def get_gui(self):
step_group1 = StepGroup(name='Enter your Data')
step_group1.add_step(
Step(name='Person speed', widgets=[SimpleGrid(Person)]))
step_group1.add_step(
Step(
name='Training parameters',
widgets=[{
"widget": ParameterForm(),
"cols": 6
}],
))
step_group2 = StepGroup(name='Solve')
step_group2.add_step(
Step(name='Learning using Reinforcement learning',
widgets=[ExecuteLocalSolver()]))
step_group3 = StepGroup(name='View the Solution')
step_group3.add_step(
Step(name='Result',
widgets=[LearningChart(),
SimpleGrid(FinalSolution)]))
return [step_group1, step_group2, step_group3]
def get_gui(self):
return [
StepGroup(name='Stores',
steps=[Step(name='Stores',
widgets=[SimpleGrid(Store)])]),
StepGroup(name='Map',
steps=[Step(name='Map', widgets=[MyKMLMap()])])
]
def make_step_group(name, steps):
"""Make group where steps are an array of tuples with name, widgets."""
step_group = StepGroup(name=name)
for step in steps:
step_name, step_widgets = step
step_group.add_step(Step(name=step_name, widgets=step_widgets))
return step_group
def get_gui(self):
step_group1 = StepGroup(name='Enter your data')
step_group1.add_step(
Step(name='Enter your locations', widgets=[SimpleGrid(Location)]))
step_group1.add_step(
Step(name='Enter your paths', widgets=[SimpleGrid(Path)]))
step_group2 = StepGroup(name='Solve')
step_group2.add_step(Step(name='Solve',
widgets=[ExecuteLocalSolver()]))
step_group3 = StepGroup(name='View Results')
step_group3.add_step(
Step(name='View your Results', widgets=[MyKMLMap()]))
return [step_group1, step_group2, step_group3]
def get_gui(self):
return [
StepGroup(name='Input', steps=[
Step(name='URL', widgets=[
ParameterForm()
]),
Step(name='Generate', widgets=[
TextWidget(text='Generate the histogram, this may take a little while'),
CreateHistogram()
])
]),
StepGroup(name='Output', steps=[
Step(name='Histogram', widgets=[
ColorHistogram()
])
])
]
def get_gui(self):
step_group_1 = StepGroup(name='Input')
step_group_1.add_step(
Step(name='Search Terms', widgets=[SimpleGrid(TweetSearchTerms)]))
step_group_1.add_step(
Step(name='Get Tweets', widgets=[ExecuteGetTweets()]))
step_group_2 = StepGroup(name='Results')
step_group_2.add_step(
Step(name='Tweets', widgets=[SimpleGrid(Tweet, editable=False)]))
step_group_3 = StepGroup(name='Visualisations')
step_group_3.add_step(
Step(name="Sentiment Distribution",
widgets=[SentimentScatterChart()]))
return [step_group_1, step_group_2, step_group_3]
def get_gui(self):
step_group1 = StepGroup(name='Enter your data')
step_group1.add_step(
Step(name='Enter your locations',
widgets=[SimpleGrid(Shop)],
help_text="Enter the set of locations, with their associated \
demand, that need to be serviced by a facility"))
step_group1.add_step(
Step(name='Enter your candidate facilities',
widgets=[SimpleGrid(Plant)],
help_text="Enter the set of candidate facilities with their \
capacities and commissioning costs"))
step_group1.add_step(
Step(name='Review your data',
widgets=[KMLMapInput()],
help_text=
"Review the locations and candidate facilities entered \
for correctness"))
step_group2 = StepGroup(name='Solve')
step_group2.add_step(
Step(name='Solve Facility Location Optimisation \
Problem',
widgets=[ExecuteSolverFunction()]))
step_group3 = StepGroup(name='View the Solution')
step_group3.add_step(
Step(
name='Download KML',
widgets=[{
"widget": SimpleGrid(Flow),
"cols": 6
}, {
"widget": PlantSizePieChart(),
"cols": 6
}, {
"widget": KMLMapOutput(),
"cols": 12
}],
help_text="The grid below shows the amount of product flowing \
from facilities to locations. The map shows the same info \
geographically."))
return [step_group1, step_group2, step_group3]
def get_gui(self):
step_options = StepGroup(name='Parameters')
step_options.add_step(Step(
name='Parameters',
widgets=[ParameterForm()],
help_text="Enter the parameters you want."
))
step_group1 = StepGroup(name='Enter your data')
step_group1.add_step(Step(
name='Enter your people',
widgets=[SimpleGrid(Person)],
help_text="Enter the set of locations, of people who need food"
))
step_group1.add_step(Step(
name='Search for nearby food',
widgets=[FindNearbyPlaces()],
help_text="Search for nearby food joints that are open."
))
step_group1.add_step(Step(
name='Enter your locations',
widgets=[SimpleGrid(Place)],
help_text="Enter the set of places with their nutritional value."
))
step_group1.add_step(Step(
name='Review your data',
widgets=[KMLMapInput()],
help_text="Review the locations and places entered for correctness"
))
step_group2 = StepGroup(name='Solve')
step_group2.add_step(Step(name='Solve Food Optimisation Problem', widgets=[
ExecuteSolverFunction()]))
step_group3 = StepGroup(name='View the Solution')
step_group3.add_step(Step(
name='Download KML',
widgets=[
{"widget": SimpleGrid(Path, hidden_column_names=["uuid", "person_id", "place_id"]), "cols": 6}
],
help_text="Enjoy your optimised lunch :)"
))
return [step_options, step_group1, step_group2, step_group3]
def get_gui(self):
step_group1 = StepGroup(name='Input')
step_group1.add_step(Step(
name='Commodities',
widgets=[SimpleGrid(Commodity)],
help_text="Enter the set of commodities"
))
step_group1.add_step(Step(
name='Nodes',
widgets=[
SimpleGrid(Node),
MapNodeInput(),
],
help_text="Enter the set of Nodes"
))
step_group1.add_step(Step(
name='Arcs',
widgets=[
SimpleGrid(Arc),
MapArcInput()
],
help_text="Enter the set of Arcs"
))
step_group1.add_step(Step(
name='Costs',
widgets=[SimpleGrid(Cost)],
help_text="Enter the costs associated with each Arc"
))
step_group1.add_step(Step(
name='Inflows',
widgets=[SimpleGrid(Inflow)],
help_text="Enter the set of inflow requirements for each Node"
))
step_group2 = StepGroup(name='Engine')
step_group2.add_step(Step(name='Solve Network Flow Problem', widgets=[ExecuteSolverFunction()]))
step_group3 = StepGroup(name='Output')
step_group3.add_step(Step(
name='Flows',
widgets=[SimpleGrid(NetworkFlow)],
help_text="Optimal Flows"
))
step_group3 = StepGroup(name='Output')
step_group3.add_step(Step(
name='Flows',
widgets=[
{'widget': NetworkInflowChart(), 'cols': 6},
{'widget': NetworkOutflowChart(), 'cols': 6},
{'widget': MapFlowOutput(), 'cols': 12},
{'widget': SimpleGrid(NetworkFlow), 'cols': 12},
],
help_text="The grid below shows the optimal Requests selected."
))
return [step_group1, step_group2, step_group3]
def generate_ui_step_group(name, steps):
step_group = StepGroup(name=name)
for step in steps:
# each step should be a tuple with the name and an array of widgets
step_group.add_step(Step(name=step[0], widgets=step[1]))
return step_group