In [ ]:
from google.colab import drive
drive.mount('/content/drive')
Mounted at /content/drive
In [ ]:
from typing import Sequence, Tuple
from itertools import combinations, chain
import numpy as np
import pandas as pd
import seaborn as sns
import matplotlib.pyplot as plt
import matplotlib.cm as cm
import sklearn
from sklearn.decomposition import PCA
from sklearn.cluster import KMeans, AgglomerativeClustering, SpectralClustering
from scipy.cluster.hierarchy import dendrogram
from sklearn.preprocessing import StandardScaler
from sklearn.metrics import silhouette_samples, silhouette_score
from sklearn.tree import DecisionTreeClassifier, plot_tree
In [ ]:
df_Fel = pd.read_csv('/content/drive/MyDrive/Amazon hackathon/Columbia_Hackathon_Data_Dogfood.csv')
In [ ]:
sns.pairplot(df_Fel.drop(columns=['sale_id', 'customer_id', 'product_id']), hue = 'prime', palette=['b', 'r'], plot_kws=dict(alpha=0.4))
plt.show()

Data Preprocessing

In [ ]:
df_Fel.drop(columns =['sale_id','customer_id', 'product_id'], inplace=True) #drop sale_id, customer_id, product_id
In [ ]:
scaler = StandardScaler()
df_Fel_scale = df_Fel.copy()
df_Fel_scale[['price']] = scaler.fit_transform(df_Fel_scale[['price']])
df_Fel_scale.head()
Out[ ]:
sale_date ad_exp sns product_brand product_name price qty gender city st zip lat lng marital education income age prime
0 2021-10-01 Don't recall seeing an ad 0 Alpha Alpha Natural Sensitive Systems, Skin & Coat S... 0.490374 1 F Boise ID 83711 43.4599 -116.2440 Married Some college or trade school $80,000 - $99,999 55-64 0
1 2021-10-01 Don't recall seeing an ad 1 Arf Arf Soft & Tender American Jerky Dog Treats -1.380585 1 F Durham NC 27710 36.0512 -78.8577 Married High school graduate $100,000 or more 45-54 1
2 2021-10-01 Don't recall seeing an ad 0 Bezt Bezt Adult Chicken and Brown Rice Recipe Dry D... -1.245769 1 M Phoenix AZ 85099 33.2765 -112.1872 Married College graduate $100,000 or more 45-54 1
3 2021-10-01 Don't recall seeing an ad 0 Alpha Alpha Probiotics Shredded Blend High Protein, ... 2.004318 1 F Portsmouth NH 214 43.0059 -71.0132 Married Some college or trade school $100,000 or more 55-64 1
4 2021-10-01 Don't recall seeing an ad 0 Alpha Alpha Natural Adult Lamb & Rice Dry Dog Food -0.699510 1 F Chicago IL 60624 41.8804 -87.7223 Single Some college or trade school $40,000 - $59,999 25-34 1
In [ ]:
df_Fel_onehot = pd.get_dummies(df_Fel_scale, drop_first=False)#, columns = (['sale_date','ad_exp','income','gender','marital', 'education','age']))
df_Fel_onehot.head()
Out[ ]:
sns price qty zip lat lng prime sale_date_2021-10-01 sale_date_2021-10-02 sale_date_2021-10-03 ... income_$40,000 - $59,999 income_$60,000 - $79,999 income_$80,000 - $99,999 income_Less than $20,000 age_18-24 age_25-34 age_35-44 age_45-54 age_55-64 age_65+
0 0 0.490374 1 83711 43.4599 -116.2440 0 1 0 0 ... 0 0 1 0 0 0 0 0 1 0
1 1 -1.380585 1 27710 36.0512 -78.8577 1 1 0 0 ... 0 0 0 0 0 0 0 1 0 0
2 0 -1.245769 1 85099 33.2765 -112.1872 1 1 0 0 ... 0 0 0 0 0 0 0 1 0 0
3 0 2.004318 1 214 43.0059 -71.0132 1 1 0 0 ... 0 0 0 0 0 0 0 0 1 0
4 0 -0.699510 1 60624 41.8804 -87.7223 1 1 0 0 ... 1 0 0 0 0 1 0 0 0 0

5 rows × 1044 columns

In [ ]:
def calculate_k_mean(n_cluster: int, X: Sequence)-> Tuple[float, Sequence, Sequence, sklearn.cluster._kmeans.KMeans]:
    '''
    General Function to returns commonly used metrics for K-Means Clustering and the fitted instance
    '''
    kmean = KMeans(n_clusters = n_cluster, random_state=24)
    cluster_labels = kmean.fit_predict(X)
    return kmean.inertia_, cluster_labels, kmean.cluster_centers_, kmean
In [ ]:
log = [] 
silhoettes = True
k_range = range(2,15) # Range of k values

for k in k_range:
    inertia, cluster_labels, _, _ = calculate_k_mean(k, df_Fel_onehot) # Fitting the model
    if silhoettes: # Generate Silhoettes Score
        silhoettes_avg = silhouette_score(df_Fel_onehot, cluster_labels)
        log.append([k, inertia, silhoettes_avg])
        continue
    log.append([k, inertia])
In [ ]:
plot_df = pd.DataFrame(
    log, columns = [
        'k', 'Inertias (Sum of squared distances to Nearest Cluster Centroids)', 'Silhouette Coefficient'
        ]
    )
fig, axes = plt.subplots(1,2, figsize=(18,7))
sns.lineplot(
    x='k', y='Inertias (Sum of squared distances to Nearest Cluster Centroids)', 
    data = plot_df, marker= 'o', ax = axes[0])
axes[0].set_title("Elbow Method (Inertia)")
sns.lineplot(x='k', y='Silhouette Coefficient', data=plot_df, marker='o', ax = axes[1])
axes[1].set_title("Silhoettes Score")
plt.show()
In [ ]:
def silhouette_analysis_with_pca(n_clusters : int,  X: Sequence):
    '''
    Perform Silhoette Analysis and Visualising the clusters generated using PCA

    Reference: https://scikit-learn.org/stable/auto_examples/cluster/plot_kmeans_silhouette_analysis.html
    '''
    
    # Perform K-Mean Clustering
    _, cluster_labels, cluster_centroids, kmean = calculate_k_mean(n_clusters, X)

    # Compute Individual Silhoette Score
    silhoettes_avg = silhouette_score(X, cluster_labels)

    # Compute Average Silhoette Score
    sample_silhouette_values = silhouette_samples(X, cluster_labels)

    # Create a subplot with 1 row and 2 columns
    fig, (ax1, ax2) = plt.subplots(1, 2)
    fig.set_size_inches(18, 7)

    ################################### Silhouette Plot #############################################
 
    # The (n_clusters+1)*10 is for inserting blank space between silhouette
    # plots of individual clusters, to demarcate them clearly.
    ax1.set_xlim([-0.1, 1])
    ax1.set_ylim([0, len(df_Fel_onehot) + (n_clusters + 1) * 10])
    y_lower = 10

    # Assign colours for different cluster
    for i in range(n_clusters):
         # Aggregate the silhouette scores for samples belonging to
         # cluster i, and sort them
         ith_cluster_silhouette_values = sample_silhouette_values[cluster_labels == i]
         ith_cluster_silhouette_values.sort()
         size_cluster_i = ith_cluster_silhouette_values.shape[0]
         y_upper = y_lower + size_cluster_i
         color = cm.nipy_spectral(float(i) / n_clusters)
         ax1.fill_betweenx(np.arange(y_lower, y_upper),
                           0, ith_cluster_silhouette_values,
                           facecolor=color, edgecolor=color, alpha=0.7)
         # Label the silhouette plots with their cluster numbers at the middle
         ax1.text(-0.05, y_lower + 0.5 * size_cluster_i, str(i))
         # Compute the new y_lower for next plot
         y_lower = y_upper + 10  # 10 for the 0 samples

    ax1.set_title("The Silhouette Plot for the various clusters.")
    ax1.set_xlabel("The silhouette coefficient values")
    ax1.set_ylabel("Cluster label")
    # The vertical line for average silhouette score of all the values
    ax1.axvline(x=silhoettes_avg, color="red", linestyle="--")
    ax1.set_yticks([])  # Clear the yaxis labels / ticks
    ax1.set_xticks([-0.1, 0, 0.2, 0.4, 0.6, 0.8, 1])

    ################################### PCA Plot #############################################
 
    # Compute PCA with only First 2 Number of Component
    pca2 = PCA(n_components=2)
    sample_pca2 = pca2.fit_transform(X)

    # Plotting the PCA graph
    colors = cm.nipy_spectral(cluster_labels.astype(float) / n_clusters)
    ax2.scatter(sample_pca2[:,0], sample_pca2[:,1], marker='.', s=75, lw=0, alpha=1,
            c=colors, edgecolor='k')

    # Labeling the clusters
    centers = cluster_centroids.dot(pca2.components_.T) # Calculate New Cluster Positions after PCA

    # Labelling each cluster centroids
    #ax2.scatter(centers[:, 0], centers[:, 1], marker='o',
    #            c="white", alpha=1, s=200, edgecolor='k')
    #for i, c in enumerate(centers):
    #    ax2.scatter(c[0], c[1], marker='$%d$' % i, alpha=1,
    #               s=50, edgecolor='k')
   # ax2.set_title("The visualization of the PCA with total variance explained of {:.2f}%.".format(pca2.explained_variance_ratio_.sum()*100))
    #ax2.set_xlabel("Feature space for the 1st principle component")
    #ax2.set_ylabel("Feature space for the 2nd principle component")
    plt.suptitle(("Silhouette analysis for KMeans clustering on sample data "
                  "with n_clusters = %d" % n_clusters),
                 fontsize=14, fontweight='bold')

for i, k in enumerate(range(10,11)): # Analyse k = (4,5,6)
    silhouette_analysis_with_pca(n_clusters = k, X = df_Fel_onehot)
    plt.show()
In [ ]:
inertia, cluster_labels, _, _ = calculate_k_mean(10, df_Fel_onehot)
In [ ]:
inertia
Out[ ]:
59928172015.67202
In [ ]:
labels = cluster_labels
In [ ]:
len(labels)
Out[ ]:
8894
In [ ]:
label0 = np.where(labels == 0)
label0
label0[0].shape
Out[ ]:
(1108,)
In [ ]:
label1 = np.where(labels == 1)
label1
label1[0].shape
Out[ ]:
(642,)
In [ ]:
label2 = np.where(labels == 2)
label2[0].shape
Out[ ]:
(1264,)
In [ ]:
label3 = np.where(labels == 3)
label3[0].shape
Out[ ]:
(510,)
In [ ]:
label4 = np.where(labels == 4)
label4[0].shape
Out[ ]:
(755,)
In [ ]:
label5 = np.where(labels == 5)
label5[0].shape
Out[ ]:
(668,)
In [ ]:
label6 = np.where(labels == 6)
label6[0].shape
Out[ ]:
(1066,)
In [ ]:
label7 = np.where(labels == 7)
label7[0].shape
Out[ ]:
(877,)
In [ ]:
label8 = np.where(labels == 8)
label8[0].shape
Out[ ]:
(1221,)
In [ ]:
label9 = np.where(labels == 9)
label9[0].shape
Out[ ]:
(783,)
In [ ]:
label0= label0[0] #convert from tuple to list
label1= label1[0]
label2= label2[0]
label3= label3[0]
label4= label4[0]
label5= label5[0]
label6= label6[0]
label7= label7[0]
label8= label8[0]
label9= label9[0]
In [ ]:
df0= df_Fel_onehot[df_Fel_onehot.index.isin(label0)] #get rows from cluster based on index
df1= df_Fel_onehot[df_Fel_onehot.index.isin(label1)]
df2= df_Fel_onehot[df_Fel_onehot.index.isin(label2)]
df3= df_Fel_onehot[df_Fel_onehot.index.isin(label3)]
df4= df_Fel_onehot[df_Fel_onehot.index.isin(label4)]
df5= df_Fel_onehot[df_Fel_onehot.index.isin(label5)]
df6= df_Fel_onehot[df_Fel_onehot.index.isin(label6)]
df7= df_Fel_onehot[df_Fel_onehot.index.isin(label7)]
df8= df_Fel_onehot[df_Fel_onehot.index.isin(label8)]
df9= df_Fel_onehot[df_Fel_onehot.index.isin(label9)]
In [ ]:

In [ ]:
from statistics import mean
mean(df0['price']*df0['qty'])
Out[ ]:
-0.024019945030047857
In [ ]:
mean(df1['price']*df1['qty'])
Out[ ]:
-0.018127835978210223
In [ ]:
mean(df2['price']*df2['qty'])
Out[ ]:
0.10326014624762712
In [ ]:
mean(df3['price']*df3['qty'])
Out[ ]:
0.09995315931784801
In [ ]:
mean(df4['price']*df4['qty'])
Out[ ]:
-0.04742933551255805
In [ ]:
mean(df5['price']*df5['qty'])
Out[ ]:
-0.021991431675108617
In [ ]:
mean(df6['price']*df6['qty'])
Out[ ]:
0.06981661182760394
In [ ]:
mean(df7['price']*df7['qty'])
Out[ ]:
-0.05458320917941718
In [ ]:
mean(df8['price']*df8['qty'])
Out[ ]:
-0.03677272386123989
In [ ]:
mean(df9['price']*df9['qty'])
Out[ ]:
-0.05638635074643973
In [ ]:
columns_brand = ['product_brand_Alpha',
 'product_brand_Arf',
 'product_brand_Astro',
 'product_brand_Beam',
 'product_brand_Beethoven',
 'product_brand_Bezt',
 'product_brand_Bones',
 'product_brand_Choice',
 'product_brand_Flora',
 'product_brand_Garland',
 'product_brand_Hanover',
 'product_brand_Health One',
 'product_brand_Hearth',
 'product_brand_K99',
 'product_brand_Kastle',
 'product_brand_King',
 'product_brand_Omaha',
 'product_brand_Paws',
 'product_brand_Perro',
 'product_brand_Playtime',
 'product_brand_Rivera',
 'product_brand_Romero',
 'product_brand_Ruby',
 'product_brand_Seattle Gourmet',
 'product_brand_Top']
max_column = ''
max_count = -1
for column in columns_brand:
  count = df2[column].sum()
  print('max_column = {},  count = {}'.format(column, count))
  if count > max_count:
    max_count = count
    max_column = column
print('max_column = {},  count = {}'.format(max_column, max_count))
max_column = product_brand_Alpha,  count = 416
max_column = product_brand_Arf,  count = 133
max_column = product_brand_Astro,  count = 10
max_column = product_brand_Beam,  count = 31
max_column = product_brand_Beethoven,  count = 14
max_column = product_brand_Bezt,  count = 209
max_column = product_brand_Bones,  count = 9
max_column = product_brand_Choice,  count = 53
max_column = product_brand_Flora,  count = 7
max_column = product_brand_Garland,  count = 45
max_column = product_brand_Hanover,  count = 12
max_column = product_brand_Health One,  count = 109
max_column = product_brand_Hearth,  count = 8
max_column = product_brand_K99,  count = 11
max_column = product_brand_Kastle,  count = 5
max_column = product_brand_King,  count = 30
max_column = product_brand_Omaha,  count = 10
max_column = product_brand_Paws,  count = 26
max_column = product_brand_Perro,  count = 12
max_column = product_brand_Playtime,  count = 6
max_column = product_brand_Rivera,  count = 14
max_column = product_brand_Romero,  count = 8
max_column = product_brand_Ruby,  count = 18
max_column = product_brand_Seattle Gourmet,  count = 43
max_column = product_brand_Top,  count = 25
max_column = product_brand_Alpha,  count = 416
In [ ]:

Aggrolomative Clustering

In [ ]:
from scipy.cluster.hierarchy import dendrogram, linkage

data = df_Fel_onehot
linkage_data = linkage(data, method = 'ward', metric='euclidean')
dendrogram(linkage_data)

plt.show()
In [ ]:
hierarchical_cluster = AgglomerativeClustering(n_clusters = 10, affinity='euclidean', linkage='ward' )
In [ ]:
labels = hierarchical_cluster.fit_predict(df_Fel_onehot)
print(labels)
[7 2 7 ... 4 0 0]
In [ ]:
len(labels)
Out[ ]:
8894
In [ ]:
label0 = np.where(labels == 0)
label0
label0[0].shape
Out[ ]:
(963,)
In [ ]:
label1 = np.where(labels == 1)
label1
label1[0].shape
Out[ ]:
(685,)
In [ ]:
label2 = np.where(labels == 2)
label2[0].shape
Out[ ]:
(1470,)
In [ ]:
label3 = np.where(labels == 3)
label3[0].shape
Out[ ]:
(1108,)
In [ ]:
label4 = np.where(labels == 4)
label4[0].shape
Out[ ]:
(1340,)
In [ ]:
label5 = np.where(labels == 5)
label5[0].shape
Out[ ]:
(862,)
In [ ]:
label6 = np.where(labels == 6)
label6[0].shape
Out[ ]:
(810,)
In [ ]:
label7 = np.where(labels == 7)
label7[0].shape
Out[ ]:
(783,)
In [ ]:
label8 = np.where(labels == 8)
label8[0].shape
Out[ ]:
(389,)
In [ ]:
label9 = np.where(labels == 9)
label9[0].shape
Out[ ]:
(484,)
In [ ]:
label0= label0[0] #convert from tuple to list
label1= label1[0]
label2= label2[0]
label3= label3[0]
label4= label4[0]
label5= label5[0]
label6= label6[0]
label7= label7[0]
label8= label8[0]
label9= label9[0]
In [ ]:
df0= df_Fel_onehot[df_Fel_onehot.index.isin(label0)] #get rows from cluster based on index
df1= df_Fel_onehot[df_Fel_onehot.index.isin(label1)]
df2= df_Fel_onehot[df_Fel_onehot.index.isin(label2)]
df3= df_Fel_onehot[df_Fel_onehot.index.isin(label3)]
df4= df_Fel_onehot[df_Fel_onehot.index.isin(label4)]
df5= df_Fel_onehot[df_Fel_onehot.index.isin(label5)]
df6= df_Fel_onehot[df_Fel_onehot.index.isin(label6)]
df7= df_Fel_onehot[df_Fel_onehot.index.isin(label7)]
df8= df_Fel_onehot[df_Fel_onehot.index.isin(label8)]
df9= df_Fel_onehot[df_Fel_onehot.index.isin(label9)]
In [ ]:
df1
Out[ ]:
sns price qty zip lat lng prime sale_date_2021-10-01 sale_date_2021-10-02 sale_date_2021-10-03 ... income_$40,000 - $59,999 income_$60,000 - $79,999 income_$80,000 - $99,999 income_Less than $20,000 age_18-24 age_25-34 age_35-44 age_45-54 age_55-64 age_65+
4 0 -0.699510 1 60624 41.8804 -87.7223 1 1 0 0 ... 1 0 0 0 0 1 0 0 0 0
33 0 0.842396 1 62723 39.7495 -89.6060 1 0 0 1 ... 0 0 1 0 0 0 0 0 1 0
48 0 0.260186 1 55127 45.0803 -93.0875 1 0 0 0 ... 0 1 0 0 0 1 0 0 0 0
50 1 -0.629605 1 57110 43.5486 -96.6332 1 0 0 0 ... 1 0 0 0 0 0 1 0 0 0
54 0 0.149337 1 62711 39.7655 -89.7293 1 0 0 0 ... 0 0 0 0 0 0 0 1 0 0
... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ...
8870 0 0.140349 2 62756 39.7495 -89.6060 1 0 0 0 ... 0 0 0 0 0 0 0 0 0 1
8874 0 0.842396 1 60636 41.7760 -87.6674 1 0 0 0 ... 1 0 0 0 0 0 0 1 0 0
8882 1 0.638672 1 55905 44.0225 -92.4668 0 0 0 0 ... 1 0 0 0 0 0 0 0 1 0
8884 0 -0.808363 1 52804 41.5386 -90.6115 1 0 0 0 ... 0 0 0 0 0 0 1 0 0 0
8886 0 -1.150398 1 55108 44.9806 -93.1771 1 0 0 0 ... 0 1 0 0 0 0 0 0 1 0

685 rows × 1044 columns

In [ ]:
from statistics import mean
mean(df0['price']*df0['qty'])
Out[ ]:
-0.015045486214909818
In [ ]:
mean(df1['price']*df1['qty'])
Out[ ]:
-0.024412121773835907
In [ ]:
mean(df2['price']*df2['qty'])
Out[ ]:
0.08744795926327455
In [ ]:
mean(df3['price']*df3['qty'])
Out[ ]:
-0.024019945030047857
In [ ]:
mean(df4['price']*df4['qty'])
Out[ ]:
-0.0200793420043912
In [ ]:
mean(df5['price']*df5['qty'])
Out[ ]:
-0.052724937111071644
In [ ]:
mean(df6['price']*df6['qty'])
Out[ ]:
0.06573791243837343
In [ ]:
mean(df7['price']*df7['qty'])
Out[ ]:
-0.05638635074643973
In [ ]:
mean(df8['price']*df8['qty'])
Out[ ]:
0.0837901853442486
In [ ]:
mean(df9['price']*df9['qty'])
Out[ ]:
-0.020267132049387838

cluster 8 has the highest value customers. therefore, we would want to learn

  1. List item
  2. List item

what the features' characteristic of this cluster is

In [ ]:
df8
Out[ ]:
sns price qty zip lat lng prime sale_date_2021-10-01 sale_date_2021-10-02 sale_date_2021-10-03 ... income_$40,000 - $59,999 income_$60,000 - $79,999 income_$80,000 - $99,999 income_Less than $20,000 age_18-24 age_25-34 age_35-44 age_45-54 age_55-64 age_65+
19 0 -1.350127 1 70116 29.9686 -90.0646 1 0 1 0 ... 0 0 0 0 0 0 1 0 0 0
29 0 -0.770414 1 68517 40.9317 -96.6045 1 0 0 1 ... 0 0 0 0 0 0 0 0 1 0
30 0 -1.007592 1 66160 39.0966 -94.7495 1 0 0 1 ... 0 0 1 0 0 0 0 0 1 0
41 0 3.381947 1 70179 30.0330 -89.8826 1 0 0 0 ... 0 0 1 0 0 0 0 0 1 0
71 0 0.260186 1 70165 30.0330 -89.8826 1 0 0 0 ... 0 1 0 0 0 0 1 0 0 0
... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ...
8798 0 -0.559700 1 66225 38.8999 -94.8320 0 0 0 0 ... 1 0 0 0 0 0 0 1 0 0
8799 0 -0.691022 2 71151 32.6076 -93.7526 1 0 0 0 ... 0 0 0 0 0 0 1 0 0 0
8860 0 0.939763 1 68197 41.2490 -96.0274 0 0 0 0 ... 0 0 0 0 0 0 1 0 0 0
8864 0 -1.008091 1 68164 41.2955 -96.1008 1 0 0 0 ... 0 1 0 0 0 0 0 0 1 0
8879 0 0.097407 1 66105 39.0850 -94.6356 1 0 0 0 ... 1 0 0 0 0 0 0 0 1 0

389 rows × 1044 columns

In [ ]:
column_list = df_Fel_onehot.columns.values.tolist()
column_list
Out[ ]:
['sns',
 'price',
 'qty',
 'zip',
 'lat',
 'lng',
 'prime',
 'sale_date_2021-10-01',
 'sale_date_2021-10-02',
 'sale_date_2021-10-03',
 'sale_date_2021-10-04',
 'sale_date_2021-10-05',
 'sale_date_2021-10-06',
 'sale_date_2021-10-07',
 'sale_date_2021-10-08',
 'sale_date_2021-10-09',
 'sale_date_2021-10-10',
 'sale_date_2021-10-11',
 'sale_date_2021-10-12',
 'sale_date_2021-10-13',
 'sale_date_2021-10-14',
 'sale_date_2021-10-15',
 'sale_date_2021-10-16',
 'sale_date_2021-10-17',
 'sale_date_2021-10-18',
 'sale_date_2021-10-19',
 'sale_date_2021-10-20',
 'sale_date_2021-10-21',
 'sale_date_2021-10-22',
 'sale_date_2021-10-23',
 'sale_date_2021-10-24',
 'sale_date_2021-10-25',
 'sale_date_2021-10-26',
 'sale_date_2021-10-27',
 'sale_date_2021-10-28',
 'sale_date_2021-10-29',
 'sale_date_2021-10-30',
 'sale_date_2021-10-31',
 'sale_date_2021-11-01',
 'sale_date_2021-11-02',
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 'product_name_Top Bites Dry Dog Food, Chicken & Rice Recipe, 4 Pound Bag',
 'product_name_Top Dry Dog Food',
 'product_name_Top Grain-Free Salmon, Sweet Potato & Pumpkin Dry Dog Food',
 'product_name_Top Limited Ingredient Diet | Adult Grain-Free Dry Dog Food',
 'product_name_Top Small Bites Dry Dog Food, Chicken & Rice Recipe, 4 Pound Bag',
 'gender_F',
 'gender_M',
 'city_Abilene',
 'city_Aiken',
 'city_Akron',
 'city_Albany',
 'city_Albuquerque',
 'city_Alexandria',
 'city_Allentown',
 'city_Alpharetta',
 'city_Amarillo',
 'city_Anaheim',
 'city_Anchorage',
 'city_Anderson',
 'city_Ann Arbor',
 'city_Annapolis',
 'city_Anniston',
 'city_Apache Junction',
 'city_Appleton',
 'city_Arlington',
 'city_Arvada',
 'city_Ashburn',
 'city_Asheville',
 'city_Athens',
 'city_Atlanta',
 'city_Augusta',
 'city_Aurora',
 'city_Austin',
 'city_Bakersfield',
 'city_Baltimore',
 'city_Baton Rouge',
 'city_Battle Creek',
 'city_Beaufort',
 'city_Beaumont',
 'city_Bellevue',
 'city_Berkeley',
 'city_Bethesda',
 'city_Bethlehem',
 'city_Billings',
 'city_Biloxi',
 'city_Birmingham',
 'city_Bismarck',
 'city_Bloomington',
 'city_Boca Raton',
 'city_Boise',
 'city_Bonita Springs',
 'city_Boston',
 'city_Boulder',
 'city_Boynton Beach',
 'city_Bozeman',
 'city_Bradenton',
 'city_Brea',
 'city_Bridgeport',
 'city_Brockton',
 'city_Bronx',
 'city_Brooklyn',
 'city_Bryan',
 'city_Buffalo',
 'city_Burbank',
 'city_Cambridge',
 'city_Camden',
 'city_Canton',
 'city_Carlsbad',
 'city_Carol Stream',
 'city_Carson City',
 'city_Cedar Rapids',
 'city_Champaign',
 'city_Charleston',
 'city_Charlotte',
 'city_Charlottesville',
 'city_Chattanooga',
 'city_Chesapeake',
 'city_Cheyenne',
 'city_Chicago',
 'city_Chico',
 'city_Chula Vista',
 'city_Cincinnati',
 'city_Clearwater',
 'city_Cleveland',
 'city_College Station',
 'city_Colorado Springs',
 'city_Columbia',
 'city_Columbus',
 'city_Concord',
 'city_Conroe',
 'city_Corona',
 'city_Corpus Christi',
 'city_Cumming',
 'city_Dallas',
 'city_Danbury',
 'city_Davenport',
 'city_Dayton',
 'city_Daytona Beach',
 'city_Dearborn',
 'city_Decatur',
 'city_Delray Beach',
 'city_Denton',
 'city_Denver',
 'city_Des Moines',
 'city_Detroit',
 'city_Dulles',
 'city_Duluth',
 'city_Durham',
 'city_East Saint Louis',
 'city_Edmond',
 'city_El Paso',
 'city_Elizabeth',
 'city_Elmira',
 'city_Erie',
 'city_Escondido',
 'city_Eugene',
 'city_Evanston',
 'city_Evansville',
 'city_Everett',
 'city_Fairbanks',
 'city_Fairfax',
 'city_Fairfield',
 'city_Falls Church',
 'city_Fargo',
 'city_Farmington',
 'city_Fayetteville',
 'city_Flint',
 'city_Florence',
 'city_Flushing',
 'city_Fort Collins',
 'city_Fort Lauderdale',
 'city_Fort Myers',
 'city_Fort Pierce',
 'city_Fort Smith',
 'city_Fort Wayne',
 'city_Fort Worth',
 'city_Frankfort',
 'city_Frederick',
 'city_Fredericksburg',
 'city_Fresno',
 'city_Fullerton',
 'city_Gadsden',
 'city_Gainesville',
 'city_Gaithersburg',
 'city_Galveston',
 'city_Garden Grove',
 'city_Garland',
 'city_Gary',
 'city_Gatesville',
 'city_Gilbert',
 'city_Glendale',
 'city_Grand Forks',
 'city_Grand Junction',
 'city_Grand Rapids',
 'city_Great Neck',
 'city_Greeley',
 'city_Green Bay',
 'city_Greensboro',
 'city_Greenville',
 'city_Gulfport',
 'city_Hagerstown',
 'city_Hamilton',
 'city_Hampton',
 'city_Harrisburg',
 'city_Hartford',
 'city_Hattiesburg',
 'city_Hayward',
 'city_Helena',
 'city_Henderson',
 'city_Herndon',
 'city_Hialeah',
 'city_Hicksville',
 'city_High Point',
 'city_Hollywood',
 'city_Honolulu',
 'city_Hot Springs National Park',
 'city_Houston',
 'city_Humble',
 'city_Huntington',
 'city_Huntington Beach',
 'city_Huntsville',
 'city_Hyattsville',
 'city_Idaho Falls',
 'city_Independence',
 'city_Indianapolis',
 'city_Inglewood',
 'city_Iowa City',
 'city_Irvine',
 'city_Irving',
 'city_Jackson',
 'city_Jacksonville',
 'city_Jamaica',
 'city_Jefferson City',
 'city_Jeffersonville',
 'city_Jersey City',
 'city_Johnson City',
 'city_Johnstown',
 'city_Joliet',
 'city_Juneau',
 'city_Kalamazoo',
 'city_Kansas City',
 'city_Katy',
 'city_Killeen',
 'city_Kingsport',
 'city_Kissimmee',
 'city_Knoxville',
 'city_Lafayette',
 'city_Lake Charles',
 'city_Lake Worth',
 'city_Lakeland',
 'city_Lakewood',
 'city_Lancaster',
 'city_Lansing',
 'city_Laredo',
 'city_Largo',
 'city_Las Cruces',
 'city_Las Vegas',
 'city_Laurel',
 'city_Lawrenceville',
 'city_Lees Summit',
 'city_Lehigh Acres',
 'city_Levittown',
 'city_Lexington',
 'city_Lima',
 'city_Lincoln',
 'city_Little Rock',
 'city_Littleton',
 'city_London',
 'city_Long Beach',
 'city_Longview',
 'city_Loretto',
 'city_Los Angeles',
 'city_Louisville',
 'city_Lubbock',
 'city_Lynchburg',
 'city_Lynn',
 'city_Macon',
 'city_Madison',
 'city_Manassas',
 'city_Manchester',
 'city_Mansfield',
 'city_Maple Plain',
 'city_Marietta',
 'city_Melbourne',
 'city_Memphis',
 'city_Meridian',
 'city_Mesa',
 'city_Mesquite',
 'city_Metairie',
 'city_Miami',
 'city_Midland',
 'city_Migrate',
 'city_Milwaukee',
 'city_Minneapolis',
 'city_Missoula',
 'city_Mobile',
 'city_Modesto',
 'city_Monroe',
 'city_Montgomery',
 'city_Monticello',
 'city_Montpelier',
 'city_Moreno Valley',
 'city_Mountain View',
 'city_Muncie',
 'city_Murfreesboro',
 'city_Muskegon',
 'city_Myrtle Beach',
 'city_Naperville',
 'city_Naples',
 'city_Nashville',
 'city_New Brunswick',
 'city_New Castle',
 'city_New Haven',
 'city_New Hyde Park',
 'city_New Orleans',
 'city_New York City',
 'city_Newark',
 'city_Newport News',
 'city_Newton',
 'city_Norcross',
 'city_Norfolk',
 'city_Norman',
 'city_North Hollywood',
 'city_North Las Vegas',
 'city_North Little Rock',
 'city_North Port',
 'city_Northridge',
 'city_Norwalk',
 'city_Oakland',
 'city_Ocala',
 'city_Odessa',
 'city_Ogden',
 'city_Oklahoma City',
 'city_Olympia',
 'city_Omaha',
 'city_Orange',
 'city_Orlando',
 'city_Oxnard',
 'city_Palatine',
 'city_Palmdale',
 'city_Palo Alto',
 'city_Panama City',
 'city_Pasadena',
 'city_Paterson',
 'city_Pensacola',
 'city_Peoria',
 'city_Petaluma',
 'city_Philadelphia',
 'city_Phoenix',
 'city_Pinellas Park',
 'city_Pittsburgh',
 'city_Pocatello',
 'city_Pomona',
 'city_Pompano Beach',
 'city_Port Charlotte',
 'city_Port Saint Lucie',
 'city_Port Washington',
 'city_Portland',
 'city_Portsmouth',
 'city_Prescott',
 'city_Providence',
 'city_Provo',
 'city_Pueblo',
 'city_Punta Gorda',
 'city_Racine',
 'city_Raleigh',
 'city_Reading',
 'city_Redwood City',
 'city_Reno',
 'city_Reston',
 'city_Richmond',
 'city_Ridgely',
 'city_Riverside',
 'city_Roanoke',
 'city_Rochester',
 'city_Rockford',
 'city_Rockville',
 'city_Round Rock',
 'city_Sacramento',
 'city_Saginaw',
 'city_Saint Augustine',
 'city_Saint Cloud',
 'city_Saint Joseph',
 'city_Saint Louis',
 'city_Saint Paul',
 'city_Saint Petersburg',
 'city_Salem',
 'city_Salinas',
 'city_Salt Lake City',
 'city_San Angelo',
 'city_San Antonio',
 'city_San Bernardino',
 'city_San Diego',
 'city_San Francisco',
 'city_San Jose',
 'city_San Luis Obispo',
 'city_San Rafael',
 'city_Sandy',
 'city_Santa Ana',
 'city_Santa Barbara',
 'city_Santa Clara',
 'city_Santa Fe',
 'city_Santa Monica',
 'city_Santa Rosa',
 'city_Sarasota',
 'city_Savannah',
 'city_Schaumburg',
 'city_Scottsdale',
 'city_Scranton',
 'city_Seattle',
 'city_Seminole',
 'city_Shawnee Mission',
 'city_Shreveport',
 'city_Silver Spring',
 'city_Simi Valley',
 'city_Sioux City',
 'city_Sioux Falls',
 'city_South Bend',
 'city_South Lake Tahoe',
 'city_Southfield',
 'city_Sparks',
 'city_Spartanburg',
 'city_Spokane',
 'city_Spring',
 'city_Spring Hill',
 'city_Springfield',
 'city_Stamford',
 'city_Staten Island',
 'city_Sterling',
 'city_Stockton',
 'city_Suffolk',
 'city_Sunnyvale',
 'city_Syracuse',
 'city_Tacoma',
 'city_Tallahassee',
 'city_Tampa',
 'city_Tempe',
 'city_Temple',
 'city_Terre Haute',
 'city_Texarkana',
 'city_Toledo',
 'city_Topeka',
 'city_Torrance',
 'city_Trenton',
 'city_Troy',
 'city_Tucson',
 'city_Tulsa',
 'city_Tuscaloosa',
 'city_Tyler',
 'city_Utica',
 'city_Valdosta',
 'city_Valley Forge',
 'city_Van Nuys',
 'city_Vancouver',
 'city_Ventura',
 'city_Vero Beach',
 'city_Vienna',
 'city_Virginia Beach',
 'city_Visalia',
 'city_Waco',
 'city_Waltham',
 'city_Warren',
 'city_Washington',
 'city_Waterbury',
 'city_Waterloo',
 'city_West Hartford',
 'city_West Palm Beach',
 'city_White Plains',
 'city_Whittier',
 'city_Wichita',
 'city_Wichita Falls',
 'city_Wilkes Barre',
 'city_Wilmington',
 'city_Winston Salem',
 'city_Winter Haven',
 'city_Woburn',
 'city_Worcester',
 'city_Yakima',
 'city_Yonkers',
 'city_York',
 'city_Young America',
 'city_Youngstown',
 'city_Zephyrhills',
 'st_AK',
 'st_AL',
 'st_AR',
 'st_AZ',
 'st_CA',
 'st_CO',
 'st_CT',
 'st_DC',
 'st_DE',
 'st_FL',
 'st_GA',
 'st_HI',
 'st_IA',
 'st_ID',
 'st_IL',
 'st_IN',
 'st_KS',
 'st_KY',
 'st_LA',
 'st_MA',
 'st_MD',
 'st_MI',
 'st_MN',
 'st_MO',
 'st_MS',
 ...]
In [ ]:
reversed_list = column_list[::-1]
reversed_list
Out[ ]:
['age_65+',
 'age_55-64',
 'age_45-54',
 'age_35-44',
 'age_25-34',
 'age_18-24',
 'income_Less than $20,000',
 'income_$80,000 - $99,999',
 'income_$60,000 - $79,999',
 'income_$40,000 - $59,999',
 'income_$20,000 - $39,999',
 'income_$100,000 or more',
 'education_Some college or trade school',
 'education_Post graduate',
 'education_High school graduate',
 'education_College graduate',
 'marital_Single',
 'marital_Married',
 'marital_Domestic partner/serious relationship',
 'st_WY',
 'st_WV',
 'st_WI',
 'st_WA',
 'st_VT',
 'st_VA',
 'st_UT',
 'st_TX',
 'st_TN',
 'st_SD',
 'st_SC',
 'st_RI',
 'st_PA',
 'st_OR',
 'st_OK',
 'st_OH',
 'st_NY',
 'st_NV',
 'st_NM',
 'st_NJ',
 'st_NH',
 'st_NE',
 'st_ND',
 'st_NC',
 'st_MT',
 'st_MS',
 'st_MO',
 'st_MN',
 'st_MI',
 'st_MD',
 'st_MA',
 'st_LA',
 'st_KY',
 'st_KS',
 'st_IN',
 'st_IL',
 'st_ID',
 'st_IA',
 'st_HI',
 'st_GA',
 'st_FL',
 'st_DE',
 'st_DC',
 'st_CT',
 'st_CO',
 'st_CA',
 'st_AZ',
 'st_AR',
 'st_AL',
 'st_AK',
 'city_Zephyrhills',
 'city_Youngstown',
 'city_Young America',
 'city_York',
 'city_Yonkers',
 'city_Yakima',
 'city_Worcester',
 'city_Woburn',
 'city_Winter Haven',
 'city_Winston Salem',
 'city_Wilmington',
 'city_Wilkes Barre',
 'city_Wichita Falls',
 'city_Wichita',
 'city_Whittier',
 'city_White Plains',
 'city_West Palm Beach',
 'city_West Hartford',
 'city_Waterloo',
 'city_Waterbury',
 'city_Washington',
 'city_Warren',
 'city_Waltham',
 'city_Waco',
 'city_Visalia',
 'city_Virginia Beach',
 'city_Vienna',
 'city_Vero Beach',
 'city_Ventura',
 'city_Vancouver',
 'city_Van Nuys',
 'city_Valley Forge',
 'city_Valdosta',
 'city_Utica',
 'city_Tyler',
 'city_Tuscaloosa',
 'city_Tulsa',
 'city_Tucson',
 'city_Troy',
 'city_Trenton',
 'city_Torrance',
 'city_Topeka',
 'city_Toledo',
 'city_Texarkana',
 'city_Terre Haute',
 'city_Temple',
 'city_Tempe',
 'city_Tampa',
 'city_Tallahassee',
 'city_Tacoma',
 'city_Syracuse',
 'city_Sunnyvale',
 'city_Suffolk',
 'city_Stockton',
 'city_Sterling',
 'city_Staten Island',
 'city_Stamford',
 'city_Springfield',
 'city_Spring Hill',
 'city_Spring',
 'city_Spokane',
 'city_Spartanburg',
 'city_Sparks',
 'city_Southfield',
 'city_South Lake Tahoe',
 'city_South Bend',
 'city_Sioux Falls',
 'city_Sioux City',
 'city_Simi Valley',
 'city_Silver Spring',
 'city_Shreveport',
 'city_Shawnee Mission',
 'city_Seminole',
 'city_Seattle',
 'city_Scranton',
 'city_Scottsdale',
 'city_Schaumburg',
 'city_Savannah',
 'city_Sarasota',
 'city_Santa Rosa',
 'city_Santa Monica',
 'city_Santa Fe',
 'city_Santa Clara',
 'city_Santa Barbara',
 'city_Santa Ana',
 'city_Sandy',
 'city_San Rafael',
 'city_San Luis Obispo',
 'city_San Jose',
 'city_San Francisco',
 'city_San Diego',
 'city_San Bernardino',
 'city_San Antonio',
 'city_San Angelo',
 'city_Salt Lake City',
 'city_Salinas',
 'city_Salem',
 'city_Saint Petersburg',
 'city_Saint Paul',
 'city_Saint Louis',
 'city_Saint Joseph',
 'city_Saint Cloud',
 'city_Saint Augustine',
 'city_Saginaw',
 'city_Sacramento',
 'city_Round Rock',
 'city_Rockville',
 'city_Rockford',
 'city_Rochester',
 'city_Roanoke',
 'city_Riverside',
 'city_Ridgely',
 'city_Richmond',
 'city_Reston',
 'city_Reno',
 'city_Redwood City',
 'city_Reading',
 'city_Raleigh',
 'city_Racine',
 'city_Punta Gorda',
 'city_Pueblo',
 'city_Provo',
 'city_Providence',
 'city_Prescott',
 'city_Portsmouth',
 'city_Portland',
 'city_Port Washington',
 'city_Port Saint Lucie',
 'city_Port Charlotte',
 'city_Pompano Beach',
 'city_Pomona',
 'city_Pocatello',
 'city_Pittsburgh',
 'city_Pinellas Park',
 'city_Phoenix',
 'city_Philadelphia',
 'city_Petaluma',
 'city_Peoria',
 'city_Pensacola',
 'city_Paterson',
 'city_Pasadena',
 'city_Panama City',
 'city_Palo Alto',
 'city_Palmdale',
 'city_Palatine',
 'city_Oxnard',
 'city_Orlando',
 'city_Orange',
 'city_Omaha',
 'city_Olympia',
 'city_Oklahoma City',
 'city_Ogden',
 'city_Odessa',
 'city_Ocala',
 'city_Oakland',
 'city_Norwalk',
 'city_Northridge',
 'city_North Port',
 'city_North Little Rock',
 'city_North Las Vegas',
 'city_North Hollywood',
 'city_Norman',
 'city_Norfolk',
 'city_Norcross',
 'city_Newton',
 'city_Newport News',
 'city_Newark',
 'city_New York City',
 'city_New Orleans',
 'city_New Hyde Park',
 'city_New Haven',
 'city_New Castle',
 'city_New Brunswick',
 'city_Nashville',
 'city_Naples',
 'city_Naperville',
 'city_Myrtle Beach',
 'city_Muskegon',
 'city_Murfreesboro',
 'city_Muncie',
 'city_Mountain View',
 'city_Moreno Valley',
 'city_Montpelier',
 'city_Monticello',
 'city_Montgomery',
 'city_Monroe',
 'city_Modesto',
 'city_Mobile',
 'city_Missoula',
 'city_Minneapolis',
 'city_Milwaukee',
 'city_Migrate',
 'city_Midland',
 'city_Miami',
 'city_Metairie',
 'city_Mesquite',
 'city_Mesa',
 'city_Meridian',
 'city_Memphis',
 'city_Melbourne',
 'city_Marietta',
 'city_Maple Plain',
 'city_Mansfield',
 'city_Manchester',
 'city_Manassas',
 'city_Madison',
 'city_Macon',
 'city_Lynn',
 'city_Lynchburg',
 'city_Lubbock',
 'city_Louisville',
 'city_Los Angeles',
 'city_Loretto',
 'city_Longview',
 'city_Long Beach',
 'city_London',
 'city_Littleton',
 'city_Little Rock',
 'city_Lincoln',
 'city_Lima',
 'city_Lexington',
 'city_Levittown',
 'city_Lehigh Acres',
 'city_Lees Summit',
 'city_Lawrenceville',
 'city_Laurel',
 'city_Las Vegas',
 'city_Las Cruces',
 'city_Largo',
 'city_Laredo',
 'city_Lansing',
 'city_Lancaster',
 'city_Lakewood',
 'city_Lakeland',
 'city_Lake Worth',
 'city_Lake Charles',
 'city_Lafayette',
 'city_Knoxville',
 'city_Kissimmee',
 'city_Kingsport',
 'city_Killeen',
 'city_Katy',
 'city_Kansas City',
 'city_Kalamazoo',
 'city_Juneau',
 'city_Joliet',
 'city_Johnstown',
 'city_Johnson City',
 'city_Jersey City',
 'city_Jeffersonville',
 'city_Jefferson City',
 'city_Jamaica',
 'city_Jacksonville',
 'city_Jackson',
 'city_Irving',
 'city_Irvine',
 'city_Iowa City',
 'city_Inglewood',
 'city_Indianapolis',
 'city_Independence',
 'city_Idaho Falls',
 'city_Hyattsville',
 'city_Huntsville',
 'city_Huntington Beach',
 'city_Huntington',
 'city_Humble',
 'city_Houston',
 'city_Hot Springs National Park',
 'city_Honolulu',
 'city_Hollywood',
 'city_High Point',
 'city_Hicksville',
 'city_Hialeah',
 'city_Herndon',
 'city_Henderson',
 'city_Helena',
 'city_Hayward',
 'city_Hattiesburg',
 'city_Hartford',
 'city_Harrisburg',
 'city_Hampton',
 'city_Hamilton',
 'city_Hagerstown',
 'city_Gulfport',
 'city_Greenville',
 'city_Greensboro',
 'city_Green Bay',
 'city_Greeley',
 'city_Great Neck',
 'city_Grand Rapids',
 'city_Grand Junction',
 'city_Grand Forks',
 'city_Glendale',
 'city_Gilbert',
 'city_Gatesville',
 'city_Gary',
 'city_Garland',
 'city_Garden Grove',
 'city_Galveston',
 'city_Gaithersburg',
 'city_Gainesville',
 'city_Gadsden',
 'city_Fullerton',
 'city_Fresno',
 'city_Fredericksburg',
 'city_Frederick',
 'city_Frankfort',
 'city_Fort Worth',
 'city_Fort Wayne',
 'city_Fort Smith',
 'city_Fort Pierce',
 'city_Fort Myers',
 'city_Fort Lauderdale',
 'city_Fort Collins',
 'city_Flushing',
 'city_Florence',
 'city_Flint',
 'city_Fayetteville',
 'city_Farmington',
 'city_Fargo',
 'city_Falls Church',
 'city_Fairfield',
 'city_Fairfax',
 'city_Fairbanks',
 'city_Everett',
 'city_Evansville',
 'city_Evanston',
 'city_Eugene',
 'city_Escondido',
 'city_Erie',
 'city_Elmira',
 'city_Elizabeth',
 'city_El Paso',
 'city_Edmond',
 'city_East Saint Louis',
 'city_Durham',
 'city_Duluth',
 'city_Dulles',
 'city_Detroit',
 'city_Des Moines',
 'city_Denver',
 'city_Denton',
 'city_Delray Beach',
 'city_Decatur',
 'city_Dearborn',
 'city_Daytona Beach',
 'city_Dayton',
 'city_Davenport',
 'city_Danbury',
 'city_Dallas',
 'city_Cumming',
 'city_Corpus Christi',
 'city_Corona',
 'city_Conroe',
 'city_Concord',
 'city_Columbus',
 'city_Columbia',
 'city_Colorado Springs',
 'city_College Station',
 'city_Cleveland',
 'city_Clearwater',
 'city_Cincinnati',
 'city_Chula Vista',
 'city_Chico',
 'city_Chicago',
 'city_Cheyenne',
 'city_Chesapeake',
 'city_Chattanooga',
 'city_Charlottesville',
 'city_Charlotte',
 'city_Charleston',
 'city_Champaign',
 'city_Cedar Rapids',
 'city_Carson City',
 'city_Carol Stream',
 'city_Carlsbad',
 'city_Canton',
 'city_Camden',
 'city_Cambridge',
 'city_Burbank',
 'city_Buffalo',
 'city_Bryan',
 'city_Brooklyn',
 'city_Bronx',
 'city_Brockton',
 'city_Bridgeport',
 'city_Brea',
 'city_Bradenton',
 'city_Bozeman',
 'city_Boynton Beach',
 'city_Boulder',
 'city_Boston',
 'city_Bonita Springs',
 'city_Boise',
 'city_Boca Raton',
 'city_Bloomington',
 'city_Bismarck',
 'city_Birmingham',
 'city_Biloxi',
 'city_Billings',
 'city_Bethlehem',
 'city_Bethesda',
 'city_Berkeley',
 'city_Bellevue',
 'city_Beaumont',
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 'sale_date_2021-11-30',
 'sale_date_2021-11-29',
 'sale_date_2021-11-28',
 'sale_date_2021-11-27',
 'sale_date_2021-11-26',
 'sale_date_2021-11-25',
 'sale_date_2021-11-24',
 'sale_date_2021-11-23',
 'sale_date_2021-11-22',
 'sale_date_2021-11-21',
 'sale_date_2021-11-20',
 'sale_date_2021-11-19',
 'sale_date_2021-11-18',
 'sale_date_2021-11-17',
 'sale_date_2021-11-16',
 'sale_date_2021-11-15',
 'sale_date_2021-11-14',
 'sale_date_2021-11-13',
 'sale_date_2021-11-12',
 'sale_date_2021-11-11',
 'sale_date_2021-11-10',
 'sale_date_2021-11-09',
 'sale_date_2021-11-08',
 'sale_date_2021-11-07',
 ...]
In [ ]:
columns_ad_exp = ['ad_exp_Display/banner ad',
 "ad_exp_Don't recall seeing an ad",
 'ad_exp_Some other type of ad',
 'ad_exp_Sponsored Brands',
 'ad_exp_Sponsored Products',
 'ad_exp_Video ad']
max_column = ''
max_count = -1
for column in columns_ad_exp:
  count = df8[column].sum()
  if count > max_count:
    max_count = count
    max_column = column
print('max_column = {},  count = {}'.format(max_column, max_count))
max_column = ad_exp_Don't recall seeing an ad,  count = 113
In [ ]:
columns_brand = ['product_brand_Alpha',
 'product_brand_Arf',
 'product_brand_Astro',
 'product_brand_Beam',
 'product_brand_Beethoven',
 'product_brand_Bezt',
 'product_brand_Bones',
 'product_brand_Choice',
 'product_brand_Flora',
 'product_brand_Garland',
 'product_brand_Hanover',
 'product_brand_Health One',
 'product_brand_Hearth',
 'product_brand_K99',
 'product_brand_Kastle',
 'product_brand_King',
 'product_brand_Omaha',
 'product_brand_Paws',
 'product_brand_Perro',
 'product_brand_Playtime',
 'product_brand_Rivera',
 'product_brand_Romero',
 'product_brand_Ruby',
 'product_brand_Seattle Gourmet',
 'product_brand_Top']
max_column = ''
max_count = -1
for column in columns_brand:
  count = df8[column].sum()
  if count > max_count:
    max_count = count
    max_column = column
print('max_column = {},  count = {}'.format(max_column, max_count))
max_column = product_brand_Alpha,  count = 122
In [ ]:
columns_gender = [ 'gender_F',
 'gender_M']
max_column = ''
max_count = -1
for column in columns_gender:
  count = df8[column].sum()
  if count > max_count:
    max_count = count
    max_column = column
print('max_column = {},  count = {}'.format(max_column, max_count))
max_column = gender_M,  count = 204
In [ ]:
sum(df8['prime'])
Out[ ]:
295
In [ ]:
columns_marital = [ 'marital_Single',
 'marital_Married',
 'marital_Domestic partner/serious relationship']
max_column = ''
max_count = -1
for column in columns_marital:
  count = df8[column].sum()
  if count > max_count:
    max_count = count
    max_column = column
print('max_column = {},  count = {}'.format(max_column, max_count))
max_column = marital_Married,  count = 198
In [ ]:
columns_education = [ 'education_Some college or trade school',
 'education_Post graduate',
 'education_High school graduate',
 'education_College graduate']
max_column = ''
max_count = -1
for column in columns_education:
  count = df8[column].sum()
  if count > max_count:
    max_count = count
    max_column = column
print('max_column = {},  count = {}'.format(max_column, max_count))
max_column = education_College graduate,  count = 188
In [ ]:
columns_income = ['income_Less than $20,000',
 'income_$80,000 - $99,999',
 'income_$60,000 - $79,999',
 'income_$40,000 - $59,999',
 'income_$20,000 - $39,999',
 'income_$100,000 or more']
max_column = ''
max_count = -1
for column in columns_income:
  count = df8[column].sum()
  if count > max_count:
    max_count = count
    max_column = column
print('max_column = {},  count = {}'.format(max_column, max_count))
max_column = income_$100,000 or more,  count = 122
In [ ]:
columns_age = ['age_65+',
 'age_55-64',
 'age_45-54',
 'age_35-44',
 'age_25-34',
 'age_18-24']
max_column = ''
max_count = -1
for column in columns_age:
  count = df8[column].sum()
  if count > max_count:
    max_count = count
    max_column = column
print('max_column = {},  count = {}'.format(max_column, max_count))
max_column = age_45-54,  count = 92

option 2

In [ ]:
df8.head()
Out[ ]:
sns price qty zip lat lng prime sale_date_2021-10-01 sale_date_2021-10-02 sale_date_2021-10-03 ... income_$40,000 - $59,999 income_$60,000 - $79,999 income_$80,000 - $99,999 income_Less than $20,000 age_18-24 age_25-34 age_35-44 age_45-54 age_55-64 age_65+
19 0 -1.350127 1 70116 29.9686 -90.0646 1 0 1 0 ... 0 0 0 0 0 0 1 0 0 0
29 0 -0.770414 1 68517 40.9317 -96.6045 1 0 0 1 ... 0 0 0 0 0 0 0 0 1 0
30 0 -1.007592 1 66160 39.0966 -94.7495 1 0 0 1 ... 0 0 1 0 0 0 0 0 1 0
41 0 3.381947 1 70179 30.0330 -89.8826 1 0 0 0 ... 0 0 1 0 0 0 0 0 1 0
71 0 0.260186 1 70165 30.0330 -89.8826 1 0 0 0 ... 0 1 0 0 0 0 1 0 0 0

5 rows × 1044 columns

In [ ]:
df1.head()
Out[ ]:
sns price qty zip lat lng prime sale_date_2021-10-01 sale_date_2021-10-02 sale_date_2021-10-03 ... income_$40,000 - $59,999 income_$60,000 - $79,999 income_$80,000 - $99,999 income_Less than $20,000 age_18-24 age_25-34 age_35-44 age_45-54 age_55-64 age_65+
4 0 -0.699510 1 60624 41.8804 -87.7223 1 1 0 0 ... 1 0 0 0 0 1 0 0 0 0
33 0 0.842396 1 62723 39.7495 -89.6060 1 0 0 1 ... 0 0 1 0 0 0 0 0 1 0
48 0 0.260186 1 55127 45.0803 -93.0875 1 0 0 0 ... 0 1 0 0 0 1 0 0 0 0
50 1 -0.629605 1 57110 43.5486 -96.6332 1 0 0 0 ... 1 0 0 0 0 0 1 0 0 0
54 0 0.149337 1 62711 39.7655 -89.7293 1 0 0 0 ... 0 0 0 0 0 0 0 1 0 0

5 rows × 1044 columns

In [ ]:

In [ ]:
from statistics import mean
mean(df0['price']*df0['qty'])
Out[ ]:
-0.015045486214909818
In [ ]:
mean(df1['price']*df1['qty'])
Out[ ]:
-0.024412121773835907
In [ ]:
mean(df2['price']*df2['qty'])
Out[ ]:
0.08744795926327455
In [ ]:
mean(df3['price']*df3['qty'])
Out[ ]:
-0.024019945030047857
In [ ]:
mean(df4['price']*df4['qty'])
Out[ ]:
-0.0200793420043912
In [ ]:
mean(df5['price']*df5['qty'])
Out[ ]:
-0.052724937111071644
In [ ]:
mean(df6['price']*df6['qty'])
Out[ ]:
0.06573791243837343
In [ ]:
mean(df7['price']*df7['qty'])
Out[ ]:
-0.05638635074643973
In [ ]:
mean(df8['price']*df8['qty'])
Out[ ]:
0.0837901853442486
In [ ]:
mean(df9['price'])
Out[ ]:
-0.03373996008532421
In [ ]:
d = {'cluster': ['df0', 'df1', 'df2', 'df3', 'df4', 'df5', 'df6', 'df7', 'df8', 'df9'], 
     'pricexquantity': [mean(df0['price']*df0['qty']), mean(df1['price']*df1['qty']), 
                        mean(df2['price']*df2['qty']),mean(df3['price']*df3['qty']),
                        mean(df4['price']*df4['qty']), mean(df5['price']*df5['qty']),
                        mean(df6['price']*df6['qty']), mean(df7['price']*df7['qty']), 
                        mean(df8['price']*df8['qty']), mean(df9['price']*df9['qty']), 
               ],
     'rows': [len(df0), len(df1), len(df2), len(df3), len(df4), len(df5), len(df6), 
              len(df7), len(df8), len(df9)]
}
result = pd.DataFrame(d)
result
Out[ ]:
cluster pricexquantity rows
0 df0 -0.015045 963
1 df1 -0.024412 685
2 df2 0.087448 1470
3 df3 -0.024020 1108
4 df4 -0.020079 1340
5 df5 -0.052725 862
6 df6 0.065738 810
7 df7 -0.056386 783
8 df8 0.083790 389
9 df9 -0.020267 484
In [ ]:
from sklearn import preprocessing
x = np.array(result.iloc[:,1]) #returns a numpy array
min_max_scaler = preprocessing.MinMaxScaler()
x_scaled = min_max_scaler.fit_transform(x.reshape(10,1))
result['pq_normal'] = x_scaled

x = np.array(result.iloc[:,2]) #returns a numpy array
x_scaled = min_max_scaler.fit_transform(x.reshape(10,1))
result['rows_normal'] = x_scaled
print(result)
  cluster  pricexquantity  rows  pq_normal  rows_normal
0     df0       -0.015045   963   0.287420     0.530990
1     df1       -0.024412   685   0.222299     0.273821
2     df2        0.087448  1470   1.000000     1.000000
3     df3       -0.024020  1108   0.225026     0.665125
4     df4       -0.020079  1340   0.252422     0.879741
5     df5       -0.052725   862   0.025456     0.437558
6     df6        0.065738   810   0.849062     0.389454
7     df7       -0.056386   783   0.000000     0.364477
8     df8        0.083790   389   0.974570     0.000000
9     df9       -0.020267   484   0.251117     0.087882
In [ ]:
def Woof(result_df, input_df, train_df):
  input_df = pd.DataFrame(input_df)
  df = pd.concat([train_df, input_df], axis = 0)
  labels = hierarchical_cluster.fit_predict(df)
  n = len(input_df)
  new_data_cluster = labels[n-1]
  return result_df.iloc[new_data_cluster][3]
In [ ]:
Woof(result, test_df, df_Fel_onehot)
Out[ ]:
0.0
In [ ]:
row1 = np.array(df_Fel_onehot.iloc[2,:])
test_df = pd.DataFrame(row1.reshape(-1, len(row1)))
In [ ]:
test_df
test_df.columns = df_Fel_onehot.columns
In [ ]:
df = pd.concat([df_Fel_onehot, test_df])
df
Out[ ]:
sns price qty zip lat lng prime sale_date_2021-10-01 sale_date_2021-10-02 sale_date_2021-10-03 ... income_$40,000 - $59,999 income_$60,000 - $79,999 income_$80,000 - $99,999 income_Less than $20,000 age_18-24 age_25-34 age_35-44 age_45-54 age_55-64 age_65+
0 0.0 0.490374 1.0 83711.0 43.4599 -116.2440 0.0 1.0 0.0 0.0 ... 0.0 0.0 1.0 0.0 0.0 0.0 0.0 0.0 1.0 0.0
1 1.0 -1.380585 1.0 27710.0 36.0512 -78.8577 1.0 1.0 0.0 0.0 ... 0.0 0.0 0.0 0.0 0.0 0.0 0.0 1.0 0.0 0.0
2 0.0 -1.245769 1.0 85099.0 33.2765 -112.1872 1.0 1.0 0.0 0.0 ... 0.0 0.0 0.0 0.0 0.0 0.0 0.0 1.0 0.0 0.0
3 0.0 2.004318 1.0 214.0 43.0059 -71.0132 1.0 1.0 0.0 0.0 ... 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 1.0 0.0
4 0.0 -0.699510 1.0 60624.0 41.8804 -87.7223 1.0 1.0 0.0 0.0 ... 1.0 0.0 0.0 0.0 0.0 1.0 0.0 0.0 0.0 0.0
... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ...
8890 0.0 0.747524 1.0 47306.0 40.2023 -85.4082 1.0 0.0 0.0 0.0 ... 0.0 0.0 0.0 0.0 0.0 1.0 0.0 0.0 0.0 0.0
8891 0.0 -1.150398 2.0 75251.0 32.9189 -96.7751 1.0 0.0 0.0 0.0 ... 0.0 0.0 0.0 1.0 0.0 1.0 0.0 0.0 0.0 0.0
8892 0.0 1.738678 1.0 6140.0 41.7918 -72.7188 1.0 0.0 0.0 0.0 ... 0.0 0.0 0.0 0.0 0.0 0.0 0.0 1.0 0.0 0.0
8893 0.0 0.205261 1.0 8104.0 39.9186 -75.1078 1.0 0.0 0.0 0.0 ... 0.0 0.0 0.0 0.0 0.0 0.0 0.0 1.0 0.0 0.0
0 0.0 -1.245769 1.0 85099.0 33.2765 -112.1872 1.0 1.0 0.0 0.0 ... 0.0 0.0 0.0 0.0 0.0 0.0 0.0 1.0 0.0 0.0

8895 rows × 1044 columns

In [ ]:
test_df.columns = df_Fel_onehot.columns
test_df
Out[ ]:
sns price qty zip lat lng prime sale_date_2021-10-01 sale_date_2021-10-02 sale_date_2021-10-03 ... income_$40,000 - $59,999 income_$60,000 - $79,999 income_$80,000 - $99,999 income_Less than $20,000 age_18-24 age_25-34 age_35-44 age_45-54 age_55-64 age_65+
0 1.0 -1.380585 1.0 27710.0 36.0512 -78.8577 1.0 1.0 0.0 0.0 ... 0.0 0.0 0.0 0.0 0.0 0.0 0.0 1.0 0.0 0.0

1 rows × 1044 columns

In [ ]:
test_df
Out[ ]:
sns price qty zip lat lng prime sale_date_2021-10-01 sale_date_2021-10-02 sale_date_2021-10-03 ... income_$40,000 - $59,999 income_$60,000 - $79,999 income_$80,000 - $99,999 income_Less than $20,000 age_18-24 age_25-34 age_35-44 age_45-54 age_55-64 age_65+
0 0 0.490374 1 83711 43.4599 -116.2440 0 1 0 0 ... 0 0 1 0 0 0 0 0 1 0
1 1 -1.380585 1 27710 36.0512 -78.8577 1 1 0 0 ... 0 0 0 0 0 0 0 1 0 0
2 0 -1.245769 1 85099 33.2765 -112.1872 1 1 0 0 ... 0 0 0 0 0 0 0 1 0 0
3 0 2.004318 1 214 43.0059 -71.0132 1 1 0 0 ... 0 0 0 0 0 0 0 0 1 0
4 0 -0.699510 1 60624 41.8804 -87.7223 1 1 0 0 ... 1 0 0 0 0 1 0 0 0 0
... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ...
8889 0 -0.699510 2 98008 47.6115 -122.1162 1 0 0 0 ... 1 0 0 0 0 0 1 0 0 0
8890 0 0.747524 1 47306 40.2023 -85.4082 1 0 0 0 ... 0 0 0 0 0 1 0 0 0 0
8891 0 -1.150398 2 75251 32.9189 -96.7751 1 0 0 0 ... 0 0 0 1 0 1 0 0 0 0
8892 0 1.738678 1 6140 41.7918 -72.7188 1 0 0 0 ... 0 0 0 0 0 0 0 1 0 0
8893 0 0.205261 1 8104 39.9186 -75.1078 1 0 0 0 ... 0 0 0 0 0 0 0 1 0 0

8894 rows × 1044 columns

In [ ]:
df8
Out[ ]:
sns price qty zip lat lng prime sale_date_2021-10-01 sale_date_2021-10-02 sale_date_2021-10-03 ... income_$40,000 - $59,999 income_$60,000 - $79,999 income_$80,000 - $99,999 income_Less than $20,000 age_18-24 age_25-34 age_35-44 age_45-54 age_55-64 age_65+
19 0 -1.350127 1 70116 29.9686 -90.0646 1 0 1 0 ... 0 0 0 0 0 0 1 0 0 0
29 0 -0.770414 1 68517 40.9317 -96.6045 1 0 0 1 ... 0 0 0 0 0 0 0 0 1 0
30 0 -1.007592 1 66160 39.0966 -94.7495 1 0 0 1 ... 0 0 1 0 0 0 0 0 1 0
41 0 3.381947 1 70179 30.0330 -89.8826 1 0 0 0 ... 0 0 1 0 0 0 0 0 1 0
71 0 0.260186 1 70165 30.0330 -89.8826 1 0 0 0 ... 0 1 0 0 0 0 1 0 0 0
... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ...
8798 0 -0.559700 1 66225 38.8999 -94.8320 0 0 0 0 ... 1 0 0 0 0 0 0 1 0 0
8799 0 -0.691022 2 71151 32.6076 -93.7526 1 0 0 0 ... 0 0 0 0 0 0 1 0 0 0
8860 0 0.939763 1 68197 41.2490 -96.0274 0 0 0 0 ... 0 0 0 0 0 0 1 0 0 0
8864 0 -1.008091 1 68164 41.2955 -96.1008 1 0 0 0 ... 0 1 0 0 0 0 0 0 1 0
8879 0 0.097407 1 66105 39.0850 -94.6356 1 0 0 0 ... 1 0 0 0 0 0 0 0 1 0

389 rows × 1044 columns

In [ ]:
columns_brand = ['product_brand_Alpha',
 'product_brand_Arf',
 'product_brand_Astro',
 'product_brand_Beam',
 'product_brand_Beethoven',
 'product_brand_Bezt',
 'product_brand_Bones',
 'product_brand_Choice',
 'product_brand_Flora',
 'product_brand_Garland',
 'product_brand_Hanover',
 'product_brand_Health One',
 'product_brand_Hearth',
 'product_brand_K99',
 'product_brand_Kastle',
 'product_brand_King',
 'product_brand_Omaha',
 'product_brand_Paws',
 'product_brand_Perro',
 'product_brand_Playtime',
 'product_brand_Rivera',
 'product_brand_Romero',
 'product_brand_Ruby',
 'product_brand_Seattle Gourmet',
 'product_brand_Top']
max_column = ''
max_count = -1
for column in columns_brand:
  count = df2[column].sum()/len(df2)
  if count > max_count:
    max_count = count
    max_column = column
print('max_column = {},  count = {}'.format(max_column, max_count))
max_column = product_brand_Alpha,  count = 0.32789115646258504
In [ ]:
columns_brand = ['product_brand_Alpha',
 'product_brand_Arf',
 'product_brand_Astro',
 'product_brand_Beam',
 'product_brand_Beethoven',
 'product_brand_Bezt',
 'product_brand_Bones',
 'product_brand_Choice',
 'product_brand_Flora',
 'product_brand_Garland',
 'product_brand_Hanover',
 'product_brand_Health One',
 'product_brand_Hearth',
 'product_brand_K99',
 'product_brand_Kastle',
 'product_brand_King',
 'product_brand_Omaha',
 'product_brand_Paws',
 'product_brand_Perro',
 'product_brand_Playtime',
 'product_brand_Rivera',
 'product_brand_Romero',
 'product_brand_Ruby',
 'product_brand_Seattle Gourmet',
 'product_brand_Top']
max_column = ''
max_count = -1
worst = []
for column in columns_brand:
  count = df7[column].sum()/len(df7)
  worst.append(count)
  if count > max_count:
    max_count = count
    max_column = column
print('max_column = {},  count = {}'.format(max_column, max_count))
worst
max_column = product_brand_Alpha,  count = 0.30140485312899107
Out[ ]:
[0.30140485312899107,
 0.12643678160919541,
 0.01277139208173691,
 0.020434227330779056,
 0.006385696040868455,
 0.1724137931034483,
 0.0038314176245210726,
 0.04469987228607918,
 0.005108556832694764,
 0.03065134099616858,
 0.007662835249042145,
 0.08045977011494253,
 0.005108556832694764,
 0.006385696040868455,
 0.006385696040868455,
 0.024265644955300127,
 0.005108556832694764,
 0.01532567049808429,
 0.011494252873563218,
 0.001277139208173691,
 0.006385696040868455,
 0.008939974457215836,
 0.019157088122605363,
 0.04469987228607918,
 0.033205619412515965]
In [ ]:
columns_brand = ['product_brand_Alpha',
 'product_brand_Arf',
 'product_brand_Astro',
 'product_brand_Beam',
 'product_brand_Beethoven',
 'product_brand_Bezt',
 'product_brand_Bones',
 'product_brand_Choice',
 'product_brand_Flora',
 'product_brand_Garland',
 'product_brand_Hanover',
 'product_brand_Health One',
 'product_brand_Hearth',
 'product_brand_K99',
 'product_brand_Kastle',
 'product_brand_King',
 'product_brand_Omaha',
 'product_brand_Paws',
 'product_brand_Perro',
 'product_brand_Playtime',
 'product_brand_Rivera',
 'product_brand_Romero',
 'product_brand_Ruby',
 'product_brand_Seattle Gourmet',
 'product_brand_Top']
max_column = ''
max_count = 1
best = []
for column in columns_brand:
  count = df2[column].sum()/len(df2)
  best.append(count)
  if count < max_count:
    max_count = count
    max_column = column
print('max_column = {},  count = {}'.format(max_column, max_count))
worst
max_column = product_brand_Kastle,  count = 0.004761904761904762
Out[ ]:
[0.30140485312899107,
 0.12643678160919541,
 0.01277139208173691,
 0.020434227330779056,
 0.006385696040868455,
 0.1724137931034483,
 0.0038314176245210726,
 0.04469987228607918,
 0.005108556832694764,
 0.03065134099616858,
 0.007662835249042145,
 0.08045977011494253,
 0.005108556832694764,
 0.006385696040868455,
 0.006385696040868455,
 0.024265644955300127,
 0.005108556832694764,
 0.01532567049808429,
 0.011494252873563218,
 0.001277139208173691,
 0.006385696040868455,
 0.008939974457215836,
 0.019157088122605363,
 0.04469987228607918,
 0.033205619412515965]
In [ ]: