def scatterplot(refx, refy) :
"""
scatterplot(refx,refy):
creates a scatter plot with refx along the x axis and refy along the y axis
"""
refx = wrap_data(refx)
refy = wrap_data(refy)
refxy = ProxyFactory.createPairedTimeSeriesProxy(refx,refy)
gb = DefaultGraphBuilder(); gb.addData(refxy);
graphs = gb.createGraphs();
DataGraphFrame(graphs[0],'Scatter Plot')
def scatterplot(refx, refy):
"""
scatterplot(refx,refy):
creates a scatter plot with refx along the x axis and refy along the y axis
"""
refx = wrap_data(refx)
refy = wrap_data(refy)
refxy = ProxyFactory.createPairedTimeSeriesProxy(refx, refy)
gb = DefaultGraphBuilder()
gb.addData(refxy)
graphs = gb.createGraphs()
DataGraphFrame(graphs[0], 'Scatter Plot')
def plot(*reflist):
"""
plot(ref1,ref2,...)
plots a given data reference or data set or a group of such items
separated by commas
"""
if (reflist == None):
print 'Empty reference list'
return
reflist = map(wrap_data, reflist)
gb = DefaultGraphBuilder()
for ref in reflist:
if hasattr(ref, '__len__'):
for iref in ref:
gb.addData(iref)
else:
gb.addData(ref)
graphs = gb.createGraphs()
for graph in graphs:
DataGraphFrame(graph, "Graph")
def plot(*reflist) :
"""
plot(ref1,ref2,...)
plots a given data reference or data set or a group of such items
separated by commas
"""
if ( reflist == None ) : print 'Empty reference list'; return;
reflist=map(wrap_data,reflist)
gb = DefaultGraphBuilder()
for ref in reflist:
if hasattr(ref,'__len__'):
for iref in ref :
gb.addData(iref)
else:
gb.addData(ref)
graphs=gb.createGraphs()
for graph in graphs: DataGraphFrame(graph,"Graph")
