The NeuronC API is incorporated into a static library called Note that in addition simulation variables can be set from
"nc", and you can see these at runtime with "nc -h", or "retsim Switches for "retsim" are identical to those listed below for The "" model in nc/models/retsim", described in To see an example of source code for this compiled version, see Replaces a statement in the interpreted version of NeuronC. The NeuronC API is defined in "nc/src/ncfuncs.h" and described The C++ programming language, including classes and optimization The advantage of thisĪrrangement is that it allows the user to apply the full power of This version is a C/C++ĪPI (application library) that allows a neural circuit to beĭefined with standard C/C++ calls. To generate a "vid" window and display the output from nc.Ī fully-compiled version of the NeuronC language is available Whenever "nc" finds itself called "ncv", it will attempt The "ncv" and "ndv" commands are similar to the "neurc" commandĮxcept that they are not scripts, but are a link to "nc". The plot output to the "vid" program which displays it. That is, neurc runs the command "nc" followed by anyįile names you may have place after "neurc", and pipes The "neurc" program isĪctually a command (C-shell) file which consists of: This prints the time and voltage/current records asĪ plot on the console screen. Ndv file.n (equiv to "nc -d 1 -v file.n | vid") Ncv file.n (equiv to "nc -v file.n | vid")
Statement is compiled and run before the next. More compact program which it executes immediately. However, nc compiles (translates) the input program into a Neural circuit program from a file or the keyboard, itĮxecutes the actions defined by the program. Speaking, an interpreter, which means that as it reads the
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