convert Python footprint generators to Python 3

[hw/altusmetrum] / packages / microSDold.py

diff --git a/packages/microSDold.py b/packages/microSDold.py
old mode 100755 (executable)
new mode 100644 (file)
index 3532235..be59ecc
--- a/packages/microSDold.py
+++ b/packages/microSDold.py
@@ -1,7 +1,7 @@
-#!/usr/bin/python2
+#!/usr/bin/python3
 # Copyright 2011 by Bdale Garbee <bdale@gag.com>.  GPLv2
 #
-# Program to emit PCB footprint for Amphenol micro SD connector
+# Program to emit PCB footprint(for Amphenol micro SD connector
 #
 
 # dimensions in mm from 101-00303-xx.pdf
@@ -29,16 +29,16 @@ 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 "microSD" "" "" 0 0 0 0 0 100 0x0]'
-print "("
+print('Element[0x0 "microSD" "" "" 0 0 0 0 0 100 0x0]')
+print("(")
 
 # mounting pads
-print '   Pad[',\
+print('   Pad[',\
        mm2mils100(-MntX/2), \
        mm2mils100(MntY1-(MntHeight/2)+(MntWidth/2)), \
        mm2mils100(-MntX/2), \
@@ -46,9 +46,9 @@ print '   Pad[',\
        mm2mils100(MntWidth), \
        mm2mils100(0), \
        mm2mils100(MntWidth + MaskAdd), \
-       '"9" "9" 0x0100]'
+       '"9" "9" 0x0100]')
 
-print '   Pad[',\
+print('   Pad[',\
        mm2mils100(MntX/2), \
        mm2mils100(MntY1-(MntHeight/2)+(MntWidth/2)), \
        mm2mils100(MntX/2), \
@@ -56,9 +56,9 @@ print '   Pad[',\
        mm2mils100(MntWidth), \
        mm2mils100(0), \
        mm2mils100(MntWidth + MaskAdd), \
-       '"9" "9" 0x0100]'
+       '"9" "9" 0x0100]')
 
-print '   Pad[',\
+print('   Pad[',\
        mm2mils100(-MntX/2), \
        mm2mils100(MntY2-(MntHeight/2)+(MntWidth/2)), \
        mm2mils100(-MntX/2), \
@@ -66,9 +66,9 @@ print '   Pad[',\
        mm2mils100(MntWidth), \
        mm2mils100(0), \
        mm2mils100(MntWidth + MaskAdd), \
-       '"9" "9" 0x0100]'
+       '"9" "9" 0x0100]')
 
-print '   Pad[',\
+print('   Pad[',\
        mm2mils100(MntX/2), \
        mm2mils100(MntY2-(MntHeight/2)+(MntWidth/2)), \
        mm2mils100(MntX/2), \
@@ -76,11 +76,11 @@ print '   Pad[',\
        mm2mils100(MntWidth), \
        mm2mils100(0), \
        mm2mils100(MntWidth + MaskAdd), \
-       '"9" "9" 0x0100]'
+       '"9" "9" 0x0100]')
 
 # signal pads
 for pin in range (1,9):
-    print '   Pad[',\
+    print('   Pad[',\
        mm2mils100(-PinXOffset + (8-pin) * PinSpacing), \
        mm2mils100(PinY-(PinHeight/2)+(PinWidth/2)), \
        mm2mils100(-PinXOffset + (8-pin) * PinSpacing), \
@@ -88,36 +88,36 @@ for pin in range (1,9):
        mm2mils100(PinWidth), \
        mm2mils100(0), \
        mm2mils100(PinWidth + MaskAdd), \
-       '"pin%i"' % (pin), '"%i"' % (pin), '0x0100]'
+       '"pin%i"' % (pin), '"%i"' % (pin), '0x0100]')
 
 # silkscreen box
-print '   ElementLine[', \
+print('   ElementLine[', \
         mm2mils100(BoxX/2), \
         mm2mils100(0), \
         mm2mils100(BoxX/2), \
         mm2mils100(BoxY), \
-        LineWidth, ']'
+        LineWidth, ']')
 
-print '   ElementLine[', \
+print('   ElementLine[', \
         mm2mils100(-BoxX/2), \
         mm2mils100(0), \
         mm2mils100(-BoxX/2), \
         mm2mils100(BoxY), \
-        LineWidth, ']'
+        LineWidth, ']')
 
-print '   ElementLine[', \
+print('   ElementLine[', \
         mm2mils100(-BoxX/2), \
         mm2mils100(0), \
         mm2mils100(+BoxX/2), \
         mm2mils100(0), \
-        LineWidth, ']'
+        LineWidth, ']')
 
-print '   ElementLine[', \
+print('   ElementLine[', \
         mm2mils100(-BoxX/2), \
         mm2mils100(BoxY), \
         mm2mils100(+BoxX/2), \
         mm2mils100(BoxY), \
-        LineWidth, ']'
+        LineWidth, ']')
 
 
-print ")"
+print(")")