Animation of Kuramoto Order Parameter
Functions:
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Makes a gift with the images inside the fp_in list. |
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Makes a gift with the activity of the nodes specified by wich_nodes plotted in the unitary circle. |
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Makes a gift with the activity of the nodes specified by wich_nodes plotted in the unitary circle. |
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Remove all .png files inside the fp_in list |
- plot.animation.Animation(fp_in, name)
Makes a gift with the images inside the fp_in list.
- Parameters
fp_in (list of filenames) – List with the frame images.
name (str) – Output name of the GIF file. The extension is not required, the internal code assigns the .gif extension.
- Returns
But it saves the GIF file as ‘ name .gif ‘ in the hard disk.
- Return type
None.
- plot.animation.animateClusters(T, dt, Step, act_mat, CoherentPhases, FC_threshold)
Makes a gift with the activity of the nodes specified by wich_nodes plotted in the unitary circle. But only if the FC gives that the phases between the nodes are coherent (>=FC_threshold).
- Parameters
T (float) – Total simulation time.
dt (float) – Integration time step.
Step (float) – The frame duration in the gif
act_mat (float 2D array) – The activity matrix or the phases after integration. Size N x T.
CoherentPhases (float 2D array) – The FC matrix of act_mat. Size N x N.
- Returns
But it saves ‘CoherentNodes.gif’ in the hard disk.
- Return type
None.
- plot.animation.animateSync(T, dt, Step, act_mat, which_nodes=[0])
Makes a gift with the activity of the nodes specified by wich_nodes plotted in the unitary circle.
- Parameters
T (float) – Total simulation time.
dt (float) – Integration time step.
Step (float) – The frame duration in the gif
act_mat (TYPE) – The activity matrix or the phases after integration. Size N x T.
- Returns
But it saves ‘CircularSynchronization.gif’ in the hard disk.
- Return type
None.
- plot.animation.remove_img(fp_in)
Remove all .png files inside the fp_in list
Use with caution.
- Parameters
fp_in (list of filenames) – List with the frame images.
- Return type
None.