iris dataset
data.describe()
#WE USE DISCRETIZATION BECAUSE IT CONVERT CONTINUOUS DATA INTO DICRETE DATA #WE DOING DISTRETIZATION FOR EACH COLUMN data['Sepal.Length'] = pd.cut(data['Sepal.Length'], bins = [data['Sepal.Length'].min(), data['Sepal.Length'].mean(), data['Sepal.Length'].max()], labels = ["low","high"])
data['Sepal.Width'] = pd.cut(data['Sepal.Width'], bins = [data['Sepal.Width'].min(), data['Sepal.Width'].mean(), data['Sepal.Width'].max()], labels = ["low","high"])
data['Petal.Length'] = pd.cut(data['Petal.Length'], bins = [data['Petal.Length'].min(), data['Petal.Length'].mean(), data['Petal.Length'].max()], labels = ["low","high"])
data['Petal.Width'] = pd.cut(data['Petal.Width'], bins = [data['Petal.Width'].min(), data['Petal.Width'].mean(), data['Petal.Width'].max()], labels = ["low","high"])
#is there any method or short cut for this or by using for loop to discretized all columns at once
cols1 = ['Petal.Width','Petal.Length','Sepal.Width','Sepal.Length']
for i in cols1:
data[i] = pd.cut(data[i], bins = [data[i].min(), data[i].mean(), data[i].max()],labels = ["low","high"])
try to do it using a for
loop