Update Readme.

Unify main functions for Tests. Update Readme information.

Author: Prestonjf

.gitignore

@@ -1,4 +1,3 @@
-<<<<<<< HEAD
 
 .project
 
@@ -11,6 +10,7 @@ com/prestonsproductions/sourcecode/BoxFactory2018/Teams/*
 com/prestonsproductions/sourcecode/MusicLibrary2018/Teams/*
 
 com/prestonsproductions/sourcecode/RoadTrip2018/Teams/*
+
 =======
 # Byte-compiled / optimized / DLL files
 __pycache__/
@@ -113,4 +113,4 @@ ENV/
 
 # mypy
 .mypy_cache/
->>>>>>> 5dbbe3846ff6626e275dea96d8bff119dc3ace0f
+

README.md

@@ -1,2 +1,9 @@
-# sourcecode
-Python coding challenges (tests) for the Science Olympiad event Source Code
+# Source Code
+
+Python coding challenges (tests) for the Science Olympiad event Source Code.
+
+Programming tests will be found at com/prestonsproductions/sourcecode
+
+These tests have been uploaded to help Science Olympiad teams (and others) practice programming. Tests contain a variety of questions with increasing difficulty that relate to a similar theme/topic. 
+
+An uncompleted and completed python file (with answers) are included for each test. A Main python file is also included, but can be disregarded. Note that in the Source Code event, supervisors will change data from the main function. If code and algorithms are written correctly, the questions/functions will still produce the correct results with the provided data.

com/prestonsproductions/sourcecode/BoxFactory2018/BoxFactory2018.py

@@ -246,30 +246,42 @@ def main():
                972,920,812,320,809,654,702,563,652,599,587,740,680,673,702,263,702,932,562,421,453,23,898,485,968,620,
                792,205,179,92,362,2,89,600,18,514,75,110,976,872,458,44,642,411,437,539,233, 1000]
 
-    # Print Question Answer
+    # Print Question Answer 112 Points Total
     print('Source Code - Division B/C - Box Factory - Box Production')
 
-    print('QUESTION 0: '+str(getBoxProductionTitle('The Source Code Box Production', '00022', '01/13/2019')))
-    print('Question 1: '+str(getVolume(10,20,5)))
-    print('Question 2: '+str(getSurfaceArea(4,5,10)))
-    print('Question 3: '+str(isBoxLargeEnough(12, 11)))
-    print('Question 4: '+str(getTotalSurfaceArea(boxesSF)))
-    print('Question 5: '+str(getAverageSurfaceArea(boxesSF)))
-    print('Question 6: '+str(getSumOfFactors(boxesSF)))
-    print('Question 7: '+str(reverseList(objects)))
-    print('Question 8: '+str(getBoxBuildTime(10,20,30)))
-    print('Question 9: '+str(getBoxCost(99, 0.24)))
-    print('Question 10: '+str(getBoxAddOnCost(150, 'METAL', 11)))
-    print('Question 11: '+str(getMaterialPercentage(boxesSF)))  
-    print('Question 12: '+str(getTotalBuildTime(boxes)))
-    print('Question 13: '+str(getBoxes(objects)))
-    print('Question 14: '+str(needsPerfectSqaureSticker(64)))
-    print('Question 15: '+str(getPythagoreanTriples(boxes)))
-    print('Question 16: '+str(isBoxesLargeEnough(boxesSF, objects)))
-    print('Question 17: '+str(getMostBoxesCount(boxes, 10000)))
-    print('Question 18: '+str(getPrimeNumberBoxesVolume(50)))
-    print('Question 19: '+str(getStatistics(boxes)))
-
-    # Print Box Production
+    print('QUESTION 0 OBJECTIVE A (2): '+str(getBoxProductionTitle('The Source Code Box Production', '00022', '01/13/2019')))
+    print('Question 1 OBJECTIVE A (2): '+str(getVolume(10,20,5)))
+    print('Question 2 OBJECTIVE A (3): '+str(getSurfaceArea(4,5,10)))
+    print('Question 3 OBJECTIVE A (3): '+str(isBoxLargeEnough(12, 11)))
+    print('Question 4 OBJECTIVE A (4): '+str(getTotalSurfaceArea(boxesSF)))
+    print('Question 5 OBJECTIVE A (4): '+str(getAverageSurfaceArea(boxesSF)))
+    print('Question 6 OBJECTIVE A (4): '+str(getSumOfFactors(boxesSF)))
+    print('Question 7 OBJECTIVE A (4): '+str(reverseList(objects)))
+    
+    print('Question 8 OBJECTIVE A (4): '+str(getBoxBuildTime(10,20,30)))
+    print('Question 8 OBJECTIVE B (2): '+str(getBoxBuildTime(39,41,30)))
+    
+    print('Question 9 OBJECTIVE A (4): '+str(getBoxCost(99, 0.24)))
+    print('Question 9 OBJECTIVE B (2): '+str(getBoxCost(100, 0.24)))
+    
+    print('Question 10 OBJECTIVE A (4): '+str(getBoxAddOnCost(150, 'CARDBOARD', 8)))
+    print('Question 10 OBJECTIVE B (4): '+str(getBoxAddOnCost(150, 'PLASTIC', 11)))
+    print('Question 10 OBJECTIVE C (4): '+str(getBoxAddOnCost(150, 'METAL', 9)))
+    
+    print('Question 11 OBJECTIVE A (4): '+str(getMaterialPercentage(boxesSF)))
+    print('Question 11 OBJECTIVE B (2): '+str(getMaterialPercentage(boxesSF)))
+    
+    print('Question 12 OBJECTIVE A (6): '+str(getTotalBuildTime(boxes)))
+    print('Question 13 OBJECTIVE A (6): '+str(getBoxes(objects)))
+    print('Question 14 OBJECTIVE A (6): '+str(needsPerfectSqaureSticker(64)))
+    print('Question 15 OBJECTIVE A (6): '+str(getPythagoreanTriples(boxes)))
+    print('Question 16 OBJECTIVE A (6): '+str(isBoxesLargeEnough(boxesSF, objects)))
+    print('Question 17 OBJECTIVE A (8): '+str(getMostBoxesCount(boxes, 10000)))
+    print('Question 18 OBJECTIVE A (8): '+str(getPrimeNumberBoxesVolume(50))) 
+    
+    print('Question 19 OBJECTIVE A (4): '+str(getStatistics(boxes)))
+    print('QUESTION 19 OBJECTIVE B (2): '+'Check for comment explaining function.')
+    print('QUESTION 19 OBJECTIVE C (2): '+'Check if previous function in file was called.')
+    print('QUESTION 19 OBJECTIVE D (2): '+'Check if import statement was used.')
 
 main()

com/prestonsproductions/sourcecode/BoxFactory2018/BoxFactory2018A.py

@@ -340,7 +340,5 @@ def main():
     print('QUESTION 19 OBJECTIVE B (2): '+'Check for comment explaining function.')
     print('QUESTION 19 OBJECTIVE C (2): '+'Check if previous function in file was called.')
     print('QUESTION 19 OBJECTIVE D (2): '+'Check if import statement was used.')
-
-    # Print Box Production
 
 main()

com/prestonsproductions/sourcecode/BoxFactory2018/BoxFactory2018Main.py

@@ -61,7 +61,5 @@ def main():
     print('QUESTION 19 OBJECTIVE B (2): '+'Check for comment explaining function.')
     print('QUESTION 19 OBJECTIVE C (2): '+'Check if previous function in file was called.')
     print('QUESTION 19 OBJECTIVE D (2): '+'Check if import statement was used.')
-
-    # Print Box Production
 
 main()

com/prestonsproductions/sourcecode/MusicLibrary2018/MusicLibrary2018.py

@@ -250,6 +250,7 @@ def main():
                 {'NAME':'Easier to Run', 'ARTIST':'Linkin Park', 'ALBUM':'Meteora', 'DURATION':205, 'FILESIZE':2.3,'RATING':4},
                 {'NAME':'Figure 09', 'ARTIST':'Linkin Park', 'ALBUM':'Meteora', 'DURATION':198, 'FILESIZE':2.1,'RATING':3},
                 {'NAME':'Breaking the Habit', 'ARTIST':'Linkin Park', 'ALBUM':'Meteora', 'DURATION':197, 'FILESIZE':2.1,'RATING':4},
+                {'NAME':'Radioactive', 'ARTIST':'Imagine Dragons', 'ALBUM':'Night Visions', 'DURATION':188, 'FILESIZE':1.9,'RATING':4},
                 {'NAME':'Demons', 'ARTIST':'Imagine Dragons', 'ALBUM':'Night Visions', 'DURATION':176, 'FILESIZE':1.7,'RATING':4},
                 {'NAME':'On Top of the World', 'ARTIST':'Imagine Dragons', 'ALBUM':'Night Visions', 'DURATION':191, 'FILESIZE':1.9,'RATING':5},
                 {'NAME':'Underdog', 'ARTIST':'Imagine Dragons', 'ALBUM':'Night Visions', 'DURATION':210, 'FILESIZE':2.3,'RATING':2},
@@ -294,14 +295,14 @@ def main():
     print('Source Code - Division B/C - Music Library')
 
     print('QUESTION 0 OBJECTIVE A (2): '+str(getMusicLibraryTitle()))
-    print('QUESTION 1 OBJECTIVE A (2): '+str(getCDArea(4)))
-    print('QUESTION 2 OBJECTIVE A (2): '+str(hasEnoughSpace(1023,1024)))
-    print('QUESTION 3 OBJECTIVE A (3): '+str(logSong('Wildest Dreams','Taylor Swift','1989')))
-    print('QUESTION 4 OBJECTIVE A (3): '+str(formatTime(204)))
-    print('QUESTION 4 OBJECTIVE B (3): '+str(formatTime(204)))
-    print('QUESTION 5 OBJECTIVE A (3): '+str(reverseString('Jump On My Shoulders')))
+    print('QUESTION 1 OBJECTIVE A (2): '+str(getCDArea(5)))
+    print('QUESTION 2 OBJECTIVE A (2): '+str(hasEnoughSpace(1024,1024)))
+    print('QUESTION 3 OBJECTIVE A (3): '+str(logSong('Love Me Do','The Beatles','1')))
+    print('QUESTION 4 OBJECTIVE A (3): '+str(formatTime(205)))
+    print('QUESTION 4 OBJECTIVE B (3): '+str(formatTime(205)))
+    print('QUESTION 5 OBJECTIVE A (3): '+str(reverseString('Man in the Wilderness')))
     print('QUESTION 6 OBJECTIVE A (4): '+str(getSong(library, 'Soul Vaccination')))
-  
+    
     print('QUESTION 7 OBJECTIVE A (4): '+str(getTotalTime(library)))
 
     print('QUESTION 8 OBJECTIVE A (5): '+str(getAverageSize(library, 'RATING')) +' '+ str(getAverageSize(library, 'FILESIZE')))
@@ -313,15 +314,15 @@ def main():
     print('QUESTION 10 OBJECTIVE A (2): '+str(getTheBestSong(library)))
 
     print('QUESTION 11 OBJECTIVE A (5): '+str(getSpacesCount(library)))
-    print('QUESTION 12 OBJECTIVE A (5): '+str(truncateSongTitle('when the World Was at war We kept dancing')))
-    print('QUESTION 13 OBJECTIVE A (5): '+str(capitalizeSongTitle('When the World Was at War We Kept Dancing')))
+    print('QUESTION 12 OBJECTIVE A (5): '+str(truncateSongTitle('down to the night Club')))
+    print('QUESTION 13 OBJECTIVE A (5): '+str(capitalizeSongTitle('down to the night Club')))
     print('QUESTION 14 OBJECTIVE A (6): '+str(getAlbumMostSongs(library)))
 
     print('QUESTION 15 OBJECTIVE A (6): '+str(getShortestMixTape(library)))
     print('QUESTION 15 OBJECTIVE B (2): '+str(getShortestMixTape(library)))
-    
+       
     print('QUESTION 16 OBJECTIVE A (7): '+str(getMedianDuration(library)))
-    print('QUESTION 17 OBJECTIVE A (7): '+str(fibonnaciSum(library)))  
+    print('QUESTION 17 OBJECTIVE A (7): '+str(fibonnaciSum(library)))   
     print('QUESTION 18 OBJECTIVE A (8): '+str(getAnagrams(library, 'I hang under lo list')))
 
     print('QUESTION 19 OBJECTIVE A (4): '+str(getStatistic(library)))

com/prestonsproductions/sourcecode/RoadTrip2018/RoadTrip2018.py

@@ -245,6 +245,7 @@ def main():
                 {'NAME':'Cadillac', 'DISTANCE':71, 'DURATION':84, 'GASPRICE':3.01},
                 {'NAME':'Mount Pleasant', 'DISTANCE':65, 'DURATION':65, 'GASPRICE':2.99},
                 {'NAME':'Flint', 'DISTANCE':90, 'DURATION':87, 'GASPRICE':2.59},
+                {'NAME':'Clio', 'DISTANCE':15, 'DURATION':18, 'GASPRICE':2.66},
                 ]
 
     tripdata2 = [{'NAME':'Bath', 'DISTANCE':0, 'DURATION':0, 'GASPRICE':2.51},                 
@@ -264,6 +265,7 @@ def main():
                 {'NAME':'Tawas City', 'DISTANCE':69, 'DURATION':70, 'GASPRICE':2.89},
                 {'NAME':'Mackinaw City', 'DISTANCE':165, 'DURATION':152, 'GASPRICE':3.30},
                 {'NAME':'St. Ignace', 'DISTANCE':12, 'DURATION':25, 'GASPRICE':3.20},
+                {'NAME':'Sault Ste Marie', 'DISTANCE':60, 'DURATION':56, 'GASPRICE':3.44},
                 ]
 
     landmarks = [('Blue Chair','Alpena','Lansing'),
@@ -279,22 +281,23 @@ def main():
                  ('Sky Resort','Ludington','Traverse City'),
                  ('The Bay Bridge','Bay City','Saginaw'),
                  ('Nothing','Bath','St. Johns'),
+                 ('Nothing','Flint','Clio'),
                 ]
 
     # Print Question Answer
-    print('Source Code - Division B/C - Road Trip - Travel Log')
+    print('Source Code (MAIN) - Division B/C - Road Trip - Travel Log')
 
-    print('QUESTION 0 A (2): '+getTravelLogTitle('The Source Code Travel Log', '00001', '02/02/2018'))
+    print('QUESTION 0 A (2): '+getTravelLogTitle('The Source Code Travel Log', '10001', '03/03/2018'))
 
-    print('QUESTION 1 A (2): '+str(getDistanceBetween(700,600)))
-    print('QUESTION 1 B (2): '+str(getDistanceBetween(600,700)))
+    print('QUESTION 1 A (2): '+str(getDistanceBetween(800,600)))
+    print('QUESTION 1 B (2): '+str(getDistanceBetween(600,800)))
 
-    print('QUESTION 2 A (2): '+str(getFuelCost(500,2.59,24)))
-    print('QUESTION 2 B (2): '+str(getFuelCost(500,2.59,24)))
+    print('QUESTION 2 A (2): '+str(getFuelCost(501,2.59,24)))
+    print('QUESTION 2 B (2): '+str(getFuelCost(501,2.59,24)))
 
-    print('QUESTION 3 A (3): '+str(getAverageSpeed(500, 450)))
+    print('QUESTION 3 A (3): '+str(getAverageSpeed(600, 500)))
 
-    print('QUESTION 4 A (3): '+str(firstCapital('LanSIng')))
+    print('QUESTION 4 A (3): '+str(firstCapital('sAGINaW')))
 
     print('QUESTION 5 A (3): '+str(getCents(1.377)))
 
@@ -303,7 +306,7 @@ def main():
     print('QUESTION 7 A (4): '+str(isPrimeNumber(199)) +', ' + str(isPrimeNumber(8335)))
 
     print('QUESTION 8 A (4): '+str(convertUnits(20, 'MI','KM')))
-    print('QUESTION 8 B (1): '+str(convertUnits(20, 'MI','CE')))
+    print('QUESTION 8 B (2): '+str(convertUnits(20, 'MI','CE')))
 
     print('QUESTION 9 A (4): '+str(getTotalDistance(tripdata)))
 
@@ -316,7 +319,7 @@ def main():
     print('QUESTION 12 B (2): '+str(getTotalAverageSpeed([])))
 
     print('QUESTION 13 A (4): '+str(getDistantCities(tripdata)))
-    print('QUESTION 13 B (3): '+str(getDistantCities(tripdata)))
+    print('QUESTION 13 B (2): '+str(getDistantCities(tripdata)))
 
     print('QUESTION 14 A (5): '+str(getLandMarks('Alpena','Albion', landmarks)))
 
@@ -332,7 +335,5 @@ def main():
     print('QUESTION 19 A (2): '+'Check for comment explaining function.')
     print('QUESTION 19 A (2): '+'Check if previous function in file was called.')
     print('QUESTION 19 A (2): '+'Check if import statement was used.')
-
-    # Print Trip Log
 
 main()

com/prestonsproductions/sourcecode/RoadTrip2018/RoadTrip2018A.py

@@ -402,7 +402,5 @@ def main():
     print('QUESTION 19 A (2): '+'Check for comment explaining function.')
     print('QUESTION 19 A (2): '+'Check if previous function in file was called.')
     print('QUESTION 19 A (2): '+'Check if import statement was used.')
-
-    # Print Trip Log
 
 #main()

com/prestonsproductions/sourcecode/RoadTrip2018/RoadTrip2018Main.py

@@ -114,7 +114,5 @@ def main1():
     print('QUESTION 19 A (2): '+'Check for comment explaining function.')
     print('QUESTION 19 A (2): '+'Check if previous function in file was called.')
     print('QUESTION 19 A (2): '+'Check if import statement was used.')
-
-    # Print Trip Log
 
 main1()