void drawLinear3DObject(Curve curve, Linear3DObject obj)
{
float margin_0 = obj.margin_0;
float margin_1 = obj.margin_1;
if (Algebra.isclose(margin_0 + margin_1, curve.length))
{
return;
}
Debug.Assert(margin_0 >= 0 && margin_1 >= 0);
/*
* if (margin_0 + margin_1 >= curve.length){
* Debug.LogError(margin_0 + " ; " + margin_1 + " >= " + curve.length + " at: " + curve);
* }
*/
if (margin_0 + margin_1 > curve.length)
{
return;
}
if (curve.length > 0 && (margin_0 > 0 || margin_1 > 0))
{
curve = curve.cut(margin_0 / curve.length, 1f - margin_1 / curve.length);
}
if (obj.dashInterval == 0f)
{
GameObject rendins = Instantiate(rend, transform);
rendins.transform.parent = this.transform;
CurveRenderer decomp = rendins.GetComponent <CurveRenderer>();
decomp.CreateMesh(curve, obj.offset, obj.linearMaterial, obj.crossMaterial, obj.cross_section);
}
else
{
Debug.Assert(obj.dashLength > 0f);
List <Curve> dashed = curve.segmentation(obj.dashLength + obj.dashInterval);
if (!Algebra.isclose(dashed.Last().length, dashLength + dashInterval))
{
dashed.RemoveAt(dashed.Count - 1);
}
foreach (Curve singledash in dashed)
{
List <Curve> vacant_and_dashed = singledash.split(obj.dashInterval / (obj.dashLength + obj.dashInterval));
if (vacant_and_dashed.Count == 2)
{
GameObject rendins = Instantiate(rend, transform);
rendins.transform.parent = this.transform;
CurveRenderer decomp = rendins.GetComponent <CurveRenderer>();
decomp.CreateMesh(vacant_and_dashed[1], obj.offset, obj.linearMaterial, obj.crossMaterial, obj.cross_section);
}
}
}
}
void generateSingle(Curve curve, List <string> laneConfig,
float indicatorMargin_0L, float indicatorMargin_0R, float indicatorMargin_1L, float indicatorMargin_1R)
{
List <Linear2DObject> separators = new List <Linear2DObject>();
List <Linear3DObject> linear3DObjects = new List <Linear3DObject>();
float width = getConfigureWidth(laneConfig);
for (int i = 0; i != laneConfig.Count; ++i)
{
string l = laneConfig[i];
float partialWidth = getConfigureWidth(laneConfig.GetRange(0, i + 1));
string[] configs = l.Split('_');
if (commonTypes.Contains(configs[0]))
{
switch (configs[0])
{
case "lane":
case "interval":
if (!linear3DObjects.Any(obj => obj.tag == "bridgepanel"))
{
linear3DObjects.Add(new Linear3DObject("bridgepanel"));
}
if (!linear3DObjects.Any(obj => obj.tag == "crossbeam"))
{
Linear3DObject squarecolumn = new Linear3DObject("squarecolumn");
Linear3DObject crossbeam = new Linear3DObject("crossbeam");
squarecolumn.margin_0 = crossbeam.margin_0 =
Algebra.Lerp(indicatorMargin_0L, indicatorMargin_0R, partialWidth / width);
squarecolumn.margin_1 = crossbeam.margin_1 =
Algebra.Lerp(indicatorMargin_1L, indicatorMargin_1R, partialWidth / width);
linear3DObjects.Add(squarecolumn);
linear3DObjects.Add(crossbeam);
}
break;
case "fence":
{
Linear3DObject fence = new Linear3DObject("fence");
Linear3DObject lowbar = new Linear3DObject("lowbar");
Linear3DObject highbar = new Linear3DObject("highbar");
fence.offset = lowbar.offset = highbar.offset = partialWidth - fenceWidth;
fence.margin_0 = lowbar.margin_0 = highbar.margin_0 =
Algebra.Lerp(indicatorMargin_0L, indicatorMargin_0R, partialWidth / width);
fence.margin_1 = lowbar.margin_1 = highbar.margin_1 =
Algebra.Lerp(indicatorMargin_1L, indicatorMargin_1R, partialWidth / width);
linear3DObjects.Add(fence);
linear3DObjects.Add(lowbar);
linear3DObjects.Add(highbar);
break;
}
case "singlefence":
{
Linear3DObject fence = new Linear3DObject("fence");
Linear3DObject lowbar = new Linear3DObject("lowbar");
Linear3DObject highbar = new Linear3DObject("highbar");
fence.offset = lowbar.offset = highbar.offset = partialWidth - fenceWidth * 1.5f;
fence.margin_0 = lowbar.margin_0 = highbar.margin_0 =
Algebra.Lerp(indicatorMargin_0L, indicatorMargin_0R, partialWidth / width);
fence.margin_1 = lowbar.margin_1 = highbar.margin_1 =
Algebra.Lerp(indicatorMargin_1L, indicatorMargin_1R, partialWidth / width);
linear3DObjects.Add(fence);
linear3DObjects.Add(lowbar);
linear3DObjects.Add(highbar);
break;
}
case "removal":
Debug.Assert(laneConfig.Count == 1);
//drawRemovalMark(curve, float.Parse(configs[1]));
Linear2DObject sep = new Linear2DObject("removal");
sep.dashed = false;
sep.width = float.Parse(configs[1]);
sep.margin_0 = Mathf.Max(indicatorMargin_0L, indicatorMargin_0R);
sep.margin_1 = Mathf.Max(indicatorMargin_1L, indicatorMargin_1R);
drawLinear2DObject(curve, sep);
break;
}
}
else
{
string septype, sepcolor;
septype = configs[0];
sepcolor = configs[1];
Linear2DObject sep;
switch (sepcolor)
{
case "yellow":
sep = new Linear2DObject("yellow");
break;
case "white":
sep = new Linear2DObject("white");
break;
case "blueindi":
sep = new Linear2DObject("blueindi");
break;
default:
throw new System.Exception();
}
sep.margin_0 = Algebra.Lerp(indicatorMargin_0L, indicatorMargin_0R, partialWidth / width);
sep.margin_1 = Algebra.Lerp(indicatorMargin_1L, indicatorMargin_1R, partialWidth / width);
switch (septype)
{
case "dash":
sep.dashed = true;
break;
case "solid":
sep.dashed = false;
break;
}
sep.offset = partialWidth - separatorWidth;
separators.Add(sep);
}
}
//adjust center
for (int i = 0; i != separators.Count; i++)
{
separators[i].offset -= (width / 2 - separatorWidth / 2);
drawLinear2DObject(curve, separators[i]);
}
for (int i = 0; i != linear3DObjects.Count; i++)
{
{
Linear3DObject obj = linear3DObjects[i];
switch (obj.tag)
{
case "crossbeam":
if ((curve.z_start > 0 || curve.z_offset > 0))
{
linear3DObjects[i].setParam(width);
drawLinear3DObject(curve, linear3DObjects[i]);
}
break;
case "squarecolumn":
if ((curve.z_start > 0 || curve.z_offset > 0))
{
drawLinear3DObject(curve, linear3DObjects[i]);
}
break;
case "bridgepanel":
linear3DObjects[i].setParam(width);
drawLinear3DObject(curve, linear3DObjects[i]);
break;
case "fence":
case "singlefence":
case "highbar":
case "lowbar":
linear3DObjects[i].offset -= (width / 2 - fenceWidth / 2);
drawLinear3DObject(curve, linear3DObjects[i]);
break;
}
}
}
}
