i A PHYSICAL IMPLEMENTATION WITH CUSTOM LOW POWER ...

set X_LOC [expr {$X_LOC + $INPUT_PIN_SPACING}]
incr PINS_PER_ALU_COUNT 1
}
set PIN_NAME "inp2\\\[$i\\\]"
puts "$PIN_NAME"
preassignPin stripe $PIN_NAME -loc $X_LOC $Y_LOC -layer 2
}
#******************************Placing of sel bus 0 pins** *********************
##The following section of code places the sel_bus[0]
set X_LOC [expr {$X_LOC + $INPUT_PIN_SPACING}]
set PIN_NAME "sel_bus\\\[0\\\]"
puts "$PIN_NAME"
preassignPin stripe $PIN_NAME -loc $X_LOC $Y_LOC -layer 2
#*****************************PLACING dout pins************************#
#Placing Pins dout
set PIN_COUNT
[expr {($NUMBER_OF_MODULES*32)-1}]
set Y_LOC
0
set X_LOC [expr {$DOUT_OFFSET +$CHIP_OFFSET -$OUTPUT_PIN_SPACING}]
set FLAG 0
set PINS_PER_ALU_COUNT 1
set BANK_COUNT [expr {$NUMBER_OF_MODULES
-1}]
for {set i $PIN_COUNT} {$i > -1} {decr i 1} {
if {$PINS_PER_ALU_COUNT == 33} {
set
X_LOC [expr {$X_LOC + $INPUT_PIN_SPACING}]
set PIN_NAME "l_dout_bus\\\[$BANK_COUNT\\\]"
puts "$PIN_NAME"
preassignPin stripe $PIN_NAME -loc $X_LOC $Y_LOC -layer 2
decr BANK_COUNT 1
if {$FLAG == 0} {
set X_LOC [expr {($X_LOC - (32*$OUTPUT_PIN_SPACING)) + $PIN_BANK_SPACING
+
$INTER_ALU_DISTANCE_MIN}]
set FLAG 1
} else {
set X_LOC [expr {($X_LOC - (32*$OUTPUT_PIN_SPACING))
+ $PIN_BANK_SPACING +
$INTER_ALU_DISTANCE_MAX}]
set FLAG 0
}
set PINS_PER_ALU_COUNT
2
} else {
set X_LOC [expr {$X_LOC
+ $OUTPUT_PIN_SPACING}]
incr PINS_PER_ALU_COUNT
1
}
set PIN_NAME "dout_bus\\\[$i\\\]"
puts "$PIN_NAME"
preassignPin
stripe $PIN_NAME -loc $X_LOC $Y_LOC -layer 2
}
##The following
section of code places the l_dout_bus[0]
set X_LOC
[expr {$X_LOC + $OUTPUT_PIN_SPACING}]
set PIN_NAME "l_dout_bus\\\[0\\\ ]"
puts "$PIN_NAME"
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