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- 上次了解到函数是有一个个模块构成的
- 一个模块一个功能
- 高内聚
- 低耦合
- 我们可以做一个什么样的具体应用么？
- 比如周易占卜？🤔
- 卜
-
先写下卜辞
-
龟甲、牛肩胛骨
-
通常先在准备用来占卜的甲骨的背面
-
挖出或钻出一些小坑
-
占卜用火烧小坑
-
正面即出现“卜”字形裂纹
-
裂纹叫做“兆”
- “兆头”、“预兆”
- 占
- 并把占卜的内容及结果刻录下来
- 即是“卜辞”
- 真实结果出现后
- 验证贞不贞
- 系辞传
- 大衍之数五十
- 其用四十有九
- 分而爲二以象两
- 挂一以象三
- 揲之以四以象四时
- 归奇于扐以象闰
- 五岁再闰
- 故再扐而后挂
- 天数五,地数五,五位相得而各有合
- 天数二十有五,地数三十,凡天地之数五十有五
- 此所以成变化而行鬼神也
-
首先要知道自己要问些什么
-
能够发现问题其实就已经开始解决问题
-
大衍之数五十
- 其用四十有九
- 留一根象征大道本体不变
- 分而爲二以象两
- 分出了阴阳两仪
- 下图中从左到右分别代表天、地、人三才
- 人生于地、长于地
- 所以刚刚我们从代表地的一组中取出一根代表人
- 我们从右边一组中取出一根放于左手两指间
- 此为挂一
- 将右边的蓍草
- 四根一组开始数
- 四象征春夏秋冬四季
- 最后剩下四种可能
- [1,2,3,4]
- 将剩余的放于左手两指之间
- 和刚才取出的一根一起放起来
- 揲之以四以象四时
- 归奇于扐以象闰
- 故再扐而后挂
- 将左边一组也用类似方法处理
- 是5或者9
- 把取出的排除之后
- 再做一轮
- 4或8
- 把第二轮得到的排除之后
- 开始第三轮
- 除以4得到
- [9,8,7,6]四种可能
- 9 老阳
- 8 少阴
- 7 少阳
- 6 老阴
- 如此可以得到一爻
- 一卦里有6爻
- 运行结果
import random
def get_number(num):
tian = random.randint(0,num)
di = num - tian
#print(tian, ",", di, ",", num)
di = di - 1
run_di = di % 4
if run_di == 0:
run_di = 4
run_di = run_di + 1
run_tian = (tian - 1) % 4
if run_tian == 0:
run_tian = 4
run_tian = run_tian + 1
#print(run_tian,",",run_di,",", run_tian + run_di)
return num - run_tian - run_di
l_zhu = list()
l_zhi = list()
for i in range(6):
round_1 = get_number(50 - 1)
round_2 = get_number(round_1)
round_3 = get_number(round_2)
result = round_3 // 4
if result == 6:
l_zhu.append("0")
l_zhi.append("1")
elif result == 7:
l_zhu.append("1")
l_zhi.append("1")
elif result == 8:
l_zhu.append("0")
l_zhi.append("0")
else:
l_zhu.append("1")
l_zhi.append("0")
print(l_zhu,l_zhi)
- 运行结果
- 卦象字典
d = {
"000000": "地势坤",
"000001": "地雷复",
"000010": "地水师",
"000011": "地泽临",
"000100": "地山谦",
"000101": "地火明夷",
"000110": "地风升",
"000111": "地天泰",
"001000": "雷地豫",
"001001": "震为雷",
"001010": "雷水解",
"001011": "雷泽归妹",
"001100": "雷山小过",
"001101": "雷火丰",
"001110": "雷风恒",
"001111": "雷天大壮",
"010000": "水地比",
"010001": "水雷屯",
"010010": "坎为水",
"010011": "水泽节",
"010100": "水山蹇",
"010101": "水火即济",
"010110": "水风井",
"010111": "水天需",
"011000": "泽地萃",
"011001": "泽雷随",
"011010": "泽水困",
"011011": "兑为泽",
"011100": "泽山咸",
"011101": "泽火革",
"011110": "泽风大过",
"011111": "泽天夬",
"100000": "山地剥",
"100001": "山雷颐",
"100010": "山水蒙",
"100011": "山泽损",
"100100": "艮为山",
"100101": "山火贲",
"100110": "山风蛊",
"100111": "山天大畜",
"101000": "火地晋",
"101001": "火雷噬嗑",
"101010": "火水未济",
"101011": "火泽睽",
"101100": "火山旅",
"101101": "离为火",
"101110": "火风鼎",
"101111": "火天大有",
"110000": "风地观",
"110001": "风雷益",
"110010": "风水涣",
"110011": "风泽中孚",
"110100": "风山渐",
"110101": "风火家人",
"110110": "巽为风",
"110111": "风天小畜",
"111000": "天地否",
"111001": "天雷无妄",
"111010": "天水讼",
"111011": "天泽履",
"111100": "天山遁",
"111101": "天火同人",
"111110": "天风姤",
"111111": "天行健(乾)"
}
- 将两部分链接起来
- 封装成一个函数
import random
def zhan():
d = {
"000000": "地势坤",
"000001": "地雷复",
"000010": "地水师",
"000011": "地泽临",
"000100": "地山谦",
"000101": "地火明夷",
"000110": "地风升",
"000111": "地天泰",
"001000": "雷地豫",
"001001": "震为雷",
"001010": "雷水解",
"001011": "雷泽归妹",
"001100": "雷山小过",
"001101": "雷火丰",
"001110": "雷风恒",
"001111": "雷天大壮",
"010000": "水地比",
"010001": "水雷屯",
"010010": "坎为水",
"010011": "水泽节",
"010100": "水山蹇",
"010101": "水火即济",
"010110": "水风井",
"010111": "水天需",
"011000": "泽地萃",
"011001": "泽雷随",
"011010": "泽水困",
"011011": "兑为泽",
"011100": "泽山咸",
"011101": "泽火革",
"011110": "泽风大过",
"011111": "泽天夬",
"100000": "山地剥",
"100001": "山雷颐",
"100010": "山水蒙",
"100011": "山泽损",
"100100": "艮为山",
"100101": "山火贲",
"100110": "山风蛊",
"100111": "山天大畜",
"101000": "火地晋",
"101001": "火雷噬嗑",
"101010": "火水未济",
"101011": "火泽睽",
"101100": "火山旅",
"101101": "离为火",
"101110": "火风鼎",
"101111": "火天大有",
"110000": "风地观",
"110001": "风雷益",
"110010": "风水涣",
"110011": "风泽中孚",
"110100": "风山渐",
"110101": "风火家人",
"110110": "巽为风",
"110111": "风天小畜",
"111000": "天地否",
"111001": "天雷无妄",
"111010": "天水讼",
"111011": "天泽履",
"111100": "天山遁",
"111101": "天火同人",
"111110": "天风姤",
"111111": "天行健(乾)"
}
def get_number(num):
tian = random.randint(0,num)
di = num - tian
#print(tian, ",", di, ",", num)
di = di - 1
run_di = di % 4
if run_di == 0:
run_di = 4
run_di = run_di + 1
run_tian = (tian - 1) % 4
if run_tian == 0:
run_tian = 4
run_tian = run_tian + 1
#print(run_tian,",",run_di,",", run_tian + run_di)
return num - run_tian - run_di
def zhanpu():
s_zhu = str()
s_zhi = str()
for i in range(6):
round_1 = get_number(50 - 1)
round_2 = get_number(round_1)
round_3 = get_number(round_2)
result = round_3 // 4
if result == 6:
s_zhu += "0"
s_zhi += "1"
elif result == 7:
s_zhu += "1"
s_zhi += "1"
elif result == 8:
s_zhu += "0"
s_zhi += "0"
else:
s_zhu += "1"
s_zhi += "0"
print(d[s_zhu])
print("之")
print(d[s_zhi])
zhanpu()
zhan()
- 周易博大精深
- 里面蕴含着很多古老的道理
- 真的弄懂不容易
- 善易者不卜
- 自己去实践判断才有真实的收获
- 比如模块化的道理
- 一个模块一个功能
- 高内聚
- 低耦合
- 模块化就都是优点么？
- 就没有什么模块化导致的问题么？🤔
- 我们下次再说👋