Package org.powertac.customer.model

Class LpTest

java.lang.Object

org.powertac.customer.model.LpTest

public class LpTest
extends Object

Author:

jcollins

Constructor Summary

Constructors

Constructor	Description
LpTest()

Method Summary

Modifier and Type	Method	Description
void	setUp()
void	testLpTOU()	Simple tariff eval example.
void	testLpTOU_Total()	Simple tariff eval example, constraints on running total only.
void	testSimpleLp()	Simple sanity test using the intended form.

Methods inherited from class java.lang.Object

clone, equals, finalize, getClass, hashCode, notify, notifyAll, toString, wait, wait, wait

Constructor Detail

LpTest

public LpTest()

Method Detail

setUp

@BeforeEach
public void setUp()
           throws Exception

Throws:

Exception

testSimpleLp

@Test
public void testSimpleLp()

Simple sanity test using the intended form.

testLpTOU

@Test
public void testLpTOU()

Simple tariff eval example. We ignore periodic charges, because those are handled by the TariffEvaluator. We'll just use a simple TOU with daytime rates (8:00-19:00) of 0.15 and night rates (20:00-7:00) of 0.09. Example is 24 hours, starting at the beginning of a midnight shift. The numbers are from the "idle" version of the futureEnergyNeeds test, with an initial charge of 20 kwh. end trk req max sur min total 8 6 256 240 -16+20 236 16 8 0 240 240 236 0 0 192 240 32 428 8 6 256 240 -16 684 We use 5 chargers, 6kW/charger, no battery count constraints, 0.9 charge efficiency.

testLpTOU_Total

@Test
public void testLpTOU_Total()

Simple tariff eval example, constraints on running total only. We ignore periodic charges, because those are handled by the TariffEvaluator. We'll just use a simple TOU with daytime rates (8:00-19:00) of 0.15 and night rates (20:00-7:00) of 0.09. Example is 24 hours, starting at the beginning of a midnight shift. The numbers are from the "idle" version of the futureEnergyNeeds test, with an initial charge of 20 kwh. end trk req max sur min total 8 6 256 240 -16+20 236 16 8 0 240 240 236 0 0 192 240 32 428 8 6 256 240 -16 684 We use 5 chargers, 6kW/charger, no battery count constraints, 0.9 charge efficiency.