public void ParseComponents()
{
var group = new An8Group();
group.Parse(
@"
other { }
mesh { }
sphere { }
cylinder { }
cube { }
subdivision { }
path { }
textcom { }
modifier { }
image { }
namedobject { }
group { }
");
Assert.Equal(11, group.Components.Count);
Assert.IsType <An8Mesh>(group.Components[0]);
Assert.IsType <An8Sphere>(group.Components[1]);
Assert.IsType <An8Cylinder>(group.Components[2]);
Assert.IsType <An8Cube>(group.Components[3]);
Assert.IsType <An8Subdivision>(group.Components[4]);
Assert.IsType <An8Path>(group.Components[5]);
Assert.IsType <An8TextCom>(group.Components[6]);
Assert.IsType <An8Modifier>(group.Components[7]);
Assert.IsType <An8Image>(group.Components[8]);
Assert.IsType <An8NamedObject>(group.Components[9]);
Assert.IsType <An8Group>(group.Components[10]);
}
public void ParseEmpty()
{
var group = new An8Group();
group.Parse(
@"
");
}
public void ParseOther()
{
var group = new An8Group();
group.Parse(
@"
other { }
");
}
public void ParseName()
{
var com = new An8Group();
com.Parse(
@"
name { ""abc"" }
");
Assert.Equal("abc", com.Name);
}
public void ParseComponent()
{
var group = new An8Group();
group.Parse(
@"
group { }
");
Assert.Equal(1, group.Components.Count);
}
public void ParseBase()
{
var com = new An8Group();
com.Parse(
@"
base {
other { }
origin { ( 2.0 3.0 4.0 ) }
orientation { ( 5.0 6.0 7.0 8.0 ) }
}
");
Assert.NotNull(com.BaseOrigin);
Assert.Equal(2.0f, com.BaseOrigin.X);
Assert.Equal(3.0f, com.BaseOrigin.Y);
Assert.Equal(4.0f, com.BaseOrigin.Z);
Assert.NotNull(com.BaseOrientation);
Assert.Equal(5.0f, com.BaseOrientation.X);
Assert.Equal(6.0f, com.BaseOrientation.Y);
Assert.Equal(7.0f, com.BaseOrientation.Z);
Assert.Equal(8.0f, com.BaseOrientation.W);
}