public void ApplyAction(IPanel panel, ToolConeActionData toolConeActionData)
{
var ta = toolConeActionData.ToApplication(GetIndex());
if (ta.Intersect(panel))
{
ApplyAction(ta);
}
}
static internal ToolConeApplication ToApplication(this ToolConeActionData toolConeActionData, int index = -1)
{
return(new ToolConeApplication(new g3.Vector3f(toolConeActionData.X, toolConeActionData.Y, toolConeActionData.Z),
toolConeActionData.MinRadius,
toolConeActionData.MaxRadius,
toolConeActionData.Length,
toolConeActionData.Orientation,
index));
}
public void ApplyAction(ToolConeActionData toolConeActionData)
{
if ((_stepsProgressState != null) && (_stepsProgressState.ProgressDirection == ProgressDirection.Back))
{
return;
}
_panelSectionsProxy.ApplyAction(this, toolConeActionData);
}
public Task ApplyActionAsync(IPanel panel, ToolConeActionData toolConeActionData)
{
return(Task.Run(async() =>
{
var ta = toolConeActionData.ToApplication(GetIndex());
if (await Task.Run(() => ta.Intersect(panel)))
{
await ApplyActionAsync(ta);
}
}));
}
public Task ApplyActionAsync(ToolConeActionData toolConeActionData)
{
return(Task.Run(async() =>
{
if ((_stepsProgressState != null) && (_stepsProgressState.ProgressDirection == ProgressDirection.Back))
{
return;
}
await _panelSectionsProxy.ApplyActionAsync(this, toolConeActionData);
}));
}
public Task ApplyActionAsync(ToolConeActionData toolConeActionData) => _panelSectionsProxy.ApplyActionAsync(this, toolConeActionData);
public void ApplyAction(ToolConeActionData toolConeActionData) => _panelSectionsProxy.ApplyAction(this, toolConeActionData);
