def vfab():
from ipkiss.plugins.vfabrication.process_flow import VFabricationProcessFlow
from pysics.basics.material.material import Material, MaterialFactory
from pysics.basics.material.material_stack import MaterialStackFactory, MaterialStack
from ipkiss.visualisation.display_style import DisplayStyle
from ipkiss.visualisation.color import COLOR_BLUE, COLOR_RED
wg_layer = clad_layer - core_layer
silicon = Material(name="silicon", epsilon=3.5 ** 2, display_style=DisplayStyle(color=COLOR_BLUE))
oxide = Material(name="silicon oxide", epsilon=1.5 ** 2, display_style=DisplayStyle(color=COLOR_RED))
silicon = MaterialStack(name="silicon",
materials_heights=[
(oxide, 0.5),
(silicon, 0.2),
(oxide, 0.5)
])
oxide = MaterialStack(name="oxide",
materials_heights=[
(oxide, 0.5),
(oxide, 0.2),
(oxide, 0.5)
])
vfab_process = VFabricationProcessFlow(active_processes=[wg_process],
process_layer_map={wg_process: wg_layer},
process_to_material_stack_map= # (wg_process, )
[((0,), silicon),
((1,), oxide),
],
is_lf_fabrication={wg_process: False}
)
return vfab_process
def initialize(self):
from ipkiss.process import PPLayer
from ipkiss.visualisation.display_style import DisplayStyle, DisplayStyleSet
from ipkiss.visualisation import color
self.PREDEFINED_STYLE_SETS = TechnologyTree()
# colorful purpose map
DISPLAY_BLACK = DisplayStyle(color=color.COLOR_BLACK, edgewidth=0.0)
DISPLAY_WHITE = DisplayStyle(color=color.COLOR_WHITE, edgewidth=0.0)
DISPLAY_INVERSION = DisplayStyle(color=color.COLOR_BLUE,
alpha=0.5,
edgewidth=1.0)
DISPLAY_DF = DisplayStyle(color=color.COLOR_GREEN,
alpha=0.5,
edgewidth=1.0)
DISPLAY_LF = DisplayStyle(color=color.COLOR_YELLOW,
alpha=0.5,
edgewidth=1.0)
DISPLAY_TEXT = DisplayStyle(color=color.COLOR_MAGENTA,
alpha=0.5,
edgewidth=1.0)
DISPLAY_HOLE = DisplayStyle(color=color.COLOR_RED,
alpha=0.5,
edgewidth=1.0)
DISPLAY_ALIGNMENT = DisplayStyle(color=color.COLOR_CYAN,
alpha=0.5,
edgewidth=1.0)
style_set = DisplayStyleSet()
style_set.background = DISPLAY_WHITE
process_display_order = [
TECH.PROCESS.RFC, TECH.PROCESS.FCW, TECH.PROCESS.FC,
TECH.PROCESS.WG, TECH.PROCESS.NT, TECH.PROCESS.EBW,
TECH.PROCESS.HFW, TECH.PROCESS.VGW, TECH.PROCESS.CO,
TECH.PROCESS.NBODY, TECH.PROCESS.PBODY, TECH.PROCESS.P1,
TECH.PROCESS.PPLUS, TECH.PROCESS.N1, TECH.PROCESS.NPLUS,
TECH.PROCESS.PP1, TECH.PROCESS.PP2, TECH.PROCESS.SAL,
TECH.PROCESS.MC1, TECH.PROCESS.MC2, TECH.PROCESS.MH,
TECH.PROCESS.M1, TECH.PROCESS.V12, TECH.PROCESS.M2,
TECH.PROCESS.MP1, TECH.PROCESS.MP2, TECH.PROCESS.FC2,
TECH.PROCESS.WG2, TECH.PROCESS.VO1, TECH.PROCESS.GW1,
TECH.PROCESS.GW2, TECH.PROCESS.GW3
]
for process in process_display_order:
style_set += [
(PPLayer(process, TECH.PURPOSE.LF_AREA), DISPLAY_INVERSION),
(PPLayer(process, TECH.PURPOSE.DF_AREA), DISPLAY_INVERSION),
(PPLayer(process, TECH.PURPOSE.DF.MARKER), DISPLAY_ALIGNMENT),
(PPLayer(process, TECH.PURPOSE.LF.MARKER), DISPLAY_ALIGNMENT),
(PPLayer(process, TECH.PURPOSE.LF.LINE), DISPLAY_DF),
(PPLayer(process, TECH.PURPOSE.LF.ISLAND), DISPLAY_DF),
(PPLayer(process, TECH.PURPOSE.DF.TEXT), DISPLAY_TEXT),
(PPLayer(process, TECH.PURPOSE.DF.HOLE), DISPLAY_HOLE),
(PPLayer(process, TECH.PURPOSE.DF.TRENCH), DISPLAY_LF),
(PPLayer(process, TECH.PURPOSE.DF.SQUARE), DISPLAY_HOLE),
]
self.PREDEFINED_STYLE_SETS.PURPOSE_HIGHLIGHT = style_set
def get_item(self, key):
if isinstance(key, ProcessPurposeLayer):
kwargs = {}
for i in range(len(self.process_kw)):
kwargs[self.process_kw[i]] = self.process_map[key.process]
for i in range(len(self.purpose_kw)):
kwargs[self.purpose_kw[i]] = self.purpose_map[key.purpose]
return DisplayStyle(**kwargs)
def initialize(self):
from ipkiss.process import PPLayer
self.PREDEFINED_STYLE_SETS = TechnologyTree()
style_set = DisplayStyleSet()
style_set.background = DISPLAY_WHITE
style_set += [
# Note: the order in which the layer:color pairs are added here decides the drawing order.
(TECH.PPLAYER.MSN, DISPLAY_GREEN),
(TECH.PPLAYER.MSN_TRENCH, DISPLAY_ORANGE),
(TECH.PPLAYER.CLADDING, DISPLAY_YELLOW),
(TECH.PPLAYER.SHALLOW, DISPLAY_CYAN_SPARSE),
(TECH.PPLAYER.SHALLOW_TRENCH, DISPLAY_SCARLET),
(TECH.PPLAYER.M1, DISPLAY_COPPER),
(TECH.PPLAYER.V12, DISPLAY_CHAMPAGNE),
(TECH.PPLAYER.M2, DISPLAY_SILVER),
(TECH.PPLAYER.HT, DISPLAY_GRAY),
(TECH.PPLAYER.GE, DISPLAY_YELLOW),
(TECH.PPLAYER.CON, DISPLAY_TITANIUM_YELLOW),
(TECH.PPLAYER.SIL, DISPLAY_VIOLET),
(TECH.PPLAYER.N, DISPLAY_BLUE_SPARSE),
(TECH.PPLAYER.NPLUS, DISPLAY_BLUE),
(TECH.PPLAYER.P, DISPLAY_RED_SPARSE),
(TECH.PPLAYER.PPLUS, DISPLAY_RED),
(TECH.PPLAYER.PINREC, DISPLAY_ORANGE),
(TECH.PPLAYER.ERROR.GENERIC, DISPLAY_PURPLE),
(TECH.PPLAYER.DOC, DISPLAY_CHERRY),
(TECH.PPLAYER.NONE, DISPLAY_INVISBLE),
(TECH.PPLAYER.WIRE_TRACE, DISPLAY_MAGENTA_SPARSE),
(TECH.PPLAYER.RIB_TRACE, DISPLAY_SANGRIA_SPARSE),
]
from ipkiss.visualisation.color import Color
from numpy import linspace
style_set += [
(
i,
DisplayStyle(
color=Color(
name="gray_" + str(
i
), # Visualization for simple Layers which may be present
red=c_val,
green=c_val,
blue=c_val),
alpha=.5))
for i, c_val in enumerate(linspace(.9, 0.0, num=256))
]
self.DEFAULT_DISPLAY_STYLE_SET = style_set # required
from pysics.basics.material.material_stack import Material
from pyfab.materials.resist import PatterningResistMaterial
from ipkiss.visualisation.display_style import DisplayStyle
from ipkiss.visualisation.color import *
from ipkiss.visualisation.stipple import *
__all__ = []
###########################################################
# Raw materials involved
###########################################################
AIR = Material(name = "air",
display_style = DisplayStyle(color = COLOR_BLUE, alpha = 0.2),
solid = False)
SILICON = Material(name = "silicon",
display_style = DisplayStyle(color = COLOR_ORANGE))
SILICON_OXIDE = Material(name = "silicon oxide",
display_style = DisplayStyle(color = COLOR_YELLOW, alpha = 0.7))
SILICON_NITRIDE = Material(name = "silicon nitride",
display_style = DisplayStyle(color = COLOR_CYAN))
SILICON_CARBON_NITRIDE = Material(name = "silicon carbon nitride",
display_style = DisplayStyle(color = COLOR_BLUE))
PHOTORESIST = PatterningResistMaterial(name = "photoresist",
display_style = DisplayStyle(color = COLOR_GREEN))
EXPOSED_PHOTORESIST = Material(name = "exposed_photoresist",
display_style = DisplayStyle(color = COLOR_DARK_GREEN))
TECH.FC.WIRE_WIDTH = 0.45
TECH.FC.TRENCH_WIDTH = 4.0
####################################################################
# MATERIALS
####################################################################
from pysics.materials.electromagnetics import *
from pysics.basics.material.material import Material, MaterialFactory
from ipkiss.visualisation.display_style import DisplayStyle
from ipkiss.visualisation.color import *
TECH.MATERIALS = MaterialFactory()
TECH.MATERIALS.AIR = Material(name="air",
display_style=DisplayStyle(color=COLOR_GREEN),
solid=False)
TECH.MATERIALS.SILICON = Material(name="silicon",
display_style=DisplayStyle(color=COLOR_CYAN))
TECH.MATERIALS.SILICON_OXIDE = Material(
name="silicon oxide", display_style=DisplayStyle(color=COLOR_BLUE))
TECH.MATERIALS.GERMANIUM = Material(
name="germanium", display_style=DisplayStyle(color=COLOR_DARK_GREEN))
from pysics.basics.material.material_stack import MaterialStack, MaterialStackFactory
TECH.MATERIAL_STACKS = MaterialStackFactory()
MSTACK_SOI_SILICON_OXIDE_HEIGHT = 0.500
TECH.MATERIAL_STACKS.MSTACK_SOI_AIR = MaterialStack(
# MATERIALS
####################################################################
from ipkiss.technology import get_technology
from pysics.materials import electromagnetics as _
from pysics.basics.material.material import Material, MaterialFactory
from ipkiss.visualisation.display_style import DisplayStyle
from ipkiss.visualisation import color
TECH = get_technology()
TECH.overwrite_allowed.append('MATERIALS')
TECH.MATERIALS = MaterialFactory()
TECH.MATERIALS.AIR = Material(
name="air",
display_style=DisplayStyle(color=color.COLOR_BLUE_CRAYOLA),
solid=False)
TECH.MATERIALS.MSN = Material(
name="medium stress nitride",
display_style=DisplayStyle(color=COLOR_UGLY_PINK))
TECH.MATERIALS.SILICON_OXIDE = Material(
name="silicon oxide", display_style=DisplayStyle(color=COLOR_BABY_BLUE))
TECH.MATERIALS.P_SILICON = Material(
name="P+ silicon", display_style=DisplayStyle(color=COLOR_LIGHT_RED))
TECH.MATERIALS.N_SILICON = Material(
name="N+ silicon", display_style=DisplayStyle(color=COLOR_LIGHT_BLUE))
TECH.MATERIALS.PPLUS_SILICON = Material(
name="P++-silicon", display_style=DisplayStyle(color=COLOR_DARK_RED))
TECH.MATERIALS.NPLUS_SILICON = Material(
name="N++-silicon", display_style=DisplayStyle(color=COLOR_DARK_BLUE))
TECH.MATERIALS.GERMANIUM = Material(
# Contact: [email protected] from pysics.basics.material.material_stack import Material from pyfab.materials.resist import PatterningResistMaterial from ipkiss.visualisation.display_style import DisplayStyle from ipkiss.visualisation.color import * from ipkiss.visualisation.stipple import * __all__ = [] ########################################################### # Raw materials involved ########################################################### AIR = Material(name="air", display_style=DisplayStyle(color=COLOR_BLUE, alpha=0.2), solid=False) SILICON = Material(name="silicon", display_style=DisplayStyle(color=COLOR_ORANGE)) SILICON_OXIDE = Material(name="silicon oxide", display_style=DisplayStyle(color=COLOR_YELLOW, alpha=0.7)) SILICON_NITRIDE = Material(name="silicon nitride", display_style=DisplayStyle(color=COLOR_CYAN)) SILICON_CARBON_NITRIDE = Material(name="silicon carbon nitride", display_style=DisplayStyle(color=COLOR_BLUE)) PHOTORESIST = PatterningResistMaterial( name="photoresist", display_style=DisplayStyle(color=COLOR_GREEN)) EXPOSED_PHOTORESIST = Material( name="exposed_photoresist",
# Display styles
#
# Required keys for ipkiss visualization
# Note: this information is also used when exporting to an OpenAccess database: a display.drf file is made, which
# contains the relevant information about the color styles.
from ipkiss.technology import get_technology
from ipkiss.technology.technology import TechnologyTree, DelayedInitTechnologyTree
from ipkiss.visualisation.display_style import DisplayStyle, DisplayStyleSet
from ipkiss.visualisation import color
from ipkiss.visualisation import stipple
TECH = get_technology()
DISPLAY_BLACK = DisplayStyle(color=color.COLOR_BLACK,
stipple=stipple.STIPPLE_FILLED,
edgewidth=0.0)
DISPLAY_WHITE = DisplayStyle(color=color.COLOR_WHITE,
stipple=stipple.STIPPLE_FILLED,
edgewidth=0.0)
DISPLAY_BLUE = DisplayStyle(color=color.COLOR_BLUE,
stipple=stipple.STIPPLE_FILLED,
alpha=0.5,
edgewidth=1.0)
DISPLAY_BLUE_SPARSE = DisplayStyle(color=color.COLOR_BLUE,
stipple=stipple.STIPPLE_LINES_DIAGONAL_L,
alpha=0.5,
edgewidth=1.0)
DISPLAY_BLUECRAYOLA = DisplayStyle(color=color.COLOR_BLUE_CRAYOLA,
stipple=stipple.STIPPLE_FILLED,
alpha=0.5,
TECH.FC.WIRE_WIDTH = 0.45
TECH.FC.TRENCH_WIDTH = 4.0
####################################################################
# MATERIALS
####################################################################
from pysics.materials.electromagnetics import *
from pysics.basics.material.material import Material, MaterialFactory
from ipkiss.visualisation.display_style import DisplayStyle
from ipkiss.visualisation.color import *
TECH.MATERIALS = MaterialFactory()
TECH.MATERIALS.AIR = Material(name = "air",display_style = DisplayStyle(color = COLOR_GREEN), solid = False)
TECH.MATERIALS.SILICON = Material(name = "silicon",display_style = DisplayStyle(color = COLOR_CYAN))
TECH.MATERIALS.SILICON_OXIDE = Material(name = "silicon oxide", display_style = DisplayStyle(color = COLOR_BLUE))
TECH.MATERIALS.GERMANIUM = Material(name = "germanium", display_style = DisplayStyle(color = COLOR_DARK_GREEN))
from pysics.basics.material.material_stack import MaterialStack, MaterialStackFactory
TECH.MATERIAL_STACKS = MaterialStackFactory()
MSTACK_SOI_SILICON_OXIDE_HEIGHT = 0.500
TECH.MATERIAL_STACKS.MSTACK_SOI_AIR = MaterialStack(name = "Air",
materials_heights = [(TECH.MATERIALS.SILICON_OXIDE,MSTACK_SOI_SILICON_OXIDE_HEIGHT),
(TECH.MATERIALS.AIR,0.380)],
display_style = DisplayStyle(color = COLOR_BLUE))
from ipkiss.technology import get_technology
from ipkiss.technology.technology import TechnologyTree, DelayedInitTechnologyTree
TECH = get_technology()
from ipkiss.visualisation.display_style import DisplayStyle, DisplayStyleSet
from ipkiss.visualisation import color
from ipkiss.visualisation import stipple
from ipkiss.process import PPLayer
COLOR_DARK_RED = color.Color(name="darkred", red=0.75, green=0, blue=0)
COLOR_DARK_BLUE = color.Color(name="darkblue", red=0, green=0, blue=0.75)
COLOR_DARK_GREEN = color.Color(name="darkgreen", red=0.5, green=0.31, blue=0)
DISPLAY_BLACK = DisplayStyle(color=color.COLOR_BLACK,
stipple=stipple.STIPPLE_FILLED,
edgewidth=0.0)
DISPLAY_BLACK_SPARSE = DisplayStyle(color=color.COLOR_BLACK,
stipple=stipple.STIPPLE_LINES_DIAGONAL_L,
alpha=0.5,
edgewidth=1.0)
DISPLAY_BLACK_EMPTY = DisplayStyle(color=color.COLOR_BLACK,
stipple=stipple.STIPPLE_NONE,
alpha=0.5,
edgewidth=1.0)
DISPLAY_BLACK_DOTS = DisplayStyle(color=color.COLOR_BLACK,
stipple=stipple.STIPPLE_DOTS,
edgewidth=0.0)
DISPLAY_WHITE = DisplayStyle(color=color.COLOR_WHITE,
stipple=stipple.STIPPLE_FILLED,
edgewidth=0.0)
COLOR_LIGHT_UGLY_PINK = Color(name="Ligtht ugly pink",
red=0.90,
green=0.76,
blue=0.76)
COLOR_DIAPER_BLUE = Color(name="Diaper blue", red=0.58, green=0.70, blue=0.84)
COLOR_SEA_GREEN = Color(name="Seagreen", red=0.4, green=0.8, blue=0.4)
COLOR_LIGHT_BLUE = Color(name="Lightblue", red=0.4, green=0.4, blue=0.9)
COLOR_DARK_BLUE = Color(name="Darkblue", red=0.0, green=0.0, blue=0.4)
COLOR_LIGHT_RED = Color(name="Lightred", red=0.9, green=0.4, blue=0.4)
COLOR_DARK_RED = Color(name="Darkred", red=0.4, green=0.0, blue=0.0)
COLOR_NICKEL = Color(name="Nickel", red=0.7, green=0.7, blue=0.8)
COLOR_TUNGSTEN = Color(name="Tungsten", red=0.47, green=0.49, blue=0.52)
# Material
TECH.MATERIALS.AIR = Material(
name="air", display_style=DisplayStyle(color=COLOR_BABY_BLUE), solid=False)
TECH.MATERIALS.SILICON = Material(
name="silicon", display_style=DisplayStyle(color=COLOR_UGLY_PINK))
TECH.MATERIALS.SILICON_NITRIDE = Material(
name="silicon nitride", display_style=DisplayStyle(color=COLOR_SEA_GREEN))
TECH.MATERIALS.P_SILICON = Material(
name="P-silicon", display_style=DisplayStyle(color=COLOR_LIGHT_RED))
TECH.MATERIALS.PB_SILICON = Material(
name="PBODY-silicon", display_style=DisplayStyle(color=COLOR_RED))
TECH.MATERIALS.PP_SILICON = Material(
name="PPLUS-silicon", display_style=DisplayStyle(color=COLOR_DARK_RED))
TECH.MATERIALS.N_SILICON = Material(
name="N-silicon", display_style=DisplayStyle(color=COLOR_LIGHT_BLUE))
TECH.MATERIALS.NB_SILICON = Material(
name="NBODY-silicon", display_style=DisplayStyle(color=COLOR_BLUE))
TECH.MATERIALS.NN_SILICON = Material(
####################################################################
# MATERIALS
####################################################################
from pysics.electromagnetics import *
from pysics.basics.material.material import Material, MaterialFactory
from ipkiss.visualisation.display_style import DisplayStyle
TECH.overwrite_allowed = [
"MATERIALS", "MATERIAL_STACKS", "VFABRICATION", "PPLAYER",
"PROCESS_LAYER_MAP"
]
TECH.MATERIALS = MaterialFactory()
TECH.MATERIALS.AIR = Material(name="air",
display_style=DisplayStyle(color=COLOR_GREEN))
TECH.MATERIALS.SILICON = Material(name="silicon",
display_style=DisplayStyle(color=COLOR_CYAN))
TECH.MATERIALS.SILICON_OXIDE = Material(
name="silicon oxide", display_style=DisplayStyle(color=COLOR_BLUE))
TECH.MATERIALS.GERMANIUM = Material(
name="germanium", display_style=DisplayStyle(color=COLOR_DARK_GREEN))
from pysics.basics.material.material_stack import MaterialStack, MaterialStackFactory
TECH.MATERIAL_STACKS = MaterialStackFactory()
MSTACK_SOI_SILICON_OXIDE_HEIGHT = 0.700
TECH.MATERIAL_STACKS.MSTACK_SOI_AIR = MaterialStack(
name="Air",
from ipkiss.visualisation.color import *
from ipkiss.technology.technology import TechnologyLibrary, TechnologyTree
## Copied from imec tech
####################################################################
# MATERIALS
####################################################################
from pysics.electromagnetics import *
from pysics.basics.material.material import Material, MaterialFactory
from ipkiss.visualisation.display_style import DisplayStyle
TECH.overwrite_allowed=["MATERIALS","MATERIAL_STACKS","VFABRICATION","PPLAYER","PROCESS_LAYER_MAP"]
TECH.MATERIALS = MaterialFactory()
TECH.MATERIALS.AIR = Material(name = "air",display_style = DisplayStyle(color = COLOR_GREEN))
TECH.MATERIALS.SILICON = Material(name = "silicon",display_style = DisplayStyle(color = COLOR_CYAN))
TECH.MATERIALS.SILICON_OXIDE = Material(name = "silicon oxide", display_style = DisplayStyle(color = COLOR_BLUE))
TECH.MATERIALS.GERMANIUM = Material(name = "germanium", display_style = DisplayStyle(color = COLOR_DARK_GREEN))
from pysics.basics.material.material_stack import MaterialStack, MaterialStackFactory
TECH.MATERIAL_STACKS = MaterialStackFactory()
MSTACK_SOI_SILICON_OXIDE_HEIGHT = 0.700
TECH.MATERIAL_STACKS.MSTACK_SOI_AIR = MaterialStack(name = "Air",
materials_heights = [(TECH.MATERIALS.SILICON_OXIDE,MSTACK_SOI_SILICON_OXIDE_HEIGHT),
(TECH.MATERIALS.AIR,0.220)],
new_purpose_2 = PatternPurpose(name="PATTERN_2", extension="PAT_2")
TECH.PROCESS.NEW_PROCESS = new_process
TECH.PPLAYER.NEW_PROCESS = TechnologyTree()
# We combine the process and purposes into PPlayers and add them to the TECH tree.
TECH.PPLAYER.NEW_PROCESS.PP1 = ProcessPurposeLayer(process=new_process,
purpose=new_purpose_1,
name="PP1")
TECH.PPLAYER.NEW_PROCESS.PP2 = ProcessPurposeLayer(process=new_process,
purpose=new_purpose_2,
name="PP2")
# Add the layer to the GDSII import/export rules. These are the GDSII process and purpose numbers used in your existing gdsii files.
gdsii_maps = {
(new_process, new_purpose_1): (99, 1),
(new_process, new_purpose_2): (99, 2)
}
TECH.GDSII.LAYERTABLE.update(gdsii_maps)
# Add the layer to the visualization styleset
DISPLAY_PP1 = DisplayStyle(color=color.COLOR_YELLOW, alpha=0.5, edgewidth=1.0)
DISPLAY_PP2 = DisplayStyle(color=color.COLOR_YELLOW, alpha=0.2, edgewidth=1.0)
TECH.DISPLAY.DEFAULT_DISPLAY_STYLE_SET.append(
(TECH.PPLAYER.NEW_PROCESS.PP1, DISPLAY_PP1))
TECH.DISPLAY.DEFAULT_DISPLAY_STYLE_SET.append(
(TECH.PPLAYER.NEW_PROCESS.PP2, DISPLAY_PP2))