import sys
# -*- coding: utf-8 -*-
CODES = ['UTF-8', 'UTF-16', 'GB18030', 'BIG5']
UTF_8_BOM = b'\xef\xbb\xbf'
def string_encoding(b):
for code in CODES:
try:
b.decode(encoding=code)
if 'UTF-8' == code and b.startswith(UTF_8_BOM):
return 'UTF-8-SIG'
return code
except Exception:
continue
return '未知的字符编码类型'
def get_key(dict, value):
return [k for k, v in dict.items() if v == value]
def change_str(str,pos):
l=list(str);
if(l[pos]=="0"):
l[pos]="1";
else:
l[pos] = "0";
newStr ="".join(l);
return newStr;
def wuhangshengkepanduan(wuhangshuA,wuhangshuB):
wuhangzifu = wuhangshuA+wuhangshuB;
shengkejieguo = wuhangshengke[wuhangzifu];
return shengkejieguo;
def baguaguaci(baguashuA,baguashuB):
guaxiang = str(baguashuA)+str(baguashuB);
result = baguaguaxiang[guaxiang];
return result;
baguashu = {
"乾":1,
"兑":2,
"离":3,
"震":4,
"巽":5,
"坎":6,
"艮":7,
"坤":0
}
baguaguaxiang = {
"11":"乾为天：乾卦：刚健中正",
"12":"天泽履：履卦：脚踏实地",
"13":"天火同人：同人卦：上下和同",
"14":"天雷无妄：无妄卦：无妄而得",
"15":"天风姤：姤卦：天下有风",
"16":"天水讼：讼卦：慎争戒讼",
"17":"天山遁：遁卦：遁世救世",
"10":"天地否：否卦：不交不通",
"21":"泽天夬：夬卦：决而能和",
"22":"兑为泽：兑卦：刚内柔外",
"23":"泽火革：革卦：顺天应人",
"24":"泽雷随：随卦：随时变通",
"25":"泽风大过：大过卦：非常行动",
"26":"泽水困：困卦：困境求通",
"27":"泽山咸：咸卦：相互感应",
"20":"泽地萃：萃卦：荟萃聚集",
"31":"火天大有：大有卦：顺天依时",
"32":"火泽睽：睽卦：异中求同",
"33":"离卦：离为火：附和依托",
"34":"火雷噬嗑：噬嗑卦：刚柔相济",
"35":"火风鼎：鼎卦：稳重图变",
"36":"火水未济:未济卦：事业未竟",
"37":"火山旅：旅卦：依义顺时",
"30":"地火晋：晋卦：求进发展",
"41":"雷天大壮：大壮卦：状勿妄动",
"42":"雷泽归妹：归妹卦：立家兴业",
"43":"雷火丰：丰卦：日中则斜",
"44":"震为雷：震卦：临危不乱",
"45":"雷风恒：恒卦：恒心有成",
"46":"雷水解：解卦：柔道致治",
"47":"雷山小过：小过卦：行动有度",
"40":"雷地豫：豫卦：顺时依势",
"51":"风天小畜：小畜卦：蓄养待进",
"52":"风泽中孚：中孚卦：诚信立身",
"53":"风火家人：家人卦：诚威治业",
"54":"风雷益：益卦：损上益下",
"55":"巽为风：巽卦：谦逊受益",
"56":"风水涣：涣卦：拯救涣散",
"57":"风山渐：渐卦：渐进蓄德",
"50":"风地观：观卦：观下瞻上",
"61":"水天需：需卦：守正待机",
"62":"水泽节：节卦：万物有节",
"63":"水火既济：既济卦：盛极将衰",
"64":"水雷屯：屯卦：起始维艰",
"65":"水风井：井卦：求贤若渴",
"66":"坎为水：坎卦：行险用险",
"67":"水山蹇: 蹇卦：险阻在前",
"60":"水地比：比卦：诚信团结",
"71":"山天大畜：大畜卦：止而不止",
"72":"山泽损：损卦：损益制衡",
"73":"山火贲: 贲卦：饰外扬质",
"74":"山雷颐: 颐卦：纯正以养",
"75":"山风蛊：蛊卦：振疲起衰",
"76":"山水蒙：蒙卦：启蒙奋发",
"77":"艮为山：艮卦：动静适时",
"70":"山地剥：剥卦：顺势而止",
"01":"地天泰：泰卦：应时而变",
"02":"地泽临：临卦：教民保民",
"03":"地火明夷：明夷卦：晦而转明",
"04":"地雷复：复卦：寓动于顺",
"05":"地风升：升卦：柔顺谦虚",
"06":"地水师：师卦：行险而顺",
"07":"地山谦：谦卦：内高外低",
"00":"坤为地：坤卦：柔顺伸展",
}
bagua = {
"乾": "111",
"兑": "011",
"离": "101",
"震": "001",
"巽": "110",
"坎": "010",
"艮": "100",
"坤": "000"
}
wuhangbagua = {
"乾": "金",
"兑": "金",
"离": "火",
"震": "木",
"巽": "木",
"坎": "水",
"艮": "土",
"坤": "土"
}
wuhangshu = {
"金":"1",
"木":"2",
"水":"3",
"土":"4",
"火":"5"
}
wuhangshengke = {
"11":"比和",
"12":"克",
"13":"生",
"14":"被生",
"15":"被克",
"21":"被克",
"22":"比和",
"23":"被生",
"24":"克",
"25":"生",
"31":"被生",
"32":"生",
"33":"比和",
"34":"被克",
"35":"克",
"41":"生",
"42":"被克",
"43":"克",
"44":"比和",
"45":"被生",
"51":"克",
"52":"被生",
"53":"被克",
"54":"生",
"55":"比和"
}
yuanshubagua = {
"乾": "天",
"兑": "泽",
"离": "火",
"震": "雷",
"巽": "风",
"坎": "水",
"艮": "山",
"坤": "地"
}
print("输入上卦数:")
shanggua = sys.stdin.readline()
print("输入下卦数:")
xiagua = sys.stdin.readline()
print("请输入动爻数:")
dongyao = sys.stdin.readline()
shanggua = shanggua%8;
xiagua = xiagua%8;
dongyao = dongyao%6;
shangbenguawuhang = wuhangbagua[get_key(baguashu,shanggua)[0]];
xiabenguawuhang = wuhangbagua[get_key(baguashu,xiagua)[0]];
shangbengua = get_key(baguashu,shanggua)[0]+" 五行为:" +shangbenguawuhang;
xiabengua = get_key(baguashu,xiagua)[0]+" 五行为:" +xiabenguawuhang;
bengua = bagua[get_key(baguashu, shanggua)[0]] + bagua[get_key(baguashu, xiagua)[0]];
# bagua[get_key(bagua,get_key(baguashu,xiagua)[0])[0]];
shanghuguawuhang = wuhangbagua[get_key(bagua, bengua[1:4])[0]];
xiahuguawuhang = wuhangbagua[get_key(bagua, bengua[2:5])[0]];
shanghuguaguaming = get_key(bagua, bengua[1:4])[0];
xiahuguaguaming = get_key(bagua, bengua[2:5])[0]
shanghugua = get_key(bagua, bengua[1:4])[0]+" 五行为:"+shanghuguawuhang;
xiahugua = get_key(bagua, bengua[2:5])[0]+" 五行为:"+xiahuguawuhang;
changpos = 6-dongyao;
if(changpos==6):
changpos=0;
biangua = change_str(bengua, changpos);
shangbianguawuhang = wuhangbagua[get_key(bagua, biangua[0:3])[0]];
xiabianguawuhang = wuhangbagua[get_key(bagua, biangua[3:6])[0]];
shangbianguaguaming = get_key(bagua, biangua[0:3])[0];
xiabianguaguaming =get_key(bagua, biangua[3:6])[0];
shangbiangua = get_key(bagua, biangua[0:3])[0]+" 五行为:"+shangbianguawuhang;
xiabiangua = get_key(bagua, biangua[3:6])[0]+" 五行为:"+xiabianguawuhang;
shangtiyong = "";
if(shangbengua == shangbiangua):
shangtiyong = "体";
xiatiyong = "用";
print("上体下用")
else:
shangtiyong = "用";
xiatiyong = "体";
print("下体上用")
dingbenguawuhang = "";
dingbengua = "";
Yongbengua = "";
Yongbenguawuhang = "";
if (shangtiyong == "体"):
dingbenguawuhang = shangbenguawuhang;
dingbengua = shangbengua;
Yongbengua = xiabengua;
Yongbenguawuhang = xiabenguawuhang;
else:
dingbenguawuhang = xiabenguawuhang;
dingbengua = xiabengua;
Yongbengua = shangbengua;
Yongbenguawuhang = shangbenguawuhang;
print("本卦如下：");
print("上卦为："+shangbengua+" "+shangtiyong);
print("下卦为："+xiabengua+" "+xiatiyong);
print ("体用关系："+wuhangshengkepanduan(wuhangshu[dingbenguawuhang],wuhangshu[Yongbenguawuhang]))
print ("六十四卦卦辞："+baguaguaci(shanggua,xiagua)+"\n");
print ("互卦如下：");
print ("上互卦为："+shanghugua+" "+"用");
print ("体用关系: "+wuhangshengkepanduan(wuhangshu[dingbenguawuhang],wuhangshu[shanghuguawuhang]));
print ("下互卦为："+xiahugua+" "+"用");
print ("体用关系: "+wuhangshengkepanduan(wuhangshu[dingbenguawuhang],wuhangshu[xiahuguawuhang]));
print ("六十四卦卦辞："+baguaguaci(baguashu[shanghuguaguaming],baguashu[xiahuguaguaming])+"\n");
print (")变卦如下: ");
print ( "上变卦为："+shangbiangua+" "+shangtiyong);
if(shangtiyong == "用"):
print ("体用关系: "+wuhangshengkepanduan(wuhangshu[dingbenguawuhang],wuhangshu[shangbianguawuhang]));
print ("下变卦为："+xiabiangua+" "+xiatiyong);
if(xiatiyong == "用"):
print ("体用关系: "+wuhangshengkepanduan(wuhangshu[dingbenguawuhang],wuhangshu[xiabianguawuhang]));
print ("六十四卦卦辞："+baguaguaci(baguashu[shangbianguaguaming],baguashu[xiabianguaguaming])+"\n"); Write, Run & Share Python code online using OneCompiler's Python online compiler for free. It's one of the robust, feature-rich online compilers for python language, supporting both the versions which are Python 3 and Python 2.7. Getting started with the OneCompiler's Python editor is easy and fast. The editor shows sample boilerplate code when you choose language as Python or Python2 and start coding.
OneCompiler's python online editor supports stdin and users can give inputs to programs using the STDIN textbox under the I/O tab. Following is a sample python program which takes name as input and print your name with hello.
import sys
name = sys.stdin.readline()
print("Hello "+ name)
Python is a very popular general-purpose programming language which was created by Guido van Rossum, and released in 1991. It is very popular for web development and you can build almost anything like mobile apps, web apps, tools, data analytics, machine learning etc. It is designed to be simple and easy like english language. It's is highly productive and efficient making it a very popular language.
When ever you want to perform a set of operations based on a condition IF-ELSE is used.
if conditional-expression
#code
elif conditional-expression
#code
else:
#code
Indentation is very important in Python, make sure the indentation is followed correctly
For loop is used to iterate over arrays(list, tuple, set, dictionary) or strings.
mylist=("Iphone","Pixel","Samsung")
for i in mylist:
print(i)
While is also used to iterate a set of statements based on a condition. Usually while is preferred when number of iterations are not known in advance.
while condition
#code
There are four types of collections in Python.
List is a collection which is ordered and can be changed. Lists are specified in square brackets.
mylist=["iPhone","Pixel","Samsung"]
print(mylist)
Tuple is a collection which is ordered and can not be changed. Tuples are specified in round brackets.
myTuple=("iPhone","Pixel","Samsung")
print(myTuple)
Below throws an error if you assign another value to tuple again.
myTuple=("iPhone","Pixel","Samsung")
print(myTuple)
myTuple[1]="onePlus"
print(myTuple)
Set is a collection which is unordered and unindexed. Sets are specified in curly brackets.
myset = {"iPhone","Pixel","Samsung"}
print(myset)
Dictionary is a collection of key value pairs which is unordered, can be changed, and indexed. They are written in curly brackets with key - value pairs.
mydict = {
"brand" :"iPhone",
"model": "iPhone 11"
}
print(mydict)
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| Name | Description |
|---|---|
| NumPy | NumPy python library helps users to work on arrays with ease |
| SciPy | SciPy is a scientific computation library which depends on NumPy for convenient and fast N-dimensional array manipulation |
| SKLearn/Scikit-learn | Scikit-learn or Scikit-learn is the most useful library for machine learning in Python |
| Pandas | Pandas is the most efficient Python library for data manipulation and analysis |
| DOcplex | DOcplex is IBM Decision Optimization CPLEX Modeling for Python, is a library composed of Mathematical Programming Modeling and Constraint Programming Modeling |