convert Python footprint generators to Python 3

[hw/altusmetrum] / packages / TI-QFN32-new.py

diff --git a/packages/TI-QFN32-new.py b/packages/TI-QFN32-new.py
old mode 100755 (executable)
new mode 100644 (file)
index 570eb50..576e41d
--- a/packages/TI-QFN32-new.py
+++ b/packages/TI-QFN32-new.py
@@ -1,4 +1,4 @@
-#!/usr/bin/python2
+#!/usr/bin/python3
 # Copyright 2011 by Bdale Garbee <bdale@gag.com>.  GPLv2
 #
 # Program to emit PCB footprint for QFN32 package used by TI CC1120
@@ -20,16 +20,16 @@ import sys
 def mm2mils100( mm ):
        return int( mm / 25.4 * 1000.0 * 100.0 + 0.5 )
 
-print '# author: Bdale Garbee'
-print '# email: bdale@gag.com'
-print '# dist-license: GPL 2'
-print '# use-license: unlimited'
+print('# author: Bdale Garbee')
+print('# email: bdale@gag.com')
+print('# dist-license: GPL 3')
+print('# use-license: unlimited')
 
-print 'Element[0x0 "QFN36" "" "" 0 0 0 0 0 100 0x0]'
-print "("
+print('Element[0x0 "QFN36" "" "" 0 0 0 0 0 100 0x0]')
+print("(")
 
 # pad under the chip, must be grounded
-print '   Pad[',\
+print('   Pad[',\
        mm2mils100(0), \
        mm2mils100(0), \
        mm2mils100(0), \
@@ -37,26 +37,26 @@ print '   Pad[',\
        mm2mils100(GndSquare), \
        0, \
        0, \
-       '"pin33" "33" "square,nopaste"]'
+       '"pin33" "33" "square,nopaste"]')
 
 # vias in the ground pad under the chip
 for viarow in range (-1,2):
   for viacol in range (-1,2):
-    print '   Pin[',\
+    print('   Pin[',\
        mm2mils100(2 * viacol * CoreSquare / 5), \
        mm2mils100(2 * viarow * CoreSquare / 5), \
        2900, \
        2500, \
        0, \
        1500, \
-       '"pin33" "33" 0x0002]'
+       '"pin33" "33" 0x0002]')
 
 # break pad under chip into a grid to control the resist and paste masks
 for viarow in range (-2, 3):
   for viacol in range (-2, 3):
     if (viarow in (-2, 0, 2)) and (viacol in (-2, 0, 2)):
       # copper sub-square with resist over vias
-      print '   Pad[',\
+      print('   Pad[',\
        mm2mils100(viacol * CoreSquare / 5), \
        mm2mils100(viarow * CoreSquare / 5), \
        mm2mils100(viacol * CoreSquare / 5), \
@@ -64,10 +64,10 @@ for viarow in range (-2, 3):
        mm2mils100((CoreSquare)/5), \
        0, \
        0, \
-       '"pin33" "33" "square,nopaste"]'
+       '"pin33" "33" "square,nopaste"]')
     else:
       # copper sub-square without resist
-      print '   Pad[',\
+      print('   Pad[',\
        mm2mils100(viacol * CoreSquare / 5), \
        mm2mils100(viarow * CoreSquare / 5), \
        mm2mils100(viacol * CoreSquare / 5), \
@@ -75,9 +75,9 @@ for viarow in range (-2, 3):
        mm2mils100((CoreSquare)/5), \
        0, \
        mm2mils100((CoreSquare)/5), \
-       '"pin33" "33" "square,nopaste"]'
+       '"pin33" "33" "square,nopaste"]')
       # copper spot to control paste mask generation
-      print '   Pad[',\
+      print('   Pad[',\
        mm2mils100(viacol * CoreSquare / 5), \
        mm2mils100(viarow * CoreSquare / 5), \
        mm2mils100(viacol * CoreSquare / 5), \
@@ -85,11 +85,11 @@ for viarow in range (-2, 3):
        1500, \
        0, \
        mm2mils100((CoreSquare)/5), \
-       '"pin33" "33" "square"]'
+       '"pin33" "33" "square"]')
 
 # pins
 for pin in range (1,9):
-    print '   Pad[',\
+    print('   Pad[',\
        mm2mils100((-4.5 + pin) * PinSpacing), \
        mm2mils100(-Overall/2 + PinWidth/2), \
        mm2mils100((-4.5 + pin) * PinSpacing), \
@@ -97,9 +97,9 @@ for pin in range (1,9):
        mm2mils100(PinWidth), \
        mm2mils100(PinSpacing - PinWidth), \
        mm2mils100(PinResist), \
-       '"pin%i"' % (25-pin), '"%i"' % (25-pin), '"square"]'
+       '"pin%i"' % (25-pin), '"%i"' % (25-pin), '"square"]')
 
-    print '   Pad[',\
+    print('   Pad[',\
        mm2mils100((-4.5 + pin) * PinSpacing), \
        mm2mils100(+Overall/2 - PinHeight + PinWidth/2), \
        mm2mils100((-4.5 + pin) * PinSpacing), \
@@ -107,9 +107,9 @@ for pin in range (1,9):
        mm2mils100(PinWidth), \
        mm2mils100(PinSpacing - PinWidth), \
        mm2mils100(PinResist), \
-       '"pin%i"' % pin, '"%i"' % pin, '"square"]'
+       '"pin%i"' % pin, '"%i"' % pin, '"square"]')
 
-    print '   Pad[',\
+    print('   Pad[',\
        mm2mils100(Overall/2 - PinHeight + PinWidth/2), \
        mm2mils100((-4.5 + pin) * PinSpacing), \
        mm2mils100(Overall/2 - PinWidth/2), \
@@ -117,9 +117,9 @@ for pin in range (1,9):
        mm2mils100(PinWidth), \
        mm2mils100(PinSpacing - PinWidth), \
        mm2mils100(PinResist), \
-       '"pin%i"' % (17-pin), '"%i"' % (17-pin), '"square"]'
+       '"pin%i"' % (17-pin), '"%i"' % (17-pin), '"square"]')
 
-    print '   Pad[',\
+    print('   Pad[',\
        mm2mils100(-Overall/2 + PinWidth/2), \
        mm2mils100((-4.5 + pin) * PinSpacing), \
        mm2mils100(-Overall/2 + PinHeight - PinWidth/2), \
@@ -127,10 +127,10 @@ for pin in range (1,9):
        mm2mils100(PinWidth), \
        mm2mils100(PinSpacing - PinWidth), \
        mm2mils100(PinResist), \
-       '"pin%i"' % (24+pin), '"%i"' % (24+pin), '"square"]'
+       '"pin%i"' % (24+pin), '"%i"' % (24+pin), '"square"]')
 
-print '   ElementArc[',\
+print('   ElementArc[',\
        mm2mils100(-2.6), \
        mm2mils100(2.6), \
-       '500 500 0 360 1000 ]'
-print ")"
+       '500 500 0 360 1000 ]')
+print(")")