def get_deadline_area(task_deadline):
f_ = CpoStepFunction()
f_.set_value(0, DAYS_IN_SPRINT * HOURS_IN_DAY, 100)
f_.set_value(task_deadline * HOURS_IN_DAY + 1,
DAYS_IN_SPRINT * HOURS_IN_DAY, 0)
return f_
JIM_HOLYDAYS = ((26, 40), (201, 225), (306, 313), (397, 411), (565, 579))
#-----------------------------------------------------------------------------
# Prepare the data for modeling
#-----------------------------------------------------------------------------
# Assign an index to tasks
ALL_TASKS = (MASONRY, CARPENTRY, PLUMBING, CEILING, ROOFING, PAINTING, WINDOWS,
FACADE, GARDEN, MOVING)
for i in range(len(ALL_TASKS)):
ALL_TASKS[i].id = i
# Initialize availability calendar for workers
joe_calendar = CpoStepFunction()
jim_calendar = CpoStepFunction()
joe_calendar.set_value(0, MAX_YEARS * 365, 100)
jim_calendar.set_value(0, MAX_YEARS * 365, 100)
# Remove week ends
for w in range(MAX_YEARS * 52):
joe_calendar.set_value(5 + (7 * w), 7 + (7 * w), 0)
jim_calendar.set_value(5 + (7 * w), 7 + (7 * w), 0)
# Remove holidays
for b, e in JOE_HOLYDAYS:
joe_calendar.set_value(b, e, 0)
for b, e in JIM_HOLYDAYS:
jim_calendar.set_value(b, e, 0)
#-----------------------------------------------------------------------------
# Build the model
DURATIONS = [TASKS[t]["duration"] for t in range(NB_TASKS)]
# Требования задач к ресурсам - тут всё просто - 1 разраб = 1 задача
DEMANDS = [
make_resource_row(TASKS[t]["rnd"], NB_RESOURCES, DURATIONS[t])
for t in range(NB_TASKS)
]
# построим список функций "присутсвия на работе"
RND_CALENDAR = []
for i in range(NB_RESOURCES):
print("Calendar function for rnd {}".format(i))
cnst_pr = [0, 0]
last_val = sign(MM_DEV_ACTIVE_HOURS[i][0][0])
fs = CpoStepFunction()
fs.set_value(0, DAYS_IN_SPRINT * HOURS_IN_DAY, 100)
for fdays, farrhr in enumerate(MM_DEV_ACTIVE_HOURS[i]):
for fhours, fval in enumerate(farrhr):
if fval == last_val == 0:
cnst_pr[1] = fdays * HOURS_IN_DAY + fhours
elif fval == 1 and last_val == 0:
fs.set_value(cnst_pr[0], cnst_pr[1], 0)
print("find interval from {} to {}".format(
cnst_pr[0], cnst_pr[1]))
cnst_pr[0] = cnst_pr[1] = fdays * HOURS_IN_DAY + fhours
elif fval == 0 and last_val == 1:
cnst_pr[0] = cnst_pr[1] = fdays * HOURS_IN_DAY + fhours
last_val = fval
RND_CALENDAR.append(fs)
# -----------------------------------------------------------------------------
def get_allowable_area(shls, ax_attr, temperature):
f_ = CpoStepFunction()
if ax_attr == 'x':
f_.set_value(0, SIZE_SHELF["x"] * SHELF_COUNT, 100)
for ih in range(len(shls)):
f_.set_value(shls[ih].x_start, shls[ih].x_start + 1, 0)
f_.set_value(shls[ih].x_stop - 1, shls[ih].x_stop, 0)
if not shls[ih].t_min <= temperature <= shls[ih].t_max:
f_.set_value(shls[ih].x_start, shls[ih].x_stop, 0)
elif ax_attr == 'y':
f_.set_value(0, SIZE_SHELF["y"] * SHELF_COUNT, 100)
for ih in range(len(shls)):
f_.set_value(shls[ih].y_start, shls[ih].y_start + 1, 0)
f_.set_value(shls[ih].y_stop - 1, shls[ih].y_stop, 0)
if not shls[ih].t_min <= temperature <= shls[ih].t_max:
f_.set_value(shls[ih].y_start, shls[ih].y_stop, 0)
return f_