public static void setMovingstate(ContentLoader.TextureNames movingstateParameter)
{
if (movingstate == ContentLoader.TextureNames.empty)
{
movingstate = movingstateParameter;
}
}
//public Int32 electricityCapacity;
//public Int32 oxygenCapacity;
public Capsule(ContentLoader.TextureNames name, Rectangle startPositionPart, Int32 weightParameter)
{
partName = name;
partPosition = startPositionPart;
partTexture = ContentLoader.Textures[partName];
partWeight = weightParameter;
type = partType.capsule;
//electricityCapacity = elec;
//oxygenCapacity = oxy;
}
//public Int32 efficiency;
//public Int32 consumption;
public Engine(ContentLoader.TextureNames name, Rectangle startPositionPart, Int32 weightParameter, Int32 eff, Int32 consump, Int32 thr, Int32 isp)
{
partName = name;
partPosition = startPositionPart;
partTexture = ContentLoader.Textures[partName];
partWeight = weightParameter;
type = partType.engine;
thrust = thr;
efficiency = eff;
consumption = consump;
ISP = isp;
}
//public Int32 fuelCapacity;
//public Int32 fuelWeight;
public Tank(ContentLoader.TextureNames name, Rectangle startPositionPart, Int32 weightParameter, Int32 fuel, Int32 fweight)
{
partName = name;
partPosition = startPositionPart;
partTexture = ContentLoader.Textures[partName];
partWeight = weightParameter;
type = partType.tank;
fuelCapacity = fuel;
fuelWeight = fweight;
//this._fuelCapacity = fuel;
//this._fuelWeight = fweight;
}
public void checkPartDrop()
{
// See if part is dropped in rectangle.
if (currentTouches.Count > 0)
{
if (movingstate != ContentLoader.TextureNames.empty && grid.Contains(touchPoints))
{
gridTouched = true;
}
}
else
{
if (gridTouched)
{
// Add to stack.
//rocketStack.Push(masterList[movingstate]);
switch (movingstate)
{
case ContentLoader.TextureNames.capsule_test:
rocketStack.Push(new Capsule(ContentLoader.TextureNames.capsule_test, new Rectangle(0, 0, 101, 101), 50));
break;
case ContentLoader.TextureNames.capsule_1:
rocketStack.Push(new Capsule(ContentLoader.TextureNames.capsule_1, new Rectangle(0, 0, 101, 101), 50));
break;
case ContentLoader.TextureNames.tank_1:
rocketStack.Push(new Tank(ContentLoader.TextureNames.tank_1, new Rectangle(0, 0, 101, 101), 120, 100, 1));
break;
case ContentLoader.TextureNames.engine_1:
rocketStack.Push(new Engine(ContentLoader.TextureNames.engine_1, new Rectangle(0, 0, 101, 101), 150, 100, 5, 1000, 1));
break;
}
partStack.Push(new Rectangle(190, (rocketStack.Count * 101), 101, 101));
gridTouched = false;
grid.Y += 101;
// Set totals back to 0.
stages = 0;
partWeightTotal = 0;
electricityCapacityTotal = 0;
oxygenCapacityTotal = 0;
fuelCapacityTotal = 0;
fuelWeightTotal = 0;
maxThrust = 0;
// Calculate new rocket totals.
foreach (Part part in rocketStack)
{
part.stageNumber = stages;
if (part.type == Part.partType.engine)
{
stages++;
}
partWeightTotal += part.partWeight;
electricityCapacityTotal += part.electricityCapacity;
oxygenCapacityTotal += part.oxygenCapacity;
fuelCapacityTotal += part.fuelCapacity;
fuelWeightTotal += part.fuelWeight;
maxThrust += part.thrust;
}
}
movingstate = ContentLoader.TextureNames.empty;
}
}
