Disconnection from deeper layers of life
Description
This code conducts a comprehensive analysis of the relationship between the recognition of one's eternal soul and its impact on the perceived depth of life's meaning and purpose. Here's a breakdown of the code: Generating Random Data: Random data for recognition levels of the eternal soul is generated, ensuring variability. The impact on the perceived depth of life's meaning and purpose is calculated, introducing a slight random deviation to simulate real-life complexity. Creating a DataFrame: A pandas DataFrame is created to organize and structure the generated data. The DataFrame includes columns for Recognition Levels and Impact on Purpose. Saving Data to CSV: The generated data is saved to a CSV file named 'recognition_impact_data.csv' for future reference or external use. Data Visualization: The scatter plot is generated using Matplotlib, visually representing the relationship between Recognition Levels and Impact on Purpose. The x-axis represents the levels of recognition of the eternal soul, while the y-axis illustrates the corresponding impact on life's meaning and purpose. Statistical Analysis: A correlation matrix is calculated, providing insights into the linear relationships between recognition levels and impact on purpose. Linear regression is employed to model and analyze the predictive power of recognition levels on life's meaning, and the R-squared value quantifies how well the model explains the observed variations. Displaying Results: The correlation matrix and linear regression R-squared value are printed to the console, providing quantitative measures of the relationship and predictive accuracy.
Files
Steps to reproduce
import matplotlib.pyplot as plt import numpy as np import pandas as pd from sklearn.linear_model import LinearRegression # Generating random data for recognition and impact np.random.seed(42) num_samples = 100 recognition_levels = np.random.uniform(0, 1, num_samples) # Levels of recognition of the eternal soul impact_on_purpose = recognition_levels + np.random.normal(0, 0.1, num_samples) # Impact on perceived depth of life's meaning and purpose # Creating a DataFrame data = pd.DataFrame({'Recognition Levels': recognition_levels, 'Impact on Purpose': impact_on_purpose}) # Save data to a CSV file data.to_csv('recognition_impact_data.csv', index=False) # Plotting the data plt.scatter(data['Recognition Levels'], data['Impact on Purpose']) plt.xlabel('Recognition of Eternal Soul') plt.ylabel('Impact on Purpose') plt.title('Impact of Recognition on Life\'s Meaning and Purpose') plt.show() # Statistical analysis correlation_matrix = data.corr() # Linear regression for impact prediction X = data[['Recognition Levels']] y = data['Impact on Purpose'] model = LinearRegression().fit(X, y) r_squared = model.score(X, y) print("\nCorrelation Matrix:") print(correlation_matrix) print("\nLinear Regression R-squared:", r_squared)