def plotPvals(df, lowIsBetter=True):
errs = extractErrRates(df)
zvals, pvals = computeRankSumZvalsPvals(errs, lowIsBetter=lowIsBetter)
# make a colormap that's red for p < 5%
minVal = pvals.min().min()
maxVal = pvals.max().max()
cutoff = (np.log10(1.96) - minVal) / (maxVal - minVal)
cmap = remappedColorMap(plt.cm.RdBu, midpoint=cutoff)
plotDf(np.log10(pvals), title="Log10 Rank-Sum Test P Values", cmap=cmap)
def plotPvals(df, lowIsBetter=True): errs = extractErrRates(df) zvals, pvals = computeRankSumZvalsPvals(errs, lowIsBetter=lowIsBetter) # make a colormap that's red for p < 5% minVal = pvals.min().min() maxVal = pvals.max().max() cutoff = (np.log10(1.96) - minVal) / (maxVal - minVal) cmap = remappedColorMap(plt.cm.RdBu, midpoint=cutoff) plotDf(np.log10(pvals), title="Log10 Rank-Sum Test P Values", cmap=cmap)
def plotZvals(df, lowIsBetter=True):
errs = extractErrRates(df)
zvals, pvals = computeRankSumZvalsPvals(errs, lowIsBetter=lowIsBetter)
plotDf(zvals, title="Rank-Sum Test Z Values", symmetricAboutMean=True)
def plotZvals(df, lowIsBetter=True): errs = extractErrRates(df) zvals, pvals = computeRankSumZvalsPvals(errs, lowIsBetter=lowIsBetter) plotDf(zvals, title="Rank-Sum Test Z Values", symmetricAboutMean=True)
