print ("Hello from init.py") # import ngfem_cf def mydir(x=None): if x==None: return [] else: return [i for i in dir(x) if not '__' in i] def execfile(fname): exec(open(fname).read()) import matplotlib.pyplot as plt def plotgeom(self): if plotgeom.plot: plt.close() coords = self.PlotData() for i in range(0,len(coords[2])): plt.plot(coords[2][i],coords[3][i],color='b') plt.axis('equal') plt.xlim(coords[0]) plt.ylim(coords[1]) plotgeom.plot = True plt.show(block=False) plotgeom.plot = False def plotpointindex(self,show = True): if show: if len(plotpointindex.txt) == 0: pi = self.PointData() for i in range(0,len(pi[0])): plotpointindex.txt.append(plt.text(pi[0][i],pi[1][i],str(pi[2][i]))) plotpointindex.txt.append(plt.plot(pi[0][i],pi[1][i],'ro')) else: pass else: for i in range(0,len(plotpointindex.txt)): try: plotpointindex.txt[i].remove() except: plotpointindex.txt[i][0].remove() plotpointindex.txt.clear() #plt.draw() plt.show(block=False) plotpointindex.txt = list() def plotdomainindex(self, show = True): if show: if len(plotdomainindex.txt) == 0: segdata = self.SegmentData() for i in range(0,len(segdata[0])): if segdata[0][i][2]: horr = 'right' horl = 'left' else: horr = 'left' horl = 'right' if segdata[0][i][3]: vertr = 'top' vertl = 'bottom' else: vertr = 'bottom' vertl = 'top' plotdomainindex.txt.append(plt.text(segdata[0][i][0],segdata[0][i][1],str(segdata[2][i]),horizontalalignment=horl,verticalalignment=vertl)) plotdomainindex.txt.append(plt.text(segdata[1][i][0],segdata[1][i][1],str(segdata[3][i]),horizontalalignment=horr,verticalalignment=vertr)) else: pass else: for i in range(0,len(plotdomainindex.txt)): plotdomainindex.txt[i].remove() plotdomainindex.txt.clear() #plt.draw() plt.show(block=False) plotdomainindex.txt = list() from nglib.meshing import * from nglib.geom2d import * SplineGeometry.Plot = plotgeom SplineGeometry.ShowPoints = plotpointindex SplineGeometry.ShowDomains = plotdomainindex def Line(point_index1,point_index2): return ["line",point_index1,point_index2] def Spline3(point_index1,point_index2,point_index3): return ["spline3",point_index1,point_index2,point_index3] def startConsole(): import code try: import readline import rlcompleter readline.parse_and_bind("tab:complete") # autocomplete except: try: import pyreadline as readline import rlcompleter readline.parse_and_bind("tab:complete") # autocomplete except: print('readline not found') vars = globals() vars.update(locals()) shell = code.InteractiveConsole(vars) shell.interact() startConsole()