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")