update income_tax_analysis.py

B_explore_python/income_tax_analysis.py

@@ -3,7 +3,8 @@ Code for Assignment B: Explore Python
  - Challenge 4: Income Analysis
  - Challenge 5: Code Income Analysis
 
-Based on 2020 tax returns, income distribution in Madera County, CA, ZIP 93636 was:
+Based on 2020 tax returns, income distribution in Madera County, CA
+with (postal) ZIP code 93636 was:
 #
 income brackets:        number of tax returns
                         filed in brackets:
@@ -13,14 +14,6 @@ income brackets:        number of tax returns
 [$75,000 to under $100,000]         830
 [$100,000 to under $200,000]      1,660
 [$200,000 or more, up to $10M>]     550
-
-Find more income distributions:
-[93636](https://simplemaps.com/us-zips/93636) (Madera County, CA),
-[94040](https://simplemaps.com/us-zips/94040) (Mountain View, CA),
-[94304](https://simplemaps.com/us-zips/94304) (Palo Alto, CA),
-[94027](https://simplemaps.com/us-zips/94027) (Atherton, CA),
-[50860](https://simplemaps.com/us-zips/50860) (Redding, IA) and
-[10023](https://simplemaps.com/us-zips/10023) (New York City, NY U West). (1 Pt)
 '''
 
 # design a data structure that stores information about a ZIP area
@@ -35,18 +28,17 @@ zip_10023 = None
 
 # implement a function that calculates the mean income for a ZIP area
 def mean_income(_zip) -> int:
-    return 25000    # mock result, replace with correct result
+    return 25000    # mock result, replace with computed result
 
 
 # implement a function that calculates the median income for a ZIP area
 def median_income(_zip) -> int:
-    return 18500    # mock result, replace with correct result
+    return 18500    # mock result, replace with computed result
 
 
-# use function that prints analysis results for a ZIP area
+# use this function to print results for a ZIP area
 def print_analysis(_zip):
     _county = 'Madera, CA'
-    # -> "mean_income in Redding, IA is: 33,333 - median_income is: 31,249"
     print(
         f'mean_income in {_county:26} is: {mean_income(_zip):10,} - ' +
         f'median_income is: {median_income(_zip):8,}'
@@ -60,7 +52,6 @@ try:
     mean_income, median_income, print_analysis = mod.mean_income, mod.median_income, mod.print_analysis
     zip_93636, zip_94040, zip_94304, zip_94027, zip_50860, zip_10023 = \
         mod.zip_93636, mod.zip_94040, mod.zip_94304, mod.zip_94027, mod.zip_50860, mod.zip_10023
-    print(f'solution module found: {solution_module}.py')
 #
 except ImportError:
     pass
@@ -68,7 +59,7 @@ except ImportError:
 
 if __name__ == '__main__':
     '''
-    driver code that runs when this file is directly executed
+    driver code that runs when file is directly executed
     '''
     print_analysis(zip_93636)
     print_analysis(zip_94040)