Submission #289142


Source Code Expand

#coding:utf8

import math
from decimal import *

def calcWindDirection(deg,windVelocity):
    if calcWindStrength(windVelocity)==0:
        Dir = 'C'
        return(Dir)
    else:
        if 11.25<=deg and deg<33.75:
            Dir = 'NNE'
        elif 33.75<=deg and deg<56.25:
            Dir = 'NE'
        elif 56.25<=deg and deg<78.75:
            Dir = 'ENE'
        elif 78.75<=deg and deg<101.25:
            Dir = 'E'
        elif 101.25<=deg and deg<123.75:
            Dir = 'ESE'
        elif 123.75<=deg and deg<146.25:
            Dir = 'SE'
        elif 146.25<=deg and deg<168.75:
            Dir = 'SSE'
        elif 168.75<=deg and deg<191.25:
            Dir = 'S'
        elif 191.25<=deg and deg<213.75:
            Dir = 'SSW'
        elif 213.75<=deg and deg<236.25:
            Dir = 'SW'
        elif 236.25<=deg and deg<258.75:
            Dir = 'WSW'
        elif 258.75<=deg and deg<281.25:
            Dir = 'W'
        elif 281.25<=deg and deg<303.75:
            Dir = 'WNW'
        elif 303.75<=deg and deg<326.25:
            Dir = 'NW'
        elif 326.25<=deg and deg<348.75:
            Dir = 'NNW'
        else:
            Dir = 'N'
        return(Dir)

def calcWindStrength(windVelocity):
    windVelocity = float(windVelocity)
    if 0.0<=windVelocity and windVelocity<=0.2:
        W = 0
    elif 0.3<=windVelocity and windVelocity<=1.5:
        W = 1
    elif 1.6<=windVelocity and windVelocity<=3.3:
        W = 2
    elif 3.4<=windVelocity and windVelocity<=5.4:
        W = 3
    elif 5.5<=windVelocity and windVelocity<=7.9:
        W = 4
    elif 8.0<=windVelocity and windVelocity<=10.7:
        W = 5
    elif 10.8<=windVelocity and windVelocity<=13.8:
        W = 6
    elif 13.9<=windVelocity and windVelocity<=17.1:
        W = 7
    elif 17.2<=windVelocity and windVelocity<=20.7:
        W = 8
    elif 20.8<=windVelocity and windVelocity<=24.4:
        W = 9
    elif 24.5<=windVelocity and windVelocity<=28.4:
        W = 10
    elif 28.5<=windVelocity and windVelocity<=32.6:
        W = 11
    elif 32.7<=windVelocity:
        W = 12
    
    return W



if __name__ == '__main__':
    Deg,Dis = map(int,raw_input().split())
    
    # 風向 -> 角度
    deg = float(Deg)/10.0
    
    # 1分風程 -> 風速[m/s]
    windVelocity = float(Dis)/float(60)

    # 小数第二位四捨五入
    windVelocity = Decimal(windVelocity).quantize(Decimal('0.01'),rounding=ROUND_HALF_UP)
    windVelocity = Decimal(windVelocity).quantize(Decimal('0.1'),rounding=ROUND_HALF_UP)
    
    # 計算
    Dir = calcWindDirection(deg,windVelocity)
    W = calcWindStrength(windVelocity)
    
    print '%s %d'%(Dir,W)
    
    
    
    
    
    
    
    

Submission Info

Submission Time
Task C - 風力観測
User mulds
Language Python (2.7.3)
Score 100
Code Size 2806 Byte
Status AC
Exec Time 170 ms
Memory 5156 KB

Judge Result

Set Name all
Score / Max Score 100 / 100
Status
AC × 66
Set Name Test Cases
all 00_sample_01.txt, 00_sample_02.txt, 00_sample_03.txt, 00_sample_04.txt, 00_sample_05.txt, 00_sample_06.txt, 00_sample_07.txt, 00_sample_08.txt, test_01.txt, test_02.txt, test_03.txt, test_04.txt, test_05.txt, test_06.txt, test_07.txt, test_08.txt, test_09.txt, test_10.txt, test_11.txt, test_12.txt, test_13.txt, test_14.txt, test_15.txt, test_16.txt, test_17.txt, test_18.txt, test_19.txt, test_20.txt, test_21.txt, test_22.txt, test_23.txt, test_24.txt, test_25.txt, test_26.txt, test_27.txt, test_28.txt, test_29.txt, test_30.txt, test_31.txt, test_32.txt, test_33.txt, test_34.txt, test_35.txt, test_36.txt, test_37.txt, test_38.txt, test_39.txt, test_40.txt, test_41.txt, test_42.txt, test_43.txt, test_44.txt, test_45.txt, test_46.txt, test_47.txt, test_48.txt, test_49.txt, test_50.txt, test_51.txt, test_52.txt, test_53.txt, test_54.txt, test_55.txt, test_56.txt, test_57.txt, test_58.txt
Case Name Status Exec Time Memory
00_sample_01.txt AC 170 ms 5080 KB
00_sample_02.txt AC 73 ms 5148 KB
00_sample_03.txt AC 75 ms 5076 KB
00_sample_04.txt AC 72 ms 5152 KB
00_sample_05.txt AC 71 ms 5152 KB
00_sample_06.txt AC 72 ms 4988 KB
00_sample_07.txt AC 72 ms 5148 KB
00_sample_08.txt AC 72 ms 5148 KB
test_01.txt AC 75 ms 5148 KB
test_02.txt AC 71 ms 5140 KB
test_03.txt AC 72 ms 5072 KB
test_04.txt AC 72 ms 5136 KB
test_05.txt AC 71 ms 5140 KB
test_06.txt AC 92 ms 5060 KB
test_07.txt AC 75 ms 5136 KB
test_08.txt AC 74 ms 5140 KB
test_09.txt AC 78 ms 5084 KB
test_10.txt AC 80 ms 5024 KB
test_11.txt AC 72 ms 5148 KB
test_12.txt AC 75 ms 5016 KB
test_13.txt AC 75 ms 5152 KB
test_14.txt AC 76 ms 5016 KB
test_15.txt AC 75 ms 5136 KB
test_16.txt AC 75 ms 5020 KB
test_17.txt AC 71 ms 5144 KB
test_18.txt AC 74 ms 5144 KB
test_19.txt AC 74 ms 5140 KB
test_20.txt AC 73 ms 5148 KB
test_21.txt AC 75 ms 5144 KB
test_22.txt AC 73 ms 5116 KB
test_23.txt AC 73 ms 5148 KB
test_24.txt AC 74 ms 5148 KB
test_25.txt AC 74 ms 5080 KB
test_26.txt AC 75 ms 5080 KB
test_27.txt AC 74 ms 5136 KB
test_28.txt AC 75 ms 5076 KB
test_29.txt AC 76 ms 5136 KB
test_30.txt AC 72 ms 5148 KB
test_31.txt AC 74 ms 5144 KB
test_32.txt AC 72 ms 5148 KB
test_33.txt AC 75 ms 5140 KB
test_34.txt AC 73 ms 5076 KB
test_35.txt AC 71 ms 5140 KB
test_36.txt AC 73 ms 5136 KB
test_37.txt AC 72 ms 5144 KB
test_38.txt AC 76 ms 5008 KB
test_39.txt AC 71 ms 5000 KB
test_40.txt AC 72 ms 5140 KB
test_41.txt AC 74 ms 5148 KB
test_42.txt AC 75 ms 5152 KB
test_43.txt AC 72 ms 5148 KB
test_44.txt AC 75 ms 5152 KB
test_45.txt AC 76 ms 5152 KB
test_46.txt AC 74 ms 5076 KB
test_47.txt AC 71 ms 5148 KB
test_48.txt AC 73 ms 5148 KB
test_49.txt AC 74 ms 5148 KB
test_50.txt AC 75 ms 5152 KB
test_51.txt AC 71 ms 5140 KB
test_52.txt AC 73 ms 5148 KB
test_53.txt AC 76 ms 5152 KB
test_54.txt AC 75 ms 4992 KB
test_55.txt AC 73 ms 4992 KB
test_56.txt AC 75 ms 5144 KB
test_57.txt AC 75 ms 5152 KB
test_58.txt AC 72 ms 5156 KB