public void renderGridToFile(IndigoObject items, int[] refatoms, int ncolumns, string filename)
{
if (refatoms != null)
if (refatoms.Length != items.count())
throw new IndigoException("renderGridToFile(): refatoms[] size must be equal to the number of objects");
_renderer_lib.indigoRenderGridToFile(items.self, refatoms, ncolumns, filename);
}
public byte[] renderGridToBuffer(IndigoObject items, int[] refatoms, int ncolumns)
{
IndigoObject bufh = _indigo.writeBuffer ();
if (refatoms != null)
if (refatoms.Length != items.count ())
throw new IndigoException ("renderGridToFile(): refatoms[] size must be equal to the number of objects");
_indigo.checkResult (_renderer_lib.indigoRenderGrid (items.self, refatoms, ncolumns, bufh.self));
return bufh.toBuffer ();
}
public void renderGridToFile(IndigoObject items, int[] refatoms, int ncolumns, string filename)
{
if (refatoms != null)
{
if (refatoms.Length != items.count())
{
throw new IndigoException("renderGridToFile(): refatoms[] size must be equal to the number of objects");
}
}
_indigo.checkResult(_renderer_lib.indigoRenderGridToFile(items.self, refatoms, ncolumns, filename));
}
public byte[] renderGridToBuffer(IndigoObject items, int[] refatoms, int ncolumns)
{
using (IndigoObject bufh = _indigo.writeBuffer()) {
if (refatoms != null)
{
if (refatoms.Length != items.count())
{
throw new IndigoException("renderGridToFile(): refatoms[] size must be equal to the number of objects");
}
}
_indigo.checkResult(_renderer_lib.indigoRenderGrid(items.self, refatoms, ncolumns, bufh.self));
return(bufh.toBuffer());
}
}
