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Added LVS tests, updated doc.

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This commit is contained in:
Matthias Koefferlein
2021-07-29 22:56:11 +02:00
parent 9543cea952
commit 0f09dfe8eb
15 changed files with 948 additions and 18 deletions
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testdata/lvs/res_combine.gds
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testdata/lvs/res_combine1.cir
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* Extracted by KLayout
* cell Res2
.SUBCKT Res2
* device instance $1 r0 *1 110.14,51.795 RPP1
R$1 1 2 95 RPP1 L=420U W=2.21052631579U
.ENDS Res2
testdata/lvs/res_combine1.lvs
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source($lvs_test_source)
report_lvs($lvs_test_target_lvsdb, true)
target_netlist($lvs_test_target_cir, write_spice, "Extracted by KLayout")
schematic("res_combine_schematic.cir")
deep
# -------------------------------------------------------------------
# Layers
pimp = input(7, 0)
poly_dg = input(13, 0)
cont = input(15, 0)
met1_dg = input(16, 0)
sblk = input(34, 0)
rp_1 = sblk & poly_dg
rpp1 = rp_1 & pimp
p1trm = poly_dg - rpp1
class ResistorExtractor < RBA::GenericDeviceExtractor
def initialize(name, sheet_rho)
self.name = name
@sheet_rho = sheet_rho
end
def setup
define_layer("C", "Conductor")
define_layer("R", "Resistor")
register_device_class(RBA::DeviceClassResistor::new)
end
def get_connectivity(layout, layers)
# this "connectivity" forms the shape clusters that make up the device
conn = RBA::Connectivity::new
conn.connect(layers[0], layers[1]) # collect touching contacts
conn.connect(layers[1], layers[1]) # combine resistor shapes into one area
conn
end
def extract_devices(layer_geometry)
# layer_geometry provides the input layers in the order they are defined with "define_layer"
conductor = layer_geometry[0]
resistor = layer_geometry[1]
resistor_regions = resistor.merged
resistor_regions.each do |r|
terminals = conductor.interacting(resistor)
if terminals.size != 2
error("Resistor shape does not touch marker border in exactly two places", r)
else
double_width = 0
(terminals.edges & resistor.edges).merged.each do |e|
double_width += e.length
end
# A = L*W
# -> L = A/W
a = r.area*dbu*dbu
w = (double_width / 2.0)*dbu
l = a / w
device = create_device
device.set_parameter(RBA::DeviceClassResistor::PARAM_R, @sheet_rho * l / w);
device.set_parameter(RBA::DeviceClassResistor::PARAM_A, a)
device.set_parameter(RBA::DeviceClassResistor::PARAM_L, l)
device.set_parameter(RBA::DeviceClassResistor::PARAM_P, 2*l+2*w)
device.set_parameter(RBA::DeviceClassResistor::PARAM_W, w)
define_terminal(device, RBA::DeviceClassResistor::TERMINAL_A, 0, terminals[0]);
define_terminal(device, RBA::DeviceClassResistor::TERMINAL_B, 0, terminals[1]);
end
end
end
end
# enable/disable
enable_parameter("RPP1", "L")
enable_parameter("RPP1", "W")
disable_parameter("RPP1", "R")
extract_devices(ResistorExtractor::new("RPP1", 0.5), # intentionally wrong: 1565.15/5
{ "C" => p1trm, "R" => rpp1 })
connect(met1_dg, cont)
connect(p1trm, cont)
netlist.flatten_circuit("Res1")
schematic.flatten_circuit("RES1")
schematic.simplify
# Netlist vs. netlist
align
netlist.simplify
compare
testdata/lvs/res_combine1.lvsdb
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#%lvsdb-klayout
# Layout
layout(
top(Res2)
unit(0.001)
# Layer section
# This section lists the mask layers (drawing or derived) and their connections.
# Mask layers
layer(l4 '15/0')
layer(l3 '16/0')
layer(l1)
# Mask layer connectivity
connect(l4 l4 l3 l1)
connect(l3 l4 l3)
connect(l1 l4 l1)
# Device class section
class(RPP1 RES
param(R 0 0)
param(L 1 0)
param(W 1 0)
)
# Device abstracts section
# Device abstracts list the pin shapes of the devices.
device(D$RPP1 RPP1
terminal(A
rect(l1 (0 0) (540 2000))
)
terminal(B
rect(l1 (10540 0) (540 2000))
)
)
# Circuit section
# Circuits are the hierarchical building blocks of the netlist.
circuit(Res2
# Circuit boundary
rect((8285 720) (117975 57350))
# Nets with their geometries
net(1
rect(l4 (120580 32490) (220 220))
rect(l4 (-220 -745) (220 220))
rect(l4 (-220 -745) (220 220))
rect(l4 (-220 -750) (220 220))
rect(l4 (-22355 1390) (220 220))
rect(l4 (-220 -745) (220 220))
rect(l4 (-220 -745) (220 220))
rect(l4 (-220 -750) (220 220))
rect(l4 (-21520 1755) (220 220))
rect(l4 (-220 -745) (220 220))
rect(l4 (-220 -745) (220 220))
rect(l4 (-220 -750) (220 220))
rect(l3 (0 -4795) (1065 5850))
rect(l3 (-5155 -6930) (52985 1475))
rect(l3 (-27585 -395) (1065 5850))
rect(l3 (20990 -5850) (1065 5850))
rect(l3 (-1275 -1760) (340 1920))
rect(l3 (-22475 -1890) (340 1920))
rect(l3 (-21640 -1525) (340 1920))
rect(l1 (42935 -2385) (540 2000))
rect(l1 (-22675 -1970) (540 2000))
rect(l1 (-21840 -1605) (540 2000))
)
net(2
rect(l4 (19795 5575) (220 220))
rect(l4 (-220 -745) (220 220))
rect(l4 (-220 -745) (220 220))
rect(l4 (-220 -750) (220 220))
rect(l3 (-195 -995) (2395 2500))
rect(l3 (-2480 -1785) (340 1920))
rect(l1 (-500 -1960) (540 2000))
)
# Devices and their connections
device(1 D$RPP1
device(D$RPP1 location(30 -3970))
device(D$RPP1 location(-65 -8175))
device(D$RPP1 location(-205 -12595))
device(D$RPP1 location(-225 -16825))
device(D$RPP1 location(-320 -20985))
device(D$RPP1 location(-22135 30))
device(D$RPP1 location(-22105 -3940))
device(D$RPP1 location(-22200 -8145))
device(D$RPP1 location(-22340 -12565))
device(D$RPP1 location(-22360 -16795))
device(D$RPP1 location(-22455 -20955))
device(D$RPP1 location(-43435 425))
device(D$RPP1 location(-43405 -3545))
device(D$RPP1 location(-43500 -7750))
device(D$RPP1 location(-43640 -12170))
device(D$RPP1 location(-43660 -16400))
device(D$RPP1 location(-43755 -20560))
device(D$RPP1 location(-100755 -30885))
device(D$RPP1 location(-100850 -35090))
device(D$RPP1 location(-100990 -39510))
device(D$RPP1 location(-101010 -43740))
device(D$RPP1 location(-101105 -47900))
device(D$RPP1 location(-81920 -3545))
device(D$RPP1 location(-82015 -7750))
device(D$RPP1 location(-82155 -12170))
device(D$RPP1 location(-82175 -16400))
device(D$RPP1 location(-63835 -30780))
device(D$RPP1 location(-63930 -34985))
device(D$RPP1 location(-64070 -39405))
device(D$RPP1 location(-64090 -43635))
device(D$RPP1 location(-82380 -26810))
device(D$RPP1 location(-82270 -20560))
device(D$RPP1 location(-82350 -30780))
device(D$RPP1 location(-82445 -34985))
device(D$RPP1 location(-82585 -39405))
device(D$RPP1 location(-82605 -43635))
device(D$RPP1 location(-82700 -47795))
device(D$RPP1 location(-64185 -47795))
device(D$RPP1 location(-63435 640))
device(D$RPP1 location(-63405 -3330))
device(D$RPP1 location(-63500 -7535))
device(D$RPP1 location(-63640 -11955))
device(D$RPP1 location(-63660 -16185))
device(D$RPP1 location(-63755 -20345))
device(D$RPP1 location(-63865 -26810))
device(D$RPP1 location(-100465 855))
device(D$RPP1 location(-81950 425))
device(D$RPP1 location(-100435 -3115))
device(D$RPP1 location(-100530 -7320))
device(D$RPP1 location(-100670 -11740))
device(D$RPP1 location(-100690 -15970))
device(D$RPP1 location(-100785 -20130))
device(D$RPP1 location(-100785 -26915))
connect(5 A B)
connect(11 A B)
connect(17 A B)
connect(22 B B)
location(110140 51795)
param(R 95)
param(L 420)
param(W 2.21052631579)
param(A 1080)
param(P 1296)
terminal(A 1)
terminal(B 2)
)
)
)
# Reference netlist
reference(
# Device class section
class(RPP1 RES)
# Circuit section
# Circuits are the hierarchical building blocks of the netlist.
circuit(RES2
# Nets
net(1 name(GND))
net(2 name(VDD))
# Outgoing pins and their connections to nets
pin(1 name(GND))
pin(2 name(VDD))
# Devices and their connections
device(1 RPP1
name(I0.I106.R0)
param(R 59475.7)
param(L 420)
param(W 2.21052631579)
param(A 0)
param(P 0)
terminal(A 2)
terminal(B 1)
)
)
)
# Cross reference
xref(
circuit(Res2 RES2 match
xref(
net(1 1 warning)
net(2 2 warning)
pin(() 0 match)
pin(() 1 match)
device(1 1 match)
)
)
)
testdata/lvs/res_combine2.cir
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* Extracted by KLayout
* cell Res2
.SUBCKT Res2
* device instance $1 r0 *1 110.14,51.795 RPP1
R$1 1 2 95 RPP1
.ENDS Res2
testdata/lvs/res_combine2.lvs
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source($lvs_test_source)
report_lvs($lvs_test_target_lvsdb, true)
target_netlist($lvs_test_target_cir, write_spice, "Extracted by KLayout")
schematic("res_combine_schematic.cir")
deep
# -------------------------------------------------------------------
# Layers
pimp = input(7, 0)
poly_dg = input(13, 0)
cont = input(15, 0)
met1_dg = input(16, 0)
sblk = input(34, 0)
rp_1 = sblk & poly_dg
rpp1 = rp_1 & pimp
p1trm = poly_dg - rpp1
class ResistorExtractor < RBA::GenericDeviceExtractor
def initialize(name, sheet_rho)
self.name = name
@sheet_rho = sheet_rho
end
def setup
define_layer("C", "Conductor")
define_layer("R", "Resistor")
register_device_class(RBA::DeviceClassResistor::new)
end
def get_connectivity(layout, layers)
# this "connectivity" forms the shape clusters that make up the device
conn = RBA::Connectivity::new
conn.connect(layers[0], layers[1]) # collect touching contacts
conn.connect(layers[1], layers[1]) # combine resistor shapes into one area
conn
end
def extract_devices(layer_geometry)
# layer_geometry provides the input layers in the order they are defined with "define_layer"
conductor = layer_geometry[0]
resistor = layer_geometry[1]
resistor_regions = resistor.merged
resistor_regions.each do |r|
terminals = conductor.interacting(resistor)
if terminals.size != 2
error("Resistor shape does not touch marker border in exactly two places", r)
else
double_width = 0
(terminals.edges & resistor.edges).merged.each do |e|
double_width += e.length
end
# A = L*W
# -> L = A/W
a = r.area*dbu*dbu
w = (double_width / 2.0)*dbu
l = a / w
device = create_device
device.set_parameter(RBA::DeviceClassResistor::PARAM_R, @sheet_rho * l / w);
device.set_parameter(RBA::DeviceClassResistor::PARAM_A, a)
device.set_parameter(RBA::DeviceClassResistor::PARAM_L, l)
device.set_parameter(RBA::DeviceClassResistor::PARAM_P, 2*l+2*w)
device.set_parameter(RBA::DeviceClassResistor::PARAM_W, w)
define_terminal(device, RBA::DeviceClassResistor::TERMINAL_A, 0, terminals[0]);
define_terminal(device, RBA::DeviceClassResistor::TERMINAL_B, 0, terminals[1]);
end
end
end
end
# tolerance/ignore
tolerance("RPP1", "W", 1e-5)
tolerance("RPP1", "L", 1e-5)
ignore_parameter("RPP1", "R")
extract_devices(ResistorExtractor::new("RPP1", 0.5), # intentionally wrong: 1565.15/5
{ "C" => p1trm, "R" => rpp1 })
connect(met1_dg, cont)
connect(p1trm, cont)
netlist.flatten_circuit("Res1")
schematic.flatten_circuit("RES1")
schematic.simplify
# Netlist vs. netlist
align
netlist.simplify
compare
testdata/lvs/res_combine2.lvsdb
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#%lvsdb-klayout
# Layout
layout(
top(Res2)
unit(0.001)
# Layer section
# This section lists the mask layers (drawing or derived) and their connections.
# Mask layers
layer(l4 '15/0')
layer(l3 '16/0')
layer(l1)
# Mask layer connectivity
connect(l4 l4 l3 l1)
connect(l3 l4 l3)
connect(l1 l4 l1)
# Device class section
class(RPP1 RES)
# Device abstracts section
# Device abstracts list the pin shapes of the devices.
device(D$RPP1 RPP1
terminal(A
rect(l1 (0 0) (540 2000))
)
terminal(B
rect(l1 (10540 0) (540 2000))
)
)
# Circuit section
# Circuits are the hierarchical building blocks of the netlist.
circuit(Res2
# Circuit boundary
rect((8285 720) (117975 57350))
# Nets with their geometries
net(1
rect(l4 (120580 32490) (220 220))
rect(l4 (-220 -745) (220 220))
rect(l4 (-220 -745) (220 220))
rect(l4 (-220 -750) (220 220))
rect(l4 (-22355 1390) (220 220))
rect(l4 (-220 -745) (220 220))
rect(l4 (-220 -745) (220 220))
rect(l4 (-220 -750) (220 220))
rect(l4 (-21520 1755) (220 220))
rect(l4 (-220 -745) (220 220))
rect(l4 (-220 -745) (220 220))
rect(l4 (-220 -750) (220 220))
rect(l3 (0 -4795) (1065 5850))
rect(l3 (-5155 -6930) (52985 1475))
rect(l3 (-27585 -395) (1065 5850))
rect(l3 (20990 -5850) (1065 5850))
rect(l3 (-1275 -1760) (340 1920))
rect(l3 (-22475 -1890) (340 1920))
rect(l3 (-21640 -1525) (340 1920))
rect(l1 (42935 -2385) (540 2000))
rect(l1 (-22675 -1970) (540 2000))
rect(l1 (-21840 -1605) (540 2000))
)
net(2
rect(l4 (19795 5575) (220 220))
rect(l4 (-220 -745) (220 220))
rect(l4 (-220 -745) (220 220))
rect(l4 (-220 -750) (220 220))
rect(l3 (-195 -995) (2395 2500))
rect(l3 (-2480 -1785) (340 1920))
rect(l1 (-500 -1960) (540 2000))
)
# Devices and their connections
device(1 D$RPP1
device(D$RPP1 location(30 -3970))
device(D$RPP1 location(-65 -8175))
device(D$RPP1 location(-205 -12595))
device(D$RPP1 location(-225 -16825))
device(D$RPP1 location(-320 -20985))
device(D$RPP1 location(-22135 30))
device(D$RPP1 location(-22105 -3940))
device(D$RPP1 location(-22200 -8145))
device(D$RPP1 location(-22340 -12565))
device(D$RPP1 location(-22360 -16795))
device(D$RPP1 location(-22455 -20955))
device(D$RPP1 location(-43435 425))
device(D$RPP1 location(-43405 -3545))
device(D$RPP1 location(-43500 -7750))
device(D$RPP1 location(-43640 -12170))
device(D$RPP1 location(-43660 -16400))
device(D$RPP1 location(-43755 -20560))
device(D$RPP1 location(-100755 -30885))
device(D$RPP1 location(-100850 -35090))
device(D$RPP1 location(-100990 -39510))
device(D$RPP1 location(-101010 -43740))
device(D$RPP1 location(-101105 -47900))
device(D$RPP1 location(-81920 -3545))
device(D$RPP1 location(-82015 -7750))
device(D$RPP1 location(-82155 -12170))
device(D$RPP1 location(-82175 -16400))
device(D$RPP1 location(-63835 -30780))
device(D$RPP1 location(-63930 -34985))
device(D$RPP1 location(-64070 -39405))
device(D$RPP1 location(-64090 -43635))
device(D$RPP1 location(-82380 -26810))
device(D$RPP1 location(-82270 -20560))
device(D$RPP1 location(-82350 -30780))
device(D$RPP1 location(-82445 -34985))
device(D$RPP1 location(-82585 -39405))
device(D$RPP1 location(-82605 -43635))
device(D$RPP1 location(-82700 -47795))
device(D$RPP1 location(-64185 -47795))
device(D$RPP1 location(-63435 640))
device(D$RPP1 location(-63405 -3330))
device(D$RPP1 location(-63500 -7535))
device(D$RPP1 location(-63640 -11955))
device(D$RPP1 location(-63660 -16185))
device(D$RPP1 location(-63755 -20345))
device(D$RPP1 location(-63865 -26810))
device(D$RPP1 location(-100465 855))
device(D$RPP1 location(-81950 425))
device(D$RPP1 location(-100435 -3115))
device(D$RPP1 location(-100530 -7320))
device(D$RPP1 location(-100670 -11740))
device(D$RPP1 location(-100690 -15970))
device(D$RPP1 location(-100785 -20130))
device(D$RPP1 location(-100785 -26915))
connect(5 A B)
connect(11 A B)
connect(17 A B)
connect(22 B B)
location(110140 51795)
param(R 95)
param(L 420)
param(W 2.21052631579)
param(A 1080)
param(P 1296)
terminal(A 1)
terminal(B 2)
)
)
)
# Reference netlist
reference(
# Device class section
class(RPP1 RES)
# Circuit section
# Circuits are the hierarchical building blocks of the netlist.
circuit(RES2
# Nets
net(1 name(GND))
net(2 name(VDD))
# Outgoing pins and their connections to nets
pin(1 name(GND))
pin(2 name(VDD))
# Devices and their connections
device(1 RPP1
name(I0.I106.R0)
param(R 59475.7)
param(L 420)
param(W 2.21052631579)
param(A 0)
param(P 0)
terminal(A 2)
terminal(B 1)
)
)
)
# Cross reference
xref(
circuit(Res2 RES2 match
xref(
net(1 1 warning)
net(2 2 warning)
pin(() 0 match)
pin(() 1 match)
device(1 1 match)
)
)
)
testdata/lvs/res_combine3.cir
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* Extracted by KLayout
* cell Res2
.SUBCKT Res2
* device instance $1 r0 *1 110.14,51.795 RPP1
R$1 1 2 95 RPP1
.ENDS Res2
testdata/lvs/res_combine3.lvs
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source($lvs_test_source)
report_lvs($lvs_test_target_lvsdb, true)
target_netlist($lvs_test_target_cir, write_spice, "Extracted by KLayout")
schematic("res_combine_schematic.cir")
deep
# -------------------------------------------------------------------
# Layers
pimp = input(7, 0)
poly_dg = input(13, 0)
cont = input(15, 0)
met1_dg = input(16, 0)
sblk = input(34, 0)
rp_1 = sblk & poly_dg
rpp1 = rp_1 & pimp
p1trm = poly_dg - rpp1
class ResistorExtractor < RBA::GenericDeviceExtractor
def initialize(name, sheet_rho)
self.name = name
@sheet_rho = sheet_rho
end
def setup
define_layer("C", "Conductor")
define_layer("R", "Resistor")
register_device_class(RBA::DeviceClassResistor::new)
end
def get_connectivity(layout, layers)
# this "connectivity" forms the shape clusters that make up the device
conn = RBA::Connectivity::new
conn.connect(layers[0], layers[1]) # collect touching contacts
conn.connect(layers[1], layers[1]) # combine resistor shapes into one area
conn
end
def extract_devices(layer_geometry)
# layer_geometry provides the input layers in the order they are defined with "define_layer"
conductor = layer_geometry[0]
resistor = layer_geometry[1]
resistor_regions = resistor.merged
resistor_regions.each do |r|
terminals = conductor.interacting(resistor)
if terminals.size != 2
error("Resistor shape does not touch marker border in exactly two places", r)
else
double_width = 0
(terminals.edges & resistor.edges).merged.each do |e|
double_width += e.length
end
# A = L*W
# -> L = A/W
a = r.area*dbu*dbu
w = (double_width / 2.0)*dbu
l = a / w
device = create_device
device.set_parameter(RBA::DeviceClassResistor::PARAM_R, @sheet_rho * l / w);
device.set_parameter(RBA::DeviceClassResistor::PARAM_A, a)
device.set_parameter(RBA::DeviceClassResistor::PARAM_L, l)
device.set_parameter(RBA::DeviceClassResistor::PARAM_P, 2*l+2*w)
device.set_parameter(RBA::DeviceClassResistor::PARAM_W, w)
define_terminal(device, RBA::DeviceClassResistor::TERMINAL_A, 0, terminals[0]);
define_terminal(device, RBA::DeviceClassResistor::TERMINAL_B, 0, terminals[1]);
end
end
end
end
extract_devices(ResistorExtractor::new("RPP1", 0.5), # intentionally wrong: 1565.15/5
{ "C" => p1trm, "R" => rpp1 })
connect(met1_dg, cont)
connect(p1trm, cont)
netlist.flatten_circuit("Res1")
schematic.flatten_circuit("RES1")
schematic.simplify
# Netlist vs. netlist
align
netlist.simplify
compare
testdata/lvs/res_combine3.lvsdb
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#%lvsdb-klayout
# Layout
layout(
top(Res2)
unit(0.001)
# Layer section
# This section lists the mask layers (drawing or derived) and their connections.
# Mask layers
layer(l4 '15/0')
layer(l3 '16/0')
layer(l1)
# Mask layer connectivity
connect(l4 l4 l3 l1)
connect(l3 l4 l3)
connect(l1 l4 l1)
# Device class section
class(RPP1 RES)
# Device abstracts section
# Device abstracts list the pin shapes of the devices.
device(D$RPP1 RPP1
terminal(A
rect(l1 (0 0) (540 2000))
)
terminal(B
rect(l1 (10540 0) (540 2000))
)
)
# Circuit section
# Circuits are the hierarchical building blocks of the netlist.
circuit(Res2
# Circuit boundary
rect((8285 720) (117975 57350))
# Nets with their geometries
net(1
rect(l4 (120580 32490) (220 220))
rect(l4 (-220 -745) (220 220))
rect(l4 (-220 -745) (220 220))
rect(l4 (-220 -750) (220 220))
rect(l4 (-22355 1390) (220 220))
rect(l4 (-220 -745) (220 220))
rect(l4 (-220 -745) (220 220))
rect(l4 (-220 -750) (220 220))
rect(l4 (-21520 1755) (220 220))
rect(l4 (-220 -745) (220 220))
rect(l4 (-220 -745) (220 220))
rect(l4 (-220 -750) (220 220))
rect(l3 (0 -4795) (1065 5850))
rect(l3 (-5155 -6930) (52985 1475))
rect(l3 (-27585 -395) (1065 5850))
rect(l3 (20990 -5850) (1065 5850))
rect(l3 (-1275 -1760) (340 1920))
rect(l3 (-22475 -1890) (340 1920))
rect(l3 (-21640 -1525) (340 1920))
rect(l1 (42935 -2385) (540 2000))
rect(l1 (-22675 -1970) (540 2000))
rect(l1 (-21840 -1605) (540 2000))
)
net(2
rect(l4 (19795 5575) (220 220))
rect(l4 (-220 -745) (220 220))
rect(l4 (-220 -745) (220 220))
rect(l4 (-220 -750) (220 220))
rect(l3 (-195 -995) (2395 2500))
rect(l3 (-2480 -1785) (340 1920))
rect(l1 (-500 -1960) (540 2000))
)
# Devices and their connections
device(1 D$RPP1
device(D$RPP1 location(30 -3970))
device(D$RPP1 location(-65 -8175))
device(D$RPP1 location(-205 -12595))
device(D$RPP1 location(-225 -16825))
device(D$RPP1 location(-320 -20985))
device(D$RPP1 location(-22135 30))
device(D$RPP1 location(-22105 -3940))
device(D$RPP1 location(-22200 -8145))
device(D$RPP1 location(-22340 -12565))
device(D$RPP1 location(-22360 -16795))
device(D$RPP1 location(-22455 -20955))
device(D$RPP1 location(-43435 425))
device(D$RPP1 location(-43405 -3545))
device(D$RPP1 location(-43500 -7750))
device(D$RPP1 location(-43640 -12170))
device(D$RPP1 location(-43660 -16400))
device(D$RPP1 location(-43755 -20560))
device(D$RPP1 location(-100755 -30885))
device(D$RPP1 location(-100850 -35090))
device(D$RPP1 location(-100990 -39510))
device(D$RPP1 location(-101010 -43740))
device(D$RPP1 location(-101105 -47900))
device(D$RPP1 location(-81920 -3545))
device(D$RPP1 location(-82015 -7750))
device(D$RPP1 location(-82155 -12170))
device(D$RPP1 location(-82175 -16400))
device(D$RPP1 location(-63835 -30780))
device(D$RPP1 location(-63930 -34985))
device(D$RPP1 location(-64070 -39405))
device(D$RPP1 location(-64090 -43635))
device(D$RPP1 location(-82380 -26810))
device(D$RPP1 location(-82270 -20560))
device(D$RPP1 location(-82350 -30780))
device(D$RPP1 location(-82445 -34985))
device(D$RPP1 location(-82585 -39405))
device(D$RPP1 location(-82605 -43635))
device(D$RPP1 location(-82700 -47795))
device(D$RPP1 location(-64185 -47795))
device(D$RPP1 location(-63435 640))
device(D$RPP1 location(-63405 -3330))
device(D$RPP1 location(-63500 -7535))
device(D$RPP1 location(-63640 -11955))
device(D$RPP1 location(-63660 -16185))
device(D$RPP1 location(-63755 -20345))
device(D$RPP1 location(-63865 -26810))
device(D$RPP1 location(-100465 855))
device(D$RPP1 location(-81950 425))
device(D$RPP1 location(-100435 -3115))
device(D$RPP1 location(-100530 -7320))
device(D$RPP1 location(-100670 -11740))
device(D$RPP1 location(-100690 -15970))
device(D$RPP1 location(-100785 -20130))
device(D$RPP1 location(-100785 -26915))
connect(5 A B)
connect(11 A B)
connect(17 A B)
connect(22 B B)
location(110140 51795)
param(R 95)
param(L 420)
param(W 2.21052631579)
param(A 1080)
param(P 1296)
terminal(A 1)
terminal(B 2)
)
)
)
# Reference netlist
reference(
# Device class section
class(RPP1 RES)
# Circuit section
# Circuits are the hierarchical building blocks of the netlist.
circuit(RES2
# Nets
net(1 name(GND))
net(2 name(VDD))
# Outgoing pins and their connections to nets
pin(1 name(GND))
pin(2 name(VDD))
# Devices and their connections
device(1 RPP1
name(I0.I106.R0)
param(R 59475.7)
param(L 420)
param(W 2.21052631579)
param(A 0)
param(P 0)
terminal(A 2)
terminal(B 1)
)
)
)
# Cross reference
xref(
circuit(Res2 RES2 nomatch
xref(
net(() 1 mismatch)
net(() 2 mismatch)
net(1 () mismatch)
net(2 () mismatch)
pin(() 0 match)
pin(() 1 match)
device(() 1 mismatch)
device(1 () mismatch)
)
)
)
testdata/lvs/res_combine_schematic.cir
Vendored
+31
View File
@@ -0,0 +1,31 @@
.SUBCKT res1 MINUS PLUS
*.PININFO MINUS:B PLUS:B
RR7 net5 net3 1565.15 RPP1 W=2u L=10u M=1
RR8 net3 net6 1565.15 RPP1 W=2u L=10u M=1
RR9 net6 net7 1565.15 RPP1 W=2u L=10u M=1
RR10 net7 MINUS 1565.15 RPP1 W=2u L=10u M=1
RR6 net4 net5 1565.15 RPP1 W=2u L=10u M=1
RR0 PLUS net4 1565.15 RPP1 W=2u L=10u M=1
.ENDS
.SUBCKT res2_ MINUS PLUS
*.PININFO MINUS:B PLUS:B
XI106 net3 PLUS res1
XI104 net7 net8 res1
XI100 net6 MINUS res1
XI105 net3 net7 res1
XI107 net3 PLUS res1
XI108 net3 PLUS res1
XI101 net9 net6 res1
XI102 net10 net9 res1
XI103 net8 net10 res1
.ENDS
.SUBCKT Res2 gnd vdd
*.PININFO gnd:B vdd:B
XI0 gnd vdd res2_
.ENDS