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Rename all layers name from "L_ALUx", and "L_VIAx" to "ALUx" and "VIAx", 

"L_CONT" becomes "VIAP".
This commit is contained in:
Jean-Paul Chaput 2004-09-29 21:40:46 +00:00
parent e264740548
commit 4027c8442a
6 changed files with 170 additions and 168 deletions
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192
alliance/src/sea/etc/cmos.lef
View File

@ -1,5 +1,5 @@
# #
# $Id: cmos.lef,v 1.4 2003/04/07 14:38:38 jpc Exp $ # $Id: cmos.lef,v 1.5 2004/09/29 21:40:39 jpc Exp $
# #
# /------------------------------------------------------------------\ # /------------------------------------------------------------------\
# | | # | |
@ -30,17 +30,17 @@ UNITS
END UNITS END UNITS
LAYER L_POLY LAYER POLY
TYPE MASTERSLICE ; TYPE MASTERSLICE ;
END L_POLY END POLY
LAYER L_CONT LAYER VIAP
TYPE CUT ; TYPE CUT ;
END L_CONT END VIAP
LAYER L_ALU1 LAYER ALU1
TYPE ROUTING ; TYPE ROUTING ;
WIDTH 2.00 ; WIDTH 2.00 ;
SPACING 3.00 ; SPACING 3.00 ;
@ -48,15 +48,15 @@ LAYER L_ALU1
DIRECTION VERTICAL ; DIRECTION VERTICAL ;
CAPACITANCE CPERSQDIST 0.000032 ; CAPACITANCE CPERSQDIST 0.000032 ;
RESISTANCE RPERSQ 0.100000 ; RESISTANCE RPERSQ 0.100000 ;
END L_ALU1 END ALU1
LAYER L_VIA1 LAYER VIA1
TYPE CUT ; TYPE CUT ;
END L_VIA1 END VIA1
LAYER L_ALU2 LAYER ALU2
TYPE ROUTING ; TYPE ROUTING ;
WIDTH 2.00 ; WIDTH 2.00 ;
SPACING 3.00 ; SPACING 3.00 ;
@ -64,15 +64,15 @@ LAYER L_ALU2
DIRECTION HORIZONTAL ; DIRECTION HORIZONTAL ;
CAPACITANCE CPERSQDIST 0.000032 ; CAPACITANCE CPERSQDIST 0.000032 ;
RESISTANCE RPERSQ 0.100000 ; RESISTANCE RPERSQ 0.100000 ;
END L_ALU2 END ALU2
LAYER L_VIA2 LAYER VIA2
TYPE CUT ; TYPE CUT ;
END L_VIA2 END VIA2
LAYER L_ALU3 LAYER ALU3
TYPE ROUTING ; TYPE ROUTING ;
WIDTH 2.00 ; WIDTH 2.00 ;
SPACING 3.00 ; SPACING 3.00 ;
@ -80,15 +80,15 @@ LAYER L_ALU3
DIRECTION VERTICAL ; DIRECTION VERTICAL ;
CAPACITANCE CPERSQDIST 0.000032 ; CAPACITANCE CPERSQDIST 0.000032 ;
RESISTANCE RPERSQ 0.100000 ; RESISTANCE RPERSQ 0.100000 ;
END L_ALU3 END ALU3
LAYER L_VIA3 LAYER VIA3
TYPE CUT ; TYPE CUT ;
END L_VIA3 END VIA3
LAYER L_ALU4 LAYER ALU4
TYPE ROUTING ; TYPE ROUTING ;
WIDTH 2.00 ; WIDTH 2.00 ;
SPACING 3.00 ; SPACING 3.00 ;
@ -96,15 +96,15 @@ LAYER L_ALU4
DIRECTION HORIZONTAL ; DIRECTION HORIZONTAL ;
CAPACITANCE CPERSQDIST 0.000032 ; CAPACITANCE CPERSQDIST 0.000032 ;
RESISTANCE RPERSQ 0.100000 ; RESISTANCE RPERSQ 0.100000 ;
END L_ALU4 END ALU4
LAYER L_VIA4 LAYER VIA4
TYPE CUT ; TYPE CUT ;
END L_VIA4 END VIA4
LAYER L_ALU5 LAYER ALU5
TYPE ROUTING ; TYPE ROUTING ;
WIDTH 2.00 ; WIDTH 2.00 ;
SPACING 3.00 ; SPACING 3.00 ;
@ -112,15 +112,15 @@ LAYER L_ALU5
DIRECTION VERTICAL ; DIRECTION VERTICAL ;
CAPACITANCE CPERSQDIST 0.000032 ; CAPACITANCE CPERSQDIST 0.000032 ;
RESISTANCE RPERSQ 0.100000 ; RESISTANCE RPERSQ 0.100000 ;
END L_ALU5 END ALU5
LAYER L_VIA5 LAYER VIA5
TYPE CUT ; TYPE CUT ;
END L_VIA5 END VIA5
LAYER L_ALU6 LAYER ALU6
TYPE ROUTING ; TYPE ROUTING ;
WIDTH 2.00 ; WIDTH 2.00 ;
SPACING 3.00 ; SPACING 3.00 ;
@ -128,130 +128,130 @@ LAYER L_ALU6
DIRECTION HORIZONTAL ; DIRECTION HORIZONTAL ;
CAPACITANCE CPERSQDIST 0.000032 ; CAPACITANCE CPERSQDIST 0.000032 ;
RESISTANCE RPERSQ 0.100000 ; RESISTANCE RPERSQ 0.100000 ;
END L_ALU6 END ALU6
#VIA CONT_POLY DEFAULT #VIA CONT_POLY DEFAULT
# LAYER L_POLY ; # LAYER POLY ;
# RECT -1.50 -1.50 1.50 1.50 ; # RECT -1.50 -1.50 1.50 1.50 ;
# LAYER L_CONT ; # LAYER VIAP ;
# RECT -0.50 -0.50 0.50 0.50 ; # RECT -0.50 -0.50 0.50 0.50 ;
# LAYER L_ALU1 ; # LAYER ALU1 ;
# RECT -1.00 -1.00 1.00 1.00 ; # RECT -1.00 -1.00 1.00 1.00 ;
#END CONT_POLY #END CONT_POLY
VIA CONT_VIA DEFAULT VIA CONT_VIA DEFAULT
LAYER L_ALU1 ; LAYER ALU1 ;
RECT -1.00 -1.00 1.00 1.00 ; RECT -1.00 -1.00 1.00 1.00 ;
LAYER L_VIA1 ; LAYER VIA1 ;
RECT -0.50 -0.50 0.50 0.50 ; RECT -0.50 -0.50 0.50 0.50 ;
LAYER L_ALU2 ; LAYER ALU2 ;
RECT -1.00 -1.00 1.00 1.00 ; RECT -1.00 -1.00 1.00 1.00 ;
END CONT_VIA END CONT_VIA
VIA CONT_VIA2 DEFAULT VIA CONT_VIA2 DEFAULT
LAYER L_ALU3 ; LAYER ALU3 ;
RECT -1.00 -1.00 1.00 1.00 ; RECT -1.00 -1.00 1.00 1.00 ;
LAYER L_VIA2 ; LAYER VIA2 ;
RECT -0.50 -0.50 0.50 0.50 ; RECT -0.50 -0.50 0.50 0.50 ;
LAYER L_ALU2 ; LAYER ALU2 ;
RECT -1.00 -1.00 1.00 1.00 ; RECT -1.00 -1.00 1.00 1.00 ;
END CONT_VIA2 END CONT_VIA2
VIA CONT_VIA3 DEFAULT VIA CONT_VIA3 DEFAULT
LAYER L_ALU4 ; LAYER ALU4 ;
RECT -1.00 -1.00 1.00 1.00 ; RECT -1.00 -1.00 1.00 1.00 ;
LAYER L_VIA3 ; LAYER VIA3 ;
RECT -0.50 -0.50 0.50 0.50 ; RECT -0.50 -0.50 0.50 0.50 ;
LAYER L_ALU3 ; LAYER ALU3 ;
RECT -1.00 -1.00 1.00 1.00 ; RECT -1.00 -1.00 1.00 1.00 ;
END CONT_VIA3 END CONT_VIA3
VIA CONT_VIA4 DEFAULT VIA CONT_VIA4 DEFAULT
LAYER L_ALU5 ; LAYER ALU5 ;
RECT -1.00 -1.00 1.00 1.00 ; RECT -1.00 -1.00 1.00 1.00 ;
LAYER L_VIA4 ; LAYER VIA4 ;
RECT -0.50 -0.50 0.50 0.50 ; RECT -0.50 -0.50 0.50 0.50 ;
LAYER L_ALU4 ; LAYER ALU4 ;
RECT -1.00 -1.00 1.00 1.00 ; RECT -1.00 -1.00 1.00 1.00 ;
END CONT_VIA4 END CONT_VIA4
VIA CONT_VIA5 DEFAULT VIA CONT_VIA5 DEFAULT
LAYER L_ALU6 ; LAYER ALU6 ;
RECT -1.00 -1.00 1.00 1.00 ; RECT -1.00 -1.00 1.00 1.00 ;
LAYER L_VIA5 ; LAYER VIA5 ;
RECT -0.50 -0.50 0.50 0.50 ; RECT -0.50 -0.50 0.50 0.50 ;
LAYER L_ALU5 ; LAYER ALU5 ;
RECT -1.00 -1.00 1.00 1.00 ; RECT -1.00 -1.00 1.00 1.00 ;
END CONT_VIA5 END CONT_VIA5
VIARULE TURN_ALU1 GENERATE VIARULE TURN_ALU1 GENERATE
LAYER L_ALU1 ; LAYER ALU1 ;
DIRECTION vertical ; DIRECTION vertical ;
LAYER L_ALU1 ; LAYER ALU1 ;
DIRECTION horizontal ; DIRECTION horizontal ;
END TURN_ALU1 END TURN_ALU1
VIARULE TURN_ALU2 GENERATE VIARULE TURN_ALU2 GENERATE
LAYER L_ALU2 ; LAYER ALU2 ;
DIRECTION vertical ; DIRECTION vertical ;
LAYER L_ALU2 ; LAYER ALU2 ;
DIRECTION horizontal ; DIRECTION horizontal ;
END TURN_ALU2 END TURN_ALU2
VIARULE TURN_ALU3 GENERATE VIARULE TURN_ALU3 GENERATE
LAYER L_ALU3 ; LAYER ALU3 ;
DIRECTION vertical ; DIRECTION vertical ;
LAYER L_ALU3 ; LAYER ALU3 ;
DIRECTION horizontal ; DIRECTION horizontal ;
END TURN_ALU3 END TURN_ALU3
VIARULE TURN_ALU4 GENERATE VIARULE TURN_ALU4 GENERATE
LAYER L_ALU4 ; LAYER ALU4 ;
DIRECTION vertical ; DIRECTION vertical ;
LAYER L_ALU4 ; LAYER ALU4 ;
DIRECTION horizontal ; DIRECTION horizontal ;
END TURN_ALU4 END TURN_ALU4
VIARULE TURN_ALU5 GENERATE VIARULE TURN_ALU5 GENERATE
LAYER L_ALU5 ; LAYER ALU5 ;
DIRECTION vertical ; DIRECTION vertical ;
LAYER L_ALU5 ; LAYER ALU5 ;
DIRECTION horizontal ; DIRECTION horizontal ;
END TURN_ALU5 END TURN_ALU5
VIARULE TURN_ALU6 GENERATE VIARULE TURN_ALU6 GENERATE
LAYER L_ALU6 ; LAYER ALU6 ;
DIRECTION vertical ; DIRECTION vertical ;
LAYER L_ALU6 ; LAYER ALU6 ;
DIRECTION horizontal ; DIRECTION horizontal ;
END TURN_ALU6 END TURN_ALU6
#VIARULE VIA1_HV #VIARULE VIA1_HV
# LAYER L_ALU1 ; # LAYER ALU1 ;
# DIRECTION VERTICAL ; # DIRECTION VERTICAL ;
# OVERHANG 0.50 ; # OVERHANG 0.50 ;
# METALOVERHANG 0.50 ; # METALOVERHANG 0.50 ;
# #
# LAYER L_ALU2 ; # LAYER ALU2 ;
# DIRECTION HORIZONTAL ; # DIRECTION HORIZONTAL ;
# OVERHANG 0.50 ; # OVERHANG 0.50 ;
# METALOVERHANG 0.50 ; # METALOVERHANG 0.50 ;
@ -261,12 +261,12 @@ END TURN_ALU6
# #
# #
#VIARULE VIA2_VH #VIARULE VIA2_VH
# LAYER L_ALU2 ; # LAYER ALU2 ;
# DIRECTION HORIZONTAL ; # DIRECTION HORIZONTAL ;
# OVERHANG 0.50 ; # OVERHANG 0.50 ;
# METALOVERHANG 0.50 ; # METALOVERHANG 0.50 ;
# #
# LAYER L_ALU3 ; # LAYER ALU3 ;
# DIRECTION VERTICAL ; # DIRECTION VERTICAL ;
# OVERHANG 0.50 ; # OVERHANG 0.50 ;
# METALOVERHANG 0.50 ; # METALOVERHANG 0.50 ;
@ -276,12 +276,12 @@ END TURN_ALU6
# #
# #
#VIARULE VIA3_VH #VIARULE VIA3_VH
# LAYER L_ALU3 ; # LAYER ALU3 ;
# DIRECTION HORIZONTAL ; # DIRECTION HORIZONTAL ;
# OVERHANG 0.50 ; # OVERHANG 0.50 ;
# METALOVERHANG 0.50 ; # METALOVERHANG 0.50 ;
# #
# LAYER L_ALU4 ; # LAYER ALU4 ;
# DIRECTION VERTICAL ; # DIRECTION VERTICAL ;
# OVERHANG 0.50 ; # OVERHANG 0.50 ;
# METALOVERHANG 0.50 ; # METALOVERHANG 0.50 ;
@ -291,123 +291,123 @@ END TURN_ALU6
VIARULE genVIA1_HV GENERATE VIARULE genVIA1_HV GENERATE
LAYER L_ALU1 ; LAYER ALU1 ;
DIRECTION VERTICAL ; DIRECTION VERTICAL ;
OVERHANG 0.50 ; OVERHANG 0.50 ;
METALOVERHANG 0.50 ; METALOVERHANG 0.50 ;
LAYER L_ALU2 ; LAYER ALU2 ;
DIRECTION HORIZONTAL ; DIRECTION HORIZONTAL ;
OVERHANG 0.50 ; OVERHANG 0.50 ;
METALOVERHANG 0.50 ; METALOVERHANG 0.50 ;
LAYER L_VIA1 ; LAYER VIA1 ;
RECT -0.50 -0.50 0.50 0.50 ; RECT -0.50 -0.50 0.50 0.50 ;
SPACING 3.00 BY 3.00 ; SPACING 3.00 BY 3.00 ;
END genVIA1_HV END genVIA1_HV
VIARULE genVIA1_VH GENERATE VIARULE genVIA1_VH GENERATE
LAYER L_ALU1 ; LAYER ALU1 ;
DIRECTION HORIZONTAL ; DIRECTION HORIZONTAL ;
OVERHANG 0.50 ; OVERHANG 0.50 ;
METALOVERHANG 0.50 ; METALOVERHANG 0.50 ;
LAYER L_ALU2 ; LAYER ALU2 ;
DIRECTION VERTICAL ; DIRECTION VERTICAL ;
OVERHANG 0.50 ; OVERHANG 0.50 ;
METALOVERHANG 0.50 ; METALOVERHANG 0.50 ;
LAYER L_VIA1 ; LAYER VIA1 ;
RECT -0.50 -0.50 0.50 0.50 ; RECT -0.50 -0.50 0.50 0.50 ;
SPACING 3.00 BY 3.00 ; SPACING 3.00 BY 3.00 ;
END genVIA1_VH END genVIA1_VH
VIARULE genVIA2_VH GENERATE VIARULE genVIA2_VH GENERATE
LAYER L_ALU2 ; LAYER ALU2 ;
DIRECTION HORIZONTAL ; DIRECTION HORIZONTAL ;
OVERHANG 0.50 ; OVERHANG 0.50 ;
METALOVERHANG 0.50 ; METALOVERHANG 0.50 ;
LAYER L_ALU3 ; LAYER ALU3 ;
DIRECTION VERTICAL ; DIRECTION VERTICAL ;
OVERHANG 0.50 ; OVERHANG 0.50 ;
METALOVERHANG 0.50 ; METALOVERHANG 0.50 ;
LAYER L_VIA2 ; LAYER VIA2 ;
RECT -0.50 -0.50 0.50 0.50 ; RECT -0.50 -0.50 0.50 0.50 ;
SPACING 3.00 BY 3.00 ; SPACING 3.00 BY 3.00 ;
END genVIA2_VH END genVIA2_VH
VIARULE genVIA2_HV GENERATE VIARULE genVIA2_HV GENERATE
LAYER L_ALU2 ; LAYER ALU2 ;
DIRECTION VERTICAL ; DIRECTION VERTICAL ;
OVERHANG 0.50 ; OVERHANG 0.50 ;
METALOVERHANG 0.50 ; METALOVERHANG 0.50 ;
LAYER L_ALU3 ; LAYER ALU3 ;
DIRECTION HORIZONTAL ; DIRECTION HORIZONTAL ;
OVERHANG 0.50 ; OVERHANG 0.50 ;
METALOVERHANG 0.50 ; METALOVERHANG 0.50 ;
LAYER L_VIA2 ; LAYER VIA2 ;
RECT -0.50 -0.50 0.50 0.50 ; RECT -0.50 -0.50 0.50 0.50 ;
SPACING 3.00 BY 3.00 ; SPACING 3.00 BY 3.00 ;
END genVIA2_HV END genVIA2_HV
VIARULE genVIA3_VH GENERATE VIARULE genVIA3_VH GENERATE
LAYER L_ALU3 ; LAYER ALU3 ;
DIRECTION HORIZONTAL ; DIRECTION HORIZONTAL ;
OVERHANG 0.50 ; OVERHANG 0.50 ;
METALOVERHANG 0.50 ; METALOVERHANG 0.50 ;
LAYER L_ALU4 ; LAYER ALU4 ;
DIRECTION VERTICAL ; DIRECTION VERTICAL ;
OVERHANG 0.50 ; OVERHANG 0.50 ;
METALOVERHANG 0.50 ; METALOVERHANG 0.50 ;
LAYER L_VIA3 ; LAYER VIA3 ;
RECT -0.50 -0.50 0.50 0.50 ; RECT -0.50 -0.50 0.50 0.50 ;
SPACING 3.00 BY 3.00 ; SPACING 3.00 BY 3.00 ;
END genVIA3_VH END genVIA3_VH
VIARULE genVIA3_HV GENERATE VIARULE genVIA3_HV GENERATE
LAYER L_ALU3 ; LAYER ALU3 ;
DIRECTION VERTICAL ; DIRECTION VERTICAL ;
OVERHANG 0.50 ; OVERHANG 0.50 ;
METALOVERHANG 0.50 ; METALOVERHANG 0.50 ;
LAYER L_ALU4 ; LAYER ALU4 ;
DIRECTION HORIZONTAL ; DIRECTION HORIZONTAL ;
OVERHANG 0.50 ; OVERHANG 0.50 ;
METALOVERHANG 0.50 ; METALOVERHANG 0.50 ;
LAYER L_VIA3 ; LAYER VIA3 ;
RECT -0.50 -0.50 0.50 0.50 ; RECT -0.50 -0.50 0.50 0.50 ;
SPACING 3.00 BY 3.00 ; SPACING 3.00 BY 3.00 ;
END genVIA3_HV END genVIA3_HV
SPACING SPACING
SAMENET L_CONT L_CONT 3.00 ; SAMENET VIAP VIAP 3.00 ;
SAMENET L_VIA1 L_VIA1 3.00 ; SAMENET VIA1 VIA1 3.00 ;
SAMENET L_VIA2 L_VIA2 3.00 ; SAMENET VIA2 VIA2 3.00 ;
SAMENET L_CONT L_VIA1 3.00 STACK ; SAMENET VIAP VIA1 3.00 STACK ;
SAMENET L_VIA1 L_VIA2 3.00 STACK ; SAMENET VIA1 VIA2 3.00 STACK ;
SAMENET L_VIA2 L_VIA3 3.00 STACK ; SAMENET VIA2 VIA3 3.00 STACK ;
SAMENET L_VIA3 L_VIA4 3.00 STACK ; SAMENET VIA3 VIA4 3.00 STACK ;
SAMENET L_VIA4 L_VIA5 3.00 STACK ; SAMENET VIA4 VIA5 3.00 STACK ;
SAMENET L_POLY L_POLY 3.00 ; SAMENET POLY POLY 3.00 ;
SAMENET L_ALU1 L_ALU1 3.00 STACK ; SAMENET ALU1 ALU1 3.00 STACK ;
SAMENET L_ALU2 L_ALU2 3.00 STACK ; SAMENET ALU2 ALU2 3.00 STACK ;
SAMENET L_ALU3 L_ALU3 3.00 STACK ; SAMENET ALU3 ALU3 3.00 STACK ;
SAMENET L_ALU4 L_ALU4 3.00 STACK ; SAMENET ALU4 ALU4 3.00 STACK ;
SAMENET L_ALU5 L_ALU5 3.00 STACK ; SAMENET ALU5 ALU5 3.00 STACK ;
SAMENET L_ALU6 L_ALU6 3.00 ; SAMENET ALU6 ALU6 3.00 ;
END SPACING END SPACING

46
alliance/src/sea/src/DEF_actions.c
View File

@ -1,6 +1,6 @@
/* /*
* $Id: DEF_actions.c,v 1.3 2003/06/26 17:00:39 jpc Exp $ * $Id: DEF_actions.c,v 1.4 2004/09/29 21:40:46 jpc Exp $
* *
* /----------------------------------------------------------------\ * /----------------------------------------------------------------\
* | | * | |
@ -424,6 +424,7 @@ extern void def_pin_start(char *pin_name, char *net_name)
extern void def_pin_options() extern void def_pin_options()
{ {
char *netName; char *netName;
char *pinName;
char orientCon; char orientCon;
long xCon, yCon, widthCon, lengthCon, fakeCon; long xCon, yCon, widthCon, lengthCon, fakeCon;
long xR1 , yR1 , xR2 , yR2; long xR1 , yR1 , xR2 , yR2;
@ -435,18 +436,19 @@ extern void def_pin_options()
netName = LV_tPin[LV_numPins - 1].netName; netName = LV_tPin[LV_numPins - 1].netName;
pinName = LV_tPin[LV_numPins - 1].pinName;
/* Process the logical terminal. */ /* Process the logical terminal. */
if (LV_pLoFig) { if (LV_pLoFig) {
/* The logical terminal/signal pair must be created only once. */ /* The logical terminal/signal pair must be created only once. */
if (!findlocon (LV_pLoFig, netName)) { if (!findlocon (LV_pLoFig, pinName)) {
pLoSig = addlosig (LV_pLoFig, pLoSig = addlosig (LV_pLoFig,
LV_mSig++, LV_mSig++,
addchain (NULL, (void*)netName), addchain (NULL, (void*)pinName),
EXTERNAL); EXTERNAL);
addlocon (LV_pLoFig, netName, pLoSig, LV_direction); addlocon (LV_pLoFig, pinName, pLoSig, LV_direction);
} }
} }
@ -1601,25 +1603,25 @@ static void DEF_pinxyflat(apX_flat, apY_flat, aX, aY, aX_ins, aY_ins, aT)
static void LEF2MBK_setData() static void LEF2MBK_setData()
{ {
setDataLayer (0, "L_ALU1", ALU1, CALU1, MBKSCALE(1)); setDataLayer (0, "ALU1", ALU1, CALU1, MBKSCALE(1));
setDataLayer (1, "L_ALU2", ALU2, CALU2, MBKSCALE(2)); setDataLayer (1, "ALU2", ALU2, CALU2, MBKSCALE(2));
setDataLayer (2, "L_ALU3", ALU3, CALU3, MBKSCALE(2)); setDataLayer (2, "ALU3", ALU3, CALU3, MBKSCALE(2));
setDataLayer (3, "L_ALU4", ALU4, CALU4, MBKSCALE(2)); setDataLayer (3, "ALU4", ALU4, CALU4, MBKSCALE(2));
setDataLayer (4, "L_ALU5", ALU5, CALU5, MBKSCALE(2)); setDataLayer (4, "ALU5", ALU5, CALU5, MBKSCALE(2));
setDataLayer (5, "L_ALU6", ALU6, CALU6, MBKSCALE(2)); setDataLayer (5, "ALU6", ALU6, CALU6, MBKSCALE(2));
setDataLayer (6, "L_ALU7", ALU7, CALU7, MBKSCALE(2)); setDataLayer (6, "ALU7", ALU7, CALU7, MBKSCALE(2));
setDataLayer (7, "L_ALU8", ALU8, CALU8, MBKSCALE(2)); setDataLayer (7, "ALU8", ALU8, CALU8, MBKSCALE(2));
setDataLayer (8, "L_ALU9", ALU9, CALU9, MBKSCALE(2)); setDataLayer (8, "ALU9", ALU9, CALU9, MBKSCALE(2));
setDataCut (0, "L_CONT", CONT_POLY); setDataCut (0, "VIAP", CONT_POLY);
setDataCut (1, "L_VIA1", CONT_VIA); setDataCut (1, "VIA1", CONT_VIA);
setDataCut (2, "L_VIA2", CONT_VIA2); setDataCut (2, "VIA2", CONT_VIA2);
setDataCut (3, "L_VIA3", CONT_VIA3); setDataCut (3, "VIA3", CONT_VIA3);
setDataCut (4, "L_VIA4", CONT_VIA4); setDataCut (4, "VIA4", CONT_VIA4);
setDataCut (5, "L_VIA5", CONT_VIA5); setDataCut (5, "VIA5", CONT_VIA5);
setDataCut (6, "L_VIA6", CONT_VIA6); setDataCut (6, "VIA6", CONT_VIA6);
setDataCut (7, "L_VIA7", CONT_VIA7); setDataCut (7, "VIA7", CONT_VIA7);
setDataCut (8, "L_VIA8", CONT_VIA8); setDataCut (8, "VIA8", CONT_VIA8);
} }

10
alliance/src/sea/src/DEF_drive.c
View File

@ -1,5 +1,5 @@
/* /*
* $Id: DEF_drive.c,v 1.10 2003/06/26 17:00:39 jpc Exp $ * $Id: DEF_drive.c,v 1.11 2004/09/29 21:40:46 jpc Exp $
* *
* /----------------------------------------------------------------\ * /----------------------------------------------------------------\
* | | * | |
@ -103,11 +103,11 @@
static struct track_s *LV_track; static struct track_s *LV_track;
static struct blockage_s *LV_blockage; static struct blockage_s *LV_blockage;
static struct authtable *LV_htTerm; static struct authtable *LV_htTerm;
static char routingLayers3[256] = "L_ALU1 L_ALU2 L_ALU3"; static char routingLayers3[256] = "ALU1 ALU2 ALU3";
static char routingLayers4[256] = static char routingLayers4[256] =
"L_ALU1 L_ALU2 L_ALU3 L_ALU4"; "ALU1 ALU2 ALU3 ALU4";
static char routingLayers6[256] = static char routingLayers6[256] =
"L_ALU1 L_ALU2 L_ALU3 L_ALU4 L_ALU5 L_ALU6"; "ALU1 ALU2 ALU3 ALU4 ALU5 ALU6";
/* ------------------------------------------------------------------ /* ------------------------------------------------------------------
@ -995,7 +995,7 @@ static void fprintBLOCKAGE()
fprintf (DEF_FILE, "\n NEW "); fprintf (DEF_FILE, "\n NEW ");
fprintf (DEF_FILE, fprintf (DEF_FILE,
"L_ALU%ld %ld + SHAPE BLOCKAGEWIRE ( %ld %ld ) ( %ld * )", "ALU%ld %ld + SHAPE BLOCKAGEWIRE ( %ld %ld ) ( %ld * )",
layer, layer,
pBlockage->height, pBlockage->height,
pBlockage->x, pBlockage->x,

26
alliance/src/sea/src/LEF_drive.c
View File

@ -1,5 +1,5 @@
/* /*
* $Id: LEF_drive.c,v 1.3 2003/04/07 14:38:42 jpc Exp $ * $Id: LEF_drive.c,v 1.4 2004/09/29 21:40:46 jpc Exp $
* *
* /----------------------------------------------------------------\ * /----------------------------------------------------------------\
* | | * | |
@ -385,18 +385,18 @@ static char *LAYERtoa(acLAYER)
char acLAYER; char acLAYER;
{ {
switch(acLAYER) { switch(acLAYER) {
case ALU1: return("L_ALU1"); case ALU1: return("ALU1");
case ALU2: return("L_ALU2"); case ALU2: return("ALU2");
case ALU3: return("L_ALU3"); case ALU3: return("ALU3");
case ALU4: return("L_ALU4"); case ALU4: return("ALU4");
case ALU5: return("L_ALU5"); case ALU5: return("ALU5");
case ALU6: return("L_ALU6"); case ALU6: return("ALU6");
case CALU1: return("L_ALU1"); case CALU1: return("ALU1");
case CALU2: return("L_ALU2"); case CALU2: return("ALU2");
case CALU3: return("L_ALU3"); case CALU3: return("ALU3");
case CALU4: return("L_ALU4"); case CALU4: return("ALU4");
case CALU5: return("L_ALU5"); case CALU5: return("ALU5");
case CALU6: return("L_ALU6"); case CALU6: return("ALU6");
} }
return((char*)NULL); return((char*)NULL);

14
alliance/src/sea/src/MAC_drive.c
View File

@ -1,5 +1,5 @@
/* /*
* $Id: MAC_drive.c,v 1.5 2003/06/26 17:00:39 jpc Exp $ * $Id: MAC_drive.c,v 1.6 2004/09/29 21:40:46 jpc Exp $
* *
* /----------------------------------------------------------------\ * /----------------------------------------------------------------\
* | | * | |
@ -106,8 +106,8 @@ extern void macPlace(apPhfig, apLofig, macName, aPower, aFlags)
if (aFlags & F_MAC_IOC) { if (aFlags & F_MAC_IOC) {
fprintf (MAC_FILE, " FILENAME \"%s.ioc\"\n", apLofig->NAME); fprintf (MAC_FILE, " FILENAME \"%s.ioc\"\n", apLofig->NAME);
} }
fprintf (MAC_FILE, " TOPBOTTOMLAYER L_ALU3\n"); fprintf (MAC_FILE, " TOPBOTTOMLAYER ALU3\n");
fprintf (MAC_FILE, " RIGHTLEFTLAYER L_ALU2\n"); fprintf (MAC_FILE, " RIGHTLEFTLAYER ALU2\n");
fprintf (MAC_FILE, " ;\n\n"); fprintf (MAC_FILE, " ;\n\n");
@ -192,8 +192,8 @@ extern void macRoute(apPhfig, apLofig, macName, aPower, aFlags)
/* if (aFlags & F_MAC_IOC) { */ /* if (aFlags & F_MAC_IOC) { */
/* fprintf (MAC_FILE, " FILENAME %s.ioc\n", apLofig->NAME); */ /* fprintf (MAC_FILE, " FILENAME %s.ioc\n", apLofig->NAME); */
/* } */ /* } */
/* fprintf (MAC_FILE, " TOPBOTTOMLAYER L_ALU2\n"); */ /* fprintf (MAC_FILE, " TOPBOTTOMLAYER ALU2\n"); */
/* fprintf (MAC_FILE, " RIGHTLEFTLAYER L_ALU2\n"); */ /* fprintf (MAC_FILE, " RIGHTLEFTLAYER ALU2\n"); */
/* fprintf (MAC_FILE, " ;\n\n"); */ /* fprintf (MAC_FILE, " ;\n\n"); */
/* } */ /* } */
@ -202,7 +202,7 @@ extern void macRoute(apPhfig, apLofig, macName, aPower, aFlags)
/* Special routing : ALU1 horizontal stripes. */ /* Special routing : ALU1 horizontal stripes. */
fprintf (MAC_FILE, " SROUTE FOLLOWPINS\n"); fprintf (MAC_FILE, " SROUTE FOLLOWPINS\n");
fprintf (MAC_FILE, " NET vdd NET vss\n"); fprintf (MAC_FILE, " NET vdd NET vss\n");
fprintf (MAC_FILE, " LAYER L_ALU1 WIDTH 600 FILL DIRECTION HORIZONTAL\n"); fprintf (MAC_FILE, " LAYER ALU1 WIDTH 600 FILL DIRECTION HORIZONTAL\n");
fprintf (MAC_FILE, " AREA (%ld %ld) (%ld %ld)\n", fprintf (MAC_FILE, " AREA (%ld %ld) (%ld %ld)\n",
MBK2DEF_length (apPhfig->XAB1), MBK2DEF_length (apPhfig->XAB1),
MBK2DEF_length (apPhfig->YAB1), MBK2DEF_length (apPhfig->YAB1),
@ -215,7 +215,7 @@ extern void macRoute(apPhfig, apLofig, macName, aPower, aFlags)
if (findphmodel (apPhfig, namealloc ("powmid_x0"))) { if (findphmodel (apPhfig, namealloc ("powmid_x0"))) {
fprintf (MAC_FILE, " SROUTE FOLLOWPINS\n"); fprintf (MAC_FILE, " SROUTE FOLLOWPINS\n");
fprintf (MAC_FILE, " NET vdd NET vss\n"); fprintf (MAC_FILE, " NET vdd NET vss\n");
fprintf (MAC_FILE, " LAYER L_ALU3 WIDTH 1200 FILL DIRECTION VERTICAL\n"); fprintf (MAC_FILE, " LAYER ALU3 WIDTH 1200 FILL DIRECTION VERTICAL\n");
fprintf (MAC_FILE, " AREA (%ld %ld) (%ld %ld)\n", fprintf (MAC_FILE, " AREA (%ld %ld) (%ld %ld)\n",
MBK2DEF_length (apPhfig->XAB1), MBK2DEF_length (apPhfig->XAB1),
MBK2DEF_length (apPhfig->YAB1), MBK2DEF_length (apPhfig->YAB1),

50
alliance/src/sea/src/util_LEFDEF.c
View File

@ -1,5 +1,5 @@
/* /*
* $Id: util_LEFDEF.c,v 1.2 2002/09/30 16:21:19 czo Exp $ * $Id: util_LEFDEF.c,v 1.3 2004/09/29 21:40:46 jpc Exp $
* *
* /----------------------------------------------------------------\ * /----------------------------------------------------------------\
* | | * | |
@ -576,30 +576,30 @@ extern char *DEF_layer2a(aLayer)
__DBG (fprintf (stderr, "layer id %d\n", (int)aLayer); ) __DBG (fprintf (stderr, "layer id %d\n", (int)aLayer); )
switch (aLayer) { switch (aLayer) {
case ALU1: layerName = "L_ALU1"; break; case ALU1: layerName = "ALU1"; break;
case ALU2: layerName = "L_ALU2"; break; case ALU2: layerName = "ALU2"; break;
case ALU3: layerName = "L_ALU3"; break; case ALU3: layerName = "ALU3"; break;
case ALU4: layerName = "L_ALU4"; break; case ALU4: layerName = "ALU4"; break;
case ALU5: layerName = "L_ALU5"; break; case ALU5: layerName = "ALU5"; break;
case ALU6: layerName = "L_ALU6"; break; case ALU6: layerName = "ALU6"; break;
case ALU7: layerName = "L_ALU7"; break; case ALU7: layerName = "ALU7"; break;
case ALU8: layerName = "L_ALU8"; break; case ALU8: layerName = "ALU8"; break;
case CALU1: layerName = "L_ALU1"; break; case CALU1: layerName = "ALU1"; break;
case CALU2: layerName = "L_ALU2"; break; case CALU2: layerName = "ALU2"; break;
case CALU3: layerName = "L_ALU3"; break; case CALU3: layerName = "ALU3"; break;
case CALU4: layerName = "L_ALU4"; break; case CALU4: layerName = "ALU4"; break;
case CALU5: layerName = "L_ALU5"; break; case CALU5: layerName = "ALU5"; break;
case CALU6: layerName = "L_ALU6"; break; case CALU6: layerName = "ALU6"; break;
case CALU7: layerName = "L_ALU7"; break; case CALU7: layerName = "ALU7"; break;
case CALU8: layerName = "L_ALU8"; break; case CALU8: layerName = "ALU8"; break;
case CONT_VIA: layerName = "L_VIA1"; break; case CONT_VIA: layerName = "VIA1"; break;
case CONT_VIA2: layerName = "L_VIA2"; break; case CONT_VIA2: layerName = "VIA2"; break;
case CONT_VIA3: layerName = "L_VIA3"; break; case CONT_VIA3: layerName = "VIA3"; break;
case CONT_VIA4: layerName = "L_VIA4"; break; case CONT_VIA4: layerName = "VIA4"; break;
case CONT_VIA5: layerName = "L_VIA5"; break; case CONT_VIA5: layerName = "VIA5"; break;
case CONT_VIA6: layerName = "L_VIA6"; break; case CONT_VIA6: layerName = "VIA6"; break;
case CONT_VIA7: layerName = "L_VIA7"; break; case CONT_VIA7: layerName = "VIA7"; break;
default: layerName = "L_MBK_ERROR"; break; default: layerName = "LAYER_MBK_ERROR"; break;
} }
return (layerName); return (layerName);