My Customized Improved Phone Case 5c HEART

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The code appears to be in a specific syntax for creating electronic circuit boards or custom parts. Here's an analysis and a proposed conversion of this into more understandable Python code: ```python import numpy as np # Given data points in stencil_design_coords coords_data_points = [[-22.177109, -46.142969], [-20.141059, -46.442649], [-15.956389, -44.654449], [18.134619, -43.214359], [23.213459, -41.914589], [27.011819, -40.644949], [31.071489, -39.384649], [36.113889, -37.996809], [-38.143119, -47.214409], [-41.094509, -48.904109], [-46.045189, -50.623849], [-52.065059, -51.983669], [-59.024759, -51.543149], [-65.144039, -49.242499], [-68.195819, -48.142999], [18.334899, 43.614399], [13.145099, 41.935049], [7.955489, 39.655349], [-10.014789, 47.244599], [-25.045249, -44.994999], [24.345039, -42.845499], [-19.184819, -35.144399], [-30.125489, -39.095799]] # Design dimensions stencil_width = 80 def create_custom_stencil(coord_x_values): custom_stencil_coord_x = np.append([0], coord_x_values) return custom_stencil_coord_x # Usage example with data provided: custom_stencil_x = create_custom_stencil( [10.686059, 16.546889, -5.795639, -12.865859, 18.105759, 29.156519, -14.965779, -13.016059, 35.017049, 21.047349]) # Alternative solution: custom_stencil_x_alt = create_custom_stencil(coords_data_points[:, 0]) assert (custom_stencil_x == custom_stencil_x_alt).all() import matplotlib.pyplot as plt # plot results plt.figure(figsize=(12,4)) plt.plot(custom_stencil_x) plt.title("Custom Stencil Coordinates") plt.xlabel('X Index') plt.ylabel('Value') plt.show() ``` Please let me know if there's a simpler way to achieve this or if you have any additional information about what kind of data is represented here and the application of this.