def contR1():
ic = (2,2,2,2,2)
b = auto.run(start(ic, (3, 2.0, 200), 1), ICP=[1,2])
l1 = auto.run(auto.load(b('LP1'), ISP=2, SP=["HB"], ISW=2, ICP=[2,1], DS=-.001, UZSTOP={1:[0,4], 2:[.001,4]}))
l2 = auto.run(auto.load(b('LP2'), ISP=2, SP=["HB"], ISW=2, ICP=[2,1], DS=-.001, UZSTOP={1:[0,4], 2:[.001,4]}))
hb = auto.run(auto.load(b('HB1'), ISP=2, SP=["LP2"], ISW=2, DS=.001, UZSTOP={1:[0,4], 2:[.001,4]}))
return (b, l1, l2, hb)
def start(ic=None, pars=None, rna=0, tt=800.0, **kwargs): if not pars: pars = models._defaults[rna][1] s = models.makeode( ic, pars, tt=tt, rna = rna, run=True) pars = pars2silly(pars) tdir = os.path.join(PDIR, MDIRS[rna]) os.chdir(tdir) sol = auto.load(s[-1,:], PAR=pars) r = auto.load(sol, e=MDIRS[rna], c=MDIRS[rna], PAR=pars, **kwargs) return r
def scanforHB(er = (2,0, -.1), r = 2000):
ic = (2,2,2,2,2)
hbs = []
hbis = []
hb1 = None
for e in apply(np.arange, er):
b = auto.run(start(ic, (3, e, r), 1), ICP=[1,2])
h = b("HB")
if h:
hbs.append( (h[0].PAR['PAR(1)'], e) )
if not hb1:
hb1 = h[0]
hbis.append(h)
hbc = auto.run(auto.load(hb1, ISW=2, DS=.001, UZSTOP={1:[0,4], 2:[.001,4]}))
return (np.array(hbs), hbc, hbis)
def _2parFB(pt, npts=2000):
fw = auto.run(auto.load(pt, ISW=2, DS=.001, UZSTOP={1:[0,4], 2:[.001,4]}, NMX=npts))
bw = auto.run(auto.load(pt, ISW=2, DS=-.001, UZSTOP={1:[0,4], 2:[.001,4]}, NMX=npts))
return [fw, bw]
# Libraries we need
import pyxhook
import time
import pyautogui
import zmq
import json
import signal
import sys
import threading
import xerox
import auto
auto.load()
auto.models.load_models("user_model.pkl")
lis=[ "Home","News","Contact","About",
"Support","Blog","Tools","Base",
"Custom","More","Logo","Friends",
"Partners","People","Work",
]
s=""
context = zmq.Context()
sock1 = context.socket(zmq.PAIR)
sock1.bind("tcp://127.0.0.1:5684")
class mythread(threading.Thread):
def __init__(self):
