task_list.append(task)
for index in range(1, len(task_list)):
# Downscale the failing task by minimum amount.
while task_list[index].current > task_list[index -1].current:
task_list[index].ScaleDown1()
consumption = battery.tasks_consumption(38, tasks)
print(battery.battery_failed)
while battery.battery_failed:
failed_task = battery.failed_task
failed_task.ScaleDown()
tasks.calculate_runtime()
consumption = battery.tasks_consumption(38, tasks)
plot_consumption(battery, tasks)
### Phase 2
# Overall planning strategy to scale down based on maximum slack time
slack_times = {}
for task in task_list:
if task.slack > 0:
slack_times[task] = task.slack
print(f'Task {task} with slack time {task.slack}')
while slack_times:
max_slack_task = max(slack_times.items(), key=operator.itemgetter(1))[0]
print(f'Task {max_slack_task} with slack time {slack_times[max_slack_task]}')
max_slack_task.ScaleDown1()
