def __init__(self, dir, port, base_dn, admin_rdn, admin_pw):
"""
Initialize the instance.
Arguments:
dir Path to the root of the filesystem hierarchy to create
the instance under.
port TCP port on localhost to bind the server to.
base_dn Base DN.
admin_rdn Administrator DN, relative to BASE_DN.
admin_pw Administrator password.
"""
DS.__init__(self, dir, port, base_dn, admin_rdn, admin_pw)
self.run_dir = self.dir + "/var/run/ldap"
self.pid_path = self.run_dir + "/slapd.pid"
self.conf_dir = self.dir + "/etc/ldap"
self.conf_slapd_d_dir = self.conf_dir + "/slapd.d"
self.data_dir = self.dir + "/var/lib/ldap"
def __init__(self, dir, port, base_dn, admin_rdn, admin_pw):
"""
Initialize the instance.
Arguments:
dir Path to the root of the filesystem hierarchy to create
the instance under.
port TCP port on localhost to bind the server to.
base_dn Base DN.
admin_rdn Administrator DN, relative to BASE_DN.
admin_pw Administrator password.
"""
DS.__init__(self, dir, port, base_dn, admin_rdn, admin_pw)
self.run_dir = self.dir + "/var/run/ldap"
self.pid_path = self.run_dir + "/slapd.pid"
self.conf_dir = self.dir + "/etc/ldap"
self.conf_slapd_d_dir = self.conf_dir + "/slapd.d"
self.data_dir = self.dir + "/var/lib/ldap"
from ds import DS
from matplotlib.pyplot import plot, show, xlabel
q = DS(h=None, x=0.1)
r = 2.5
while r < 4:
q.h = lambda x: r * x * (1 - x)
t = q.trajectory(1000)[950:]
plot([r] * len(t), t, 'k.', ms=0.4)
r = r + 0.005
xlabel(r'$r$', fontsize=16)
show()
# Filename: testds.py
# Author: John Stachurski
# Date: December 2008
# Corresponds to: Listing 4.3
from ds import DS # Import from listing 4.2
def quadmap(x):
return 4 * x * (1 - x)
q = DS(h=quadmap, x=0.1) # Create an instance q of DS
T1 = q.trajectory(100) # T1 holds trajectory from 0.1
q.x = 0.2 # Reset current state to 0.2
T2 = q.trajectory(100) # T2 holds trajectory from 0.2
# Filename: testds.py
# Author: John Stachurski
# Date: December 2008
# Corresponds to: Listing 4.3
from ds import DS # Import from listing 4.2
def quadmap(x):
return 4 * x * (1 - x)
q = DS(h=quadmap, x=0.1) # Create an instance q of DS
T1 = q.trajectory(100) # T1 holds trajectory from 0.1
q.x = 0.2 # Reset current state to 0.2
T2 = q.trajectory(100) # T2 holds trajectory from 0.2