On Tue, Sep 22, 2009 at 7:01 PM, Fabrice Silva <si...@lma.cnrs-mrs.fr>wrote:
> Le mardi 22 septembre 2009 à 17:42 +0530, yogesh karpate a écrit : > > I just tried your idea but the result is same. it didnt help . > > > > 2009/9/22 Nadav Horesh <nad...@visionsense.com> > > A quick answer with going into the details of your code: > > > > try > > plt.plot(R_time,R_amp,'go',hold=1) > > (one line before the last) > > > > Nadav > > You may separate the computation part and the plotting one by storing > your results in a R_time and a R_amp array (length a1 arrays). > > Concerning the plotting issue : are you sure the points you want to be > displayed aren't yet? print the values within the loop : > >>> print (R_amp, R_time) > to check your values. > You may also inspect your graphs to see how many lines they have : > >>> plt.gca().get_children() > or > >>> plt.gca().get_lines() > might help. > This is the main thing . When I try to store it in array like R_time=array([R_t[0][i]]). It just stores the final value in that array when loop ends.I cant get out of this For loop.I really have this small problem. I really need help on this guys. > for i in range(a1): > data_temp=(bpf[left[0][i]:right[0][i]])# left is an array and > right is also an array > maxloc=data_temp.argmax() #taking indices of max. value of > data segment > maxval=data_temp[maxloc] > minloc=data_temp.argmin() > minval=data_temp[minloc] > maxloc = maxloc-1+left # add offset of present location > minloc = minloc-1+left # add offset of present location > R_index = maxloc > R_t = t[maxloc] > R_amp = array([maxval]) > S_amp = minval#%%% Assuming the S-wave is the lowest > #%%% amp in the given window > #S_t = t[minloc] > R_time=array([R_t[0][i]]) > plt.plot(R_time,R_amp,'go'); > plt.show() > > > > _______________________________________________ > NumPy-Discussion mailing list > NumPy-Discussion@scipy.org > http://mail.scipy.org/mailman/listinfo/numpy-discussion >
_______________________________________________ NumPy-Discussion mailing list NumPy-Discussion@scipy.org http://mail.scipy.org/mailman/listinfo/numpy-discussion
