xic_tech.scmos

Comment Technology file for MOSIS scalable CMOS
# $Id: xic_tech.scmos,v 1.24 2017/01/24 01:21:28 stevew Exp $

# This is an example tech file based on MOSIS SCMOS.
#
# WARNING:  This is an example only, and is not based on a real
# process.  The file can be used as a starting point to craft a tech
# file appropriate For a particular MOSIS process.  The MOSIS SCMOS
# process has a number of options and variations that are not
# accounted for here.  The design rules have not been completely
# implemented and tested.
#
# See http://www.mosis.com/Technical/Designrules/scmos
# for a full description of the MOSIS SCMOS processing options.

Comment  1/23/17 CV2, CM3 GDS layers weren't right, fixed.
Comment  6/21/16 Added PIN:PIN layer for Oklahoma State CMOS std. cells.
Comment  5/26/16 CPG Routing -> Conductor
Comment  5/19/16 CM3 Conductor -> Routing
Comment  9/9/14 Updated for 4.0.9 (test FEATURESET).
Comment  7/5/12 LongName -> LppName, removed PhysSnapping, for 3.3.x.
Comment  3/12/12 Added elecwhite/black scripts, these need 3.2.25 or later.
Comment  7/6/10 Update to remove/replace "Alt" keywords for 3.2.11.
Comment  This file is NOT compatible with releases before 3.2.11.

Technology scmos
Define SUBM

!Set FlattenPrefix $$

# Enable the following to set the PIN layer to support the Oklahoma
# State open-source CMOS standard cell libraries.  Labels on the PIN
# layer will set the name of the coincident net.
# !Set PinLayer PIN:PIN

# Use lambda units in all design rules.  Change the definition below
# to the actual lambda in microns.
Set lambda = 1.0
Define L(x) eval($(lambda)*x)
Define A(x) eval($(lambda)*$(lambda)*x*x)

# When defined, schematics will use a white background.  This looks
# better when exported for figures in presentations, etc., and some
# users might prefer it generally.  Uncomment to use.
# Define WhiteSchem

# The search paths can be defined here
#Path ( . ) 
#LibPath ( . /usr/local/xictools/xic/startup ) 
#HelpPath ( /usr/local/xictools/xic/help ) 
#ScriptPath ( /usr/local/xictools/xic/scripts ) 

If FEATURESET == "FULL"
#------------------------------------------------------------------------------
# Electrical Layers

ElecLayer SCED
Description Active wiring layer
StreamOut 1 0
IfDef WhiteSchem
RGB 0 0 0
Else
RGB 225 225 225
Endif
Filled y

ElecLayer ETC1
Description General drawing layer
StreamOut 2 0
IfDef WhiteSchem
RGB 105 195 195
Else
RGB 125 225 225
Endif
Filled n

ElecLayer ETC2
Description General drawing layer
StreamOut 3 0
IfDef WhiteSchem
RGB 170 125 105
Else
RGB 225 225 125
Endif
Filled n

ElecLayer NAME
Description Name property label
StreamOut 4 0
IfDef WhiteSchem
RGB 185 155 90
Else
RGB 255 230 175
Endif
Filled n

ElecLayer MODL
Description Model property label
StreamOut 5 0
IfDef WhiteSchem
RGB 85 215 80
Else
RGB 175 225 175
Endif
Filled n

ElecLayer VALU
Description Value property label
StreamOut 6 0
IfDef WhiteSchem
RGB 210 70 65
Else
RGB 255 225 225
Endif
Filled n

ElecLayer PARM
Description Param property label
StreamOut 7 0
IfDef WhiteSchem
RGB 225 95 215
Else
RGB 200 175 225
Endif
Filled n

ElecLayer NODE
Description Node property label
StreamOut 8 0
IfDef WhiteSchem
RGB 175 175 155
Else
RGB 255 255 225
Endif
Filled n

ElecLayer SPTX
Description Active label layer
StreamOut 10 0
IfDef WhiteSchem
RGB 0 135 15
Else
RGB 225 134 170
Endif
Filled n

#------------------------------------------------------------------------------
Endif

#------------------------------------------------------------------------------
# Physical Layers

PhysLayer CWN
LppName N_WELL
StreamIn 42, 0-255
StreamOut 42 0
RGB 137 124 120
Filled 00 7e 7e 66 66 7e 7e 00 outline
If FEATURESET == "FULL"
IfDef SUBM
MinWidth L(12) #1.1 CWN minimum width L(12)
MinSpace L(18) #1.2 CWN minimum space L(18)
Else
MinWidth L(10) #1.1 CWN minimum width L(10)
MinSpace L(9) #1.2 CWN minimum space L(9)
Endif
#1.3 CWN minimum space from CWN at same potential L(6)
NoOverlap CWP #1.4 minimum spacing between wells of different type 0
Endif

PhysLayer CWP
LppName P_WELL
StreamIn 41, 0-255
StreamOut 41 0
RGB 46 132 22
Filled 00 7e 7e 66 66 7e 7e 00 outline
If FEATURESET == "FULL"
IfDef SUBM
MinWidth L(12) #1.1 CWP minimum width L(12)
MinSpace L(18) #1.2 CWP minimum space L(18)
Else
MinWidth L(10) #1.1 CWP minimum width L(10)
MinSpace L(9) #1.2 CWP minimum space L(9)
Endif
Endif

PhysLayer CWC
LppName CAP_WELL
StreamIn 59, 0-255
StreamOut 59 0
If FEATURESET == "FULL"
IfDef SUBM
MinWidth L(12) #17.1 CWC minimum width L(12)
MinSpace L(18) #17.2 CWC minimum space L(18)
MinSpaceTo CWN L(18) #17.2 CWC minimum space to CWN L(18)
MinSpaceTo CWP L(18) #17.2 CWC minimum space to CWP L(18)
MinSpaceTo CAA L(6) #17.3 CWC minimum space to CAA L(6)
Else
MinWidth L(10) #17.1 CWC minimum width L(10)
MinSpace L(9) #17.2 CWC minimum space L(9)
MinSpaceTo CWN L(9) #17.2 CWC minimum space to CWN L(9)
MinSpaceTo CWP L(9) #17.2 CWC minimum space to CWP L(9)
MinSpaceTo CAA L(5) #17.3 CWC minimum space to CAA L(5)
Endif
#17.4 in CAA
Endif

PhysLayer CAA
LppName ACTIVE
StreamIn 43, 0-255
StreamOut 43 0
RGB 254 255 1
Filled 01 82 44 28 10 28 44 82 outline
Conductor Exclude CPG
If FEATURESET == "FULL"
MinWidth L(3) #2.1 CAA minimum width L(3)
MinSpace L(3) #2.2 CAA minimum space L(3)
#Note: 17.4 must catch CAA overlapping CWC edge
IfDef SUBM
MinSpaceFrom Region CSN CWP L(6) #2.3 S/D to CWP well edge L(6)
MinSpaceFrom Region CSP CWN L(6) #2.3 S/D to CWN well edge L(6)
MinSpaceFrom Region CWC CWC L(6) #17.4 CWC minimum from CAA edge L(6)
Else
MinSpaceFrom Region CSN CWP L(5) #2.3 S/D to CWP well edge L(5)
MinSpaceFrom Region CSP CWN L(5) #2.3 S/D to CWN well edge L(5)
MinSpaceFrom Region CWC CWC L(5) #17.4 CWC minimum from CAA edge L(5)
Endif
MinSpaceFrom Region CSP CWP L(3) #2.4 contact to CWP well edge L(3)
MinSpaceFrom Region CSN CWN L(3) #2.4 contact to CWN well edge L(3)
IfOverlap CTA #24.6 CAA is either entirely inside or outside CTA
Endif

PhysLayer CTA
LppName THICK_ACTIVE
StreamIn 60, 0-255
StreamOut 60 0
If FEATURESET == "FULL"
MinWidth L(4) #24.1 CTA minimum width L(4)
MinSpace L(4) #24.2 CTA minimum space L(4)
MinNoOverlap CAA L(4) #24.3 minimum CAA overlap L(4)
MinSpaceTo CAA L(4) #24.4 minimum space to CAA L(4)
MinWidth Region CPG&CAA L(3) #24.5 minimum poly width in CTA gate L(3)
Endif

IfnDef SUBM
PhysLayer CBA
LppName PBASE
StreamIn 58, 0-255
StreamOut 58 0

PhysLayer CPC
LppName POLY_CAP1
StreamIn 28, 0-255
StreamOut 28 0
If FEATURESET == "FULL"
MinWidth L(8) #23.1 CPC minimum width L(8)
MinSpace L(4) #23.2 CPC minimum space L(4)
MinSpaceTo CAA L(8) #23.3 CPC minimum space to CAA L(8)
MinSpaceFrom CPG L(3) #23.4 CPC minimum extension from CPG L(3)
MinNoOverlap CCC L(2) #23.5 CPC overlap around contact L(2)
MinNoOverlap CPG L(2) #23.6 CPG overlap around cap contact L(2)
MinSpaceTo Region CCC CPG L(2) #23.7 CPC contact to CPG L(2)
MinSpaceTo CM1 L(4) #23.8 minimum space to CM1 L(4)
MinSpaceTo CM2 L(2) #23.9 minimum space to CM2 L(2)
Endif
Endif

PhysLayer CPG
LppName POLY
StreamIn 46, 0-255
StreamOut 46 0
RGB 255 85 82
Filled 18 3c 7e e7 e7 7e 3c 18 outline
WireWidth L(2)
CrossThick 0.1
Thickness 0.1
Conductor
If FEATURESET == "FULL"
MinWidth L(2) #3.1 CPG minimum width L(2)
IfDef SUBM
MinSpace L(3) #3.2 CPG minimum space L(3)
Else
MinSpace L(2) #3.2 CPG minimum space L(2)
Endif
MinNoOverlap CAA L(2) #3.3 CPG minimum gate extension from CAA L(2)
MinSpaceFrom CAA L(3) #3.4 CAA minimum extension from CPG L(3)
MinSpaceTo CAA L(1) #3.5 CPG minimum space to CAA L(1)
Endif

PhysLayer CSB
LppName SILICIDE_BLOCK
StreamIn 29, 0-255
StreamOut 29 0
If FEATURESET == "FULL"
MinWidth L(4) #20.1 CSB minimum width L(4)
MinSpace L(4) #20.2 CSB minimum space L(4)
NoOverlap CCC #20.3 No contacts on CSB
MinSpaceTo CCC L(2) #20.3 CBS minimum space to contact L(2)
MinSpaceTo CAA L(2) #20.4 CBS minimum space to CAA L(2)
MinSpaceTo CPG L(2) #20.5 CBS minimum space to CPG L(2)
#20.6
MinWidth Region CPG L(5) #20.7 minimum CPG width over CSB L(5)
MinSpace Region CPG L(7) #20.8 minimum CPG space over CSB L(7)
MinNoOverlap CPG L(2) #20.9 CSB minimum extension from CPG L(2)
MinNoOverlap CAA L(2) #20.9 CSB minimum extension from CAA L(2)
MinSpaceFrom CPG L(3) #20.10 minimum CPG extension from CSB L(3)
MinSpaceFrom CAA L(3) #20.10 minimum CAA extension from CSB L(3)
IfDef SUBM
MinSpaceTo Region CAA CPG L(5) #20.11 minimum space to poly in active L(5)
Else
MinSpaceTo Region CAA CPG L(3) #20.11 minimum space to poly in active L(3)
Endif
Endif

PhysLayer CSN
LppName N_PLUS_SELECT
StreamIn 45, 0-255
StreamOut 45 0
RGB 61 211 186
Filled 40 20 10 08 04 02 01 80 outline
If FEATURESET == "FULL"
MinWidth L(2) #4.4 CSN minimum width L(2)
MinSpace L(2) #4.4 CSN minimum space L(2)
#4.4 CSN/CSP can be coincident but must not overlap
MinSpaceTo CPG L(3) #4.1 CSN minimum space to CPG L(3)
MinNoOverlap CAA L(2) #4.2 CSN minimum extension from CAA L(2)
MinNoOverlap CCA L(1) #4.3 CSN minimum extension from CCA L(1)
MinNoOverlap CCC L(1) #4.3 CSN minimum extension from CCC L(1)
MinSpaceTo CCA L(1) #4.3 CSN minimum space to CCA L(1)
MinSpaceTo CCC L(1) #4.3 CSN minimum space to CCC L(1)
Endif

PhysLayer CSP
LppName P_PLUS_SELECT
StreamIn 44, 0-255
StreamOut 44 0
RGB 255 170 174
Filled 40 20 10 08 04 02 01 80 outline
If FEATURESET == "FULL"
MinWidth L(2) #4.4 CSP minimum width L(2)
MinSpace L(2) #4.4 CSP minimum space L(2)
#4.4 CSN/CSP can be coincident but must not overlap
MinSpaceTo CPG L(3) #4.1 CSP minimum space to CPG L(3)
MinNoOverlap CAA L(2) #4.2 CSP minimum extension from CAA L(2)
MinNoOverlap CCA L(1) #4.3 CSP minimum extension from CCA L(1)
MinNoOverlap CCC L(1) #4.3 CSP minimum extension from CCC L(1)
MinSpaceTo CCA L(1) #4.3 CSP minimum space to CCA L(1)
MinSpaceTo CCC L(1) #4.3 CSP minimum space to CCC L(1)
Endif

PhysLayer CEL
LppName POLY2
StreamIn 56, 0-255
StreamOut 56 0
IfDef SUBM
WireWidth L(7)
Else
WireWidth L(3)
Endif
If FEATURESET == "FULL"
IfDef SUBM
MinWidth L(7) #11.1 CEL minimum width L(7)
MinSpaceFrom CPG L(5) #11.3 CEL minimum CPG overlap L(5)
MinSpaceTo CCC L(6) #11.5 CEL minimum space to CCC L(6)
MinSpaceTo CCP L(6) #11.5 CEL minimum space to CCP L(6)
Else
MinWidth L(3) #11.1 CEL minimum width L(3)
MinSpaceFrom CPG L(2) #11.3 CEL minimum CPG overlap L(2)
MinSpaceTo CCC L(3) #11.5 CEL minimum space to CCC L(3)
MinSpaceTo CCP L(3) #11.5 CEL minimum space to CCP L(3)
Endif
MinSpace L(3) #11.2 CEL minimum spacing L(3)
MinSpaceTo CAA L(2) #11.4 CEL minimum space to CAA L(2)
MinSpaceTo CWP L(2) #11.4 CEL minimum space to CWP L(2)
MinSpaceTo CWN L(2) #11.4 CEL minimum space to CWN L(2)
MinSpaceTo CWC L(2) #11.4 CEL minimum space to CWC L(2)
#11.6 minimum space to unrelated metal L(2)
Endif

PhysLayer CHR
LppName HI_RES_IMPLANT
StreamIn 34, 0-255
StreamOut 34 0
If FEATURESET == "FULL"
MinWidth L(4) #27.1 CHR minimum width L(4)
MinSpace L(4) #27.2 CHR minimum space L(4)
NoOverlap CCC #27.3 CHR no contacts (CCC) allowed inside CHR
NoOverlap CCP #27.3 CHR no contacts (CCP) allowed inside CHR
NoOverlap CCA #27.3 CHR no contacts (CCA) allowed inside CHR
MinSpaceTo CCC L(2) #27.3 minimum space to contact (CCC) L(2)
MinSpaceTo CCP L(2) #27.3 minimum space to contact (CCP) L(2)
MinSpaceTo CCA L(2) #27.3 minimum space to contact (CCA) L(2)
MinSpaceTo CAA L(2) #27.4 minimum space to CAA L(2)
MinSpaceTo CEL L(2) #27.5 minimum space to CEL L(2)
#27.6 Resistor is poly2 inside HR; poly2 ends stick out for contacts,
# the entire resistor must be outside well and over field
MinWidth Region CEL L(5) #27.7 CHR minimum CEL width in resistor L(5)
MinSpace Region CEL L(7) #27.8 CHR minimum spacing of CEL resistors L(7)
MinNoOverlap CEL L(2) #27.9 CHR minimum overlap of CEL L(2)
Endif

PhysLayer CCC
LppName CONTACT
StreamIn 25, 0-255
StreamOut 25 0
RGB 253 253 65
Filled y
Via CPG CM1
Via CAA CM1
If FEATURESET == "FULL"
MinWidth L(2)  #5.1, 6.1 Contact exact size L(2) X L(2)
MaxArea A(2)   #5.1, 6.1 Contact exact size L(2) X L(2)
MinSpaceFrom CPG L(1.5) #5.2 Contact minimum from CPG edge L(1.5)
MinSpaceFrom CAA L(1.5) #6.2 Contact minimum from CAA edge L(1.5)
IfDef SUBM
MinSpace L(3) #5.3, 6.3 Contact minimum space L(3)
Else
MinSpace L(2) #5.3, 6.3 Contact minimum space L(2)
Endif
MinSpaceTo CAA L(2) #5.4 Contact minimum space to CAA L(2)
MinSpaceTo CPG L(2) #6.4 Contact minimum space to CPG L(2)
Overlap CPG|CAA #5.2, 6.2 CCC over CPG or CAA
Endif

PhysLayer CCP
LppName POLY_CONTACT
StreamIn 47, 0-255
StreamOut 47 0
RGB 233 151 218
Filled y
CrossThick 0.2
Thickness 0.2
EpsRel 3.8
Via CPG CM1 
If FEATURESET == "FULL"
MinWidth L(2)  #5.1 CCP exact size L(2) X L(2)
MaxArea A(2)   #5.1 CCP exact size L(2) X L(2)
MinSpaceFrom CPG L(1.5) #5.2 CCP minimum from CPG edge L(1.5)
IfDef SUBM
MinSpace L(3) #5.3 CCP minimum space L(3)
Else
MinSpace L(2) #5.3 CCP minimum space L(2)
Endif
MinSpaceTo CAA L(2) #5.4 CCP minimum space to CAA L(2)
Overlap CPG #6.2 CCP over CPG
Endif

PhysLayer CCA
LppName ACTIVE_CONTACT
StreamIn 48, 0-255
StreamOut 48 0
RGB 253 253 65
Filled y
Via CAA CM1 
If FEATURESET == "FULL"
MinWidth L(2)  #6.1 CCA exact size L(2) X L(2)
MaxArea A(2)   #6.1 CCA exact size L(2) X L(2)
MinSpaceFrom CAA L(1.5) #6.2 CCA minimum from CAA edge L(1.5)
IfDef SUBM
MinSpace L(3) #6.3 CCA minimum space L(3)
Else
MinSpace L(2) #6.3 CCA minimum space L(2)
Endif
MinSpaceTo CPG L(2) #6.4 CCA minimum space to CPG L(2)
Overlap CAA #6.2 CCA over CAA
Endif

PhysLayer CCE
LppName POLY2_CONTACT
StreamIn 55, 0-255
StreamOut 55 0
If FEATURESET == "FULL"
MinWidth L(2)  #13.1 CCE exact size L(2) X L(2)
MaxArea A(2)   #13.1 CCE exact size L(2) X L(2)
IfDef SUBM
MinSpace L(3) #13.2 CCE minimum space L(3)
Else
MinSpace L(2) #13.2 CCE minimum space L(2)
Endif
MinSpaceFrom Region CPG CEL L(3) #13.3 CCA minimum CEL overlap on capacitor L(3)
MinSpaceFrom CEL L(2) #13.4 CCA minimum CEL overlap L(2)
MinSpaceTo CPG L(3) #13.5 CCE minimum space to CPG L(3)
MinSpaceTo CAA L(3) #13.5 CCE minimum space to CAA L(3)
Endif

PhysLayer CM1
LppName METAL1
StreamIn 49, 0-255
StreamOut 49 0
RGB 0 174 253
Filled aa 55 aa 55 aa 55 aa 55 outline
WireWidth L(3)
CrossThick 0.4
Thickness 0.4
Routing
If FEATURESET == "FULL"
MinWidth L(3) #7.1 CM1 minimum width L(3)
IfDef SUBM
MinSpace L(3) #7.2 CM1 minimum space L(3)
Else
MinSpace L(2) #7.2 CM1 minimum space L(2)
Endif
MinNoOverlap CCA L(1) #7.3 CM1 minimum extension from CCA L(1)
MinNoOverlap CCP L(1) #7.3 CM1 minimum extension from CCP L(1)
MinNoOverlap CCC L(1) #7.3 CM1 minimum extension from CCC L(1)
MinNoOverlap CCE L(1) #7.3 CM1 minimum extension from CCE L(1)
MinNoOverlap CV1 L(1) #7.3 CM1 minimum extension from CV1 L(1)
#7.4 Minimum spacing when either metal line is wider than 10 lambda
Endif

PhysLayer CV1
LppName VIA
StreamIn 50, 0-255
StreamOut 50 0
RGB 240 218 181
Filled y
CrossThick 0.6
Thickness 0.6
EpsRel 3.8
Via CM1 CM2 
If FEATURESET == "FULL"
MinWidth L(2) #8.1 CV1 exact size L(2) X L(2)
MaxArea A(2)  #8.1 CV1 exact size L(2) X L(2)
MinSpace L(3) #8.2 CV1 minimum space L(3)
MinSpaceFrom CM1 L(1) #8.3 CV1 minimum from edge of CM1 L(1)
MinSpaceTo CCC L(2) #8.4 CV1 minimum space to contact (CCC) L(2)
MinSpaceTo CCA L(2) #8.4 CV1 minimum space to contact (CCA) L(2)
MinSpaceTo CCC L(2) #8.4 CV1 minimum space to contact (CCP) L(2)
MinSpaceTo CAA L(2) #8.5 CV1 minimum space to CAA L(2)
MinSpaceTo CPG L(2) #8.5 CV1 minimum space to CPG L(2)
Endif

PhysLayer CM2
LppName METAL2
StreamIn 51, 0-255
StreamOut 51 0
RGB 205 0 205
Filled 2a 15 8a 45 a2 51 a8 54 outline
WireWidth L(3)
CrossThick 0.6
Thickness 0.6
Routing
If FEATURESET == "FULL"
MinWidth L(3) #9.1 CM2 minimum width L(3)
MinSpace L(4) #9.2.a CM2 minimum space L(4)
MinNoOverlap CV1 L(1) #9.3 CM2 minimum extension from CV1 L(1)
#9.4 Minimum spacing when either metal line is wider than 10 lambda
Endif

PhysLayer CV2
LppName VIA2
StreamIn 61, 0-255
StreamOut 61 0
RGB 185 156 159
Filled y
Thickness 0.6
Via CM3 CM2 
If FEATURESET == "FULL"
MinWidth L(2) #14.1 CV2 exact size L(2) X L(2)
MaxArea A(2)  #14.1 CV2 exact size L(2) X L(2)
MinSpace L(3) #14.2 CV2 minimum space L(3)
MinSpaceFrom CM2 L(1) #14.3 CV2 minimum to CM2 edge L(1)
MinSpaceTo CV1 L(2) #14.4 CV2 minimum space to CV1 L(2)
Overlap CM2&CM3 #14.3, 15.3 CV2 over CM2 and CM3
Endif

PhysLayer CM3
LppName METAL3
StreamIn 62, 0-255
StreamOut 62 0
RGB 231 247 236
Filled 88 44 02 11 88 40 22 11 outline
WireWidth L(3)
Thickness 0.6
Routing
If FEATURESET == "FULL"
MinWidth L(3) #15.1 CM3 minimum width L(3)
MinSpace L(3) #15.2 CM3 minimum space L(3)
MinNoOverlap CV2 L(2) #15.3 minimum extension from CV2 L(2)
#15.4 Minimum spacing when either metal line is wider than 10 lambda
Endif

PhysLayer CV3
LppName VIA3
StreamIn 30, 0-255
StreamOut 30 0
Filled y
Thickness 0.6
Via CM4 CM3 
If FEATURESET == "FULL"
MinWidth L(2) #21.1 CV3 exact size L(2) X L(2)
MaxArea A(2)  #21.1 CV3 exact size L(2) X L(2)
MinSpace L(4) #21.2 CV3 minimum space L(4)
MinSpaceFrom CM3 L(1) #21.3 CV3 minimum to CM3 edge L(1)
Overlap CM3&CM4 #21.3, 22.3 CV3 over CM3 and CM4
Endif

PhysLayer CM4
LppName METAL4
StreamIn 31, 0-255
StreamOut 31 0
WireWidth L(6)
Thickness 0.6
Routing
If FEATURESET == "FULL"
MinWidth L(6) #22.1 CM4 minimum width L(6)
MinSpace L(6) #22.2 CM4 minimum space L(6)
MinNoOverlap CV3 L(2) #22.3 CM4 minimum extension from CV3 L(2)
#22.4 Minimum spacing when either metal line is wider than 10 lambda
Endif

PhysLayer CTM
LppName CAP_TOP_METAL
StreamIn 35, 0-255
StreamOut 35 0

PhysLayer CV4
LppName VIA4
StreamIn 32, 0-255
Filled y
StreamOut 32 0
Thickness 0.6
VIA CM4 CM5
If FEATURESET == "FULL"
MinWidth L(2) #25.1 CV4 exact size L(2) X L(2)
MaxArea A(2)  #25.1 CV4 exact size L(2) X L(2)
MinSpace L(3) #25.2 CV4 minimum space L(3)
MinSpaceFrom CM4 L(1) #25.3 CV4 minimum to CM4 edge L(1)
Overlap CM4&CM5 #25.3, 26.3 CV4 over CM4 and CM5
Endif

PhysLayer CM5
LppName METAL5
StreamIn 33, 0-255
StreamOut 33 0
WireWidth L(4)
Thickness 0.6
Routing
If FEATURESET == "FULL"
MinWidth L(4) #26.1 CM5 minimum width L(4)
MinSpace L(4) #26.2 CM5 minimum width L(4)
MinNoOverlap VIA4 L(1) #26.3 CM5 minimum extension from VIA4 L(1)
#26.4 Minimum spacing when either metal line is wider than 10 lambda
Endif

IfDef SUBM
PhysLayer CV5
LppName VIA5
StreamIn 36, 0-255
StreamOut 36 0
Filled y
Thickness 0.6
VIA CM5 CM6
If FEATURESET == "FULL"
MinWidth L(3) #29.1 CV5 exact size L(3) X L(3)
MaxArea A(3)  #29.1 CV5 exact size L(3) X L(3)
MinSpace L(4) #29.2 CV5 minimum space L(4)
MinSpaceFrom CM5 L(1) #29.3 CV5 minimum to CM5 edge L(1)
Overlap CM5&CM6 #29.3, 30.3 CV5 over CM5 and CM6
Endif

PhysLayer CM6
LppName METAL6
StreamIn 37, 0-255
StreamOut 37 0
WireWidth L(5)
Thickness 0.6
Routing
If FEATURESET == "FULL"
MinWidth L(5) #30.1 CM6 minimum width L(5)
MinSpace L(5) #30.2 CM6 minimum width L(5)
MinNoOverlap VIA5 L(1) #30.3 CM6 minimum extension from VIA5 L(1)
#30.4 Minimum spacing when either metal line is wider than 10 lambda
Endif

PhysLayer CDNW
LppName DEEP_N_WELL
StreamIn 38, 0-255
StreamOut 38 0
If FEATURESET == "FULL"
MinWidth L(30) #31.1 CDNW minimum width L(30)
MinSpace L(50) #31.2 CDNW minimum space l(50)
MinNoOverlap CWN L(15) #31.3 mminimum extension CWN L(15)
Endif
Endif

PhysLayer COG
LppName GLASS
StreamIn 52, 0-255
StreamOut 52 0
RGB 255 250 107
Filled n
CrossThick 1.0
Thickness 1.0
EpsRel 3.2
If FEATURESET == "FULL"
MinWidth Region XP L(60) #10.1 COG minimum pad width L(60)
MinWidth L(20) #10.2 COG minimum probe pad width L(20)
MinSpaceFrom CM1 L(6) #10.3 metal (CM1) extension minimum from COG L(6)
MinSpaceFrom CM2 L(6) #10.3 metal (CM2) extension minimum from COG L(6)
MinSpaceFrom CM3 L(6) #10.3 metal (CM3) extension minimum from COG L(6)
MinSpaceFrom CM4 L(6) #10.3 metal (CM4) extension minimum from COG L(6)
MinSpaceFrom CM5 L(6) #10.3 metal (CM5) extension minimum from COG L(6)
#10.4 Minimum pad spacing to unrelated metal L(30)
#10.5 Minimum pad spacing to active, poly or poly2 L(15)
Endif

PhysLayer XP
LppName PADS
StreamIn 26, 0-255
StreamOut 26 0

PhysLayer NDRC
LppName NO_DRC
StreamIn 21, 0-255
StreamOut 21 0
RGB 175 175 175
Filled n

PhysLayer PIN:PIN
StreamIn 109, 0-255
StreamOut 109 0
RGB 225 255 225
Filled n

#------------------------------------------------------------------------------

If FEATURESET == "FULL"
#------------------------------------------------------------------------------
# Device Blocks

Device
Name nmos
Prefix Mn_
Body (CAA&CPG)&CSN
Contact s CAA CAA&(!CPG)
Contact d CAA CAA&(!CPG)
Contact g CPG CAA&CPG
Permute d s
Bloat 0.1
Merge
Measure Length BodyMinDimen*1e-6 4
Measure Width (BodyArea/BodyMinDimen)*1e-6 4
Measure AS CArea.0.CAA * 1e-12 4
Measure AD CArea.1.CAA * 1e-12 4
Measure PS CPerim.0.CAA * 1e-6 4
Measure PD CPerim.1.CAA * 1e-6 4
LVS Length l
LVS Width w
LVS AS as
LVS AD ad
LVS PS ps
LVS PD pd
Spice %n% %c%d %c%g %c%s NSUB %model% %initc%
Cmput NMOS device %n%, Length: %me%Length  Width: %me%Width  AS: %me%AS \
PS: %me%PS  AD: %me%AD  PD: %me%PD
Model nmos
Param l=%me%Length w=%me%Width ad=%me%AD pd=%me%PD as=%me%AS ps=%me%PS
End

Device
Name pmos
Prefix Mp_
Body (CAA&CPG)&CSP
Contact s CAA CAA&(!CPG)
Contact d CAA CAA&(!CPG)
Contact g CPG CAA&CPG
Permute d s
Bloat 0.1
Merge
Measure Length BodyMinDimen*1e-6 4
Measure Width (BodyArea/BodyMinDimen)*1e-6 4
Measure AS CArea.0.CAA * 1e-12 4
Measure AD CArea.1.CAA * 1e-12 4
Measure PS CPerim.0.CAA * 1e-6 4
Measure PD CPerim.1.CAA * 1e-6 4
LVS Length l
LVS Width w
LVS AS as
LVS AD ad
LVS PS ps
LVS PD pd
Spice %n% %c%d %c%g %c%s PSUB %model% %initc%
Cmput PMOS device %n%, Length: %me%Length  Width: %me%Width  AS: %me%AS \
PS: %me%PS  AD: %me%AD  PD: %me%PD
Model pmos
Param l=%me%Length w=%me%Width ad=%me%AD pd=%me%PD as=%me%AS ps=%me%PS
End

#------------------------------------------------------------------------------
Endif

#------------------------------------------------------------------------------
# Script Definitions
# In Xic, these appear in the User Menu.  They are still available in XicII
# through the !exec command, for example type "!exec xstr" (without quotes)
# to run the xstr script.

Script elecwhite
# Set the colors for white background in electrical mode, as if
# WhiteSchem was active.
if (TechParseLine("ElecLayer SCED RGB 0 0 0") == 0)
    Print(GetError())
end
if (TechParseLine("ElecLayer ETC1 RGB 105 195 195") == 0)
    Print(GetError())
end
if (TechParseLine("ElecLayer ETC2 RGB 170 125 105") == 0)
    Print(GetError())
end
if (TechParseLine("ElecLayer NAME RGB 185 155 90") == 0)
    Print(GetError())
end
if (TechParseLine("ElecLayer MODL RGB 85 215 80") == 0)
    Print(GetError())
end
if (TechParseLine("ElecLayer VALU RGB 210 70 65") == 0)
    Print(GetError())
end
if (TechParseLine("ElecLayer PARM RGB 225 95 215") == 0)
    Print(GetError())
end
if (TechParseLine("ElecLayer NODE RGB 175 175 155") == 0)
    Print(GetError())
end
if (TechParseLine("ElecLayer SPTX RGB 0 135 15") == 0)
    Print(GetError())
end
if (TechParseLine("ElecBackground 243 243 243") == 0)
    Print(GetError())
end
if (TechParseLine("ElecGhostColor 1 1 1") == 0)
    Print(GetError())
end
if (TechParseLine("ElecHighlightingColor 1 1 1") == 0)
    Print(GetError())
end
if (TechParseLine("ElecSelectColor1 109 255 105") == 0)
    Print(GetError())
end
if (TechParseLine("ElecMarkerColor 191 188 40") == 0)
    Print(GetError())
end
if (TechParseLine("ElecInstanceBBColor 50 175 163") == 0)
    Print(GetError())
end
if (TechParseLine("ElecInstanceNameColor 214 161 170") == 0)
    Print(GetError())
end
if (TechParseLine("ElecCoarseGridColor 28 23 15") == 0)
    Print(GetError())
end
if (TechParseLine("PhysCoarseGridColor 0 215 215") == 0)
    Print(GetError())
end
if (TechParseLine("ElecFineGridColor 0 157 160") == 0)
    Print(GetError())
end
if (TechParseLine("PhysFineGridColor 0 0 207") == 0)
    Print(GetError())
end
EndScript

Script elecblack
# Set the colors for black background in electrical mode, as if
# WhiteSchem was inactive.
if (TechParseLine("ElecLayer SCED RGB 225 225 225") == 0)
    Print(GetError())
end
if (TechParseLine("ElecLayer ETC1 RGB 125 225 225") == 0)
    Print(GetError())
end
if (TechParseLine("ElecLayer ETC2 RGB 225 225 125") == 0)
    Print(GetError())
end
if (TechParseLine("ElecLayer NAME RGB 255 230 175") == 0)
    Print(GetError())
end
if (TechParseLine("ElecLayer MODL RGB 175 225 175") == 0)
    Print(GetError())
end
if (TechParseLine("ElecLayer VALU RGB 255 225 225") == 0)
    Print(GetError())
end
if (TechParseLine("ElecLayer PARM RGB 200 175 225") == 0)
    Print(GetError())
end
if (TechParseLine("ElecLayer NODE RGB 255 255 225") == 0)
    Print(GetError())
end
if (TechParseLine("ElecLayer SPTX RGB 225 134 170") == 0)
    Print(GetError())
end
if (TechParseLine("ElecBackground black") == 0)
    Print(GetError())
end
if (TechParseLine("ElecGhostColor white") == 0)
    Print(GetError())
end
if (TechParseLine("ElecHighlightingColor white") == 0)
    Print(GetError())
end
if (TechParseLine("ElecSelectColor1 white") == 0)
    Print(GetError())
end
if (TechParseLine("ElecMarkerColor yellow") == 0)
    Print(GetError())
end
if (TechParseLine("ElecInstanceBBColor turquoise") == 0)
    Print(GetError())
end
if (TechParseLine("ElecInstanceNameColor salmon") == 0)
    Print(GetError())
end
if (TechParseLine("ElecCoarseGridColor 255 208 136") == 0)
    Print(GetError())
end
if (TechParseLine("ElecFineGridColor 0 245 249") == 0)
    Print(GetError())
end
EndScript

Script xstr
str = PrintString(L(2))
glen = AskReal("Gate length? ", str)
p1[2]
p2[2]
ShowPrompt("Click to anchor transistor")
if !Point(p1)
    Exit()
end
ShowPrompt("Click to finish")
ShowGhost(7)
if !Point(p2)
    Exit()
end
ShowGhost(0)
ovl = L(3)
ext = L(2)
cl = GetCurLayer();
if (abs(p1[0] - p2[0]) > abs(p1[1] - p2[1]))
    x1 = p1[0]
    x2 = p2[0]
    if (x1 > x2)
        x3 = x1 + ext
        x4 = x2 - ext
    else
        x3 = x1 - ext
        x4 = x2 + ext
    end
    y1 = p1[1]
    if (p2[1] > p1[1])
        y2 = y1 + glen
        y3 = y1 - ovl
        y4 = y1 + glen + ovl
    else
        y2 = y1 - glen
        y3 = y1 + ovl
        y4 = y1 - glen - ovl
    end
    SetCurLayer("CPG")
    Box(x3, y1, x4, y2)
    SetCurLayer("CAA")
    Box(x1, y3, x2, y4)
else
    y1 = p1[1]
    y2 = p2[1]
    if (y1 > y2)
        y3 = y1 + ext
        y4 = y2 - ext
    else
        y3 = y1 - ext
        y4 = y2 + ext
    end
    x1 = p1[0]
    if (p2[0] > p1[0])
        x2 = x1 + glen
        x3 = x1 - ovl
        x4 = x1 + glen + ovl
    else
        x2 = x1 - glen
        x3 = x1 + ovl
        x4 = x1 - glen - ovl
    end
    SetCurLayer("CPG")
    Box(x1, y3, x2, y4)
    SetCurLayer("CAA")
    Box(x3, y1, x4, y2)
end
Commit()
SetCurLayer(cl)
EndScript

Script via_mfs
ShowPrompt("Click to place (lower left)")
PushGhostBox(-L(1), -L(1), L(3), L(3))
PushGhostBox(0, 0, L(2), L(2))
UseTransform(1, 0, 0)
cl = GetCurLayer();
while (1)
    ShowGhost(8)
    a[2]
    if !Point(a)
        ShowPrompt("")
        SetCurLayer(cl)
        Exit()
    end
    ShowGhost(0);
    UseTransform(1, a[0], a[1])
    SetCurLayer("CM1")
    Box(-L(1), -L(1), L(3), L(3))
    SetCurLayer("CV1")
    Box(0, 0, L(2), L(2))
    SetCurLayer("CM2")
    Box(-L(1), -L(1), L(3), L(3))
    SetCurLayer(cl)
    Commit()
end
EndScript

Script via_mfa
ShowPrompt("Click to place (lower left)")
PushGhostBox(-L(1.5), -L(1.5), L(3.5), L(3.5))
PushGhostBox(0, 0, L(2), L(2))
PushGhostBox(-L(1), -L(1), L(3), L(3))
UseTransform(1, 0, 0)
cl = GetCurLayer();
while (1)
    ShowGhost(8)
    a[2]
    if !Point(a)
        ShowPrompt("")
        SetCurLayer(cl)
        Exit()
    end
    ShowGhost(0);
    UseTransform(1, a[0], a[1])
    cl = GetCurLayer();
    SetCurLayer("CAA")
    Box(-L(1.5), -L(1.5), L(3.5), L(3.5))
    SetCurLayer("CCA")
    Box(0, 0, L(2), L(2))
    SetCurLayer("CM1")
    Box(-L(1), -L(1), L(3), L(3))
    SetCurLayer(cl)
    Commit()
end
EndScript

Script via_mfp
ShowPrompt("Click to place (lower left)")
PushGhostBox(-L(1.5), -L(1.5), L(3.5), L(3.5))
PushGhostBox(0, 0, L(2), L(2))
PushGhostBox(-L(1), -L(1), L(3), L(3))
UseTransform(1, 0, 0)
cl = GetCurLayer();
while (1)
    ShowGhost(8)
    a[2]
    if !Point(a)
        ShowPrompt("")
        SetCurLayer(cl)
        Exit()
    end
    ShowGhost(0);
    UseTransform(1, a[0], a[1])
    cl = GetCurLayer();
    SetCurLayer("CPG")
    Box(-L(1.5), -L(1.5), L(3.5), L(3.5))
    SetCurLayer("CCP")
    Box(0, 0, L(2), L(2))
    SetCurLayer("CM1")
    Box(-L(1), -L(1), L(3), L(3))
    SetCurLayer(cl)
    Commit()
end
EndScript

#------------------------------------------------------------------------------

#------------------------------------------------------------------------------
# Misc. Parameters and Attributes

GridOnBottom y
IfDef WhiteSchem
ElecBackground 243 243 243
ElecGhostColor 1 1 1
ElecHighlightingColor 1 1 1
ElecSelectColor1 109 255 105
ElecMarkerColor 191 188 40
ElecInstanceBBColor 50 175 163
ElecInstanceNameColor 214 161 170
ElecCoarseGridColor 28 23 15
PhysCoarseGridColor 0 215 215
ElecFineGridColor 0 157 160
PhysFineGridColor 0 0 207
Else
ElecCoarseGridColor 255 208 136
PhysCoarseGridColor 0 215 215
ElecFineGridColor 0 245 249
PhysFineGridColor 0 0 207
Endif

# Function Key Assignments
F1Key box
F2Key wire
F3Key polyg
F4Key label
F5Key open
F6Key cells
F7Key prpty
F8Key desel

# Misc., Extraction and DRC parameters follow.
RoundFlashSides 40
# End of global attributes.

#------------------------------------------------------------------------------

#------------------------------------------------------------------------------
# Print Driver Blocks

PhysDefaultDriver postscript_bitmap
ElecDefaultDriver postscript_line_draw

HardCopyDevice postscript_line_draw
HardCopyResol 72 75 100 150 200 300 400
HardCopyDefResol 3
HardCopyLegend 1
HardCopyOrient 2
HardCopyDefWidth 7.8
HardCopyDefHeight 10.3
HardCopyDefXoff 0.25
HardCopyDefYoff 0.25
HardCopyMinWidth 1
HardCopyMinHeight 1
HardCopyMinXoff 0
HardCopyMinYoff 0
HardCopyMaxWidth 23.5
HardCopyMaxHeight 23.5
HardCopyMaxXoff 22
HardCopyMaxYoff 22
ShowGrid n
GridOnBottom y
PhysLayer CWN
Filled n
PhysLayer CWP
Filled n
PhysLayer CAA
Filled n
PhysLayer CPG
Filled n
PhysLayer CSN
Filled n
PhysLayer CSP
Filled n
PhysLayer CCC
Filled n outline
PhysLayer CCP
Filled n outline
PhysLayer CCA
Filled n outline
PhysLayer CM1
Filled n
PhysLayer CV1
Filled n outline
PhysLayer CM2
Filled n
PhysLayer CV2
Filled n outline
PhysLayer CM3
Filled n
PhysLayer CV3
Filled n outline
PhysLayer CV4
Filled n outline
PhysLayer CV5
Filled n outline

HardCopyDevice postscript_line_draw_color
HardCopyResol 72 75 100 150 200 300 400
HardCopyDefResol 3
HardCopyLegend 1
HardCopyOrient 2
HardCopyDefWidth 7.8
HardCopyDefHeight 10.3
HardCopyDefXoff 0.25
HardCopyDefYoff 0.25
HardCopyMinWidth 1
HardCopyMinHeight 1
HardCopyMinXoff 0
HardCopyMinYoff 0
HardCopyMaxWidth 23.5
HardCopyMaxHeight 23.5
HardCopyMaxXoff 22
HardCopyMaxYoff 22
ShowGrid n
GridOnBottom y
PhysLayer CWN
Filled n
PhysLayer CWP
Filled n
PhysLayer CAA
Filled n
PhysLayer CPG
Filled n
PhysLayer CSN
Filled n
PhysLayer CSP
Filled n
PhysLayer CCC
Filled n outline
PhysLayer CCP
Filled n outline
PhysLayer CCA
Filled n outline
PhysLayer CM1
Filled n
PhysLayer CV1
Filled n outline
PhysLayer CM2
Filled n
PhysLayer CV2
Filled n outline
PhysLayer CM3
Filled n
PhysLayer CV3
Filled n outline
PhysLayer CV4
Filled n outline
PhysLayer CV5
Filled n outline

HardCopyDevice postscript_bitmap
HardCopyResol 72 75 100 150 200 300 400
HardCopyDefResol 3
HardCopyLegend 1
HardCopyOrient 2
HardCopyDefWidth 7.9
HardCopyDefHeight 10.3
HardCopyDefXoff 0.25
HardCopyDefYoff 0.25
HardCopyMinWidth 1
HardCopyMinHeight 1
HardCopyMinXoff 0
HardCopyMinYoff 0
HardCopyMaxWidth 23.5
HardCopyMaxHeight 23.5
HardCopyMaxXoff 22
HardCopyMaxYoff 22
ShowGrid n
GridOnBottom y

HardCopyDevice postscript_bitmap_encoded
HardCopyResol 72 75 100 150 200 300 400
HardCopyDefResol 3
HardCopyLegend 1
HardCopyOrient 2
HardCopyDefWidth 7.9
HardCopyDefHeight 10.3
HardCopyDefXoff 0.25
HardCopyDefYoff 0.25
HardCopyMinWidth 1
HardCopyMinHeight 1
HardCopyMinXoff 0
HardCopyMinYoff 0
HardCopyMaxWidth 23.5
HardCopyMaxHeight 23.5
HardCopyMaxXoff 22
HardCopyMaxYoff 22
ShowGrid n
GridOnBottom y

HardCopyDevice postscript_bitmap_color
HardCopyResol 72 75 100 150 200 300 400
HardCopyDefResol 3
HardCopyLegend 1
HardCopyOrient 2
HardCopyDefWidth 7.9
HardCopyDefHeight 10.3
HardCopyDefXoff 0.25
HardCopyDefYoff 0.25
HardCopyMinWidth 1
HardCopyMinHeight 1
HardCopyMinXoff 0
HardCopyMinYoff 0
HardCopyMaxWidth 23.5
HardCopyMaxHeight 23.5
HardCopyMaxXoff 22
HardCopyMaxYoff 22
ShowGrid n
GridOnBottom y

HardCopyDevice postscript_bitmap_color_encoded
HardCopyResol 72 75 100 150 200 300 400
HardCopyDefResol 3
HardCopyLegend 1
HardCopyOrient 2
HardCopyDefWidth 7.9
HardCopyDefHeight 10.3
HardCopyDefXoff 0.25
HardCopyDefYoff 0.25
HardCopyMinWidth 1
HardCopyMinHeight 1
HardCopyMinXoff 0
HardCopyMinYoff 0
HardCopyMaxWidth 23.5
HardCopyMaxHeight 23.5
HardCopyMaxXoff 22
HardCopyMaxYoff 22
ShowGrid n
GridOnBottom y

HardCopyDevice hpgl_line_draw_color
HardCopyLegend 1
HardCopyOrient 2
HardCopyDefWidth 7.8
HardCopyDefHeight 10.3
HardCopyDefXoff 0.25
HardCopyDefYoff 0.25
HardCopyMinWidth 1
HardCopyMinHeight 1
HardCopyMinXoff 0
HardCopyMinYoff 0
HardCopyMaxWidth 23.5
HardCopyMaxHeight 23.5
HardCopyMaxXoff 22
HardCopyMaxYoff 22
ShowGrid n
GridOnBottom y
PhysLayer CWN
Filled n
PhysLayer CWP
Filled n
PhysLayer CAA
Filled n
PhysLayer CPG
Filled n
PhysLayer CSN
Filled n
PhysLayer CSP
Filled n
PhysLayer CCC
Filled n outline
PhysLayer CCP
Filled n outline
PhysLayer CCA
Filled n outline
PhysLayer CM1
Filled n
PhysLayer CV1
Filled n outline
PhysLayer CM2
Filled n
PhysLayer CV2
Filled n outline
PhysLayer CM3
Filled n
PhysLayer CV3
Filled n outline
PhysLayer CV4
Filled n outline
PhysLayer CV5
Filled n outline

HardCopyDevice hp_laser_pcl
HardCopyResol 75 100 150 300
HardCopyDefResol 2
HardCopyLegend 1
HardCopyOrient 2
HardCopyDefWidth 7.8
HardCopyDefHeight 10.3
HardCopyDefXoff 0.25
HardCopyDefYoff 0.25
HardCopyMinWidth 1
HardCopyMinHeight 1
HardCopyMinXoff 0
HardCopyMinYoff 0
HardCopyMaxWidth 16.5
HardCopyMaxHeight 16.5
HardCopyMaxXoff 15
HardCopyMaxYoff 15
ShowGrid n
GridOnBottom y

HardCopyDevice xfig_line_draw_color
HardCopyLegend 0
HardCopyOrient 2
HardCopyDefWidth 4
HardCopyDefHeight 4
HardCopyDefXoff 0
HardCopyDefYoff 0
HardCopyMinWidth 1
HardCopyMinHeight 1
HardCopyMinXoff 0
HardCopyMinYoff 0
HardCopyMaxWidth 23.5
HardCopyMaxHeight 23.5
HardCopyMaxXoff 22
HardCopyMaxYoff 22
ShowGrid n
GridOnBottom y
PhysLayer CWN
Filled n
PhysLayer CWP
Filled n
PhysLayer CAA
Filled n
PhysLayer CPG
Filled n
PhysLayer CSN
Filled n
PhysLayer CSP
Filled n
PhysLayer CCC
Filled n outline
PhysLayer CCP
Filled n outline
PhysLayer CCA
Filled n outline
PhysLayer CM1
Filled n
PhysLayer CV1
Filled n outline
PhysLayer CM2
Filled n
PhysLayer CV2
Filled n outline
PhysLayer CM3
Filled n
PhysLayer CV3
Filled n outline
PhysLayer CV4
Filled n outline
PhysLayer CV5
Filled n outline

HardCopyDevice image
HardCopyResol 100 200
HardCopyDefResol 0
HardCopyLegend 0
HardCopyOrient 2
HardCopyDefWidth 4
HardCopyDefHeight 4
HardCopyDefXoff 0
HardCopyDefYoff 0
HardCopyMinWidth 1
HardCopyMinHeight 1
HardCopyMinXoff 0
HardCopyMinYoff 0
HardCopyMaxWidth 16.5
HardCopyMaxHeight 16.5
HardCopyMaxXoff 15
HardCopyMaxYoff 15

#------------------------------------------------------------------------------
# End of file