public void SetCustomBool(Nb2dJsonImage item, String propertyName, bool val)
{
m_imagesWithCustomProperties.Add(item);
GetCustomPropertiesForItem(item, true).m_customPropertyMap_bool.Add(propertyName, val);
}
public String GetImageName(Nb2dJsonImage image)
{
if (m_imageToNameMap.ContainsKey(image))
return m_imageToNameMap[image];
return null;
}
public void SetCustomVector(Nb2dJsonImage item, String propertyName, Vector2 val)
{
m_imagesWithCustomProperties.Add(item);
GetCustomPropertiesForItem(item, true).m_customPropertyMap_vec2.Add(propertyName, val);
}
JObject B2n(Nb2dJsonImage image)
{
JObject imageValue = new JObject();
if (null != image.Body)
imageValue["body"] = lookupBodyIndex(image.Body);
else
imageValue["body"] = -1;
if (null != image.Name)
imageValue["name"] = image.Name;
if (null != image.File)
imageValue["file"] = image.File;
VecToJson("center", image.Center, imageValue);
FloatToJson("angle", image.Angle, imageValue);
FloatToJson("scale", image.Scale, imageValue);
if (image.Flip)
imageValue["flip"] = true;
FloatToJson("opacity", image.Opacity, imageValue);
imageValue["filter"] = image.Filter;
FloatToJson("renderOrder", image.RenderOrder, imageValue);
bool defaultColorTint = true;
for (int i = 0; i < 4; i++)
{
if (image.ColorTint[i] != 255)
{
defaultColorTint = false;
break;
}
}
if (!defaultColorTint)
{
JArray array = (JArray)imageValue["colorTint"];
for (int i = 0; i < 4; i++)
array[i] = image.ColorTint[i];
}
// image->updateCorners();
for (int i = 0; i < 4; i++)
VecToJson("corners", image.Corners[i], imageValue, i);
// image->updateUVs();
for (int i = 0; i < 2 * image.NumPoints; i++)
{
VecToJson("glVertexPointer", image.Points[i], imageValue, i);
VecToJson("glTexCoordPointer", image.UvCoords[i], imageValue, i);
}
for (int i = 0; i < image.NumIndices; i++)
VecToJson("glDrawElements", image.Indices[i], imageValue, i);
JArray customPropertyValue = WriteCustomPropertiesToJson(image);
if (customPropertyValue.Count > 0)
imageValue["customProperties"] = customPropertyValue;
return imageValue;
}
public void SetCustomFloat(Nb2dJsonImage item, String propertyName, float val)
{
m_imagesWithCustomProperties.Add(item);
GetCustomPropertiesForItem(item, true).m_customPropertyMap_float.Add(propertyName, (float)val);
}
public void SetCustomInt(Nb2dJsonImage item, String propertyName, int val)
{
m_imagesWithCustomProperties.Add(item);
GetCustomPropertiesForItem(item, true).m_customPropertyMap_int.Add(propertyName, val);
}
protected void readCustomPropertiesFromJson(Nb2dJsonImage item, JObject value)
{
if (null == item)
return;
if (value["customProperties"] != null)
return;
int i = 0;
JArray propValues = (JArray)value["customProperties"];
if (null != propValues)
{
int numPropValues = propValues.Count;
for (i = 0; i < numPropValues; i++)
{
JObject propValue = (JObject)propValues[i];
string propertyName = propValue["name"].ToString();
if (propValue["int"] != null)
SetCustomInt(item, propertyName, (int)propValue["int"]);
if (propValue["float"] != null)
SetCustomFloat(item, propertyName, (float)propValue["float"]);
if (propValue["string"] != null)
SetCustomString(item, propertyName, propValue["string"].ToString());
if (propValue["vec2"] != null)
SetCustomVector(item, propertyName, this.jsonToVec("vec2", propValue));
if (propValue["bool"] != null)
SetCustomBool(item, propertyName, (bool)propValue["bool"]);
}
}
}
public void SetImageName(Nb2dJsonImage image, String name)
{
m_imageToNameMap.Add(image, name);
}
Nb2dJsonImage j2b2dJsonImage(JObject imageValue)
{
Nb2dJsonImage img = new Nb2dJsonImage();
int bodyIndex = imageValue["body"] == null ? -1 : (int)imageValue["body"];
if (-1 != bodyIndex)
img.Body = lookupBodyFromIndex(bodyIndex);
String imageName = imageValue["name"] == null ? "" : imageValue["name"].ToString();
if (imageName != "")
{
img.Name = imageName;
SetImageName(img, imageName);
}
String fileName = imageValue["file"] == null ? "" : imageValue["file"].ToString();
if (fileName != "")
img.File = fileName;
img.Center = jsonToVec("center", imageValue);
img.Angle = jsonToFloat("angle", imageValue);
img.Scale = jsonToFloat("scale", imageValue);
img.Opacity = jsonToFloat("opacity", imageValue);
img.RenderOrder = jsonToFloat("renderOrder", imageValue);
JArray colorTintArray = (JArray)imageValue["colorTint"];
if (null != colorTintArray)
{
for (int i = 0; i < 4; i++)
{
img.ColorTint[i] = (int)colorTintArray[i];
}
}
img.Flip = imageValue["flip"] == null ? false : (bool)imageValue["flip"];
img.Filter = imageValue["filter"] == null ? 1 : (int)imageValue["filter"];
img.Corners = new Vector2[4];
for (int i = 0; i < 4; i++)
img.Corners[i] = jsonToVec("corners", imageValue, i);
JArray vertexPointerArray = (JArray)imageValue["glVertexPointer"];
JArray texCoordArray = (JArray)imageValue["glVertexPointer"];
if (null != vertexPointerArray && null != texCoordArray && vertexPointerArray.Count == texCoordArray.Count)
{
int numFloats = vertexPointerArray.Count;
img.NumPoints = numFloats / 2;
img.Points = new float[numFloats];
img.UvCoords = new float[numFloats];
for (int i = 0; i < numFloats; i++)
{
img.Points[i] = jsonToFloat("glVertexPointer", imageValue, i);
img.UvCoords[i] = jsonToFloat("glTexCoordPointer", imageValue, i);
}
}
JArray drawElementsArray = (JArray)imageValue["glDrawElements"];
if (null != drawElementsArray)
{
img.NumIndices = drawElementsArray.Count;
img.Indices = new short[img.NumIndices];
for (int i = 0; i < img.NumIndices; i++)
img.Indices[i] = (short)drawElementsArray[i];
}
return img;
}
