enumerate tasks

inputdata/sample

@@ -0,0 +1,4 @@
+3 3
+0  4 1  6 2 1
+1  3 0 13 2 4
+1  2 2  5 0 3

src/SchedulingAlgorithms/enumerate.py

@@ -1,10 +1,10 @@
-from JobShopParser import JobShopProblem as Problem
+from Parser import JobShopProblem as Problem
 
 def enumerate(problem):
-    schedule = [ (job, task) for job in range(0, problem.jobs) for task in range(0, len(problem.problem_data[job])) ] 
+    schedule = ( (job, task) for job in range(0, problem.jobs) for task in range(0, len(problem[job])) )
     begin = 0
     solution = []
     for task in schedule:
         solution.append((begin, task))
-        begin += problem.problem_data[task[0]][task[1]][0]
-    print(solution)
+        begin += problem[task[0]][task[1]][0]
+    return solution

src/SchedulingAlgorithms/lpt.py

@@ -1,6 +0,0 @@
-from JobShopParser import *
-
-def lpt(problem : JobShopProblem):
-    while problem:
-        ready = [ job[0] for job in problem.problem_data ]
-        req_machines = [ task[1] for task in ready ]