debug step 4

scheduleGenerator/generator.py

@@ -8,6 +8,9 @@ from string import hexdigits
 from util.mockStudents import getSampleStudents
 from util.generateCourses import getSampleCourses
 
+# Import other utilites
+from util.debug import debug
+
 '''
   Block 1-5 is first semester while
   block 6-10 is second semester
@@ -285,7 +288,9 @@ def generateScheduleV3(
     # Tally first and second semester
     sem1, sem2 = 0, 0
     sem1List, sem2List = {}, {}
+    allSemBlockLens = []
     for i in range(1, 11):
+      allSemBlockLens.append(len(running[f"block{i}"]))
       if i <= 5:
         sem1 += len(running[f"block{i}"])
         sem1List[f"block{i}"] = running[f"block{i}"]
@@ -306,7 +311,7 @@ def generateScheduleV3(
         while not classInserted:
 
           blockIndex += offset
-          if len(running[list(running)[blockIndex]]) < blockClassLimit:
+          if len(running[f'block{blockIndex+1}']) < blockClassLimit:
             running[list(running)[blockIndex]][cname] = {
               "CrsNo": course,
               "Description": emptyClasses[course][cname]["Description"],
@@ -324,20 +329,12 @@ def generateScheduleV3(
     # If the class only runs once, place in semester with least classes
     elif allClassRunCounts[index] == 1:
       # Equally disperse into semesters classes
-      semBlocks = []
-      offset = 1
-
-      # If sem1 is less than or equal to sem2, add to sem1
-      if sem1 <= sem2: [semBlocks.append(len(block)) for block in sem1List]
-
-      # If sem2 is less than sem1, add to sem2
-      elif sem1 > sem2: [semBlocks.append(len(block)) for block in sem2List]
 
       # Get block with least classes
-      leastBlock = semBlocks.index(min(semBlocks))
+      leastBlock = allSemBlockLens.index(min(allSemBlockLens)) + 1
       cname = f"{course}-0"
 
-      running[f"block{leastBlock+offset}"][cname] = {
+      running[f"block{leastBlock}"][cname] = {
         "CrsNo": course,
         "Description": emptyClasses[course][cname]["Description"],
         "students": selectedCourses[cname]["students"],
@@ -350,6 +347,15 @@ def generateScheduleV3(
       allClassRunCounts.remove(allClassRunCounts[index])
       courseRunInfo.pop(list(courseRunInfo)[index])
 
+  # Debug to json for analysis
+  if blockClassLimit == 40:  
+    with open('./output/timetable-debug1.json', 'w') as outfile:
+      json.dump(running, outfile, indent=2)
+
+  else: 
+    with open('./output/timetable-debug2.json', 'w') as outfile:
+      json.dump(running, outfile, indent=2)
+
 
   # Step 5 - Fill student schedule
   for block in running:

tinker.py

@@ -12,15 +12,19 @@ import sys
 from util.mockStudents import getSampleStudents
 from util.generateCourses import getSampleCourses
 
+# Import other utilities
+from util.debug import debug
+
 # Import Algorithm
 from scheduleGenerator.generator import generateScheduleV3
 
 done = False
 
 # consts
-blockClassLimit = 68
+blockClassLimit = 40
 
-print(f'\n>> Debug: Current blockClassLimit = {blockClassLimit}')
+print()
+debug(f'Current blockClassLimit = {blockClassLimit}')
   
 def processing(msg: str):
   for c in itertools.cycle(['|', '/', '-', '\\']):
@@ -56,12 +60,26 @@ if __name__ == '__main__':
 
     st = time() # Start time
 
+    showError = False
+    noAnim = False
+    for e in sys.argv:
+      if e.lower() == 'showerror': showError = True
+      if e.lower() == 'noanim': noAnim = True
+    
+    if noAnim:
+      sampleStudents = getSampleStudents("./sample_data/course_selection_data.csv", True)
+      sampleCourses = getSampleCourses("./sample_data/course_selection_data.csv", True)
+      timetable = {}
+      timetable["Version"] = 3
+      timetable["timetable"] = generateScheduleV3(sampleStudents, sampleCourses, blockClassLimit, "./output/students.json", "./output/conflicts.json")
+    else:
       t = threading.Thread(target=processing, args=('Collection student requests',))
       t.start() # Start animation
       sampleStudents = getSampleStudents("./sample_data/course_selection_data.csv", True)
       done = True # End Animation
       print('\nStudent list generated.\n')
 
+
       t = threading.Thread(target=processing, args=('Collection Course Information',))
       done = False # reset animation
       t.start() # Start animation
@@ -78,15 +96,14 @@ if __name__ == '__main__':
       timetable["timetable"] = generateScheduleV3(sampleStudents, sampleCourses, blockClassLimit, "./output/students.json", "./output/conflicts.json")
 
       done = True # End Animation
+    
     et = time() # End time
     elapsed_time = round((et - st), 3) # Execution time
     print(f'\n\nDone - Finished in {elapsed_time} seconds\n')
 
-    for e in sys.argv:
+    if showError:
-      if e.lower() == 'showerror':
       errors, _, _ = errorOutput(sampleStudents)
       print(errors)
-        break
 
     with open("./output/timetable.json", "w") as outfile:
       json.dump(timetable, outfile, indent=2)
@@ -94,6 +111,12 @@ if __name__ == '__main__':
   elif sys.argv[1].lower() == "no_refresh":
     print()
 
+    showError = False
+    noAnim = False
+    for e in sys.argv:
+      if e.lower() == 'showerror': showError = True
+      if e.lower() == 'noanim': noAnim = True
+
     st = time() # Start time
 
     if not file_exists('./output/students.json') or not file_exists('./output/courses.json'):
@@ -108,22 +131,25 @@ if __name__ == '__main__':
       for i in range(1, 11): student["schedule"][f"block{i}"] = []
       student["classes"] = 0
     
+    if noAnim:
+      timetable = {}
+      timetable["Version"] = 3
+      timetable["timetable"] = generateScheduleV3(sampleStudents, sampleCourses, blockClassLimit, "./output/students.json", "./output/conflicts.json")
+    else :
       t = threading.Thread(target=processing, args=('Processing',))
       t.start() # Start animation
       timetable = {}
       timetable["Version"] = 3
       timetable["timetable"] = generateScheduleV3(sampleStudents, sampleCourses, blockClassLimit, "./output/students.json", "./output/conflicts.json")
-
       done = True # End Animation
+    
     et = time() # End time
     elapsed_time = round((et - st), 3) # Execution time
     print(f'\n\nDone - Finished in {elapsed_time} seconds\n')
 
-    for e in sys.argv:
+    if showError:
-      if e.lower() == 'showerror':
       errors, _, _ = errorOutput(sampleStudents)
       print(errors)
-        break
 
     with open("./output/timetable.json", "w") as outfile:
       json.dump(timetable, outfile, indent=2)

util/debug.py

@@ -0,0 +1,4 @@
+#!/usr/bin/env python
+
+# Define global debug function
+debug = lambda msg : print(f">> Debug: {msg}")