import random
def getrand():
r = random.randint(1,100)
if r < 23:
return 0 # 22%
if 42 > r >= 23:
return 1 # 19%
if 58 > r >= 41:
return 2 # 16%
if 71 > r >= 57:
return 3 # 13%
if 81 > r >=70:
return 4 # 10%
if 89 > r >=80:
return 5 # 8 %
if 95 > r >=88:
return 6 # 6%
if 99 > r >=94:
return 7 # 4%
if 101 > r >=98:
return 8 # 2 %
result = []
rng = 1000000
for x in range(0,rng):
result.append(getrand())
print "0 : "+str(result.count(0)/float(rng))+" ~ " +str(0.22 - result.count(0)/float(rng))
print "1 : "+str(result.count(1)/float(rng))+" ~ " +str(0.19 - result.count(1)/float(rng))
print "2 : "+str(result.count(2)/float(rng))+" ~ " +str(0.16 - result.count(2)/float(rng))
print "3 : "+str(result.count(3)/float(rng))+" ~ " +str(0.13 - result.count(3)/float(rng))
print "4 : "+str(result.count(4)/float(rng))+" ~ " +str(0.10 - result.count(4)/float(rng))
print "5 : "+str(result.count(5)/float(rng))+" ~ " +str(0.08 - result.count(5)/float(rng))
print "6 : "+str(result.count(6)/float(rng))+" ~ " +str(0.06 - result.count(6)/float(rng))
print "7 : "+str(result.count(7)/float(rng))+" ~ " +str(0.04 - result.count(7)/float(rng))
print "8 : "+str(result.count(8)/float(rng))+" ~ " +str(0.02 - result.count(8)/float(rng))
freqs = [ result.count(0)/float(rng),result.count(1)/float(rng),result.count(2)/float(rng),result.count(3)/float(rng),
result.count(4)/float(rng),result.count(5)/float(rng),result.count(6)/float(rng),result.count(7)/float(rng),result.count(8)/float(rng)]
print sum(freqs)0 : 0.219347 ~ 0.000653
1 : 0.190018 ~ -1.8e-05
2 : 0.160421 ~ -0.000421
3 : 0.129805 ~ 0.000195
4 : 0.100175 ~ -0.000175
5 : 0.07974 ~ 0.00026
6 : 0.060102 ~ -0.000102
7 : 0.040174 ~ -0.000174
8 : 0.020218 ~ -0.000218
1.0config = "1 2 3 4 5 6"
substitutions = {"2":"7", "3":"6"}
def replace_all(text, dic):
for i, j in dic.iteritems():
text = text.replace(i, j)
return text
print replace_all(config, substitutions)public class ListMapTest {
@Test
public void testListMap() {
ListMap<String, String> listMap = new ListMap<String, String>();
listMap.put("bob", "hello");
assert "hello".equals(listMap.get("bob"));
assert "hello".equals(listMap.remove("bob"));
assert listMap.size() == 0;
assert listMap.isEmpty();
listMap.put("abc", "1");
listMap.put("def", "2");
listMap.put("ghi", "3");
listMap.put("jkl", "4");
listMap.put("mno", "5");
assert "3".equals(listMap.get("ghi"));
assert listMap.size() == 5;
assert !listMap.isEmpty();
// check iteration order, should be consistent
for (int i = 0; i < listMap.size(); i++) {
String expectedValue = Integer.toString(i + 1);
String key = listMap.getKey(i);
String value = listMap.getValue(i);
Entry<String, String> entry = listMap.getEntry(i);
assert key.equals(entry.getKey());
assert value.equals(entry.getValue());
assert expectedValue.equals(value);
}
}
}master1 = ["s", "p", "c"]
master2 = ["d", "a", "s"]
master3 = ["p", "c", "a"]
k = ["s","p"] # критерии которые все должны содержаться в списке
print filter(lambda m:len(set(m) - set(k)) == len(m)-len(k), [master1, master2, master3])