public void SomeBlocks()
{
EnergyRendererContext ctx = new EnergyRendererContext();
ctx.BarWidth = 10;
ctx.RowWidth = 66;
EnergyListRenderer display = new EnergyListRenderer(ctx);
string result = display.Render(
new TestBatteryBlock("batteria_1", 3.0f, 2.3f, -317.29f, true, false),
new TestBatteryBlock("batteria_2", 6.2f, 0f, 0f, false, true),
new TestPowerProductionBlock("reattore_1", 15.0f, 1.45f, true),
new TestPowerProductionBlock("reattore_2", 15.00011111f, 0f, false),
new TestPowerProductionBlock("pannello_solare", 0f, 0f, true)
);
string expected =
"[Energy -]" + NL +
"------------------------------------------------------------------" + NL +
"batteria_1 [-]" + NL +
" (||||||||..) 77% 3MWh OUT -317.29W 2.3MWh" + NL +
"batteria_2 OFF" + NL +
" (..........) 0% 6.2MWh IN 0W 0MWh" + NL +
"reattore_1 [-]" + NL +
" (|.........) 10% 15MW OUT 1.45MW" + NL +
"reattore_2 OFF" + NL +
" (..........) 0% 15MW OUT 0MW" + NL +
"pannello_solare [-]" + NL +
" ( ) [NA] 0MW OUT 0MW";
Assert.AreEqual(expected, result);
}
public Program()
{
ctx1 = new EnergyRendererContext();
ctx1.BarWidth = 10;
ctx1.RowWidth = 66;
display1 = new EnergyListRenderer(ctx1);
ctx2 = new EnergyRendererContext();
ctx2.BarWidth = 10;
ctx2.RowWidth = 66;
display2 = new EnergyListRenderer(ctx2);
energyInfo1 = new EnergyItemRenderer[] {
MyPowerProductionItemRenderer.Find(GridTerminalSystem, "BA1_reattore_1"),
MyBatteryItemRenderer.Find(GridTerminalSystem, "BA1_Batteria_1"),
MyBatteryItemRenderer.Find(GridTerminalSystem, "BA1_Batteria_2"),
MyBatteryItemRenderer.Find(GridTerminalSystem, "BA1_Batteria_3"),
MyBatteryItemRenderer.Find(GridTerminalSystem, "BA1_Batteria_4")
};
energyInfo2 = new EnergyItemRenderer[] {
MyPowerProductionItemRenderer.Find(GridTerminalSystem, "BA1_pannello_solare_1"),
MyPowerProductionItemRenderer.Find(GridTerminalSystem, "BA1_pannello_solare_2"),
MyPowerProductionItemRenderer.Find(GridTerminalSystem, "BA1_pannello_solare_3"),
MyPowerProductionItemRenderer.Find(GridTerminalSystem, "BA1_pannello_solare_4"),
MyPowerProductionItemRenderer.Find(GridTerminalSystem, "BA1_pannello_solare_5"),
MyPowerProductionItemRenderer.Find(GridTerminalSystem, "BA1_pannello_solare_6"),
MyPowerProductionItemRenderer.Find(GridTerminalSystem, "BA1_pannello_solare_7")
};
Runtime.UpdateFrequency = UpdateFrequency.Update100;
}
public override string Render(EnergyRendererContext ctx)
{
return(string.Format(
ctx.EnUS, "{0}" + Environment.NewLine + " {3} {1}MW OUT {2}MW",
RenderHeader(ctx),
Math.Round(MaxOutput, 2),
Math.Round(CurrentOutput, 2),
ctx.RenderLevelBar(MaxOutput, CurrentOutput, ctx.BarWidth, true)
));
}
public override string Render(EnergyRendererContext ctx)
{
return(String.Format(
ctx.EnUS, "{0}" + Environment.NewLine + " {4} {1}MWh {2} {3}W {5}MWh",
RenderHeader(ctx),
Math.Round(Storage, 2),
Charging ? " IN" : "OUT",
Math.Round(Balance, 2),
ctx.RenderLevelBar(Storage, Stored, ctx.BarWidth, true),
Math.Round(Stored, 2)
));
}
public void NothingToDisplay()
{
EnergyRendererContext ctx = new EnergyRendererContext();
ctx.BarWidth = 18;
ctx.RowWidth = 34;
EnergyListRenderer display = new EnergyListRenderer(ctx);
string result = display.Render();
string expected =
"[Energy -]" + NL +
"----------------------------------";
Assert.AreEqual(expected, result);
}
