import io
master_path = "C:\\temp\\tunnel\\"
master_ext = ".html"
out_path = "C:\\TEMP\\tunnel\\";
wiki_FD_path = "http://dic.academic.ru/searchall.php?from=xx&to=ru&SWord=";
wiki_org_path = "http://ru.wikipedia.org/wiki/";
times = [
"Неопределенное",
"Будущее",
"Настоящее",
"Прошедшее"
]
times_symbols = [
"[...]",
"{...}",
"<...>",
"(...)"
]
names = {
1:{
1:["Логические",[
["предпочтение",""],
["интерес",""],
["класс",""],
["намерение",""]]],
2:["Информационные",[
["нужда",""],
["атрибут",""],
["состояние",""],
["риск",""]]]},
2:{
1:["Математические",[
["цель",""],
["смысл",""],
["функция",""],
["описание",""]]],
2:["Физические",[
["сущность",""],
["индивид",""],
["экстент",""],
["свойство",""]]]},
3:{
1:["Философские",[
["позиция",""],
["паттерн",""],
["аспект",""],
["проверка",""]]],
2:["Химические",[
["субъект",""],
["структура",""],
["окружение",""],
["конфигурация",""]]]},
4:{
1:["Культурные",[
["роль",""],
["требование",""],
["архитектура",""],
["приемка",""]]],
2:["Биологические",[
["знание",""],
["система",""],
["сервис",""],
["практика",""]]]},
5:{
1:["Политические",[
["стратегия",""],
["жизненный цикл",""],
["модель",""],
["документация",""]]],
2:["Психологические",[
["ресурс",""],
["воплощение",""],
["процесс",""],
["тестирование",""]]]},
6:{
1:["Управляющие",[
["методология",""],
["сценарий",""],
["производственная программа",""],
["контрольные вопросы",""]]],
2:["Социальные",[
["требование",""],
["проект",""],
["команда",""],
["потребитель",""]]]},
7:{
1:["Торговые",[
["заказчик",""],
["лидерство",""],
["менеджмент",""],
["совершенствование",""]]],
2:["Экономические",[
["сообщество",""],
["предприятие",""],
["работа",""],
["приемка",""]]]},
8:{
1:["Конкурирующие",[
["миссия",""],
["организация",""],
["хореография",""],
["контроль",""]]],
2:["Синергетические",[
["ответственность",""],
["ограничение",""],
["испытание",""],
["предупреждение",""]]]},
9:{
1:["Развивающиеся",[
["технология",""],
["сертификация",""],
["оркестровка",""],
["анализ",""]]],
2:["Технологические",[
["компетентность",""],
["регламент",""],
["процедура",""],
["устойчивость",""]]]}
}
std_page_start = "\n\n\n\n"
std_tytle_start = " Туннельное моделирование - "
std_tytle_end = "\n"
std_head_end = "\n"
std_body_start = "\n"
std_header_start = "Философия - туннельное моделирование
\n "
std_header_end = "
";
std_links = """Терминометрия\n
Туннель\n
Блог\n"""
std_page_end = "\n\n"
class GetPages:
def __init__(self):
self.fs = 0
# Получение имени файла для строки и колонки
def page_name(self, row, abstr, col):
return "tunnel_" + str(row) + "_" + str(abstr) + "_" + str(col) + ".htm";
# Вывод одной ячейки
def write_cell(self, row, abstr, col, bold):
if (bold):
self.fs.write(" " + names[row][abstr][1][col-1][0] + " | \n");
else:
self.fs.write(" " + names[row][abstr][1][col-1][0] + " | \n");
# создание ссылки на викисловарь
def wiki_ref(self, row, abstr, col):
result=""
if (row > 0 and col > 0):
refname = name = names[row][abstr][1][col-1][0];
result = "Философский словарь: "+name +""
result = result + "
Wikipedia: "+name +"
";
return result;
if (row == 0):
if (col > 0):
result = "
Философский словарь: " + times[col - 1] + ""
result = result + "
Wikipedia: " + times[col - 1] + "
";
return result;
if (col == 0):
result = "Философский словарь: " + names[row][abstr][0] + ""
result = result + "
Wikipedia: " + names[row][abstr][0] + ""
return result;
return result;
def gen_page(self, row, abstr, col):
file_name = out_path + self.page_name(row, abstr, col);
self.fs = open(file_name, "w");
self.fs.write(std_page_start);
self.fs.write(std_tytle_start);
if (0):
print "row=", row," col=", col
print names[9 - row]
print
print names[9 - row][1]
n = names[row][1][1][col-1]
if (0):
print n
self.fs.write(n[0]);
self.fs.write(std_tytle_end);
self.fs.write(std_head_end);
self.fs.write(std_body_start);
self.fs.write(std_links);
self.fs.write(std_header_start);
self.fs.write(names[row][1][1][col - 1][1]);
self.fs.write(std_header_end);
# конец описания заголовка
a = 1
c1 = (col + 2) % 4 + 1 ;
c2 = col ;
c3 = col% 4 + 1;
# воспроизведение фрагмента таблицы
self.fs.write("\n
\n");
self.fs.write(" \n");
self.fs.write(" | " + times[c1-1] + " | \n");
self.fs.write(" " + times[c2-1] + " | \n");
self.fs.write(" " + times[c3-1] + " | \n");
self.fs.write(" | \n");
self.fs.write("
\n");
self.fs.write("| " + times_symbols[c1 - 1] + " | " + times_symbols[c2 - 1] + " | " + times_symbols[c3 - 1] + " | |
\n");
if (abstr==1):
d = range(-1, 2)
else:
d = range(0, 1)
for row_val in d:
r = row+row_val;
if (r <= 9 and r>=1):
self.fs.write(" \n");
if (r == row or c3 == col):
self.write_cell(r, 1, c1, 0)
else:
self.fs.write(" | | ")
self.write_cell(r, 1, c2, (row_val == 0 and c2 == col and abstr == 1))
if (r == row or c3 == col):
self.write_cell(r, 1, c3, 0)
else:
self.fs.write(" | ")
# self.fs.write("" + level_symbols[r] + " | ");
self.fs.write(" " + names[r][1][0] + " | \n");
self.fs.write("
\n");
self.fs.write(" | |
\n");
if (abstr==2):
d = range(-1, 2)
else:
d = range(0, 1)
for row_val in d:
r = row-row_val;
if (r <= 9 and r>=1):
self.fs.write(" \n");
if (r == row or c1 == col):
self.write_cell(r, 2, c1, 0)
else:
self.fs.write(" | | ")
self.write_cell(r, 2, c2, (row_val == 0 and c2 == col and abstr == 2))
if (r == row or c3 == col):
self.write_cell(r, 2, c3, 0)
else:
self.fs.write(" | ")
# self.fs.write("" + level_symbols[r] + " | ");
self.fs.write(" " + names[r][2][0] + " | \n");
self.fs.write("
\n");
self.fs.write("
");
self.fs.write("" + names[row][abstr][1][col-1][0] + " - " + names[row][abstr][1][col-1][1] + "
\n")
self.fs.write("\n
" + self.wiki_ref(row, abstr, col) + "
\n");
# запись окончания файла
self.fs.write(std_page_end);
self.fs.close();
return 1;
# вывод строки модели
def gen_row(self, row, abstr):
file_name = out_path + self.page_name(row, abstr, 0);
self.fs = open(file_name, "w");
self.fs.write(std_page_start);
self.fs.write(std_tytle_start);
self.fs.write(names[row][1][0]);
self.fs.write(std_tytle_end);
self.fs.write(std_head_end);
self.fs.write(std_body_start);
self.fs.write(std_links);
self.fs.write(std_header_start);
self.fs.write(names[row][1][0]);
self.fs.write(std_header_end);
# конец описания заголовка
# воспроизведение фрагмента таблицы
self.fs.write("\n
\n");
self.fs.write("\n");
self.fs.write("| " + times[0] + " | ");
self.fs.write("" + times[1] + " | ");
self.fs.write("" + times[2] + " | ");
self.fs.write("" + times[3] + " | ");
self.fs.write(" | ");
self.fs.write("
\n");
self.fs.write("| " + times_symbols[0] + " | " + times_symbols[1]
+ " | " + times_symbols[2] + " | " + times_symbols[3]
+ " | |
\n");
self.fs.write("");
self.write_cell(row, abstr, 1, 0)
self.write_cell(row, abstr, 2, 0)
self.write_cell(row, abstr, 3, 0)
self.write_cell(row, abstr, 4, 0)
self.fs.write("| " + names[row][abstr][0] + " | \n");
self.fs.write("
\n");
self.fs.write("
");
self.fs.write("\n" + self.wiki_ref(row, 2, 0) + "
\n");
# запись окончания файла
self.fs.write(std_page_end);
self.fs.close();
return 1;
#/ вывод колонки модели
def gen_column(self, col):
file_name = out_path + self.page_name(0, 0, col);
self.fs = open(file_name, "w");
self.fs.write(std_page_start);
self.fs.write(std_tytle_start);
self.fs.write(times[col - 1]);
self.fs.write(std_tytle_end);
self.fs.write(std_head_end);
self.fs.write(std_body_start);
self.fs.write(std_links);
self.fs.write(std_header_start);
self.fs.write(times[col - 1]);
self.fs.write(std_header_end);
# конец описания заголовка
# воспроизведение фрагмента таблицы, соответствующего данной колонке
self.fs.write("\n
\n");
self.fs.write(" | " + times[col - 1] + " | |
");
self.fs.write(" | " + times_symbols[col - 1] + " | |
");
for r in range(1, 10):
self.fs.write(" \n");
self.write_cell(r, 1, col, 0)
self.fs.write(" | " + names[r][1][0] + " | \n");
self.fs.write("
\n");
self.fs.write("| |
\n");
for r in range(1, 10):
self.fs.write(" \n");
self.write_cell(10-r, 2, col, 0)
self.fs.write(" | " + names[10-r][2][0] + " | \n");
self.fs.write("
\n");
self.fs.write("
\n");
self.fs.write("\n" + self.wiki_ref(0, 0, col) + "
\n");
# запись окончания файла
self.fs.write(std_page_end);
self.fs.close();
return 1;
def gen_tunnel(self):
file_name = out_path + self.page_name(0, 0, 0);
self.fs = open(file_name, "w");
self.fs.write(std_page_start);
self.fs.write(std_tytle_start);
print "Туннельное моделирование"
self.fs.write(std_tytle_end);
self.fs.write(std_head_end);
self.fs.write(std_body_start);
self.fs.write(std_links);
self.fs.write(std_header_start);
self.fs.write("Туннельное моделирование");
self.fs.write(std_header_end);
# конец описания заголовка
self.fs.write("
\n")
for c in range (1, 5):
self.fs.write(" | " + times[c-1] + " | \n");
self.fs.write(" |
\n")
for r in range (1, 10):
self.fs.write(" \n")
for c in range(1, 5):
self.write_cell(r, 1, c, 0)
self.fs.write(" | " + names[r][1][0] + " | \n");
self.fs.write("
\n")
self.fs.write(" | |
\n")
for r in range (1, 10):
self.fs.write(" \n")
for c in range(1, 5):
self.write_cell(10-r, 2, c, 0)
self.fs.write(" | " + names[10-r][2][0] + " | \n");
self.fs.write("
\n")
# запись окончания файла
self.fs.write(std_page_end);
self.fs.close();
return 1;
gp = GetPages();
for i in range(1,10):
for j in range(1, 5):
for k in range (1, 3):
gp.gen_page(i, k, j);
for i in range(1, 5):
gp.gen_column(i);
for i in range (1, 10):
for a in range(1, 3):
gp.gen_row(i, a);
gp.gen_tunnel()