def test_sharedPDS(): craterRequest = CraterRequest() pds = craterRequest.getPDS() pds.printPDS() craterRequest.loadRawPDS(pds)
sLEMA = Slider(axLEMA, 'lemniscata angle ', 0, 2*3.141592, valinit=1.12) # sSig = Slider(axSig, 'lightAngle ',0,2*3.141592, valinit=0.64) # sInt = Slider(axLInt, 'lightIntensity ', 0,10, valinit=1.91) # sLAtt = Slider(axLAtt, 'lightAttenuation ', 0, 2, valinit=0.57) # init plots initGaussian(fig, axCentral) initMeloshCurve(fig, axCentral) crater1 = None crater2 = None # exit() # obten el pds pds = craterRequest.getPDS() bumps = [0, 10.0, 0.25*4, 3.1415/2.0, 0.0, 0.25*4, 3.1415, 10.0, 0.25*4, 3*3.1415/2.0, 0.0, 0.25*4 ] #craterRequest.getBumps() # pds.printPDS() def update(val): global crater1 # print "\t -> Lalralw "+str(sW.val) pds_old = craterRequest.getPDS() pds.setCropIndexFromPDS(pds_old) crater1,pds.sc = currentCurveUpdate(l,sSed.val,sW.val,sH.val,sCurv.val,sSig.val,sInt.val,sLAtt.val,sLEMP.val,sLEMA.val) # craterRequest.loadSceneProperties(sc)
