#!/usr/bin/env python3
-pc = [(4, 2), (4, 2), (4, 2)]
-rc = [(9, 7), (12, 6), (10, 7), (18, 5), (20, 4), (10, 6), (8, 6), (10, 8)]
-mx = 29
-my = 22
-pd = 17
+import sys
+import re
-# Print variables and preamble
-print('(benchmark a4.smt')
-print(':logic QF_UFLIA')
-print(':extrafuns (')
-for i, (w, h) in enumerate(pc+rc, 1):
- print('(c{}x Int)'.format(i), end=' ')
- print('(c{}y Int)'.format(i), end=' ')
- print('(c{}w Int)'.format(i), end=' ')
- print('(c{}h Int)'.format(i))
-print(')')
+comps = {}
-print(':formula')
-print('(and')
+for line in sys.stdin:
+ match = re.match('\(= c(?P<c>\d+)(?P<t>.) (?P<v>\d+)\)', line)
+ if match:
+ comps[match.group('c')] = comps.get(match.group('c'), {})
+ comps[match.group('c')][match.group('t')] = int(match.group('v'))
-# Print the PC and RC subformulas
-for i, (w, h) in enumerate(pc+rc, 1):
- # Print the width and height
- print(('(or '
- '(and (= c{0}w {1}) (= c{0}h {2})) '
- '(and (= c{0}w {2}) (= c{0}h {1})))').format(i, w-1, h-1))
- # Print the bounds of the coordinates
- print(('(> c{0}x 0) (> c{0}y 0)'
- '(<= (+ c{0}x c{0}w) {1}) (<= (+ c{0}y c{0}h) {2})'
- ).format(i, mx, my))
+maxx = max(c['x']+c['w'] for c in comps.values())
+maxy = max(c['y']+c['h'] for c in comps.values())
+print('$\\begin{{array}}{{|l|{}|}}'.format('@{}c@{}'*maxx))
+print('\t\\toprule')
+print('\t & {}\\\\'.format(
+ ' & '.join(map(str, range(1, maxx+1)))))
+print('\t\\midrule')
+for y in range(1, maxy+1):
+ print('\t{} & '.format(y), end='')
+ for x in range(1, maxx+1):
+ cs = [c for c in comps if
+ comps[c]['y'] + comps[c]['h'] >= y and comps[c]['y'] <= y and
+ comps[c]['x'] + comps[c]['w'] >= x and comps[c]['x'] <= x]
+ if cs:
+ print('\\hspace{{.5mm}}{}\\hspace{{.5mm}}'.format(cs[0]), end='')
+ if x != maxx:
+ print(' & ', end='')
+ print('\\\\')
- # Print the non overlap with others
- for j in range(1, 1+len(pc+rc)):
- if i != j:
- print((
- '(or '
- '(> c{0}x (+ c{1}x c{1}w)) (< (+ c{0}x c{0}w) c{1}x) '
- '(> c{0}y (+ c{1}y c{1}h)) (< (+ c{0}y c{0}h) c{1}y)'
- ')').format(i, j))
-
-# Print the PC distance to eachother
-for i, _ in enumerate(pc, 1):
- for j, _ in enumerate(pc, 1):
- if i != j:
- print(('(or '
- '(> (- (+ c{0}x (/ c{0}w 2)) (+ c{1}x (/ c{1}w 2))) {2}) '
- '(> (- (+ c{1}x (/ c{1}w 2)) (+ c{0}x (/ c{0}w 2))) {2}) '
- '(> (- (+ c{0}y (/ c{0}h 2)) (+ c{1}y (/ c{1}h 2))) {2}) '
- '(> (- (+ c{1}y (/ c{1}h 2)) (+ c{0}y (/ c{0}h 2))) {2})'
- ')').format(i, j, pd))
-
- # Print the constraint that they have to be connected to a ps
-for i, _ in enumerate(rc, 1+len(pc)):
- print('(or')
- for j, _ in enumerate(pc, 1):
- print(('(not (or '
- '(> c{0}x (+ c{1}x 1 c{1}w)) (< (+ c{0}x c{0}w) (- c{1}x 1)) '
- '(> c{0}y (+ c{1}y 1 c{1}h)) (< (+ c{0}y c{0}h) (- c{1}y 1))'
- '))').format(i, j))
- print(')')
-
-# Close the and,benchmark parenthesis
-print('))')
+print('\t\\bottomrule')
+print('\\end{array}$')