//Validation rules
public override void Validate(MyValidator validator)
{
validator.AssertError((InputHeight - FilterHeight + 2 * ZeroPadding) % VerticalStride == 0, this, "Filter doesn't fit vertically when striding.");
validator.AssertError((InputWidth - FilterWidth + 2 * ZeroPadding) % HorizontalStride == 0, this, "Filter doesn't fit horizontally when striding.");
validator.AssertInfo(ZeroPadding == (FilterWidth - 1) / 2 && ZeroPadding == (FilterHeight - 1) / 2, this, "Input and output might not have the same dimension. Set stride to 1 and zero padding to ((FilterSize - 1) / 2) to fix this.");
}
public override void Validate(MyValidator validator)
{
//base.Validate(validator);
validator.AssertError(ObjectDesc != null, this, "ObjectDesc not given.");
validator.AssertError(ObjectXY != null, this, "ObjectXY not given.");
validator.AssertInfo(WorldEvent != null, this, "WorldEvent input not given. no problem :)");
/*if (MyMovement != null)
* validator.AssertError(MyMovement.Count >= 2, this, "Postion of myself has to be at least XY!");*/
}
internal override void ValidateMandatory(MyValidator validator)
{
base.ValidateMandatory(validator);
if (LoadOnStart || validator.Simulation.LoadAllNodesData)
{
if (MyMemoryBlockSerializer.TempDataExists(this))
{
validator.AddInfo(this, "Node will load data from temporal storage.");
}
else if (DataFolder != null && DataFolder != String.Empty)
{
validator.AddInfo(this, "Node will load data from user defined folder: " + DataFolder);
}
else if (validator.Simulation.LoadAllNodesData && !(String.IsNullOrEmpty(validator.Simulation.GlobalDataFolder)))
{
validator.AddInfo(this, "Node will load data from user defined folder: "
+ validator.Simulation.GlobalDataFolder + "\\" + MyMemoryBlockSerializer.GetNodeFolder(this));
}
else if (validator.Simulation.LoadAllNodesData && (String.IsNullOrEmpty(validator.Simulation.GlobalDataFolder)))
{
validator.AddInfo(this, "Node will load data from temporal storage.");
}
else
{
validator.AddWarning(this, "LoadOnStart is active but no temporal data and no local or global data folder is set. Data will NOT be loaded.");
}
}
validator.AssertInfo(!(SaveOnStop || validator.Simulation.SaveAllNodesData), this, "Node will save data to temporal storage before stop.");
foreach (PropertyInfo pInfo in GetInfo().OwnedMemoryBlocks)
{
MyAbstractMemoryBlock mb = (pInfo.GetValue(this) as MyAbstractMemoryBlock);
validator.AssertError(mb.Count >= 0, this, "Size of " + mb.Name + " memory block cannot be negative.");
}
List <PropertyInfo> inputBlocks = GetInfo().InputBlocks;
for (int i = 0; i < inputBlocks.Count; i++)
{
PropertyInfo pInfo = inputBlocks[i];
if (GetAbstractInput(i) != pInfo.GetValue(this))
{
validator.AddError(this, "Incompatible memory block for \"" + pInfo.Name + "\" (" + GetAbstractInput(i).GetType().GenericTypeArguments[0].Name + " != " + pInfo.PropertyType.GenericTypeArguments[0].Name + ")");
}
}
}
