// Parse the file specified by the path parameter
public void importSVG(string path)
{
SVGElement element = new SVGElement();
TextAsset svgTextAsset = (TextAsset)Resources.Load("SVG/"+path); //load svg file as textasset
string SVGData = svgTextAsset.text;
// Remove superfluos characters
SVGData = cleanString (SVGData);
// Extract individual elements
string[] SVGElements = SVGData.Split('<');
// Parse each element according to its type
for (int i = 0; i < SVGElements.Length - 1; i++)
{
// Extract element type
string e = SVGElements[i].Split (' ')[0];
// Ignore empty strings and end tags
if(e.Length > 0 && e[0] == '/')
continue;
switch(e)
{
case "polygon":
element = new SVGPolygon(SVGElements[i]);
type = SVGType.polygon;
break;
//Not supported in sample
/*case "path":
element = new SVGPath(SVGElements[i]);
type = SVGType.path;
break;
case "circle":
element = new SVGCircle(SVGElements[i]);
type = SVGType.circle;
break;
case "ellipse":
element = new SVGEllipse(SVGElements[i]);
type = SVGType.ellipse;
break;
case "rect":
element = new SVGRect(SVGElements[i]);
type = SVGType.rect;
break;
case "line":
element = new SVGLine(SVGElements[i]);
type = SVGType.line;
break;
case "text":
element = new SVGText(SVGElements[i]);
type = SVGType.text;
break;*/
default:
if (!(String.IsNullOrEmpty(e) || e != "svg")) break;
Debug.Log ("Element '" + SVGElements[i] + "' not recognised");
break;
}
// Access element points
List<Vector2> points = element.points;
// Move on if there is no mesh to generate
if ((points.Count == 0 && type != SVGType.text) || type == SVGType.none)
{
continue;
}
// Call mesh creation functions
// Text mesh
if(type == SVGType.text)
{
createText (element.id, element.singlePoint, element.fill, element.opacity, element.textString, element.fontSize, element.fontType, i);
}
// Line mesh
else if(type == SVGType.line)
{
createMesh (element.strokePoints, element.stroke, element.opacity, i, element.id);
}
// All others
else
{
// Create primary mesh
createMesh (element.points, element.fill, element.opacity, i+1, element.id);
// Create stroke mesh only if there are enough points
if(element.strokePoints.Count > 2)
createMesh (element.strokePoints, element.stroke, element.opacity, i, element.id);
}
// reset type to default
type = SVGType.none;
}
}
// Parse the file specified by the path parameter
public void importSVG(string path)
{
SVGElement element = new SVGElement();
TextAsset svgTextAsset = (TextAsset)Resources.Load("SVG/" + path); //load svg file as textasset
string SVGData = svgTextAsset.text;
// Remove superfluos characters
SVGData = cleanString(SVGData);
// Extract individual elements
string[] SVGElements = SVGData.Split('<');
// Parse each element according to its type
for (int i = 0; i < SVGElements.Length - 1; i++)
{
// Extract element type
string e = SVGElements[i].Split(' ')[0];
// Ignore empty strings and end tags
if (e.Length > 0 && e[0] == '/')
{
continue;
}
switch (e)
{
case "polygon":
element = new SVGPolygon(SVGElements[i]);
type = SVGType.polygon;
break;
//Not supported in sample
/*case "path":
* element = new SVGPath(SVGElements[i]);
* type = SVGType.path;
* break;
* case "circle":
* element = new SVGCircle(SVGElements[i]);
* type = SVGType.circle;
* break;
* case "ellipse":
* element = new SVGEllipse(SVGElements[i]);
* type = SVGType.ellipse;
* break;
* case "rect":
* element = new SVGRect(SVGElements[i]);
* type = SVGType.rect;
* break;
* case "line":
* element = new SVGLine(SVGElements[i]);
* type = SVGType.line;
* break;
* case "text":
* element = new SVGText(SVGElements[i]);
* type = SVGType.text;
* break;*/
default:
if (!(String.IsNullOrEmpty(e) || e != "svg"))
{
break;
}
Debug.Log("Element '" + SVGElements[i] + "' not recognised");
break;
}
// Access element points
List <Vector2> points = element.points;
// Move on if there is no mesh to generate
if ((points.Count == 0 && type != SVGType.text) || type == SVGType.none)
{
continue;
}
// Call mesh creation functions
// Text mesh
if (type == SVGType.text)
{
createText(element.id, element.singlePoint, element.fill, element.opacity, element.textString, element.fontSize, element.fontType, i);
}
// Line mesh
else if (type == SVGType.line)
{
createMesh(element.strokePoints, element.stroke, element.opacity, i, element.id);
}
// All others
else
{
// Create primary mesh
createMesh(element.points, element.fill, element.opacity, i + 1, element.id);
// Create stroke mesh only if there are enough points
if (element.strokePoints.Count > 2)
{
createMesh(element.strokePoints, element.stroke, element.opacity, i, element.id);
}
}
// reset type to default
type = SVGType.none;
}
}
