- filterXY(data, filters): {
data: DataXY<NumberArray>;
logs: {
name: "centerMean" | "centerMedian" | "fromTo" | "normed" | "divideBySD" | "rescale" | "paretoNormalization" | "airPLSBaseline" | "iterativePolynomialBaseline" | "rollingAverageBaseline" | "rollingBallBaseline" | "rollingMedianBaseline" | "firstDerivative" | "secondDerivative" | "thirdDerivative" | "savitzkyGolay" | "ensureGrowing" | "reverseIfNeeded" | "equallySpaced" | "filterX" | "calibrateX" | "xFunction" | "yFunction";
time: number;
}[];
} Parameters
data: DataXY<NumberArray>
Returns {
data: DataXY<NumberArray>;
logs: {
name: "centerMean" | "centerMedian" | "fromTo" | "normed" | "divideBySD" | "rescale" | "paretoNormalization" | "airPLSBaseline" | "iterativePolynomialBaseline" | "rollingAverageBaseline" | "rollingBallBaseline" | "rollingMedianBaseline" | "firstDerivative" | "secondDerivative" | "thirdDerivative" | "savitzkyGolay" | "ensureGrowing" | "reverseIfNeeded" | "equallySpaced" | "filterX" | "calibrateX" | "xFunction" | "yFunction";
time: number;
}[];
}
A very important number
data: DataXY<NumberArray>
logs: {
name: "centerMean" | "centerMedian" | "fromTo" | "normed" | "divideBySD" | "rescale" | "paretoNormalization" | "airPLSBaseline" | "iterativePolynomialBaseline" | "rollingAverageBaseline" | "rollingBallBaseline" | "rollingMedianBaseline" | "firstDerivative" | "secondDerivative" | "thirdDerivative" | "savitzkyGolay" | "ensureGrowing" | "reverseIfNeeded" | "equallySpaced" | "filterX" | "calibrateX" | "xFunction" | "yFunction";
time: number;
}[]
Apply filters on {x:[], y:[]}