page": "PressureBlackSeaSimplifiedLeroy", "title": "Calculation of pressure in the Black Sea from Leroy 1969", "topics": [ "PressureBlackSeaSimplifiedLeroy" ] }, { "page": "PressureModifiedSimplifiedLeroy", "title": "Calculation of pressure in water (Leroy modified) from Lovett 1978", "topics": [ "PressureModifiedSimplifiedLeroy" ] }, { "page": "PressureSimplifiedLeroy", "title": "Calculation of pressure in water simplified from Leroy 1969", "topics": [ "PressureSimplifiedLeroy" ] }, { "page": "PressureToDepthLeroyParthiot", "title": "Pressure To Depth from Leroy Parthiot 1998", "topics": [ "PressureToDepthLeroyParthiot" ] }, { "page": "PressureToDepthSaundersFofonoff", "title": "Pressure To Depth from Saunders and Fofonoff 1976", "topics": [ "PressureToDepthSaundersFofonoff" ] }, { "page": "ProjectorSensitivityPower", "title": "Projector Sensitivity Power", "topics": [ "ProjectorSensitivityPower" ] }, { "page": "ProjectorSensitivityVoltage", "title": "Projector Sensitivity Voltage", "topics": [ "ProjectorSensitivityVoltage" ] }, { "page": "PropagationLoss", "title": "Propagation loss (PL)", "topics": [ "PropagationLoss" ] }, { "page": "RangeResolutionCHIRP", "title": "Sonar Range Resolution CHIRP", "topics": [ "RangeResolutionCHIRP" ] }, { "page": "RangeResolutionMonotonic", "title": "Sonar Range Resolution for monotonic acoustic systems", "topics": [ "RangeResolutionMonotonic" ] }, { "page": "SLdirectionalProjector", "title": "SL of a directional projector", "topics": [ "SLdirectionalProjector" ] }, { "page": "SLomnidirectionalProjector", "title": "SL of an omnidirectional projector", "topics": [ "SLomnidirectionalProjector" ] }, { "page": "SonarEquation", "title": "sonar equation", "topics": [ "SonarEquation" ] }, { "page": "SourceLevel", "title": "source level (SL)", "topics": [ "SourceLevel" ] }, { "page": "SourceLevelToAvoidCavitation", "title": "source level to avoid cavitation", "topics": [ "SourceLevelToAvoidCavitation" ] }, { "page": "SpeedAlgorithmParameterRanges", "title": "Data on Speed of Sound Algorithm Parameter Ranges", "topics": [ "SpeedAlgorithmParameterRanges" ] }, { "page": "SpeedOfSound", "title": "Speed of sound", "topics": [ "SpeedOfSound" ] }, { "page": "SpeedOfSoundAir", "title": "speed of sound in humid air at sea level air density and known atmospheric pressure", "topics": [ "SpeedOfSoundAir" ] }, { "page": "SpeedOfSoundDryAir", "title": "Speed of sound in dry air at sea level air density and one atmosphere pressure", "topics": [ "SpeedOfSoundDryAir" ] }, { "page": "SpeedOfSoundFreshWaterGrossoMader", "title": "speed of sound (m/s) in fresh water from Grosso and Mader", "topics": [ "SpeedOfSoundFreshWaterGrossoMader" ] }, { "page": "SpeedOfSoundHumidAir", "title": "Speed of sound in Humid air at sea level air density and one atmosphere pressure", "topics": [ "SpeedOfSoundHumidAir" ] }, { "page": "SpeedOfSoundKinslerEtal", "title": "Speed of sound (m/s) from Kinsler et al", "topics": [ "SpeedOfSoundKinslerEtal" ] }, { "page": "SpeedOfSoundPureWaterBelogolskiiSekoyanEtal", "title": "speed of sound (m/s) from Belogolskii, Sekoyan et al", "topics": [ "SpeedOfSoundPureWaterBelogolskiiSekoyanEtal" ] }, { "page": "SpeedOfSoundPureWaterBilaniukWong112", "title": "speed of sound (m/s) from Bilaniuk and Wong 112 point equation", "topics": [ "SpeedOfSoundPureWaterBilaniukWong112" ] }, { "page": "SpeedOfSoundPureWaterBilaniukWong148", "title": "speed of sound (m/s) from Bilaniuk and Wong 148 point equation", "topics": [ "SpeedOfSoundPureWaterBilaniukWong148" ] }, { "page": "SpeedOfSoundPureWaterBilaniukWong36", "title": "speed of sound (m/s) from Bilaniuk and Wong 36 point equation", "topics": [ "SpeedOfSoundPureWaterBilaniukWong36" ] }, { "page": "SpeedOfSoundPureWaterLubbersandGraaffSEa", "title": "speed of sound (m/s) from Lubbers and Graaff's simplified equations a and b", "topics": [ "SpeedOfSoundPureWaterLubbersandGraaffSEa" ] }, { "page": "SpeedOfSoundPureWaterLubbersandGraaffSEb", "title": "speed of sound (m/s) from Lubbers and Graaff's simplified equations a and b", "topics": [ "SpeedOfSoundPureWaterLubbersandGraaffSEb" ] }, { "page": "SpeedOfSoundPureWaterMarczak", "title": "speed of sound (m/s) from Marczak", "topics": [ "SpeedOfSoundPureWaterMarczak" ] }, { "page": "SpeedOfSoundSeaWaterChenAndMillero", "title": "speed of sound (m/s) in sea water from Chen and Millero 1977", "topics": [ "SpeedOfSoundSeaWaterChenAndMillero" ] }, { "page": "SpeedOfSoundSeaWaterCoppens", "title": "speed of sound (m/s) in sea water from Coppens 1981", "topics": [ "SpeedOfSoundSeaWaterCoppens" ] }, { "page": "SpeedOfSoundSeaWaterDelGrosso", "title": "speed of sound (m/s) in sea water from Del Grosso 1974", "topics": [ "SpeedOfSoundSeaWaterDelGrosso" ] }, { "page": "SpeedOfSoundSeaWaterFryeAndPugh", "title": "Calculation of speed of sound in sea water from Frye and Pugh 1971", "topics": [ "SpeedOfSoundSeaWaterFryeAndPugh" ] }, { "page": "SpeedOfSoundSeaWaterLeroy68", "title": "speed of sound (m/s) in sea water from Leroy 1968", "topics": [ "SpeedOfSoundSeaWaterLeroy68" ] }, { "page": "SpeedOfSoundSeaWaterLeroy69", "title": "speed of sound (m/s) in sea water from Leroy 1969", "topics": [ "SpeedOfSoundSeaWaterLeroy69" ] }, { "page": "SpeedOfSoundSeaWaterLeroyEtAl2008", "title": "Calculation of speed of sound in sea water from Leroy et Al 2008", "topics": [ "SpeedOfSoundSeaWaterLeroyEtAl2008" ] }, { "page": "SpeedOfSoundSeaWaterLovett1", "title": "Calculation of speed of sound in sea water from Lovett 1978", "topics": [ "SpeedOfSoundSeaWaterLovett1" ] }, { "page": "SpeedOfSoundSeaWaterLovett2", "title": "Calculation of speed of sound in sea water from Lovett 1978b", "topics": [ "SpeedOfSoundSeaWaterLovett2" ] }, { "page": "SpeedOfSoundSeaWaterLovett3", "title": "Calculation of speed of sound in sea water from Lovett 1978c", "topics": [ "SpeedOfSoundSeaWaterLovett3" ] }, { "page": "SpeedOfSoundSeaWaterMackenzie", "title": "speed of sound (m/s) in sea water from Mackenzie 1981", "topics": [ "SpeedOfSoundSeaWaterMackenzie" ] }, { "page": "SpeedOfSoundSeaWaterMedwin", "title": "speed of sound (m/s) in sea water from Medwin 1975", "topics": [ "SpeedOfSoundSeaWaterMedwin" ] }, { "page": "SpeedOfSoundSeaWaterSkone", "title": "speed of sound (m/s) in sea water from Skone et al 2002", "topics": [ "SpeedOfSoundSeaWaterSkone" ] }, { "page": "SpeedOfSoundSeaWaterWilson", "title": "Calculation of speed of sound in sea water from Wilson 1960", "topics": [ "SpeedOfSoundSeaWaterWilson" ] }, { "page": "TargetStrength", "title": "Target Strength (TS)", "topics": [ "TargetStrength" ] }, { "page": "TargetStrengthCircularPlateNormal", "title": "target strength Circular Plate normal", "topics": [ "TargetStrengthCircularPlateNormal" ] }, { "page": "TargetStrengthConvexSurface", "title": "target strength Convex surface", "topics": [ "TargetStrengthConvexSurface" ] }, { "page": "TargetStrengthCylinderNormal", "title": "target strength Cylinder normal", "topics": [ "TargetStrengthCylinderNormal" ] }, { "page": "TargetStrengthCylinderThetaToNormal", "title": "target strength Cylinder, theta to normal", "topics": [ "TargetStrengthCylinderThetaToNormal" ] }, { "page": "TargetStrengthPlateAnyShape", "title": "target strength Plate of any shape", "topics": [ "TargetStrengthPlateAnyShape" ] }, { "page": "TargetStrengthRectangularPlateNormal", "title": "target strength Rectangular Plate normal", "topics": [ "TargetStrengthRectangularPlateNormal" ] }, { "page": "TargetStrengthRectangularPlateThetaToNormal", "title": "target strength Rectangular Plate, theta to normal", "topics": [ "TargetStrengthRectangularPlateThetaToNormal" ] }, { "page": "TargetStrengthSphere", "title": "target strength sphere", "topics": [ "TargetStrengthSphere" ] }, { "page": "TransmitDirectivityIndex", "title": "transmit directivity index", "topics": [ "TransmitDirectivityIndex" ] } ], "_rundeps": [], "_score": 1.9493900066449128, "_indexed": true, "_nocasepkg": "sonar", "_universes": [ "cran" ], "_binaries": [ { "r": "4.7.0", "os": "linux", "version": "1.0.2", "date": "2026-05-18T07:08:45.000Z", "distro": "noble", "commit": "c054c140714acb507a7e9d9d481149c9b3c38143", "fileid": "be56fec84f8f7fcc4d2c5b5714f6b6a7a4744feae1e206e5d8997a1a20d64168", "status": "success", "check": "OK", "buildurl": "https://github.com/r-universe/cran/actions/runs/26018679147" }, { "r": "4.6.0", "os": "linux", "version": "1.0.2", "date": "2026-05-18T07:08:34.000Z", "distro": "noble", "commit": "c054c140714acb507a7e9d9d481149c9b3c38143", "fileid": "98d88b2f50bb919896c333e087f6d09ec427eccb0112efc6d3192370e3e1740e", "status": "success", "check": "OK", "buildurl": "https://github.com/r-universe/cran/actions/runs/26018679147" }, { "r": "4.6.0", "os": "wasm", "version": "1.0.2", "date": "2026-06-02T16:35:27.000Z", "commit": "c054c140714acb507a7e9d9d481149c9b3c38143", "fileid": "1de637fe17e7fc18a3f9c1063767c81037962f9949501ebe1ae2fb1ae1b08118", "status": "success", "buildurl": "https://github.com/r-universe/cran/actions/runs/26018679147" } ] }