public ProfileEditorViewModel(RawProfile profile, EditStageTreeViewItem workViewModel, AxisSystem axisSystem)
: base("Input Profile", workViewModel)
{
_rawProfile = profile;
CurrentAxisSystem = axisSystem;
DictionaryKey = CreateKeyboardShortcuts(CurrentAxisSystem);
MoveListViewModels = new ObservableCollection <RawItemViewModel>();
var moveList = profile.GetMoveList();
foreach (var rawEntity2D in moveList)
{
//MoveListViewModels.Add(RawItemViewModel.GetViewModel(rawEntity2D, axisSystem));
MoveListViewModels.Add(GetViewModel(rawEntity2D));
}
SelectedMoveViewModel = MoveListViewModels.LastOrDefault();
UpdatePreview();
UpdateMoveListOrientation();
}
/// <summary>
/// Positions and orients the camera so that the given sphere fills the view</summary>
/// <param name="sphere">Sphere to zoom to, in world space</param>
public void ZoomOnSphere(Sphere3F sphere)
{
float d = sphere.Radius;
if (d == 0)
{
d = 1;
}
// avoid getting too far away or too close
if (d > FarZ)
{
d = FarZ;
}
else if (d < NearZ)
{
d = NearZ;
}
m_focusRadius = d;
// The eye and the look-at-point are in what might be called the "world view" system.
// So, the world coordinate of the sphere center needs to be xformed by AxisSystem.
Vec3F lookAt;
Vec3F up;
GetViewVectors(out lookAt, out up);
Vec3F lookAtPoint;
AxisSystem.Transform(sphere.Center, out lookAtPoint);
Vec3F eye = lookAtPoint - lookAt * d;
Set(eye, lookAtPoint, up);
// Adjust near plane if we're in perspective mode. Otherwise, we should leave it alone
// because orthographic modes might need a large negative near-Z.
if (ViewType == ViewTypes.Perspective)
{
float nearZ = Math.Abs(sphere.Radius) * 0.1f;
nearZ = Math.Max(nearZ, 0.001f);
PerspectiveNearZ = nearZ;
}
}
private static Dictionary <Key, Key> CreateKeyboardShortcuts(AxisSystem axisSystem)
{
switch (axisSystem)
{
case AxisSystem.Xz:
{
var d = new Dictionary <Key, Key>();
/*
*
* sistema diametro - z
*
*/
d.Add(Key.Z, Key.X);
d.Add(Key.X, Key.Y);
d.Add(Key.U, Key.V);
d.Add(Key.W, Key.U);
return(d);
} break;
default:
case AxisSystem.Xy:
{
return(new Dictionary <Key, Key>());
}
}
}
