def VSp2R50_T50T150T50_VT0R50_TL40_1():
model = copy(VSp2R50_T50T150T50_VT0R50_TL20_1())
#
model.name = 'VSp2R50_T50T150T50_VT0R50_TL40_1'
model.movie_fname = model.name + '.mp4'
#
Tparms = []
T = Parms # clever empty class, used like a struct var
# create a list of transmission lines via their parameters
T.Z = 50
T.G = 0.1
T.L = 40
Tparms.append(copy(T))
T.Z = 150
T.G = 0.1
T.L = 2
Tparms.append(copy(T))
T.Z = 50
T.G = 0.1
T.L = 40
Tparms.append(copy(T))
model.Tparms = Tparms
#
#model.Vstep = 2
model.risetime = 1.2
model.stop_time = 12
#
return model
def VSp1R50_T50T55T45T55_VT0R50_1():
model = copy(Base())
#
model.name = 'VSp1R50_T50T55T45T55_VT0R50_1'
model.movie_fname = model.name + '.mp4'
#
#model.clock_period = 0.01
model.stop_time = 50
#
# scope probe list.
# 0 is first node, transmitter. -1 is last node, receiver.
# 'None' for no nodes probed. 'All' for all nodes probed
#model.probes = 'all'
#model.probes = None
#model.probes = [0, -1]
#
Tparms = []
T = Parms # clever empty class, used like a struct var
# create a list of transmission lines via their parameters
T.Z = 50
T.G = 0.1
T.L = 50
Tparms.append(copy(T))
T.Z = 55
T.G = 0.1
T.L = 33
Tparms.append(copy(T))
T.Z = 45
T.G = 0.1
T.L = 25
Tparms.append(copy(T))
T.Z = 55
T.G = 0.1
T.L = 20
Tparms.append(copy(T))
model.Tparms = Tparms
#
#model.Zsrc = 50
#model.Vstep = 1
#model.delay = 0.1
#model.risetime = 0.1
#model.Pattern = '1'
#model.Baud = 1
#
#model.Zterm = 50
#model.Vterm = 0
#model.Trise = 0.1
#
return model
def VSp1R50_T50_VT0R50_1():
model = copy(Base())
#
model.name = 'VSp1R50_T50_VT0R50_1'
model.movie_fname = model.name + '.mp4'
#
model.stop_time = 5
#
return model
def VSp1R75_T50T150T50_VTn1R75_1():
model = copy(VSp1R75_T50T150T50_VT0R75_1())
#
model.name = 'VSp1R75_T50T150T50_VTn1R75_1'
model.movie_fname = model.name + '.mp4'
#
model.Vterm = -1
#
return model
def VSp2R50_T50_VT0R50_3():
model = copy(VSp2R50_T50_VT0R50_1())
#
model.name = 'VSp2R50_T50_VT0R50_3'
model.movie_fname = model.name + '.mp4'
#
model.risetime = 10
model.stop_time = 22
#
return model
def VSp1R75_T50T150T50_VT0R75_1():
model = copy(VSp1R50_T50T150T50_VT0R50_1())
#
model.name = 'VSp1R75_T50T150T50_VT0R75_1'
model.movie_fname = model.name + '.mp4'
#
model.Zsrc = 75
model.Zterm = 75
#
return model
def VSp1R50_T50_VT0Rinf_1():
model = copy(VSp1R50_T50_VT0R50_1())
#
model.name = 'VSp1R50_T50_VT0Rinf_1'
model.movie_fname = model.name + '.mp4'
#
model.Zterm = 50e12 # open load
#
model.stop_time = 5
#
return model
def VSp1R50_T50_VT0R0_1():
model = copy(VSp1R50_T50_VT0R50_1())
#
model.name = 'VSp1R50_T50_VT0R0_1'
model.movie_fname = model.name + '.mp4'
#
model.Zterm = 0 # shorted load
#
model.stop_time = 5
#
return model
def Base():
# DO NOT CHANGE THIS MODEL
model = Parms
#
# values from VSp1R50_T50_VT0R50_1
model.name = 'Base'
model.animation = True
model.movie = False
model.movie_fname = model.name + '.mp4'
model.note = None
#
model.clock_period = 0.01
model.stop_time = 10
#
# scope probe list.
# 0 is first node, transmitter. -1 is last node, receiver.
# 'None' for no nodes probed. 'All' for all nodes probed
#model.probes = 'all'
#model.probes = None
model.probes = [0, -1]
#
Tparms = []
T = Parms # clever empty class, used like a struct var
# create a list of transmission lines via their parameters
T.Z = 50
T.G = 0.1
T.L = 20
Tparms.append(copy(T))
model.Tparms = Tparms
#model.TlSnaps = [0, 1, 2] # List of tlines to snapshot
model.TlSnaps = 'all' # 'all' for all
#
# Source models
model.Zsrc = 50 # source impedance
model.Vstep = 1 # source voltage, max
model.delay = 0.1 # delay before generating step
model.risetime = 0.1 # risetime of step
model.Pattern = '1' # bit pattern to generate. '1' generates a step fnctn
model.Baud = 1 # bit pattern baud rate
#
# Terminatoin models
model.Zterm = 50 # terminated load
model.Vterm = 0 # termination voltage
model.Trise = 0.1 # for Vterm != 0, rise time from V=0
#
model.figwidth = None # animation figure width
model.figheight = None # animation figure height
model.suptitle = 'on' # animation super-title on/off
#
return model
def VSp2R50_T50_VT0R50_1():
model = copy(VSp1R50_T50_VT0R50_1())
#
model.name = 'VSp2R50_T50_VT0R50_1'
model.movie_fname = model.name + '.mp4'
#
model.risetime = 0.1
model.stop_time = 2.5
#
model.Vstep = 2
model.probes = None
model.suptitle = 'off'
#
return model
