public carproperties(int acarnr, car acar, simulation asim)
{
InitializeComponent();
carnr = acarnr;
sim = asim;
thecar = acar;
Text = String.Concat("Properties for car number: ", carnr.ToString());
string[] decisionarray = Enum.GetNames(typeof(decisiontype));
for (int i = 0; i < decisionarray.Length; i++)
{
listBox1.Items.Add(decisionarray[i]);
}
listBox1.SetSelected((int)thecar.decisiont, true);
if (sim.buildings.Count > 0)
{
for (int i = 0; i < sim.buildings.Count; i++)
{
listBox2.Items.Add(i.ToString());
}
listBox2.SetSelected(thecar.buildingfrom, true);
for (int i = 0; i < sim.buildings.Count; i++)
{
listBox3.Items.Add(i.ToString());
}
listBox3.SetSelected(thecar.buildingto, true);
}
numericUpDown1.Value = Convert.ToDecimal(Math.Round(thecar.speed * 3600));
}
public List <int> pointlist; //index numbers of the points that are part of this crossing.
//Methods
public crossingclean(point alocation, simulation asim)
{
location = alocation;
sim = asim;
nroads = global.CrossingNRoads;
roadlist = new List <int>();
pointlist = new List <int>();
for (int i = 0; i < nroads + 1; i++) //the last point will be the middle of the crossing
{
pointlist.Add(sim.points.Count);
sim.points.Add(new point(location.x, location.y));
}
for (int i = 0; i < nroads; i++)
{
/*road(int anr, point^ p0, point^ p1, int anlanes, directionflowenum adirectionflow,
* double aroadlanewidth);*/
roadlist.Add(sim.roads.Count);
sim.roads.Add(new road(sim.roads.Count,
sim.points[pointlist[i]],
sim.points[pointlist[nroads]],
1,
directionflowenum.Both, global.LaneWidth));
}
positionelements();
}
public carinjectorproperties(int acarinjectornr, simulation asim)
{
InitializeComponent();
carinjectornr = acarinjectornr;
thesim = asim;
thecarinjector = thesim.carinjectors[carinjectornr];
textBox1.Text = thecarinjector.injectperiod.ToString("N");
}
public roadproperties(int aroadnr, simulation asim)
{
InitializeComponent();
sim = asim;
roadnr = aroadnr;
theroad = sim.roads[roadnr];
Text = String.Concat("Properties for road number: ", roadnr.ToString());
numericUpDown1.Value = Convert.ToDecimal(theroad.nlanes);
label3.Text = Math.Round(theroad.direction * 180 / Math.PI, 2).ToString();
label5.Text = Math.Round(theroad.distance, 2).ToString();
}
public trafficlightproperties(int atrafficlightnr, simulation asim)
{
InitializeComponent();
sim = asim;
trafficlightnr = atrafficlightnr;
thetrafficlight = sim.trafficlights[trafficlightnr];
Text = String.Concat("Properties for trafficlight number: ", trafficlightnr.ToString());
numericUpDown1.Value = Convert.ToDecimal(Math.Round(thetrafficlight.timer));
numericUpDown2.Value = Convert.ToDecimal(Math.Round(thetrafficlight.greenlength));
numericUpDown3.Value = Convert.ToDecimal(Math.Round(thetrafficlight.yellowlength));
numericUpDown4.Value = Convert.ToDecimal(Math.Round(thetrafficlight.redlength));
}
List <int> pointlist; //index numbers of the points that are part of this circle.
//Methods
public circle(point alocation, int anroads, double aradius, simulation asim)
{
location = alocation;
nroads = anroads;
sim = asim;
radius = aradius;
roadlist = new List <int>();
pointlist = new List <int>();
for (int i = 0; i < nroads; i++)
{
pointlist.Add(sim.points.Count);
sim.points.Add(new point(location.x, location.y));
}
for (int i = 0; i < nroads; i++)
{
/*road(int anr, point^ p0, point^ p1, int anlanes, directionflowenum adirectionflow,
* double aroadlanewidth);*/
roadlist.Add(sim.roads.Count);
if (i == 0)
{
sim.roads.Add(new road(sim.roads.Count,
sim.points[pointlist[nroads - 1]],
sim.points[pointlist[i]],
1,
directionflowenum.Direction01, global.LaneWidth));
}
else
{
sim.roads.Add(new road(sim.roads.Count,
sim.points[pointlist[i - 1]],
sim.points[pointlist[i]],
1,
directionflowenum.Direction01, global.LaneWidth));
}
}
positionroads();
/*
* sim->roads->Add(gcnew road(sim->roads->Count,
* dynamicpoint,
* sim->points[sim->points->Count - 1],
* Convert::ToInt32(numericUpDown1->Value),
* Both, LaneWidth));*/
}
//Methods
public crossingtrafficlight(point alocation, simulation asim) :
base(alocation, asim)
{
trafficlightlist = new List <int>();
for (int i = 0; i < nroads; i++)
{
/*trafficlight(double aredlength, double ayellowlength, double agreenlength,
* trafficlightcolour acolour, road^ aroadon,
* double ax, double ay, int apointpointedto, double adt);*/
trafficlightlist.Add(sim.trafficlights.Count);
sim.trafficlights.Add(new trafficlight(global.TrafficLightRedLength,
global.TrafficLightYellowLength,
global.TrafficLightGreenLength,
i * (global.TrafficLightGreenLength + global.TrafficLightYellowLength +
global.TrafficLightRedLength) / 4.0,
sim.roads[roadlist[i]],
sim.roads[roadlist[i]].points[1].x,
sim.roads[roadlist[i]].points[1].y,
0,
global.SampleT));
}
}
public void setproperties(int acarnr, car acar, simulation asim)
{
carproperties carprop = new carproperties(acarnr, acar, asim);
carprop.Show();
}
