netplot.NetPlot

Module netplot :: Class NetPlot

[show private | hide private]

Class NetPlot

Method Summary
	`__init__(self, cells, idxstart, maxcell, esyns, isyns, syns, names, w, h, superpretty, maxsyndist, nvpx, nvpy)`
	`drawcell(self, cellnum)`
	`drawcell2(self, cellnum)`
	`drawcells(self)` create a list of cells to plot, for speed note that the fat part of the pyramid is the output, where the axon comes out!
	`drawsyn(self, syns)` Now may only show a fraction of all synapses (showing all may make screen too cluttered) If SHOWSYNFRACTION is changed, have to re-draw display list by calling this routine.
	`FindClosestAxonDendrite(self, c1, c2)`
	`idle(self)`
	`on_display(self)`
	`on_key(self, k, j, l)`
	`on_motion(self, x, y)`
	`on_mouse(self, but, state, x, y)`
	`on_reshape(self, w, h)`
	`on_special(self, key, x, y)`
	`RemakeSynLists(self)`
	`ScreenCenter(self)`

Class Variable Summary
`float`	`CELLHEIGHT` = 20.0
`dict`	`cells` = `{}`
`float`	`CELLWIDTH` = 10.0
`int`	`DLIST` = 1
`int`	`ESLIST` = 2
`list`	`esyns` = `[]`
`list`	`fi` = `[]`
`dict`	`idxstart` = `{}`
`int`	`ISLIST` = 3
`list`	`isyns` = `[]`
`float`	`lastrad` = 700.0
`float`	`lasttheta` = 0.59999999999999998
`NoneType`	`lastx` = None
`float`	`lasty` = 0.0
`NoneType`	`lastz` = None
`tuple`	`light1Position` = `(100.0, 100, 0.0, 0.0)`
`int`	`maxcell` = -1
`int`	`nvpx` = 3
`int`	`nvpy` = 4
`int`	`playspikeendidx` = -1
`int`	`playspikes` = -1
`int`	`playspikestartidx` = 0
`int`	`playspikestarttick` = 0
`int`	`playspikestarttime` = -1
`int`	`PSLIST` = 4
`bool`	`showesyn` = `False`
`bool`	`showisyn` = `False`
`bool`	`showlabels` = `False`
`NoneType`	`SHOWSYNAPSEFRACTION` = None
`NoneType`	`startx` = None
`NoneType`	`startz` = None
`bool`	`superpretty` = `False`
`list`	`syns` = `[]`
`int`	`vp` = 0

Method Details

drawcells(self)

create a list of cells to plot, for speed note that the fat part of the pyramid is the output, where the axon comes out!

drawsyn(self, syns)

Now may only show a fraction of all synapses (showing all may make screen too cluttered) If SHOWSYNFRACTION is changed, have to re-draw display list by calling this routine.

Class Variable Details

CELLHEIGHT

Type:: float
Value:: 20.0

cells

Type:: dict
Value:: {}

CELLWIDTH

Type:: float
Value:: 10.0

DLIST

Type:: int
Value:: 1

ESLIST

Type:: int
Value:: 2

esyns

Type:: list
Value:: []

fi

Type:: list
Value:: []

idxstart

Type:: dict
Value:: {}

ISLIST

Type:: int
Value:: 3

isyns

Type:: list
Value:: []

lastrad

Type:: float
Value:: 700.0

lasttheta

Type:: float
Value:: 0.59999999999999998

lastx

Type:: NoneType
Value:: None

lasty

Type:: float
Value:: 0.0

lastz

Type:: NoneType
Value:: None

light1Position

Type:: tuple
Value:: (100.0, 100, 0.0, 0.0)

maxcell

Type:: int
Value:: -1

nvpx

Type:: int
Value:: 3

nvpy

Type:: int
Value:: 4

playspikeendidx

Type:: int
Value:: -1

playspikes

Type:: int
Value:: -1

playspikestartidx

Type:: int
Value:: 0

playspikestarttick

Type:: int
Value:: 0

playspikestarttime

Type:: int
Value:: -1

PSLIST

Type:: int
Value:: 4

showesyn

Type:: bool
Value:: False

showisyn

Type:: bool
Value:: False

showlabels

Type:: bool
Value:: False

SHOWSYNAPSEFRACTION

Type:: NoneType
Value:: None

startx

Type:: NoneType
Value:: None

startz

Type:: NoneType
Value:: None

superpretty

Type:: bool
Value:: False

syns

Type:: list
Value:: []

vp

Type:: int
Value:: 0

Generated by Epydoc 2.1 on Sat Apr 16 14:14:53 2005

http://epydoc.sf.net