void FunctionEvent::UnserializeFrom(gd::Project& project,
const gd::SerializerElement& element) {
name = element.GetChild("name", 0, "Name").GetValue().GetString();
objectsPassedAsArgument =
element.GetChild("objectsPassedAsArgument").GetValue().GetString();
gd::EventsListSerialization::UnserializeInstructionsFrom(
project, conditions, element.GetChild("conditions", 0, "Conditions"));
gd::EventsListSerialization::UnserializeInstructionsFrom(
project, actions, element.GetChild("actions", 0, "Actions"));
gd::EventsListSerialization::UnserializeEventsFrom(
project, events, element.GetChild("events", 0, "Events"));
}
void ParticleEmitterObject::DoUnserializeFrom(
gd::Project& project, const gd::SerializerElement& element) {
ParticleEmitterBase::UnserializeParticleEmitterBaseFrom(element);
#if defined(GD_IDE_ONLY)
particleEditionSimpleMode =
element.GetBoolAttribute("particleEditionSimpleMode");
emissionEditionSimpleMode =
element.GetBoolAttribute("emissionEditionSimpleMode");
gravityEditionSimpleMode =
element.GetBoolAttribute("gravityEditionSimpleMode");
#endif
}
void PathBehavior::UnserializePathsFrom(const gd::SerializerElement & element)
{
localePaths.clear();
element.ConsiderAsArrayOf("path", "Path");
for(std::size_t i = 0;i<element.GetChildrenCount();++i)
{
const gd::SerializerElement & pathElement = element.GetChild(i);
localePaths[pathElement.GetStringAttribute("name")] = GetCoordsVectorFromString(pathElement.GetStringAttribute("coords"), '/', ';');
}
if(localePaths.empty())
localePaths["Object main path"] = std::vector<sf::Vector2f>(1, sf::Vector2f(0,0));
}
void PlatformerObjectBehavior::UnserializeFrom(const gd::SerializerElement & element)
{
gravity = element.GetDoubleAttribute("gravity");
maxFallingSpeed = element.GetDoubleAttribute("maxFallingSpeed");
acceleration = element.GetDoubleAttribute("acceleration");
deceleration = element.GetDoubleAttribute("deceleration");
maxSpeed = element.GetDoubleAttribute("maxSpeed");
jumpSpeed = element.GetDoubleAttribute("jumpSpeed");
ignoreDefaultControls = element.GetBoolAttribute("ignoreDefaultControls");
SetSlopeMaxAngle(element.GetDoubleAttribute("slopeMaxAngle"));
canGrabPlatforms = element.GetBoolAttribute("canGrabPlatforms", false);
yGrabOffset = element.GetDoubleAttribute("yGrabOffset");
xGrabTolerance = element.GetDoubleAttribute("xGrabTolerance", 10);
}
void PlatformerObjectBehavior::SerializeTo(gd::SerializerElement & element) const
{
element.SetAttribute("gravity", gravity);
element.SetAttribute("maxFallingSpeed", maxFallingSpeed);
element.SetAttribute("acceleration", acceleration);
element.SetAttribute("deceleration", deceleration);
element.SetAttribute("maxSpeed", maxSpeed);
element.SetAttribute("jumpSpeed", jumpSpeed);
element.SetAttribute("ignoreDefaultControls", ignoreDefaultControls);
element.SetAttribute("slopeMaxAngle", slopeMaxAngle);
element.SetAttribute("canGrabPlatforms", canGrabPlatforms);
element.SetAttribute("yGrabOffset", yGrabOffset);
element.SetAttribute("xGrabTolerance", xGrabTolerance);
}
void ShapePainterObjectBase::SerializeTo(gd::SerializerElement & element) const
{
element.AddChild("fillOpacity").SetValue(fillOpacity);
element.AddChild("outlineSize").SetValue(outlineSize);
element.AddChild("outlineOpacity").SetValue(outlineOpacity);
element.AddChild("fillColor")
.SetAttribute("r", (int)fillColorR)
.SetAttribute("g", (int)fillColorG)
.SetAttribute("b", (int)fillColorB);
element.AddChild("outlineColor")
.SetAttribute("r", (int)outlineColorR)
.SetAttribute("g", (int)outlineColorG)
.SetAttribute("b", (int)outlineColorB);
element.AddChild("absoluteCoordinates").SetValue(absoluteCoordinates);
}
void TileHitbox::SerializeTo(gd::SerializerElement &element) const
{
element.SetAttribute("collidable", collidable);
//Serialize the polygon
gd::String polygonStr;
for(std::vector<sf::Vector2f>::const_iterator vertexIt = hitbox.vertices.begin(); vertexIt != hitbox.vertices.end(); vertexIt++)
{
if(vertexIt != hitbox.vertices.begin())
polygonStr += "|";
polygonStr += gd::String::From(vertexIt->x) + ";" + gd::String::From(vertexIt->y);
}
element.SetAttribute("polygon", polygonStr);
}
void Direction::UnserializeFrom(const gd::SerializerElement & element)
{
SetTimeBetweenFrames(element.GetDoubleAttribute("timeBetweenFrames", 1, "tempsEntre"));
SetLoop(element.GetBoolAttribute("looping", false, "boucle"));
const gd::SerializerElement & spritesElement = element.GetChild("sprites", 0, "Sprites");
spritesElement.ConsiderAsArrayOf("sprite", "Sprite");
for (unsigned int i = 0; i < spritesElement.GetChildrenCount(); ++i)
{
const gd::SerializerElement & spriteElement = spritesElement.GetChild(i);
Sprite sprite;
sprite.SetImageName(spriteElement.GetStringAttribute("image"));
OpenPointsSprites(sprite.GetAllNonDefaultPoints(), spriteElement.GetChild("points", 0, "Points"));
OpenPoint(sprite.GetOrigin(), spriteElement.GetChild("originPoint" , 0, "PointOrigine"));
OpenPoint(sprite.GetCenter(), spriteElement.GetChild("centerPoint" , 0, "PointCentre"));
sprite.SetDefaultCenterPoint(spriteElement.GetChild("centerPoint" , 0, "PointCentre").GetBoolAttribute("automatic", true));
if (spriteElement.HasChild("CustomCollisionMask"))
sprite.SetCollisionMaskAutomatic(!spriteElement.GetChild("CustomCollisionMask").GetBoolAttribute("custom", false));
else
sprite.SetCollisionMaskAutomatic(!spriteElement.GetBoolAttribute("hasCustomCollisionMask", false));
std::vector<Polygon2d> mask;
const gd::SerializerElement & collisionMaskElement = spriteElement.GetChild("customCollisionMask", 0, "CustomCollisionMask");
collisionMaskElement.ConsiderAsArrayOf("polygon", "Polygon");
for (unsigned int j = 0; j < collisionMaskElement.GetChildrenCount(); ++j)
{
Polygon2d polygon;
const gd::SerializerElement & polygonElement = collisionMaskElement.GetChild(j);
polygonElement.ConsiderAsArrayOf("vertice", "Point");
for (unsigned int k = 0; k < polygonElement.GetChildrenCount(); ++k)
{
const gd::SerializerElement & verticeElement = polygonElement.GetChild(k);
polygon.vertices.push_back(sf::Vector2f(verticeElement.GetDoubleAttribute("x"),
verticeElement.GetDoubleAttribute("y")));
}
mask.push_back(polygon);
}
sprite.SetCustomCollisionMask(mask);
sprites.push_back(sprite);
}
};
void Box3DObject::DoUnserializeFrom(gd::Project & project, const gd::SerializerElement & element)
{
frontTextureName = element.GetChild("frontTexture").GetValue().GetString();
topTextureName = element.GetChild("topTexture").GetValue().GetString();
bottomTextureName = element.GetChild("bottomTexture").GetValue().GetString();
leftTextureName = element.GetChild("leftTexture").GetValue().GetString();
rightTextureName = element.GetChild("rightTexture").GetValue().GetString();
backTextureName = element.GetChild("backTexture").GetValue().GetString();
width = element.GetChild("width").GetValue().GetInt();
height = element.GetChild("height").GetValue().GetInt();
depth = element.GetChild("depth").GetValue().GetInt();
}
void PathfindingBehavior::SerializeTo(gd::SerializerElement & element) const
{
element.SetAttribute("allowDiagonals", allowDiagonals);
element.SetAttribute("acceleration", acceleration);
element.SetAttribute("maxSpeed", maxSpeed);
element.SetAttribute("angularMaxSpeed", angularMaxSpeed);
element.SetAttribute("rotateObject", rotateObject);
element.SetAttribute("angleOffset", angleOffset);
element.SetAttribute("cellWidth", (int)cellWidth);
element.SetAttribute("cellHeight", (int)cellHeight);
element.SetAttribute("extraBorder", extraBorder);
}
void Box3DObject::DoSerializeTo(gd::SerializerElement & element) const
{
element.AddChild("frontTexture").SetValue(frontTextureName);
element.AddChild("topTexture").SetValue(topTextureName);
element.AddChild("bottomTexture").SetValue(bottomTextureName);
element.AddChild("leftTexture").SetValue(leftTextureName);
element.AddChild("rightTexture").SetValue(rightTextureName);
element.AddChild("backTexture").SetValue(backTextureName);
element.AddChild("width").SetValue(width);
element.AddChild("height").SetValue(height);
element.AddChild("depth").SetValue(depth);
}
void ScenePathDatas::UnserializeFrom(const gd::SerializerElement & element)
{
globalPaths.clear();
if (!element.HasChild("paths", "Paths")) return;
const gd::SerializerElement & pathsElement = element.GetChild("paths", 0, "Paths");
pathsElement.ConsiderAsArrayOf("path", "Path");
for (int i = 0; i < pathsElement.GetChildrenCount(); ++i)
{
const gd::SerializerElement & pathElement = pathsElement.GetChild(i);
globalPaths[pathElement.GetStringAttribute("name")] = PathBehavior::GetCoordsVectorFromString(pathElement.GetStringAttribute("coords"), '/', ';');
}
}
void TileSet::SerializeTo(gd::SerializerElement &element) const
{
element.SetAttribute("textureName", textureName);
element.SetAttribute("tileSizeX", tileSize.x);
element.SetAttribute("tileSizeY", tileSize.y);
element.SetAttribute("tileSpacingX", tileSpacing.x);
element.SetAttribute("tileSpacingY", tileSpacing.y);
gd::SerializerElement &tilesElem = element.AddChild("hitboxes");
//Save polygons
for(std::vector<TileHitbox>::const_iterator it = m_hitboxes.begin(); it != m_hitboxes.end(); it++)
{
gd::SerializerElement &hitboxElem = tilesElem.AddChild("tileHitbox");
it->SerializeTo(hitboxElem);
}
}
TopDownMovementRuntimeBehavior::TopDownMovementRuntimeBehavior(
const gd::SerializerElement& behaviorContent)
: RuntimeBehavior(behaviorContent),
allowDiagonals(true),
acceleration(400),
deceleration(800),
maxSpeed(200),
angularMaxSpeed(180),
rotateObject(true),
angleOffset(0),
xVelocity(0),
yVelocity(0),
angularSpeed(0),
angle(0),
ignoreDefaultControls(false),
leftKey(false),
rightKey(false),
upKey(false),
downKey(false) {
allowDiagonals = behaviorContent.GetBoolAttribute("allowDiagonals");
acceleration = behaviorContent.GetDoubleAttribute("acceleration");
deceleration = behaviorContent.GetDoubleAttribute("deceleration");
maxSpeed = behaviorContent.GetDoubleAttribute("maxSpeed");
angularMaxSpeed = behaviorContent.GetDoubleAttribute("angularMaxSpeed");
rotateObject = behaviorContent.GetBoolAttribute("rotateObject");
angleOffset = behaviorContent.GetDoubleAttribute("angleOffset");
ignoreDefaultControls =
behaviorContent.GetBoolAttribute("ignoreDefaultControls");
}
void TextObject::DoUnserializeFrom(gd::Project & project, const gd::SerializerElement & element)
{
SetString(element.GetChild("string", 0,"String").GetValue().GetString());
SetFontFilename(element.GetChild("font", 0,"Font").GetValue().GetString());
SetCharacterSize(element.GetChild("characterSize", 0, "CharacterSize").GetValue().GetInt());
SetColor(element.GetChild("color", 0,"Color").GetIntAttribute("r", 255),
element.GetChild("color", 0,"Color").GetIntAttribute("g", 255),
element.GetChild("color", 0,"Color").GetIntAttribute("b", 255));
smoothed = element.GetBoolAttribute("smoothed");
bold = element.GetBoolAttribute("bold");
italic = element.GetBoolAttribute("italic");
underlined = element.GetBoolAttribute("underlined");
}
void PathBehavior::UnserializeFrom(const gd::SerializerElement & element)
{
UnserializePathsFrom(element.GetChild("paths", 0, "Paths"));
ChangeCurrentPath(element.GetStringAttribute("currentPath"));
speed = element.GetDoubleAttribute("speed");
offset.x = element.GetDoubleAttribute("offsetX");
offset.y = element.GetDoubleAttribute("offsetY");
angleOffset = element.GetDoubleAttribute("angleOffset");
reverseAtEnd = element.GetBoolAttribute("reverseAtEnd");
stopAtEnd = element.GetBoolAttribute("stopAtEnd");
followAngle = element.GetBoolAttribute("followAngle");
}
void PathBehavior::SerializeTo(gd::SerializerElement & element) const
{
SerializePathsTo(element.AddChild("paths"));
element.SetAttribute("currentPath", GetCurrentPathName());
element.SetAttribute("speed", GetSpeed());
element.SetAttribute("offsetX", GetOffsetX());
element.SetAttribute("offsetY", GetOffsetY());
element.SetAttribute("angleOffset", angleOffset);
element.SetAttribute("reverseAtEnd", ReverseAtEnd());
element.SetAttribute("stopAtEnd", StopAtEnd());
element.SetAttribute("followAngle", FollowAngle());
}
void TileHitbox::UnserializeFrom(const gd::SerializerElement &element, sf::Vector2f defaultTileSize)
{
collidable = element.GetBoolAttribute("collidable", true);
hitbox.vertices.clear();
gd::String defaultPolygonStr = "0;0|"
+ gd::String::From(defaultTileSize.x) + ";0|"
+ gd::String::From(defaultTileSize.x) + ";" + gd::String::From(defaultTileSize.y) + "|"
+ "0;" + gd::String::From(defaultTileSize.y);
gd::String polygonStr = element.GetStringAttribute("polygon", defaultPolygonStr);
std::vector<gd::String> vertices = polygonStr.Split(U'|');
for(std::vector<gd::String>::iterator vertexIt = vertices.begin(); vertexIt != vertices.end(); vertexIt++)
{
hitbox.vertices.push_back(sf::Vector2f(vertexIt->Split(U';')[0].To<float>(),
vertexIt->Split(U';')[1].To<float>()
));
}
}
void ScenePathDatas::SerializeTo(gd::SerializerElement & element) const
{
gd::SerializerElement & pathsElement = element.AddChild("paths");
pathsElement.ConsiderAsArrayOf("path");
for(std::map<gd::String, std::vector<sf::Vector2f> >::const_iterator it = globalPaths.begin(); it != globalPaths.end(); it++)
{
gd::SerializerElement & pathElement = pathsElement.AddChild("path");
pathElement.SetAttribute("name", it->first);
pathElement.SetAttribute("coords", PathBehavior::GetStringFromCoordsVector(it->second, '/', ';'));
}
}
void TextObject::DoSerializeTo(gd::SerializerElement & element) const
{
element.AddChild("string").SetValue(GetString());
element.AddChild("font").SetValue(GetFontFilename());
element.AddChild("characterSize").SetValue(GetCharacterSize());
element.AddChild("color").SetAttribute("r", (int)GetColorR())
.SetAttribute("g", (int)GetColorG())
.SetAttribute("b", (int)GetColorB());
element.SetAttribute("smoothed", smoothed);
element.SetAttribute("bold", bold);
element.SetAttribute("italic", italic);
element.SetAttribute("underlined", underlined);
}
void TileSet::SerializeTo(gd::SerializerElement &element) const
{
element.SetAttribute("version", 2);
element.SetAttribute("textureName", textureName);
element.SetAttribute("tileSizeX", tileSize.x);
element.SetAttribute("tileSizeY", tileSize.y);
element.SetAttribute("tileSpacingX", tileSpacing.x);
element.SetAttribute("tileSpacingY", tileSpacing.y);
//Save if it is collidable or not
gd::SerializerElement &collidableElem = element.AddChild("collidable");
for(auto it = m_collidable.begin(); it != m_collidable.end(); ++it)
{
gd::SerializerElement &tileElem = collidableElem.AddChild("tile");
tileElem.SetAttribute("collidable", *it);
}
//Save polygons hitboxes
gd::SerializerElement &tilesElem = element.AddChild("hitboxes");
for(auto it = m_hitboxes.begin(); it != m_hitboxes.end(); ++it)
{
gd::SerializerElement &hitboxElem = tilesElem.AddChild("tileHitbox");
hitboxElem.SetAttribute("tileId", it->first);
it->second.SerializeTo(hitboxElem);
}
}
void SoundObject::DoUnserializeFrom(gd::Project & project, const gd::SerializerElement & element)
{
SetSoundType(element.GetChild("type", 0, "Type").GetValue().GetString());
SetSoundFileName(element.GetChild("filename", 0, "Filename").GetValue().GetString());
SetPitch(element.GetChild("volume", 0, "Volume").GetValue().GetDouble());
SetPitch(element.GetChild("pitch", 0, "Pitch").GetValue().GetDouble());
SetMinDistance(element.GetChild("minDistance", 0, "MinDistance").GetValue().GetDouble());
SetAttenuation(element.GetChild("attenuation", 0, "Attenuation").GetValue().GetDouble());
SetLooping(element.GetChild("loop", 0, "Loop").GetValue().GetBool());
SetZPos(element.GetChild("zPos", 0, "ZPos").GetValue().GetDouble());
}
void PlatformerObjectAutomatism::UnserializeFrom(const gd::SerializerElement & element)
{
gravity = element.GetDoubleAttribute("gravity");
maxFallingSpeed = element.GetDoubleAttribute("maxFallingSpeed");
acceleration = element.GetDoubleAttribute("acceleration");
deceleration = element.GetDoubleAttribute("deceleration");
maxSpeed = element.GetDoubleAttribute("maxSpeed");
jumpSpeed = element.GetDoubleAttribute("jumpSpeed");
ignoreDefaultControls = element.GetBoolAttribute("ignoreDefaultControls");
SetSlopeMaxAngle(element.GetDoubleAttribute("slopeMaxAngle"));
}
void SoundObject::DoSerializeTo(gd::SerializerElement & element) const
{
element.AddChild("type").SetValue(type);
element.AddChild("filename").SetValue(fileName);
element.AddChild("loop").SetValue(IsLooping());
element.AddChild("volume").SetValue(GetVolume());
element.AddChild("pitch").SetValue(GetPitch());
element.AddChild("attenuation").SetValue(GetAttenuation());
element.AddChild("minDistance").SetValue(GetMinDistance());
element.AddChild("zPos").SetValue(GetZPos());
}
void PlatformerObjectAutomatism::SerializeTo(gd::SerializerElement & element) const
{
element.SetAttribute("gravity", gravity);
element.SetAttribute("maxFallingSpeed", maxFallingSpeed);
element.SetAttribute("acceleration", acceleration);
element.SetAttribute("deceleration", deceleration);
element.SetAttribute("maxSpeed", maxSpeed);
element.SetAttribute("jumpSpeed", jumpSpeed);
element.SetAttribute("ignoreDefaultControls", ignoreDefaultControls);
element.SetAttribute("slopeMaxAngle", slopeMaxAngle);
}
void LightObject::DoSerializeTo(gd::SerializerElement & element) const
{
element.SetAttribute("intensity", GetIntensity());
element.SetAttribute("radius", GetRadius());
element.SetAttribute("quality", GetQuality());
element.SetAttribute("colorR", GetColor().r);
element.SetAttribute("colorG", GetColor().g);
element.SetAttribute("colorB", GetColor().b);
element.SetAttribute("globalLight", globalLight);
element.SetAttribute("globalColorR", globalLightColor.r);
element.SetAttribute("globalColorG", globalLightColor.g);
element.SetAttribute("globalColorB", globalLightColor.b);
element.SetAttribute("globalColorA", globalLightColor.a);
}
AnchorRuntimeBehavior::AnchorRuntimeBehavior(
const gd::SerializerElement& behaviorContent)
: RuntimeBehavior(behaviorContent),
m_relativeToOriginalWindowSize(true),
m_leftEdgeAnchor(ANCHOR_HORIZONTAL_NONE),
m_rightEdgeAnchor(ANCHOR_HORIZONTAL_NONE),
m_topEdgeAnchor(ANCHOR_VERTICAL_NONE),
m_bottomEdgeAnchor(ANCHOR_VERTICAL_NONE),
m_invalidDistances(true),
m_leftEdgeDistance(0.f),
m_rightEdgeDistance(0.f),
m_topEdgeDistance(0.f),
m_bottomEdgeDistance(0.f) {
m_relativeToOriginalWindowSize =
behaviorContent.GetBoolAttribute("relativeToOriginalWindowSize");
m_leftEdgeAnchor = static_cast<HorizontalAnchor>(
behaviorContent.GetIntAttribute("leftEdgeAnchor"));
m_rightEdgeAnchor = static_cast<HorizontalAnchor>(
behaviorContent.GetIntAttribute("rightEdgeAnchor"));
m_topEdgeAnchor = static_cast<VerticalAnchor>(
behaviorContent.GetIntAttribute("topEdgeAnchor"));
m_bottomEdgeAnchor = static_cast<VerticalAnchor>(
behaviorContent.GetIntAttribute("bottomEdgeAnchor"));
}
void TileSet::UnserializeFrom(const gd::SerializerElement &element)
{
ResetHitboxes();
textureName = element.GetStringAttribute("textureName", "");
tileSize.x = element.GetIntAttribute("tileSizeX", 32);
tileSize.y = element.GetIntAttribute("tileSizeY", 32);
tileSpacing.x = element.GetIntAttribute("tileSpacingX", 0);
tileSpacing.y = element.GetIntAttribute("tileSpacingY", 0);
if (element.HasChild("hitboxes"))
{
gd::SerializerElement &tilesElem = element.GetChild("hitboxes");
tilesElem.ConsiderAsArrayOf("tileHitbox");
for(int i = 0; i < tilesElem.GetChildrenCount("tileHitbox"); i++)
{
TileHitbox newHitbox;
newHitbox.UnserializeFrom(tilesElem.GetChild(i), tileSize);
m_hitboxes.push_back(newHitbox);
}
}
m_dirty = true;
}
void TileSet::UnserializeFrom(const gd::SerializerElement &element)
{
int serializationVersion = element.GetIntAttribute("version", 1);
textureName = element.GetStringAttribute("textureName", "");
tileSize.x = element.GetIntAttribute("tileSizeX", 32);
tileSize.y = element.GetIntAttribute("tileSizeY", 32);
tileSpacing.x = element.GetIntAttribute("tileSpacingX", 0);
tileSpacing.y = element.GetIntAttribute("tileSpacingY", 0);
ResetHitboxes();
m_collidable.clear();
if(serializationVersion == 1)
{
if(element.HasChild("hitboxes"))
{
gd::SerializerElement &tilesElem = element.GetChild("hitboxes");
tilesElem.ConsiderAsArrayOf("tileHitbox");
for(int i = 0; i < tilesElem.GetChildrenCount("tileHitbox"); i++)
{
m_collidable.push_back(tilesElem.GetChild(i).GetBoolAttribute("collidable", true));
TileHitbox newHitbox;
newHitbox.UnserializeFrom(tilesElem.GetChild(i), tileSize);
if(newHitbox != TileHitbox::Rectangle(tileSize))
m_hitboxes[i] = newHitbox;
}
}
}
else if(serializationVersion == 2)
{
gd::SerializerElement &collidableElem = element.GetChild("collidable");
collidableElem.ConsiderAsArrayOf("tile");
for(int i = 0; i < collidableElem.GetChildrenCount("tile"); i++)
{
m_collidable.push_back(collidableElem.GetChild(i).GetBoolAttribute("collidable", true));
}
gd::SerializerElement &hitboxesElem = element.GetChild("hitboxes");
hitboxesElem.ConsiderAsArrayOf("tileHitbox");
for(int i = 0; i < hitboxesElem.GetChildrenCount("tileHitbox"); i++)
{
m_hitboxes[hitboxesElem.GetChild(i).GetIntAttribute("tileId", -1)].UnserializeFrom(hitboxesElem.GetChild(i), tileSize);
}
}
}
void PathfindingBehavior::UnserializeFrom(const gd::SerializerElement & element)
{
allowDiagonals = element.GetBoolAttribute("allowDiagonals");
acceleration = element.GetDoubleAttribute("acceleration");
maxSpeed = element.GetDoubleAttribute("maxSpeed");
angularMaxSpeed = element.GetDoubleAttribute("angularMaxSpeed");
rotateObject = element.GetBoolAttribute("rotateObject");
angleOffset = element.GetDoubleAttribute("angleOffset");
extraBorder = element.GetDoubleAttribute("extraBorder");
{
int value = element.GetIntAttribute("cellWidth", 0);
if (value > 0) cellWidth = value;
}
{
int value = element.GetIntAttribute("cellHeight", 0);
if (value > 0) cellHeight = value;
}
}
