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JUMA authored and JUMA committed Mar 21, 2024
1 parent 3eb1dd3 commit 799de89
Showing 1 changed file with 52 additions and 52 deletions.
104 changes: 52 additions & 52 deletions instat/ucrCalculator.vb
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Original file line number Diff line number Diff line change
Expand Up @@ -73,35 +73,35 @@ Public Class ucrCalculator
ttCalculator.SetToolTip(cmdRound, "round(x) to round to whole numbers, round(x,2) to round to 2 decimal places, round(x,-2) to round to the nearest 100")
ttCalculator.SetToolTip(cmdSiginf, "signif(x,3) to round to 3 significant figures")

ttCalculator.SetToolTip(cmdSortF, "sorts a vector into ascending or descending order. For example sort(c(5,7,4,4,3)) = (3,4,4,5,7)")
ttCalculator.SetToolTip(cmdScale, "centre and scale the data - usually by producing (x - xbar)/s")
ttCalculator.SetToolTip(cmdMASSFractions, "changes decimal data into a character variable with fractions. So 1.5 becomes 3/2, 0.25 becomes 1/4 etc.")
ttCalculator.SetToolTip(cmdDecimals, "the inverse of the fractions key. So 3/2 becomes 1.5, 1/4 becomes 0.25 etc.")
ttCalculator.SetToolTip(cmdLag, "shift a variable down. For example lag(1:5) = (NA,1,2,3,4); lag(1:5,3) = (NA,NA,NA, 1,2)")
ttCalculator.SetToolTip(cmdLead, "shift a variable up. For example lead(1:5) = (2,3,4,5,NA); lead(1:5;3) = (4,5, NA,NA,NA)")
ttCalculator.SetToolTip(cmdDiff, "difference between successive elements. For example diff(c(1,4,3,7)) = (NA 3,-1,4)")
ttCalculator.SetToolTip(cmdRev, "reverse a variable. For example rev(c(1,2,3,4,5)) =(5,4,3,2,1)")
ttCalculator.SetToolTip(cmdPMax, " maximum of a set of variables. For examples pmax(c(1,3,5),c(6,4,2)) = (6,4,5)")
ttCalculator.SetToolTip(cmdPMin, "minimum of a set of variables. For examples pmin(c(1,3,5),c(6,4,2)) = (1,3,2)")
ttCalculator.SetToolTip(cmdCumMax, "cumulative maxima. For example cummax(c(3,2,1,4,0)) = (3,3,3,4,4)")
ttCalculator.SetToolTip(cmdMovMax, "moving (or rolling) maxima. For example rollmax(x=c(3,2,1,4,0) ,3,fill=NA, align=""right"") = (NA,NA, 3,4,4)")
ttCalculator.SetToolTip(cmdCumSum, "cumulative sums. For example cumsum(c(3,2,1,4,0)) = (3,5,6,10,10)")
ttCalculator.SetToolTip(cmdCumProd, "cumulative products. For example cumprod(c(2,3,5,7)) = (2,6,30,210)")
ttCalculator.SetToolTip(cmdMovProd, "moving products Fror example rollapply(c(2,3,5,7,11),width=3,fill=NA, FUN=prod) = (NA,30,105,385,NA)")
ttCalculator.SetToolTip(cmdCumMean, "cumulative means. For example cummean(c(3,2,1,4,0)) = (3,2.5,2,2.5,2)")
ttCalculator.SetToolTip(cmdCumMin, "cumulative minima. For example cummin(c(3,2,1,4,0)) = (3,2.,1,1,0)")
ttCalculator.SetToolTip(cmdMovSum, "moving (or rolling) totals. For example rollsum(c(3,2,1,4,0) ,3,fill=NA, align=""left"") = (6,7,5,NA,NA)")
ttCalculator.SetToolTip(cmdMovMean, "moving (or rolling) mean. For example rollmean(c(3,2,1,6,2) ,3,fill=NA) = (NA,2,3,3,NA)")
ttCalculator.SetToolTip(cmMovMed, "moving (or rolling) medians. For example rollmedian(c(3,2,1,6,2) ,3,fill=NA) = (NA,2,2,2,NA)")
ttCalculator.SetToolTip(cmdMovmin, "moving (or rolling) minima. For example rollapply(c(3,2,1,6,2),width=3,fill=NA, FUN=min) = (NA,1,1,1,NA)")
ttCalculator.SetToolTip(cmdNtile, " use ranks to divide into (almost) equal sized groups. For example ntile(c(15,11,13,12,NA,12),2) = (2,1,2,1,NA,1)")
ttCalculator.SetToolTip(cmdCumdist, "proportion of values less than or equal to the current rank. For example cume_dist(c(2,4,6,8,3)) = (0.2, 0.6, 0.8, 1.0, 0.4)")
ttCalculator.SetToolTip(cmdRowRank, "row numbers as ranks. For example :row_number(c(15,11,13,12,NA,12)) = (5,1,3,2,NA,3)")
ttCalculator.SetToolTip(cmdPercentRank, "rescale of minimum ranks to [0,1]. For example percent_rank(c(15,11,13,12,NA,12)) = (1,0,0.75,0.25,NA,0.25)")
ttCalculator.SetToolTip(cmdDRank, "dense ranks. For example d_rank(c(15,11,13,12,NA,12)) = (4,1,3,2,NA,2)")
ttCalculator.SetToolTip(cmdMRank, " minimum ranks. For example m_rank(c(15,11,13,12,NA,12)) = (5,1,4,2,NA,2)")
ttCalculator.SetToolTip(cmdNafill, "fills missing values at the start, middle and end. For example na.fill(c(NA,2,NA,4,5,NA),fill=""extend"") = (2,2,3,4,5,5); while fill=c(15,""extend"",NA) = (15,2,3,4,5,NA)")
ttCalculator.SetToolTip(cmdNaapprox, "linear interpolation of missing values. For example na.approx(c(5,NA,NA,2,2,NA,4,7,NA),maxgap=1,na.rm=FALSE) = (5,NA,NA,2,2,3,4,7,NA)")
ttCalculator.SetToolTip(cmdSortF, "Sorts a vector into ascending or descending order. For example sort(c(5,7,4,4,3)) = (3,4,4,5,7)")
ttCalculator.SetToolTip(cmdScale, "Centre and scale the data - usually by producing (x - xbar)/s")
ttCalculator.SetToolTip(cmdMASSFractions, "Changes decimal data into a character variable with fractions. So 1.5 becomes 3/2, 0.25 becomes 1/4 etc.")
ttCalculator.SetToolTip(cmdDecimals, "The inverse of the fractions key. So 3/2 becomes 1.5, 1/4 becomes 0.25 etc.")
ttCalculator.SetToolTip(cmdLag, "Shift a variable down. For example lag(1:5) = (NA,1,2,3,4); lag(1:5,3) = (NA,NA,NA, 1,2)")
ttCalculator.SetToolTip(cmdLead, "Shift a variable up. For example lead(1:5) = (2,3,4,5,NA); lead(1:5;3) = (4,5, NA,NA,NA)")
ttCalculator.SetToolTip(cmdDiff, "Difference between successive elements. For example diff(c(1,4,3,7)) = (NA 3,-1,4)")
ttCalculator.SetToolTip(cmdRev, "Reverse a variable. For example rev(c(1,2,3,4,5)) =(5,4,3,2,1)")
ttCalculator.SetToolTip(cmdPMax, " Maximum of a set of variables. For examples pmax(c(1,3,5),c(6,4,2)) = (6,4,5)")
ttCalculator.SetToolTip(cmdPMin, "Minimum of a set of variables. For examples pmin(c(1,3,5),c(6,4,2)) = (1,3,2)")
ttCalculator.SetToolTip(cmdCumMax, "Cumulative maxima. For example cummax(c(3,2,1,4,0)) = (3,3,3,4,4)")
ttCalculator.SetToolTip(cmdMovMax, "Moving (or rolling) maxima. For example rollmax(x=c(3,2,1,4,0) ,3,fill=NA, align=""right"") = (NA,NA, 3,4,4)")
ttCalculator.SetToolTip(cmdCumSum, "Cumulative sums. For example cumsum(c(3,2,1,4,0)) = (3,5,6,10,10)")
ttCalculator.SetToolTip(cmdCumProd, "Cumulative products. For example cumprod(c(2,3,5,7)) = (2,6,30,210)")
ttCalculator.SetToolTip(cmdMovProd, "Moving products Fror example rollapply(c(2,3,5,7,11),width=3,fill=NA, FUN=prod) = (NA,30,105,385,NA)")
ttCalculator.SetToolTip(cmdCumMean, "Cumulative means. For example cummean(c(3,2,1,4,0)) = (3,2.5,2,2.5,2)")
ttCalculator.SetToolTip(cmdCumMin, "Cumulative minima. For example cummin(c(3,2,1,4,0)) = (3,2.,1,1,0)")
ttCalculator.SetToolTip(cmdMovSum, "Moving (or rolling) totals. For example rollsum(c(3,2,1,4,0) ,3,fill=NA, align=""left"") = (6,7,5,NA,NA)")
ttCalculator.SetToolTip(cmdMovMean, "Moving (or rolling) mean. For example rollmean(c(3,2,1,6,2) ,3,fill=NA) = (NA,2,3,3,NA)")
ttCalculator.SetToolTip(cmMovMed, "Moving (or rolling) medians. For example rollmedian(c(3,2,1,6,2) ,3,fill=NA) = (NA,2,2,2,NA)")
ttCalculator.SetToolTip(cmdMovmin, "Moving (or rolling) minima. For example rollapply(c(3,2,1,6,2),width=3,fill=NA, FUN=min) = (NA,1,1,1,NA)")
ttCalculator.SetToolTip(cmdNtile, " Use ranks to divide into (almost) equal sized groups. For example ntile(c(15,11,13,12,NA,12),2) = (2,1,2,1,NA,1)")
ttCalculator.SetToolTip(cmdCumdist, "Proportion of values less than or equal to the current rank. For example cume_dist(c(2,4,6,8,3)) = (0.2, 0.6, 0.8, 1.0, 0.4)")
ttCalculator.SetToolTip(cmdRowRank, "Row numbers as ranks. For example :row_number(c(15,11,13,12,NA,12)) = (5,1,3,2,NA,3)")
ttCalculator.SetToolTip(cmdPercentRank, "Rescale of minimum ranks to [0,1]. For example percent_rank(c(15,11,13,12,NA,12)) = (1,0,0.75,0.25,NA,0.25)")
ttCalculator.SetToolTip(cmdDRank, "Dense ranks. For example d_rank(c(15,11,13,12,NA,12)) = (4,1,3,2,NA,2)")
ttCalculator.SetToolTip(cmdMRank, " Minimum ranks. For example m_rank(c(15,11,13,12,NA,12)) = (5,1,4,2,NA,2)")
ttCalculator.SetToolTip(cmdNafill, "Fills missing values at the start, middle and end. For example na.fill(c(NA,2,NA,4,5,NA),fill=""extend"") = (2,2,3,4,5,5); while fill=c(15,""extend"",NA) = (15,2,3,4,5,NA)")
ttCalculator.SetToolTip(cmdNaapprox, "Linear interpolation of missing values. For example na.approx(c(5,NA,NA,2,2,NA,4,7,NA),maxgap=1,na.rm=FALSE) = (5,NA,NA,2,2,3,4,7,NA)")
ttCalculator.SetToolTip(cmdNasplin, "Spline interpolation of missing values. For example na.spline(c(NA,NA,NA,2,2,NA,4,7,NA),maxgap=2,na.rm=FALSE) = (NA,NA,NA,2,2,2.5,4,7,12)")
ttCalculator.SetToolTip(cmdNaest, "Missing values as the mean (usually) overall or with a factor. For example na.aggregate(c(NA,NA,NA,2,2,NA,4,7,NA),maxgap=2,na.rm=FALSE) = (NA,NA,NA,2,2,3.75,4,7,3.75)")

Expand Down Expand Up @@ -135,14 +135,14 @@ Public Class ucrCalculator

ttCalculator.SetToolTip(cmdPf, "F probabilities. For example pf(2,1,10) = 0.8123; pf(2,50,50) = 0.9921")
ttCalculator.SetToolTip(cmdQnorm, "qnormal quantiles. For example qnorm(0.05) = -1.6449; qnorm(0.9772, 100,15) = 130")
ttCalculator.SetToolTip(cmdPbirth, "simultaneous birthday probabilities. For example pbirthday(10) = 0.1169 ; pbirthday(50) = 0.97")
ttCalculator.SetToolTip(cmdQbirth, "simultaneous birthday quantiles. For example qbirthday(0.5) = 23, qbirthday(0.99) = 57")
ttCalculator.SetToolTip(cmdPbinom, "binomial probabilities. For example pbinom(3,5,0.4) = 0.0.913")
ttCalculator.SetToolTip(cmdQbinom, " binomial quantiles. For example qbinom(0.9,5,0.4) = 3")
ttCalculator.SetToolTip(cmdPbirth, "Simultaneous birthday probabilities. For example pbirthday(10) = 0.1169 ; pbirthday(50) = 0.97")
ttCalculator.SetToolTip(cmdQbirth, "Simultaneous birthday quantiles. For example qbirthday(0.5) = 23, qbirthday(0.99) = 57")
ttCalculator.SetToolTip(cmdPbinom, "Binomial probabilities. For example pbinom(3,5,0.4) = 0.0.913")
ttCalculator.SetToolTip(cmdQbinom, " Binomial quantiles. For example qbinom(0.9,5,0.4) = 3")
ttCalculator.SetToolTip(cmdPpois, "Poisson probabilities. For example ppois(8, 5) = 0.93")
ttCalculator.SetToolTip(cmdQpois, "Poisson quantiles. For example qpois(0.9, 5) = 8")
ttCalculator.SetToolTip(cmdPnbin, "negative binomial probabilities. For example pnbinom(4,1,0.4) = 0.922 (geometric); pnbinom(13,5,0.4) = 0.9058")
ttCalculator.SetToolTip(cmdQnbin, "negative binomial quantiles. For example qnbinom(0.9,1,0.4) = 4 (geometric); qnbinom(0.9, 5,0.4) = 13")
ttCalculator.SetToolTip(cmdPnbin, "Negative binomial probabilities. For example pnbinom(4,1,0.4) = 0.922 (geometric); pnbinom(13,5,0.4) = 0.9058")
ttCalculator.SetToolTip(cmdQnbin, "Negative binomial quantiles. For example qnbinom(0.9,1,0.4) = 4 (geometric); qnbinom(0.9, 5,0.4) = 13")
ttCalculator.SetToolTip(cmdFact, "factorial. For example factorial(4) = 4*3*2*1 = 24; factorial(3.5) = gamma(4.5) = 11.63")
ttCalculator.SetToolTip(cmdLfact, "log factorial. For example lfactorial(400) = 2001")
ttCalculator.SetToolTip(cmdChoose, "binomial coefficient. For example choose(7,4) = 7!/(4!*3!) = 35")
Expand Down Expand Up @@ -178,7 +178,7 @@ Public Class ucrCalculator
ttCalculator.SetToolTip(cmdSin, "sine of angle in radians. For example sin(pi/2) = sin(rad(90)) = 1.")
ttCalculator.SetToolTip(cmdAsin, "angle corresponding to a given sine (in the range (0 to pi). For example asin(1) = 1.57 = pi/2.")
ttCalculator.SetToolTip(cmdFloor, "integer below the given value. For example floor(3.5)=3; floor(-3.5) = -4.")
ttCalculator.SetToolTip(cmdRad, "change from degrees to radians. For example rad(90) = 2*pi * 90/360 = 1.57 ( = pi/2)")
ttCalculator.SetToolTip(cmdRad, "Change from degrees to radians. For example rad(90) = 2*pi * 90/360 = 1.57 ( = pi/2)")
ttCalculator.SetToolTip(cmdLogTen, "logarithm to base 10. For example log10(1000) =3 (=10^3)")
ttCalculator.SetToolTip(cmdTan, " tangent of angle in radians. For example tan(pi/4) = sin(pi/4)/cos(pi/4) = tan(rad(45)) = 1")
ttCalculator.SetToolTip(cmdAtan, "angle corresponding to a given tangent (in the range 0 to pi). For example atan(1) = 0.7854 (= pi/4); deg(atan(1)) = 45.")
Expand Down Expand Up @@ -298,23 +298,23 @@ Public Class ucrCalculator
ttCalculator.SetToolTip(cmdCp, "coefficent of persistence between sim and obs")
ttCalculator.SetToolTip(cmdD, "Index of agreement between sim and obs")
ttCalculator.SetToolTip(cmdKGE, "Kling-Gupta efficiency between sim and obs")
ttCalculator.SetToolTip(cmdMae, "mean absolute error between sim and obs")
ttCalculator.SetToolTip(cmdMd, "modified index of agreement between sim and obsmNSE")
ttCalculator.SetToolTip(cmdMe, "mean error between sim and obs")
ttCalculator.SetToolTip(cmdmNSE, "modified Nash-Sutcliffe efficiency between sim and obs")
ttCalculator.SetToolTip(cmdMse, "mean squared error between sim and obs")
ttCalculator.SetToolTip(cmdNrmse, "normalized root mean square error between sim and obs")
ttCalculator.SetToolTip(cmdMae, "Mean absolute error between sim and obs")
ttCalculator.SetToolTip(cmdMd, "Modified index of agreement between sim and obsmNSE")
ttCalculator.SetToolTip(cmdMe, "Mean error between sim and obs")
ttCalculator.SetToolTip(cmdmNSE, "Modified Nash-Sutcliffe efficiency between sim and obs")
ttCalculator.SetToolTip(cmdMse, "Mean squared error between sim and obs")
ttCalculator.SetToolTip(cmdNrmse, "Normalized root mean square error between sim and obs")
ttCalculator.SetToolTip(cmdNSE, "Nash-Sutcliffe efficiency between sim and obs")
ttCalculator.SetToolTip(cmdPbias, "percent bias between sim and obs")
ttCalculator.SetToolTip(cmdPbiasfdc, "percent bias in the slope of the midsegment of the flow duration curve")
ttCalculator.SetToolTip(cmdRd, "relative index of agreement (d) between sim and obs. (Value is between 0 and 1)")
ttCalculator.SetToolTip(cmdRmse, "root mean square error between sim and obs, so the standard deviation of the model prediction error")
ttCalculator.SetToolTip(cmdRNSE, "relative Nash-Sutcliffe efficiency between sim and obs")
ttCalculator.SetToolTip(cmdRPearson, "correlation between sim and obs")
ttCalculator.SetToolTip(cmdRSD, "ratio of standard deviations between sim and obs")
ttCalculator.SetToolTip(cmdRsr, "ratio of the root mean square error between sim and obs to the standard deviation of obs")
ttCalculator.SetToolTip(cmdSsq, "sum of squared residuals between sim and obs")
ttCalculator.SetToolTip(cmdVE, " volumetric efficiency between sim and obs (Value is between 0 and 1)")
ttCalculator.SetToolTip(cmdPbias, "Percent bias between sim and obs")
ttCalculator.SetToolTip(cmdPbiasfdc, "Percent bias in the slope of the midsegment of the flow duration curve")
ttCalculator.SetToolTip(cmdRd, "Relative index of agreement (d) between sim and obs. (Value is between 0 and 1)")
ttCalculator.SetToolTip(cmdRmse, "Root mean square error between sim and obs, so the standard deviation of the model prediction error")
ttCalculator.SetToolTip(cmdRNSE, "Relative Nash-Sutcliffe efficiency between sim and obs")
ttCalculator.SetToolTip(cmdRPearson, "Correlation between sim and obs")
ttCalculator.SetToolTip(cmdRSD, "Ratio of standard deviations between sim and obs")
ttCalculator.SetToolTip(cmdRsr, "Ratio of the root mean square error between sim and obs to the standard deviation of obs")
ttCalculator.SetToolTip(cmdSsq, "Sum of squared residuals between sim and obs")
ttCalculator.SetToolTip(cmdVE, " Volumetric efficiency between sim and obs (Value is between 0 and 1)")

' circular keyboard tooltips
ttCalculator.SetToolTip(cmdCircular, "Define a variable as circular. Specify whether the data are in radians (default), degrees, or hours.")
Expand Down

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