visualize
❭ cell_morphology_visualizer
❭ CellMorphologyVisualizer
❭ write_video
CellMorphologyVisualizer.write_video¶
-
visualize.cell_morphology_visualizer.CellMorphologyVisualizer.write_video(images_path, out_name, overwrite_frames=
False
, color='grey'
, show_synapses=False
, show_legend=False
, client=None
, t_start=None
, t_stop=None
, t_step=None
, highlight_section=None
, highlight_x=None
, quality=5
, codec='mpeg4'
, tpf=20
)¶ Write the individual frames of a neuron during a simulation and merge them into a video.
Creates a set of images of a neuron color-coded with voltage together with synapse activations. The parameters
t_start
,t_stop
andt_step
update thetimes_to_show
attribute.- Parameters:¶
images_path (str) – dir where the images for the gif will be generated
out_name (str) – path location of the resulting gif.
overwrite_frames (bool) – whether to overwrite previously existing frames in the images_path directory.
color (str) – color of the cell morphology. Can be a fixed color, or a keyword referring to scalar data of the simulation, such as membrane voltage or ion channel dynamics.
show_synapses (bool) – whether to show the synapse activation locations onto the morphology.
show_legend (bool) – whether to show the color legend in the plot.
client (distributed.client.Client) – dask client for parallelization
t_start (float) – start time point of our time series visualization
t_stop (float) – last time point of our time series visualization
t_step (float) – time between the different time points of our visualization
highlight_section (int) – section number of the section that should be highlighted with an arrow.
highlight_x (float) – x coordinate of the section that should be highlighted with an arrow.
framerate (int) – frames per second
quality (int) – quality of the output video. 1 is the highest quality and 31 is the lowest quality. This is ignored if
codec
is not MPEG* (mpeg4, mpeg2video, mpeg1video, mjpeg, libxvid, msmpeg4).codec (str) – codec to use for the video. Default is mpeg4.
tpf (float) – duration of each frame in ms