create markdwon
This commit is contained in:
PhillipRambo
parent
9aef2e060d
commit
23c724be38
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* Extracted by KLayout with SG13G2 LVS runset on : 27/03/2025 11:05
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.SUBCKT lvs_tester gnd G D
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M$1 gnd G D \$1 sg13_lv_nmos L=0.45u W=1u AS=0.34p AD=0.34p PS=2.68u PD=2.68u
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R$2 \$1 gnd ptap1 A=0.6084p P=3.12u
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.ENDS lvs_tester
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v {xschem version=3.4.6 file_version=1.2}
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G {}
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K {}
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V {}
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S {}
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E {}
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P 4 1 310 -180 {}
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P 4 1 310 -180 {}
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N 150 -40 150 -20 {lab=gnd}
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N 150 -70 230 -70 {lab=sub}
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N 100 -70 110 -70 {lab=G}
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N 360 -130 360 -110 {lab=sub}
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N 360 -50 360 -30 {lab=gnd}
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N 150 -140 150 -100 {lab=D}
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C {sg13g2_pr/sg13_lv_nmos.sym} 130 -70 0 0 {name=M3
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l=0.45u
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w=1.0u
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ng=1
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m=1
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model=sg13_lv_nmos
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spiceprefix=X
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}
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C {lab_pin.sym} 230 -70 0 1 {name=p2 sig_type=std_logic lab=sub}
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C {iopin.sym} 100 -70 2 0 {name=p9 lab=G}
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C {iopin.sym} 150 -140 0 0 {name=p3 lab=D}
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C {lab_pin.sym} 150 -20 0 1 {name=p4 sig_type=std_logic lab=gnd}
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C {iopin.sym} 360 -30 0 0 {name=p5 lab=gnd}
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C {lab_pin.sym} 360 -130 0 1 {name=p6 sig_type=std_logic lab=sub}
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C {sg13g2_pr/ptap1.sym} 360 -80 2 0 {name=R1
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model=ptap1
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spiceprefix=X
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w=0.78e-6
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l=0.78e-6
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}
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"""Module to automatically generate a gallery of devices out of spice netlist creating a new GDS file. Can be used in
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Klayout's batch mode. For example:
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klayout -n sg13g2 -zz -r generator.py -rd netlist=netlist.spice -rd output=macros/gallery.gds
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"""
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import pathlib
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import sys
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import re
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import argparse
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from typing import List, Dict
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import pya
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import klayout.db
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LIB = 'SG13_dev'
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def parse_netlist(netlist: str) -> List[Dict[str, str]]:
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# Define regular expression patterns for each component type
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patterns = {
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'ipin': re.compile(r"^\*\.ipin\s+(\S+)\s*$", re.MULTILINE),
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'opin': re.compile(r"^\*\.opin\s+(\S+)\s*$", re.MULTILINE),
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'iopin': re.compile(r"^\*\.iopin\s+(\S+)\s*$", re.MULTILINE),
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'bjt': re.compile(r"^XQ(\S+)\s+\S+\s+\S+\s+\S+\s+\S+\s+(\S+)\s+Nx=([\d\.]+)(?:\s+le=([\d\.e-]+))?\s*$", re.MULTILINE),
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'capacitor': re.compile(r"^XC(\S+)\s+\S+\s+\S+\s+(\S+)\s+w=([\d\.e-]+)\s+l=([\d\.e-]+)\s+m=([\d\.]+)\s*$", re.MULTILINE),
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'diode': re.compile(r"^XD(\S+)\s+\S+\s+\S+\s+(\S+)\s+l=([\d\.a-zA-Z]+)\s+w=([\d\.a-zA-Z]+)\s*$", re.MULTILINE),
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'resistor': re.compile(r"^XR(\S+)\s+\S+\s+\S+\s+(\S+)\s+w=([\d\.e-]+)\s+l=([\d\.e-]+)\s+m=([\d\.]+)\s+b=([\d\.]+)\s*$", re.MULTILINE),
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'mosfet': re.compile(r"^XM(\S+)\s+\S+\s+\S+\s+\S+\s+\S+\s+(\S+)\s+w=([\d\.u-]+)\s+l=([\d\.u-]+)\s+ng=([\d\.]+)\s+m=([\d\.]+)(?:\s+rfmode=([\d\.]+))?\s*$", re.MULTILINE),
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'tap': re.compile(r"^XR(\S+)\s+\S+\s+\S+\s+(\S+)\s*$", re.MULTILINE)
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}
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components = []
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# Parse pins
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for pin_type in ['ipin', 'opin', 'iopin']:
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for match in patterns[pin_type].finditer(netlist):
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components.append({
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'name': match.group(1),
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'model': pin_type
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})
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# Parse BJTs
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for match in patterns['bjt'].finditer(netlist):
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components.append({
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'name': f"XQ{match.group(1)}",
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'model': match.group(2),
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'Nx': match.group(3),
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'le': match.group(4) if match.group(4) else None
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})
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# Parse capacitors
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for match in patterns['capacitor'].finditer(netlist):
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components.append({
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'name': f"XC{match.group(1)}",
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'model': match.group(2),
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'w': match.group(3),
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'l': match.group(4),
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'm': match.group(5)
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})
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# Parse diodes
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for match in patterns['diode'].finditer(netlist):
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components.append({
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'name': f"XD{match.group(1)}",
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'model': match.group(2),
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'l': match.group(3),
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'w': match.group(4)
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})
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# Parse resistors
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for match in patterns['resistor'].finditer(netlist):
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components.append({
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'name': f"XR{match.group(1)}",
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'model': match.group(2),
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'w': match.group(3),
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'l': match.group(4),
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'm': match.group(5),
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'b': match.group(6)
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})
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# Parse MOSFETs
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for match in patterns['mosfet'].finditer(netlist):
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components.append({
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'name': f"XM{match.group(1)}",
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'model': match.group(2),
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'w': match.group(3),
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'l': match.group(4),
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'ng': match.group(5),
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'm': match.group(6),
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'rfmode': match.group(7) if match.group(7) else None
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})
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#Parse ntap
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for match in patterns['tap'].finditer(netlist):
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components.append({
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'name': f"XR{match.group(1)}",
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'model': match.group(2) # In this case, group 4 is the ntap model
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})
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return components
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def generate_devices(netlist: str, output: str):
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components = parse_netlist(netlist)
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lib = pya.Library.library_by_name(LIB)
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layout = klayout.db.Layout(True)
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layout.dbu = 0.001
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top_cell = layout.cell(layout.add_cell('gallery'))
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res = find_instances_by_model(components, 'rppd')
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xstep = 0
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cell_w = 0
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y_offset = 100
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hmax = 0
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for item in res:
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width = float(item['w'])*1e6
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length = float(item['l'])*1e6
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bends = int(item['b'])
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m = int(item['m'])
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for i in range(1,m+1):
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pcell_decl = lib.layout().pcell_declaration('rppd')
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params = pcell_decl.params_as_hash(pcell_decl.get_parameters())
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pcell = layout.add_pcell_variant(lib, pcell_decl.id(), {'w': f'{width}u', 'l': f'{length}u', 'b' : f'{bends}'})
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cell=layout.cell(pcell)
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bbox=cell.bbox()
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xstep = xstep + 100 + cell_w
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top_cell.insert(klayout.db.CellInstArray(pcell, klayout.db.Trans(klayout.db.Point(xstep,y_offset ))))
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cell_w = bbox.width()
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cell_h = bbox.height()
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if cell_h > hmax:
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hmax = cell_h
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# print(f'w: {cell_w}, h: {cell_h}, xstep: {xstep}')
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res = find_instances_by_model(components, 'rhigh')
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xstep = 0
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cell_w = 0
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y_offset = y_offset + hmax
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hmax = 0
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for item in res:
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width = float(item['w'])*1e6
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length = float(item['l'])*1e6
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bends = int(item['b'])
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m = int(item['m'])
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for i in range(1,m+1):
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pcell_decl = lib.layout().pcell_declaration('rhigh')
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params = pcell_decl.params_as_hash(pcell_decl.get_parameters())
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pcell = layout.add_pcell_variant(lib, pcell_decl.id(), {'w': f'{width}u', 'l': f'{length}u', 'b' : f'{bends}'})
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cell=layout.cell(pcell)
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bbox=cell.bbox()
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xstep = xstep + 100 + cell_w
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top_cell.insert(klayout.db.CellInstArray(pcell, klayout.db.Trans(klayout.db.Point(xstep, y_offset))))
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cell_w=bbox.width()
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cell_h=bbox.height()
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if cell_h > hmax:
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hmax = cell_h
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res = find_instances_by_model(components, 'rsil')
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xstep = 0
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cell_w = 0
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y_offset = y_offset + hmax
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hmax = 0
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for item in res:
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width = float(item['w'])*1e6
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length = float(item['l'])*1e6
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bends = int(item['b'])
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m = int(item['m'])
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for i in range(1,m+1):
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pcell_decl = lib.layout().pcell_declaration('rsil')
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params = pcell_decl.params_as_hash(pcell_decl.get_parameters())
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pcell = layout.add_pcell_variant(lib, pcell_decl.id(), {'w': f'{width}u', 'l': f'{length}u', 'b' : f'{bends}'})
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cell=layout.cell(pcell)
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bbox=cell.bbox()
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xstep = xstep + 100 + cell_w
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top_cell.insert(klayout.db.CellInstArray(pcell, klayout.db.Trans(klayout.db.Point(xstep,y_offset))))
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cell_w=bbox.width()
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cell_h=bbox.height()
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if cell_h > hmax:
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hmax = cell_h
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mos = find_instances_by_model(components, 'sg13_lv_nmos')
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xstep = 0
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cell_w = 0
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y_offset = y_offset + hmax
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hmax = 0
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for item in mos:
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width = float(item['w'][:-1])
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length = float(item['l'][:-1])
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ng = int(item['ng'])
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m = int(item['m'])
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for i in range(1,m+1):
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pcell_decl = lib.layout().pcell_declaration('nmos')
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params = pcell_decl.params_as_hash(pcell_decl.get_parameters())
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pcell = layout.add_pcell_variant(lib, pcell_decl.id(), {'w': f'{width}u', 'l': f'{length}u', 'ng' : f'{ng}'})
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cell=layout.cell(pcell)
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bbox=cell.bbox()
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xstep = xstep + 100 + cell_w
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top_cell.insert(klayout.db.CellInstArray(pcell, klayout.db.Trans(klayout.db.Point(xstep, y_offset))))
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cell_w=bbox.width()
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cell_h=bbox.height()
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if cell_h > hmax:
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hmax = cell_h
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mos = find_instances_by_model(components, 'sg13_hv_nmos')
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xstep = 0
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cell_w = 0
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y_offset = y_offset + hmax
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hmax = 0
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for item in mos:
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width = float(item['w'][:-1])
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length = float(item['l'][:-1])
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ng = int(item['ng'])
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m = int(item['m'])
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for i in range(1,m+1):
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pcell_decl = lib.layout().pcell_declaration('nmosHV')
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params = pcell_decl.params_as_hash(pcell_decl.get_parameters())
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pcell = layout.add_pcell_variant(lib, pcell_decl.id(), {'w': f'{width}u', 'l': f'{length}u', 'ng' : f'{ng}'})
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cell=layout.cell(pcell)
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bbox=cell.bbox()
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xstep = xstep + 100 + cell_w
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top_cell.insert(klayout.db.CellInstArray(pcell, klayout.db.Trans(klayout.db.Point(xstep, y_offset))))
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cell_w=bbox.width()
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cell_h=bbox.height()
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if cell_h > hmax:
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hmax = cell_h
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mos = find_instances_by_model(components, 'sg13_lv_pmos')
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xstep = 0
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cell_w = 0
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y_offset = y_offset + hmax
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hmax = 0
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for item in mos:
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name = item['name']
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width = float(item['w'][:-1])
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length = float(item['l'][:-1])
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ng = int(item['ng'])
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m = int(item['m'])
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for i in range(1,m+1):
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pcell_decl = lib.layout().pcell_declaration('pmos')
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params = pcell_decl.params_as_hash(pcell_decl.get_parameters())
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pcell = layout.add_pcell_variant(lib, pcell_decl.id(), {'w': f'{width}u', 'l': f'{length}u', 'ng' : f'{ng}'})
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cell=layout.cell(pcell)
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bbox=cell.bbox()
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xstep = xstep + 100 + cell_w
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top_cell.insert(klayout.db.CellInstArray(pcell, klayout.db.Trans(klayout.db.Point(xstep, y_offset))))
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cell_w=bbox.width()
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cell_h=bbox.height()
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if cell_h > hmax:
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hmax = cell_h
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mos = find_instances_by_model(components, 'sg13_hv_pmos')
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xstep = 0
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cell_w = 0
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y_offset = y_offset + hmax
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hmax = 0
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for item in mos:
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name = item['name']
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width = float(item['w'][:-1])
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length = float(item['l'][:-1])
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ng = int(item['ng'])
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m = int(item['m'])
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for i in range(1,m+1):
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pcell_decl = lib.layout().pcell_declaration('pmosHV')
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params = pcell_decl.params_as_hash(pcell_decl.get_parameters())
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pcell = layout.add_pcell_variant(lib, pcell_decl.id(), {'w': f'{width}u', 'l': f'{length}u', 'ng' : f'{ng}'})
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cell=layout.cell(pcell)
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bbox=cell.bbox()
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xstep = xstep + 100 + cell_w
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top_cell.insert(klayout.db.CellInstArray(pcell, klayout.db.Trans(klayout.db.Point(xstep, y_offset))))
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cell_w=bbox.width()
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cell_h=bbox.height()
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if cell_h > hmax:
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hmax = cell_h
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cmim = find_instances_by_model(components, 'cap_cmim')
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xstep = 0
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cell_w = 0
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y_offset = y_offset + hmax
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hmax = 0
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for item in cmim:
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width = float(item['w'])*1e6
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length = float(item['l'])*1e6
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m = int(item['m'])
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for i in range(1,m+1):
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pcell_decl = lib.layout().pcell_declaration('cmim')
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params = pcell_decl.params_as_hash(pcell_decl.get_parameters())
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pcell = layout.add_pcell_variant(lib, pcell_decl.id(), {'w': f'{width}u', 'l': f'{length}u'})
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cell=layout.cell(pcell)
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bbox=cell.bbox()
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xstep = xstep + 100 + cell_w
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top_cell.insert(klayout.db.CellInstArray(pcell, klayout.db.Trans(klayout.db.Point(xstep, y_offset))))
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cell_w=bbox.width()
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cell_h=bbox.height()
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if cell_h > hmax:
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hmax = cell_h
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dant = find_instances_by_model(components, 'dantenna')
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xstep = 0
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cell_w = 0
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y_offset = y_offset + hmax
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hmax = 0
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for item in dant:
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name = item['name']
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model = item['model']
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width = float(item['w'][:-1])
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length = float(item['l'][:-1])
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pcell_decl = lib.layout().pcell_declaration('dantenna')
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params = pcell_decl.params_as_hash(pcell_decl.get_parameters())
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pcell = layout.add_pcell_variant(lib, pcell_decl.id(), {'w': f'{width}u', 'l': f'{length}u'})
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cell=layout.cell(pcell)
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bbox=cell.bbox()
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xstep = xstep + 100 + cell_w
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top_cell.insert(klayout.db.CellInstArray(pcell, klayout.db.Trans(klayout.db.Point(xstep, y_offset))))
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cell_w=bbox.width()
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cell_h=bbox.height()
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if cell_h > hmax:
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hmax = cell_h
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dant = find_instances_by_model(components, 'dpantenna')
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xstep = 0
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cell_w = 0
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y_offset = y_offset + hmax
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hmax = 0
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for item in dant:
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name = item['name']
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model = item['model']
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width = float(item['w'][:-1])
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length = float(item['l'][:-1])
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pcell_decl = lib.layout().pcell_declaration('dpantenna')
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params = pcell_decl.params_as_hash(pcell_decl.get_parameters())
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pcell = layout.add_pcell_variant(lib, pcell_decl.id(), {'w': f'{width}u', 'l': f'{length}u'})
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cell=layout.cell(pcell)
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bbox=cell.bbox()
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xstep = xstep + 100 + cell_w
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top_cell.insert(klayout.db.CellInstArray(pcell, klayout.db.Trans(klayout.db.Point(xstep, y_offset))))
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cell_w=bbox.width()
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cell_h=bbox.height()
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if cell_h > hmax:
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hmax = cell_h
|
||||
|
||||
|
||||
pathlib.Path(output).parent.mkdir(parents=True, exist_ok=True)
|
||||
layout.write(output)
|
||||
|
||||
|
||||
def find_instances_by_model(components, model_name):
|
||||
return [item for item in components if item['model'] == model_name]
|
||||
|
||||
try:
|
||||
netlist
|
||||
except NameError:
|
||||
print("Missing netlist argument. Please define '-rd netlsit=<path-to-netlist>'")
|
||||
sys.exit(1)
|
||||
# sys.exit(1)
|
||||
try:
|
||||
output
|
||||
except NameError:
|
||||
print("Missing output argument. Please define '-rd output=<path-to-sealring>'")
|
||||
sys.exit(1)
|
||||
|
||||
|
||||
def main():
|
||||
|
||||
with open(netlist, 'r') as file:
|
||||
netlist_content = file.read()
|
||||
|
||||
generate_devices(netlist_content, output) # pylint: disable=undefined-variable
|
||||
print(f'GDS created, open it using: ->klayout {output}')
|
||||
|
||||
if __name__ == "__main__":
|
||||
main()
|
||||
|
||||
|
||||
|
|
@ -0,0 +1,158 @@
|
|||
<?xml version="1.0" encoding="utf-8"?>
|
||||
<klayout-macro>
|
||||
<description/>
|
||||
<version/>
|
||||
<category>drc</category>
|
||||
<prolog/>
|
||||
<epilog/>
|
||||
<doc/>
|
||||
<autorun>false</autorun>
|
||||
<autorun-early>false</autorun-early>
|
||||
<priority>0</priority>
|
||||
<shortcut/>
|
||||
<show-in-menu>true</show-in-menu>
|
||||
<group-name>drc_scripts</group-name>
|
||||
<menu-path>tools_menu.drc.end</menu-path>
|
||||
<interpreter>dsl</interpreter>
|
||||
<dsl-interpreter-name>drc-dsl-xml</dsl-interpreter-name>
|
||||
<text># Layer Inputs
|
||||
# Activ = source.input("1/0")
|
||||
# Activ_pin = source.input("1/2")
|
||||
# Activ_mask = source.input("1/20") # Commented out as not on the list
|
||||
# Activ_filler = source.input("1/22") # Commented out as not on the list
|
||||
# Activ_nofill = source.input("1/23") # Commented out as not on the list
|
||||
# BiWind = source.input("3/0") # Commented out as not on the list
|
||||
# GatPoly = source.input("5/0")
|
||||
# GatPoly_pin = source.input("5/2")
|
||||
# GatPoly_filler = source.input("5/22") # Commented out as not on the list
|
||||
# GatPoly_nofill = source.input("5/23") # Commented out as not on the list
|
||||
# Cont = source.input("6/0")
|
||||
# nSD = source.input("7/0")
|
||||
# nSD_block = source.input("7/21") # Commented out as not on the list
|
||||
# Metal1 = source.input("8/0")
|
||||
# Metal1_pin = source.input("8/2")
|
||||
# Metal1_filler = source.input("8/22") # Commented out as not on the list
|
||||
# Metal1_nofill = source.input("8/23") # Commented out as not on the list
|
||||
# Metal1_slit = source.input("8/24") # Commented out as not on the list
|
||||
# Passiv = source.input("9/0") # Commented out as not on the list
|
||||
# Metal2 = source.input("10/0")
|
||||
# Metal2_pin = source.input("10/2") # Commented out as not on the list
|
||||
# Metal2_filler = source.input("10/22") # Commented out as not on the list
|
||||
# Metal2_nofill = source.input("10/23") # Commented out as not on the list
|
||||
# Metal2_slit = source.input("10/24") # Commented out as not on the list
|
||||
# BasPoly = source.input("13/0") # Commented out as not on the list
|
||||
# pSD = source.input("14/0")
|
||||
# DigiBnd = source.input("16/0") # Commented out as not on the list
|
||||
# Via1 = source.input("19/0")
|
||||
# RES = source.input("24/0") # Commented out as not on the list
|
||||
# SRAM = source.input("25/0") # Commented out as not on the list
|
||||
# TRANS = source.input("26/0") # Commented out as not on the list
|
||||
# IND = source.input("27/0") # Commented out as not on the list
|
||||
# SalBlock = source.input("28/0")
|
||||
# Via2 = source.input("29/0")
|
||||
# Metal3 = source.input("30/0")
|
||||
# Metal3_pin = source.input("30/2") # Commented out as not on the list
|
||||
# Metal3_filler = source.input("30/22") # Commented out as not on the list
|
||||
# Metal3_nofill = source.input("30/23") # Commented out as not on the list
|
||||
# Metal3_slit = source.input("30/24") # Commented out as not on the list
|
||||
# NWell = source.input("31/0")
|
||||
# nBuLay = source.input("32/0")
|
||||
# nBuLay_block = source.input("32/21") # Commented out as not on the list
|
||||
# EmWind = source.input("33/0") # Commented out as not on the list
|
||||
# DeepCo = source.input("35/0") # Commented out as not on the list
|
||||
# MIM = source.input("36/0")
|
||||
# EdgeSeal = source.input("39/0") # Commented out as not on the list
|
||||
# dfpad = source.input("41/0") # Commented out as not on the list
|
||||
# dfpad_pillar = source.input("41/35") # Commented out as not on the list
|
||||
# dfpad_sbump = source.input("41/36") # Commented out as not on the list
|
||||
# ThickGateOx = source.input("44/0")
|
||||
# PWell = source.input("46/0")
|
||||
# PWell_block = source.input("46/21") # Commented out as not on the list
|
||||
# Via3 = source.input("49/0")
|
||||
# Metal4 = source.input("50/0")
|
||||
# Metal4_pin = source.input("50/2") # Commented out as not on the list
|
||||
# Metal4_filler = source.input("50/22") # Commented out as not on the list
|
||||
# Metal4_nofill = source.input("50/23") # Commented out as not on the list
|
||||
# Metal4_slit = source.input("50/24") # Commented out as not on the list
|
||||
# EmPoly = source.input("55/0") # Commented out as not on the list
|
||||
# DigiSub = source.input("60/0") # Commented out as not on the list
|
||||
# TEXT_0 = source.labels("63/0")
|
||||
# Via4 = source.input("66/0")
|
||||
# Metal5 = source.input("67/0")
|
||||
# Metal5_pin = source.input("67/2")
|
||||
# Metal5_filler = source.input("67/22") # Commented out as not on the list
|
||||
# Metal5_nofill = source.input("67/23") # Commented out as not on the list
|
||||
# Metal5_slit = source.input("67/24") # Commented out as not on the list
|
||||
# Polimide = source.input("98/0") # Commented out as not on the list
|
||||
# Recog = source.input("99/0") # Commented out as not on the list
|
||||
# Recog_esd = source.input("99/30") # Commented out as not on the list
|
||||
# Recog_diode = source.input("99/31") # Commented out as not on the list
|
||||
# Recog_tsv = source.input("99/32") # Commented out as not on the list
|
||||
# EXTBlock = source.input("111/0")
|
||||
# TopVia1 = source.input("125/0")
|
||||
# TopMetal1 = source.input("126/0")
|
||||
# TopMetal1_pin = source.input("126/2")
|
||||
# TopMetal1_filler = source.input("126/22") # Commented out as not on the list
|
||||
# TopMetal1_nofill = source.input("126/23") # Commented out as not on the list
|
||||
# TopMetal1_slit = source.input("126/24") # Commented out as not on the list
|
||||
# PolyRes = source.input("128/0")
|
||||
# Vmim = source.input("129/0")
|
||||
# TopVia2 = source.input("133/0")
|
||||
# TopMetal2 = source.input("134/0")
|
||||
# TopMetal2_pin = source.input("134/2") # Commented out as not on the list
|
||||
# TopMetal2_filler = source.input("134/22") # Commented out as not on the list
|
||||
# TopMetal2_nofill = source.input("134/23") # Commented out as not on the list
|
||||
# TopMetal2_slit = source.input("134/24") # Commented out as not on the list
|
||||
# ColWind = source.input("139/0") # Commented out as not on the list
|
||||
# RFMEM = source.input("147/0") # Commented out as not on the list
|
||||
# DeepVia = source.input("152/0") # Commented out as not on the list
|
||||
# LBE = source.input("157/0") # Commented out as not on the list
|
||||
# NoMetFiller = source.input("160/0") # Commented out as not on the list
|
||||
|
||||
# Snapping Layers to Grid
|
||||
#GatPoly.snap(5).output("5/0")
|
||||
#GatPoly_pin.snap(5).output("5/2")
|
||||
#GatPoly_filler.snap(5).output("5/22")
|
||||
#Metal1.snap(5).output("8/0")
|
||||
#Metal1_pin.snap(5).output("8/2")
|
||||
#Metal1_filler.snap(5).output("8/22")
|
||||
#Metal2.snap(5).output("10/0")
|
||||
#Metal2_filler.snap(5).output("10/22")
|
||||
#Metal3.snap(5).output("30/0")
|
||||
#Metal3_filler.snap(5).output("30/22")
|
||||
#Metal4.snap(5).output("50/0")
|
||||
#Metal4_filler.snap(5).output("50/22")
|
||||
#Metal5.snap(5).output("67/0")
|
||||
#Metal5_filler.snap(5).output("67/22")
|
||||
#Metal5_pin.snap(5).output("67/2")
|
||||
#TopMetal1.snap(5).output("126/0")
|
||||
#TopMetal1_filler.snap(5).output("126/22")
|
||||
#TopMetal1_pin.snap(5).output("126/2")
|
||||
#TopMetal2.snap(5).output("134/0")
|
||||
#TopMetal2_filler.snap(5).output("134/22")
|
||||
#TopVia2.snap(5).output("133/0")
|
||||
#Via1.snap(5).output("19/0")
|
||||
#Via2.snap(5).output("29/0")
|
||||
#Via3.snap(5).output("49/0")
|
||||
#Via4.snap(5).output("66/0")
|
||||
#TopVia1.snap(5).output("125/0")
|
||||
#Vmim.snap(5).output("129/0")
|
||||
#MIM.snap(5).output("36/0")
|
||||
#Activ.snap(5).output("1/0")
|
||||
#Activ_filler.snap(5).output("1/22")
|
||||
#Activ_pin.snap(5).output("1/2")
|
||||
#Cont.snap(5).output("6/0")
|
||||
#nSD.snap(5).output("7/0")
|
||||
#pSD.snap(5).output("14/0")
|
||||
#NWell.snap(5).output("31/0")
|
||||
#ThickGateOx.snap(5).output("44/0")
|
||||
#nBuLay.snap(5).output("32/0")
|
||||
#PolyRes.snap(5).output("128/0")
|
||||
#SalBlock.snap(5).output("28/0")
|
||||
#EXTBlock.snap(5).output("111/0")
|
||||
#dfpad.snap(5).output("41/0")
|
||||
#Passiv.snap(5).output("9/0")
|
||||
#EdgeSeal.snap(5).output("39/0")
|
||||
</text>
|
||||
</klayout-macro>
|
||||
|
||||
Loading…
Reference in New Issue