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booklet.py
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import time
import random
import reportlab.lib.pagesizes
import tsumego_pdf
def main():
start_time = time.time()
# settings.
page_size = reportlab.lib.pagesizes.letter # American paper size.
# selects and randomizes particular problems.
collection_name = "cho-elementary"
"""
hard_problem_nums = [
21,
33,
121,
122,
125,
204,
212,
231,
241,
251,
273,
333,
466,
470,
498,
514,
518,
575,
578,
635,
711,
736,
789,
820,
831,
833,
835,
837,
865,
444,
540,
653,
697,
50,
51,
130,
167,
193,
239,
391,
520,
573,
647,
686,
689,
770,
807,
815,
220,
317,
429,
579,
598,
723,
766,
773,
818,
64,
161,
177,
199,
223,
245,
248,
257,
298,
322,
332,
342,
390,
427,
446,
455,
471,
479,
486,
506,
513,
531,
561,
576,
615,
619,
624,
633,
641,
664,
748,
870,
255,
258,
272,
304,
394,
412,
473,
474,
595,
139,
415,
126,
266,
493,
523,
551,
55,
99,
164,
305,
312,
324,
326,
341,
345,
380,
408,
477,
521,
695,
715,
874,
559,
567,
203,
353,
417,
460,
494,
553,
607,
621,
657,
714,
808,
861,
893,
]
step = len(hard_problem_nums) // 3
problem_nums_a = hard_problem_nums[:step]
problem_nums_b = hard_problem_nums[step : step * 2]
problem_nums_c = hard_problem_nums[step * 2 :]
problem_lists = [problem_nums_a, problem_nums_b, problem_nums_c]
not_marked = [i for i in range(1, 901) if i not in hard_problem_nums]
random.shuffle(not_marked)
step = len(not_marked) // 3
problem_nums_a.extend(not_marked[:step])
problem_nums_b.extend(not_marked[step : step * 2])
problem_nums_c.extend(not_marked[step * 2 :])
TOTAL = 361
with open("problem-nums.txt", "w") as file:
for i, problem_nums in enumerate(problem_lists):
while len(problem_nums) < TOTAL:
rand_num = random.randint(1, 900)
if rand_num not in problem_nums and rand_num not in hard_problem_nums:
problem_nums.append(rand_num)
problem_selections = [(num, collection_name) for num in problem_nums]
random.shuffle(problem_selections)
margin_in = {
"left": 0.5,
"right": 0.5,
"top": 0.5,
"bottom": 0.5,
}
for num in problem_nums:
file.write(f"{num}\n")
file.write("\n\n")
tsumego_pdf.create_pdf(
problem_selections,
page_size,
margin_in=margin_in,
color_to_play="black",
landscape=True,
num_columns=1,
column_spacing_in=1,
spacing_below_in=1 / 2,
placement_method="block-proportional",
include_text=True,
problem_text_rgb=(255, 255, 255),
solution_text_rgb=(127, 127, 127),
include_page_num=False,
display_width=13,
draw_sole_solving_stone=False,
verbose=True, # shows progress bar
is_booklet=True,
num_signatures=5,
booklet_cover="japanese",
embed_cover_in_signatures=True,
booklet_center_padding_in=4.5,
ratio_to_flip_xy=9 / 13,
booklet_key_in_printers_spread=False, # True
solution_mark="x",
line_width_in=1/72,
outline_thickness_in=1/78,
)
"""
problem_nums = [
770,
807,
815,
220,
317,
429,
579,
598,
723,
766,
773,
818,
64,
161,
177,
199,
223,
245,
248,
257,
298,
322,
332,
342,
390,
427,
446,
455,
471,
479,
486,
506,
513,
531,
561,
576,
615,
619,
624,
633,
641,
664,
748,
870,
255,
411,
730,
895,
716,
325,
597,
437,
309,
706,
56,
527,
202,
671,
729,
678,
504,
42,
765,
375,
338,
287,
496,
425,
200,
859,
894,
68,
649,
40,
179,
379,
438,
451,
84,
418,
331,
396,
107,
217,
116,
53,
720,
445,
772,
155,
848,
611,
871,
878,
781,
443,
464,
430,
515,
54,
556,
734,
246,
787,
743,
764,
30,
630,
476,
209,
864,
225,
869,
459,
110,
658,
393,
291,
327,
187,
120,
638,
537,
206,
119,
113,
759,
643,
407,
213,
656,
400,
683,
733,
274,
584,
707,
587,
46,
359,
31,
63,
583,
754,
222,
12,
36,
596,
687,
114,
450,
755,
502,
82,
823,
302,
426,
170,
104,
5,
421,
366,
482,
616,
328,
372,
548,
59,
96,
144,
172,
644,
166,
397,
761,
875,
398,
775,
802,
726,
549,
83,
221,
123,
344,
888,
201,
844,
570,
526,
461,
566,
645,
879,
849,
368,
456,
382,
162,
747,
111,
480,
853,
347,
749,
108,
571,
528,
165,
568,
448,
118,
780,
176,
15,
208,
410,
554,
863,
535,
335,
243,
562,
229,
782,
713,
582,
639,
577,
146,
363,
346,
319,
813,
791,
128,
796,
542,
877,
147,
628,
215,
665,
790,
271,
684,
61,
744,
484,
698,
284,
804,
792,
264,
623,
320,
77,
34,
184,
751,
798,
816,
210,
25,
880,
16,
629,
321,
269,
574,
140,
169,
728,
691,
409,
655,
308,
663,
599,
149,
93,
550,
846,
3,
675,
841,
233,
237,
612,
580,
279,
156,
288,
362,
138,
622,
740,
704,
610,
899,
505,
364,
196,
171,
651,
661,
732,
626,
76,
378,
592,
608,
440,
449,
491,
267,
280,
6,
143,
889,
541,
709,
668,
845,
667,
47,
565,
27,
180,
503,
483,
530,
81,
401,
357,
313,
674,
517,
758,
348,
329,
405,
762,
227,
862,
824,
26,
457,
627,
292,
768,
692,
392,
886,
316,
603,
834,
422,
497,
672,
67
]
problem_selections = [(num, collection_name) for num in problem_nums]
random.shuffle(problem_selections)
margin_in = {
"left": 0.5,
"right": 0.5,
"top": 0.5,
"bottom": 0.5,
}
tsumego_pdf.create_pdf(
problem_selections,
page_size,
margin_in=margin_in,
color_to_play="black",
landscape=True,
num_columns=1,
column_spacing_in=1,
spacing_below_in=1 / 2,
placement_method="block-proportional",
include_text=True,
problem_text_rgb=(255, 255, 255),
solution_text_rgb=(171, 171, 171),
include_page_num=False,
display_width=13,
draw_sole_solving_stone=False,
verbose=True, # shows progress bar
is_booklet=True,
num_signatures=5,
booklet_cover="japanese",
embed_cover_in_signatures=True,
booklet_center_padding_in=4.5,
ratio_to_flip_xy=9 / 13,
booklet_key_in_printers_spread=False, # True
solution_mark="x",
line_width_in=1/72,
outline_thickness_in=1/78,
)
"""
# creates the booklet PDF. NEWEST
margin_in = {
"left": 0.25 + 1.5, # 0.25 + 1.25,
"right": 0.25 + 1.5, # 0.25 + 1.25,
"top": 0.25,
"bottom": 0.25,
}
tsumego_pdf.create_pdf(
problem_selections,
(8.5 * 72, 5.5 * 72),
margin_in=margin_in,
color_to_play="black",
landscape=True,
num_columns=1,
column_spacing_in=1,
spacing_below_in=1 / 2,
placement_method="proportional",
include_text=True,
problem_text_rgb=(255, 255, 255),
solution_text_rgb=(255, 255, 255),#(127, 127, 127),
include_page_num=False,
display_width=11,
draw_sole_solving_stone=True,
verbose=True, # shows progress bar
is_booklet=True,
num_signatures=3,
booklet_cover="japanese",
embed_cover_in_signatures=True,
booklet_center_padding_in=1, # 1 1/4 --> 2 1/2
ratio_to_flip_xy=7 / 12,
outline_thickness_in=1/96,
line_width_in=1/96,
booklet_key_in_printers_spread=True,
solution_mark="x",
)"""
elapsed = time.time() - start_time
print(f"that took {elapsed:.2f} seconds")
if __name__ == "__main__":
main()