Nathan's Solution Branch Pull Request

list_of_presents.csv

@@ -0,0 +1,101 @@
+Box Dimensions
+2x1x5
+4x4x3
+2x9x2
+10x7x1
+1x2x4
+4x9x10
+1x9x4
+9x7x4
+8x10x5
+1x3x7
+6x5x3
+4x6x2
+2x7x2
+6x6x10
+5x1x8
+9x2x7
+2x9x5
+10x6x10
+4x2x1
+4x5x2
+4x2x7
+5x8x6
+3x6x6
+4x5x2
+10x3x9
+4x3x8
+7x5x9
+4x6x1
+4x1x6
+7x5x2
+4x10x6
+4x8x7
+8x3x5
+3x4x9
+9x5x10
+7x10x7
+6x4x3
+9x8x2
+1x2x3
+3x7x10
+2x7x7
+10x8x9
+5x9x1
+2x9x5
+6x2x5
+7x3x8
+1x5x9
+3x9x2
+5x9x10
+4x3x6
+3x9x9
+1x10x6
+8x1x2
+6x5x4
+1x4x10
+2x2x8
+2x9x3
+3x8x9
+3x5x9
+10x7x4
+9x4x5
+7x6x8
+9x8x2
+4x4x2
+6x1x10
+9x4x10
+4x1x2
+1x4x2
+1x6x2
+9x4x5
+8x4x9
+3x10x10
+8x4x8
+7x4x2
+2x7x6
+7x7x8
+1x2x1
+7x6x2
+4x4x4
+9x8x3
+7x3x5
+8x4x2
+8x9x2
+1x9x1
+2x4x3
+7x8x8
+4x7x1
+3x7x1
+7x5x8
+5x7x9
+8x3x4
+5x4x1
+10x9x1
+6x1x1
+10x8x9
+9x3x1
+9x2x3
+2x10x2
+4x7x2
+10x4x10

solution_n.py

@@ -0,0 +1,39 @@
+import pandas as pd
+
+def solution(input_data):
+    df = pd.read_csv(input_data)
+    list_of_presents = df['Box Dimensions'].to_list()
+    del df
+
+    full_list = []
+    combined_wrapping_paper_total = 0
+    combined_ribbon_total = 0
+
+    for present in list_of_presents:
+        # Split and get Int values for each boxes dimensions
+        dimensions = list(map(int, present.split('x')))
+        # Sort Dimensions so that smallest measures are always in positions 0 and 1
+        dimensions.sort(reverse=False)
+        # Get all individual dimension calculations
+        smallest_dimension = dimensions[0]*dimensions[1]
+        second_dimension = dimensions[0]*dimensions[2]
+        third_dimension = dimensions[2]*dimensions[1]
+        # Get Box Volume
+        box_volume = dimensions[0]*dimensions[1]*dimensions[2]
+        # Calculate Wrapping Paper Required for Box
+        wrapping_paper_total = (2*(smallest_dimension+second_dimension+third_dimension))+smallest_dimension
+        # Add to Wrapping Paper Catch-All Calculation
+        combined_wrapping_paper_total+= wrapping_paper_total
+        # Calculate Ribbon Needed for Box
+        ribbon_total = 2*(dimensions[0]+dimensions[1])+box_volume
+        # Add to Ribbon Catch-All Calculation
+        combined_ribbon_total += ribbon_total
+        #Append all Results to full list
+        full_list.append([dimensions, wrapping_paper_total, ribbon_total])
+
+    print(f'Calculated Wrapping Paper Total: {combined_wrapping_paper_total}')
+    print(f'Calculated Ribbon Total: {combined_ribbon_total}')
+
+
+if __name__ == "__main__":
+    solution("list_of_presents.csv")