public DeserializeFromXML ( |
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node | ||
리턴 | void |
public override void DeserializeFromXML(XmlNode node) { base.DeserializeFromXML(node); foreach (XmlNode xn in node.ChildNodes) { if (xn.Name == "Point" && (xn.Attributes["Name"] != null) && (xn.Attributes["Name"].Value == "Center") ) { mCenter.DeserializeFromXML(xn); } } double res = 0; if (node.Attributes["Angle"] != null) { if (double.TryParse(node.Attributes["Angle"].Value, NumberStyles.Float, nfi, out res)) { mAngle = res; } else { throw new IncorrectNodeValueException("Can't parse Angle value"); } } if (node.Attributes["CropWidth"] != null) { if (double.TryParse(node.Attributes["CropWidth"].Value, NumberStyles.Float, nfi, out res)) { mCropWidth = res; } else { throw new IncorrectNodeValueException("Can't parse CropWidth value"); } } if (node.Attributes["CropHeight"] != null) { if (double.TryParse(node.Attributes["CropHeight"].Value, NumberStyles.Float, nfi, out res)) { mCropHeight = res; } else { throw new IncorrectNodeValueException("Can't parse CropHeight value"); } } if (node.Attributes["AspectRatio"] != null) { if (double.TryParse(node.Attributes["AspectRatio"].Value, NumberStyles.Float, nfi, out res)) { mAspectRatio = res; } else { throw new IncorrectNodeValueException("Can't parse AspectRatio value"); } } int ires; if (node.Attributes["AspectRatioPreset"] != null) { if (int.TryParse(node.Attributes["AspectRatioPreset"].Value, out ires)) { mAspectRatioPreset = ires; } else { throw new IncorrectNodeValueException("Can't parse AspectRatioPreset value"); } } if (node.Attributes["Mode"] != null) { if (int.TryParse(node.Attributes["Mode"].Value, out ires)) { mMode = (CrotateStageOperation.Mode)ires; } else { throw new IncorrectNodeValueException("Can't parse Mode value"); } } bool bres; if (node.Attributes["AspectRatioCustom"] != null) { if (bool.TryParse(node.Attributes["AspectRatioCustom"].Value, out bres)) { mAspectRatioCustom = bres; } else { throw new IncorrectNodeValueException("Can't parse AspectRatioCustom value"); } } OnChanged(); }
public override void DeserializeFromXML(XmlNode node) { base.DeserializeFromXML(node); foreach (XmlNode xn in node.ChildNodes) { if (xn.Name == "Tone" && xn.Attributes["Name"] != null && xn.Attributes["Name"].Value == "DarkTone") { mDarkTone.DeserializeFromXML(xn); } if (xn.Name == "Tone" && xn.Attributes["Name"] != null && xn.Attributes["Name"].Value == "LightTone") { mLightTone.DeserializeFromXML(xn); } if (xn.Name == "Point" && xn.Attributes["Name"] != null && xn.Attributes["Name"].Value == "AutoDarkCenter") { mAutoDarkCenter.DeserializeFromXML(xn); } if (xn.Name == "Point" && xn.Attributes["Name"] != null && xn.Attributes["Name"].Value == "AutoLightCenter") { mAutoLightCenter.DeserializeFromXML(xn); } } double res = 0; if (node.Attributes["Edge"] != null) { if (double.TryParse(node.Attributes["Edge"].Value, NumberStyles.Float, nfi, out res)) { mEdge = res; } else { throw new IncorrectNodeValueException("Can't parse Edge value"); } } res = 0; if (node.Attributes["Softness"] != null) { if (double.TryParse(node.Attributes["Softness"].Value, NumberStyles.Float, nfi, out res)) { mSoftness = res; } else { throw new IncorrectNodeValueException("Can't parse Softness value"); } } res = 0; if (node.Attributes["AutoDarkRadius"] != null) { if (double.TryParse(node.Attributes["AutoDarkRadius"].Value, NumberStyles.Float, nfi, out res)) { mAutoDarkRadius = res; } else { throw new IncorrectNodeValueException("Can't parse AutoDarkRadius value"); } } res = 0; if (node.Attributes["AutoLightRadius"] != null) { if (double.TryParse(node.Attributes["AutoLightRadius"].Value, NumberStyles.Float, nfi, out res)) { mAutoLightRadius = res; } else { throw new IncorrectNodeValueException("Can't parse AutoLightRadius value"); } } bool bres = false; if (node.Attributes["AutoDarkTone"] != null) { if (bool.TryParse(node.Attributes["AutoDarkTone"].Value, out bres)) { mAutoDarkTone = bres; } else { throw new IncorrectNodeValueException("Can't parse AutoDarkTone value"); } } bres = false; if (node.Attributes["AutoLightTone"] != null) { if (bool.TryParse(node.Attributes["AutoLightTone"].Value, out bres)) { mAutoLightTone = bres; } else { throw new IncorrectNodeValueException("Can't parse AutoLightTone value"); } } OnChanged(); }