n1.binSize = 1
n1.histo(verbose=False, padMin=-3, padMax=15.)
n2 = Numbers(nv2)
n2.binSize = 1
n2.histo(verbose=False, padMin=-3, padMax=15.)
# prepare the binNames, and extract the histo values into separate
# lists.
binNames = []
vals1 = []
vals2 = []
for bNum in range(n1.nBins - 1):
binNames.append('%i' % int(n1.bins[bNum][0]))
vals1.append(float(n1.bins[bNum][1]))
vals2.append(float(n2.bins[bNum][1]))
assert len(binNames) == len(vals1)
assert len(vals1) == len(vals2)
gp = Plot()
gp.baseName = 'twoBarsB'
gp.bars(binNames, [vals1, vals2])
gp.barValAxis.title = None
gp.barNameAxis.title = None
gp.maxBarValToShow = 800.
gp.barNameAxis.barLabelsEvery = 2
gp.barNameAxis.barLabelsSkipFirst = 1
gp.barNameAxis.textRotate = 90
gp.png()
gp.svg()
from gram import Plot
read('data5.py')
gp = Plot()
gp.baseName = 'lineAndBar_better'
c = gp.bars(binNames, binVals)
c.barSets[0].fillColor = 'black!10'
gp.minBarValToShow = 0.0
gp.barNameAxis.title = None
gp.barValAxis.title = 'frequency'
gp.barNameAxis.barLabelsEvery = 2
gp.line(xx1, yy1, smooth=True)
gp.xAxis.position = 't'
gp.yAxis.position = 'r'
gp.xAxis.title = None
gp.xAxis.tickLabelsEvery = 2
gp.yAxis.title = 'density'
gp.png()
gp.svg() # line plot is not smooth
# Prepare the numbers, using p4.Numbers. Make the padMin and padMax
# the same for both data, so that the histo lists are the same size.
n1 = Numbers(nv1)
n1.binSize = 1
n1.histo(verbose=False,padMin=-3, padMax=15.)
n2 = Numbers(nv2)
n2.binSize = 1
n2.histo(verbose=False, padMin=-3, padMax=15.)
# prepare the binNames, and extract the histo values into separate
# lists.
binNames = []
vals1 = []
vals2 = []
for bNum in range(n1.nBins):
binNames.append('%i' % int(n1.bins[bNum][0]))
vals1.append(float(n1.bins[bNum][1]))
vals2.append(float(n2.bins[bNum][1]))
assert len(binNames) == len(vals1)
assert len(vals1) == len(vals2)
gp = Plot()
gp.baseName = 'twoBarsA'
gp.bars(binNames, [vals1, vals2])
gp.barValAxis.title = None
gp.barNameAxis.title = None
gp.png()
gp.svg()
from gram import Plot
read("data2.py")
gp = Plot()
gp.baseName = 'barA'
gp.bars(xx1, yy1)
gp.png()
gp.svg()
from gram import Plot
read("data2.py")
gp = Plot()
gp.baseName = 'barB'
gp.font = 'helvetica'
c = gp.bars(xx1, yy1)
# c.barSets[0].fillColor = 'violet!20'
gp.barValAxis.title = 'gnat infestations'
gp.barNameAxis.title = None
#gp.barValAxis.position = 'r'
#gp.barNameAxis.position = 't'
gp.minBarValToShow = 0.
gp.maxBarValToShow = 80.
gp.barNameAxis.textRotate = 44
# gp.png()
gp.png()
gp.svg()
from gram import Plot
read("data2.py")
gp = Plot()
gp.baseName = 'barB'
c = gp.bars(xx1, yy1)
# c.barSets[0].fillColor = 'violet!20'
gp.barValAxis.title = 'gnat infestations'
gp.barNameAxis.title = None
#gp.barValAxis.position = 'r'
#gp.barNameAxis.position = 't'
gp.minBarValToShow = 0.
gp.maxBarValToShow = 80.
gp.barNameAxis.textRotate = 44
# gp.png()
gp.png()
gp.svg()
from gram import Plot from data5 import xx1, yy1, binNames, binVals gp = Plot() gp.baseName = 'lineAndBar_good' c = gp.bars(binNames,binVals) gp.minBarValToShow = 0.0 gp.barNameAxis.title = None gp.barValAxis.title = 'frequency' c.barSets[0].fillColor = 'black!10' gp.barNameAxis.barLabelsEvery = 2 #gp.barNameAxis.textRotate = 90 gp.line(xx1, yy1, smooth=True) gp.xAxis.position = 't' gp.yAxis.position = 'r' gp.xAxis.title = None gp.yAxis.title = 'density' gp.maxXToShow = 4.0 gp.xAxis.tickLabelsEvery = 1 gp.maxBarValToShow = 5000 gp.maxYToShow = 1.0 gp.font = 'helvetica' gp.png() gp.svg()
from gram import Plot
read("data2.py")
gp = Plot()
gp.font = 'helvetica'
gp.baseName = 'barA'
gp.bars(xx1, yy1)
gp.png()
gp.svg()