public static (splineData, string) SwitchPedAI(bool[] hasPav, bool ai, ePavWidthMode[] splinePavWidthMode, double[] offsets, splineData data, string out_name)
{
if (ai)
{
if (hasPav[0])
{
data.paths.Add(new aiPath(ePathType.ped, offsets[0], Profiles.h_kerb, ePavPathW.Get(splinePavWidthMode[0]), 2));
}
if (hasPav[1])
{
data.paths.Add(new aiPath(ePathType.ped, offsets[1], Profiles.h_kerb, ePavPathW.Get(splinePavWidthMode[1]), 2));
}
}
if (ai && (hasPav[0] || hasPav[1]))
{
out_name += " P";
}
else if ((hasPav[0] || hasPav[1]))
{
out_name += " NP";
}
return(data, out_name);
}
public static (splineData, string) SwitchCarAI(eLaneWidthMode splineLaneWidthMode, double offset, int dir, splineData data, string out_name)
{
if (dir >= 0)
{
data.paths.Add(new aiPath(0, offset, Profiles.h_lane, eLanePathW.Get(splineLaneWidthMode), dir));
out_name += (dir);
}
else
{
out_name += "X";
}
return(data, out_name);
}
public static (splineData, string) SwitchLane(object lane, object laneMode, eLaneWidthMode splineLaneWidthMode, double offset, bool mirror, splineData data, string in_name, bool in_delimit = true)
{
string temp_name = ""; if (in_delimit)
{
temp_name += "-";
}
temp_name += "L";
string tex = lane.ToString(); if (laneMode.ToString() == "Worn")
{
tex += " Worn";
}
data.lanes.Add(new sectData(Profiles.data_lane[(int)splineLaneWidthMode], tex, offset, mirror));
double chevron_offset = offset; if (mirror)
{
chevron_offset -= eLaneW.Get(splineLaneWidthMode);
}
if (laneMode.ToString() == "Chevrons")
{
data.lines.Add(new sectData(Profiles.data_lane_chevrons[(int)splineLaneWidthMode], chevron_offset, false));
}
if (laneMode.ToString() == "Chevrons reversed")
{
data.lines.Add(new sectData(Profiles.data_lane_chevrons_inv[(int)splineLaneWidthMode], chevron_offset, false));
}
if (laneMode.ToString() == "Double Chevrons")
{
data.lines.Add(new sectData(Profiles.data_lane_chevrons_both[(int)splineLaneWidthMode], chevron_offset, false));
}
if (laneMode.ToString() == "Double Chevrons reversed")
{
data.lines.Add(new sectData(Profiles.data_lane_chevrons_both_inv[(int)splineLaneWidthMode], chevron_offset, false));
}
temp_name += SwitchSurface(lane.ToString(), laneMode.ToString());
return(data, in_name + temp_name);
}
//public static (splineData, string) SwitchLaneMarking(object selectedItem, double offset, bool mirror, splineData data, string in_name, bool in_delimit = true)
//{
// string temp_name = "";
// if (in_delimit) { temp_name += "-"; }
// switch (selectedItem)
// {
// case "Solid (RH: EdgeLine_Norm_100)":
// data.lines.Add(new sectData(Profiles.data_edgeline[1].Prof(), offset, mirror));
// //data.lines.Add(new sectData(Profiles.data_edgeline_norm, offset, mirror));
// temp_name += "ENo";
// break;
// case "Normal (RH: CentreLine_Norm_100)":
// data.lines.Add(new sectData(Profiles.data_centreline_norm_std, offset, mirror));
// temp_name += "CNo";
// break;
// case "Normal 2 (RH: CentreLine_Norm2_100)":
// data.lines.Add(new sectData(Profiles.data_centreline_norm2_std, offset, mirror));
// temp_name += "CNo2";
// break;
// case "Warning (RH: CentreLine_Warn_100)":
// data.lines.Add(new sectData(Profiles.data_centreline_warn_std, offset, mirror));
// temp_name += "CWa";
// break;
// case "Warning 2 (RH: CentreLine_Warn2_100)":
// data.lines.Add(new sectData(Profiles.data_centreline_warn2_std, offset, mirror));
// temp_name += "CWa2";
// break;
// case "Chevrons (1m) (RH: Chevrons_1000)":
// data.lines.Add(new sectData(Profiles.data_chevrons_1000, offset, mirror));
// temp_name += "CCv";
// break;
// case "Chevrons reversed (1m) (RH: Chevrons_inv_1000)":
// data.lines.Add(new sectData(Profiles.data_chevrons_inv_1000, offset, mirror));
// temp_name += "CCvR";
// break;
// case "Double chevrons (1m) (RH: Chevrons_both_1000)":
// data.lines.Add(new sectData(Profiles.data_chevrons_both_1000, offset, mirror));
// temp_name += "CCvB";
// break;
// case "Double chevrons reversed (1m) (RH: Chevrons_both_1000)":
// data.lines.Add(new sectData(Profiles.data_chevrons_both_inv_1000, offset, mirror));
// temp_name += "CCvBR";
// break;
// default:
// temp_name = "";
// break;
// }
// return (data, in_name + temp_name);
//}
public static (splineData, string) SwitchLaneMarking(int selectedIndex, double offset, bool mirror, splineData data, string in_name, bool in_delimit = true)
{
string temp_name = "";
if (selectedIndex - 1 > Profiles.data_centreline.Count || selectedIndex == 0)
{
return(data, in_name);
}
if (in_delimit)
{
temp_name += "-";
}
data.lines.Add(new sectData(Profiles.data_centreline[selectedIndex - 1].Prof(), offset, mirror));
temp_name += Profiles.data_centreline[selectedIndex - 1].ShortName();
return(data, in_name + temp_name);
}
public static (splineData, string, double) SwitchEdge(object profile, object shoulder, object adjacentLane, int shoulderWidthMode, eLaneWidthMode laneWidthMode, int kerb, string pavement, ePavWidthMode pavWidthMode, double offset, bool mirror, splineData data, string in_name, bool hasPav, bool hasKerb, bool delimit = true)
{
double splinePavOffset = 0;
bool shoulderGetAdj = false;
if (shoulderWidthMode == (int)eShoulderWidthMode.lan)
{
shoulderWidthMode += (int)laneWidthMode;
}
string temp_name = "";
if (delimit)
{
temp_name += "-";
}
int mf = 1;
if (mirror)
{
mf = -1;
}
double m_w_edge = eShoulderW.Get(shoulderWidthMode) * mf;
double m_w_kerb = Profiles.w_kerb * mf;
double m_w_gras = Profiles.w_gras * mf;
double m_w_pav = ePavW.Get(pavWidthMode) * mf;
double m_o_ped = m_w_pav / 2;
bool no_prof = false;
string shoulderTex = shoulder.ToString();
if (shoulderTex == "Get from adjacent lane")
{
shoulderTex = adjacentLane.ToString();
}
shoulderGetAdj = true;
string pavementTex = pavement.ToString();
if (!mirror)
{
temp_name += "S";
if (!shoulderGetAdj)
{
temp_name += SwitchSurface(shoulderTex);
}
temp_name += SwitchShoulderWidthMode(shoulderWidthMode);
temp_name += "-";
if (hasKerb)
{
temp_name += "K";
temp_name += SwitchKerb(kerb);
temp_name += "-";
}
if (hasPav)
{
temp_name += "P";
temp_name += SwitchSurface(pavementTex);
temp_name += "-";
}
}
switch (profile)
{
case "Hard edge":
data.edges.Add(new sectData(Profiles.data_edge[shoulderWidthMode], shoulderTex, offset, mirror));
temp_name += "VH";
break;
case "Soft edge":
//data.edges.Add(new sectData(Profiles.data_verge[shoulderWidthMode], offset, mirror));
data.edges.Add(new sectData(Profiles.data_edge[shoulderWidthMode], shoulderTex, offset, mirror));
data.edges.Add(new sectData(Profiles.data_verge, offset + m_w_edge, mirror));
temp_name += "VS";
break;
case "Kerb":
data.edges.Add(new sectData(Profiles.data_edge[shoulderWidthMode], shoulderTex, offset, mirror));
data.edges.Add(new sectData(Profiles.data_kerbs_double[kerb], offset + m_w_edge, mirror));
temp_name += "VK";
break;
case "Kerb with grass slope":
data.edges.Add(new sectData(Profiles.data_edge[shoulderWidthMode], shoulderTex, offset, mirror));
data.edges.Add(new sectData(Profiles.data_kerbs_single[kerb], offset + m_w_edge, mirror));
data.edges.Add(new sectData(Profiles.data_grass_slope, offset + m_w_edge + m_w_kerb, mirror));
temp_name += "VKG";
break;
case "Pavement":
data.edges.Add(new sectData(Profiles.data_edge[shoulderWidthMode], shoulderTex, offset, mirror));
data.edges.Add(new sectData(Profiles.data_kerbs_single[kerb], offset + m_w_edge, mirror));
data.edges.Add(new sectData(Profiles.data_pav[(int)pavWidthMode], pavementTex, offset + m_w_edge + m_w_kerb, mirror));
splinePavOffset = offset + m_w_edge + m_w_kerb + m_o_ped;
temp_name += "VP";
break;
case "Pavement with grass slope":
data.edges.Add(new sectData(Profiles.data_edge[shoulderWidthMode], shoulderTex, offset, mirror));
data.edges.Add(new sectData(Profiles.data_kerbs_single[kerb], offset + m_w_edge, mirror));
data.edges.Add(new sectData(Profiles.data_pav[(int)pavWidthMode], pavementTex, offset + m_w_edge + m_w_kerb, mirror));
data.edges.Add(new sectData(Profiles.data_grass_slope, offset + m_w_edge + m_w_kerb + m_w_pav, mirror));
splinePavOffset = offset + m_w_edge + m_w_kerb + m_o_ped;
temp_name += "VPG";
break;
case "Offset pavement":
data.edges.Add(new sectData(Profiles.data_edge[shoulderWidthMode], shoulderTex, offset, mirror));
data.edges.Add(new sectData(Profiles.data_kerbs_single[kerb], offset + m_w_edge, mirror));
data.edges.Add(new sectData(Profiles.data_grass_pavof, offset + m_w_edge + m_w_kerb, mirror));
data.edges.Add(new sectData(Profiles.data_pav[(int)pavWidthMode], pavementTex, offset + m_w_edge + m_w_kerb + m_w_gras, mirror));
splinePavOffset = offset + m_w_edge + m_w_kerb + m_w_gras + m_o_ped;
temp_name += "VOP";
break;
case "Offset pavement with grass slope":
data.edges.Add(new sectData(Profiles.data_edge[shoulderWidthMode], shoulderTex, offset, mirror));
data.edges.Add(new sectData(Profiles.data_kerbs_single[kerb], offset + m_w_edge, mirror));
data.edges.Add(new sectData(Profiles.data_grass_pavof, offset + m_w_edge + m_w_kerb, mirror));
data.edges.Add(new sectData(Profiles.data_pav[(int)pavWidthMode], pavementTex, offset + m_w_edge + m_w_kerb + m_w_gras, mirror));
data.edges.Add(new sectData(Profiles.data_grass_slope, offset + m_w_edge + m_w_kerb + m_w_gras + m_w_pav, mirror));
splinePavOffset = offset + m_w_edge + m_w_kerb + m_w_gras + m_o_ped;
temp_name += "VOPG";
break;
default:
temp_name = "";
no_prof = true;
break;
}
if (mirror && !no_prof)
{
if (hasPav)
{
temp_name += "-";
temp_name += "P";
temp_name += SwitchSurface(pavementTex);
temp_name += SwitchPavementWidthMode(pavWidthMode);
}
if (hasKerb)
{
temp_name += "-";
temp_name += "K";
temp_name += SwitchKerb(kerb);
}
temp_name += "-";
temp_name += "S";
if (!shoulderGetAdj)
{
temp_name += SwitchSurface(shoulderTex);
}
temp_name += SwitchShoulderWidthMode(shoulderWidthMode);
}
//CheckEnablePavOptions();
return(data, in_name + temp_name, splinePavOffset);
}
