Search found 45 matches
- Wed May 04, 2011 5:04 pm
- Forum: Other questions
- Topic: distributing mechanisms randomly
- Replies: 12
- Views: 6242
Re: distributing mechanisms randomly
I can post up some very messy code, which I'm sure is not efficient at all, but just to give an example of how one might distribute some synapses: objref synList ////////use: aSynapseList = distSyns(numberOfSynapses,listOfSections,gMax,reversalPotential) obfunc distSyns() { local totalSyns localobj ...
- Mon May 02, 2011 8:13 pm
- Forum: Other questions
- Topic: distributing mechanisms randomly
- Replies: 12
- Views: 6242
Re: distributing mechanisms randomly
A related question: Now that I have a List with all the point processes, how do I mark them all on a ShapePlot?
Thanks again,
Adam
Thanks again,
Adam
- Mon May 02, 2011 2:09 pm
- Forum: Other questions
- Topic: distributing mechanisms randomly
- Replies: 12
- Views: 6242
Re: distributing mechanisms randomly
I have a somewhat complicated hoc object that allows you to place point processes with a probability that depends on the diameter and length of the segment within a section, and of the perpendicular distance of the segment to some plane, which could be the cell body layer. Please let me know if you...
- Tue Apr 26, 2011 6:15 pm
- Forum: Other questions
- Topic: distributing mechanisms randomly
- Replies: 12
- Views: 6242
Re: distributing mechanisms randomly
What to do, and how to do it, depends on what kind of "mechanisms" you have in mind (density mechanisms vs. point processes), and your definition of "distribute randomly." yes, sorry, should've been more precise. point processes (let's say simple alpha synapses), and distributed...
- Mon Apr 25, 2011 5:54 pm
- Forum: Other questions
- Topic: distributing mechanisms randomly
- Replies: 12
- Views: 6242
distributing mechanisms randomly
Hello, I was wondering if there was a built-in way to distribute let's say 1000 mechanisms uniformly randomly through a dendritic tree (let's say through a sectionList). Otherwise I suppose the way to do it is to add up all the lengths, uniformly select 1000 numbers within the range of 0 to total le...
- Wed Mar 30, 2011 1:10 pm
- Forum: Other questions
- Topic: Morphoelectrotonic Transform
- Replies: 6
- Views: 2264
Re: Morphoelectrotonic Transform
That is ugly. I'd suggest installing one of the 7.2 alphas, e.g. http://www.neuron.yale.edu/ftp/neuron/versions/alpha/nrn-7.2.alpha-445+-MacOSX10.4.11.dmg or, if you can compile from source code, then get the latest development code from the mercurial repository and build NEURON from that--see http...
- Tue Mar 29, 2011 7:14 pm
- Forum: Other questions
- Topic: Morphoelectrotonic Transform
- Replies: 6
- Views: 2264
Re: Morphoelectrotonic Transform
the Impedence tools are great! Yes, they are. Is there a way to suppress output so I don't get those matrices when calling compute with the extended impedence calculation? I don't see anything like that. What OS and which version of NEURON are you using? I was wondering if I could find a reference ...
- Tue Mar 29, 2011 6:10 pm
- Forum: Other questions
- Topic: Morphoelectrotonic Transform
- Replies: 6
- Views: 2264
Re: Morphoelectrotonic Transform
"Morphoelectrotonic"? Now _there's_ a 50 cent word if there ever was one. Maybe you are interested in the GUI's impedance tools, which use the electrotonic transformation to map between anatomical space, where the separation between points is measured in units of physical distance, to ele...
- Mon Mar 28, 2011 4:26 pm
- Forum: Other questions
- Topic: Morphoelectrotonic Transform
- Replies: 6
- Views: 2264
Morphoelectrotonic Transform
Hello,
I saw in a few texts that there was at some point plans to make have METransform functionality in NEURON. I was wondering if that ever came to fruition, and if so, where I could find this.
Thanks,
Adam
I saw in a few texts that there was at some point plans to make have METransform functionality in NEURON. I was wondering if that ever came to fruition, and if so, where I could find this.
Thanks,
Adam
- Mon Mar 28, 2011 1:30 pm
- Forum: Adding new mechanisms and functions to NEURON
- Topic: Uninserting mechanisms
- Replies: 3
- Views: 2003
Re: Uninserting mechanisms
thanks ted!
- Thu Mar 24, 2011 9:50 pm
- Forum: Adding new mechanisms and functions to NEURON
- Topic: Uninserting mechanisms
- Replies: 3
- Views: 2003
Uninserting mechanisms
Hi,
I was wondering what the most efficient way to uninsert all distributed AND point process mechanisms is. Relatedly, is there a way to print all distributed and point process mechanisms that are currently in the entire simulation?
Thanks
I was wondering what the most efficient way to uninsert all distributed AND point process mechanisms is. Relatedly, is there a way to print all distributed and point process mechanisms that are currently in the entire simulation?
Thanks
- Fri Oct 29, 2010 12:25 pm
- Forum: Other questions
- Topic: Topology
- Replies: 2
- Views: 1423
Re: Topology
thanks! just what i needed.
- Thu Oct 28, 2010 9:22 pm
- Forum: Other questions
- Topic: Topology
- Replies: 2
- Views: 1423
Topology
Hello, I am working with a complicated 3d model in NEURON, and I'd like to basically get an adjacency matrix of the neuron. Is there a function which does this? I know, for instance, that the topology() function has all of the information I want, I was just wondering if there was an easy way to outp...
- Tue Mar 23, 2010 8:37 pm
- Forum: NEURON + Python
- Topic: infinite cable
- Replies: 3
- Views: 2138
Re: infinite cable
Break it into several different sections, and assign different values to nseg. For practical application, it is generally sufficient to use the d_lambda rule to assign a value to nseg. i should've thought of just connecting a bunch of sections with different applications. I am not familiar with the...
- Tue Mar 23, 2010 3:11 pm
- Forum: NEURON + Python
- Topic: infinite cable
- Replies: 3
- Views: 2138
infinite cable
Hello, I'm trying to model (at a very simple level), just a passive infinite cable response to a short current injection. I can make the cable very long, which is fine, but then I also want the compartmentalization to be able to capture the dynamics (ie. I need it to be shorter than the electrotonic...