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### Draw a 2D spatial network

Hi experts!

I have:

• a list of Q 'NODES'=[(x,y)_1,........, (x,y)_Q], where each element (x,y) represent the spatial position of the node in 2D Cartesian space.
• a matrix 'H' with QxQ elements {H_k,l}. H_k,l=0 if nodes 'k' and 'l' aren't joined by a edge, and H_k,l = the length of the edge that connects these nodes.
• a matrix 'Z' with QxQ elements {Z_k,l}. Z_k,l=0 if nodes 'k' and 'l' aren't joined by a edge, and Z_k,l = intensity_k,l (a intensity scale of the edge, 0<intensity<i-max) if="" these="" nodes="" are="" connected.<="" li="">

I want to draw the nodes in their spatial position, connected by the edges, and use a color scale for the 'intensity'.

How must I do that?

Thanks a lot!

### Draw a 2D spatial network

Hi experts!

I have:

• a list of Q 'NODES'=[(x,y)_1,........, (x,y)_Q], where each element (x,y) represent the spatial position of the node in 2D Cartesian space.
• a matrix 'H' with QxQ elements {H_k,l}. H_k,l=0 if nodes 'k' and 'l' aren't joined by a edge, and H_k,l = the length of the edge that connects these nodes.
• a matrix 'Z' with QxQ elements {Z_k,l}. Z_k,l=0 if nodes 'k' and 'l' aren't joined by a edge, and Z_k,l = intensity_k,l (a intensity scale of the edge, 0<intensity<i-max) if="" these="" nodes="" are="" connected.<="" li=""> edge)

I want to draw the nodes in their spatial position, connected by the edges, and use a color scale for the 'intensity'.

How must I do that?