// DECL: Animation* getAnimation(const char* id = NULL) const;
value hx_AnimationTarget_getAnimation(value thisObj, value id)
{
AnimationTarget *_thisObj;
const char *_id = ValueToString(id);
ValueToObject(thisObj, _thisObj);
return ReferenceToValue(_thisObj->getAnimation(_id), true, true);
}
// DECL: Pass* getPassByIndex(unsigned int index) const;
value hx_Technique_getPassByIndex(value thisObj, value index)
{
Technique *_thisObj;
unsigned int _index = ValueToUint(index);
ValueToObject(thisObj, _thisObj);
return ReferenceToValue(_thisObj->getPassByIndex(_index), true);
}
// DECL: Scene* loadScene(const char* id = NULL);
value hx_Bundle_loadScene(value thisObj, value id)
{
Bundle *_thisObj;
const char *_id = ValueToString(id);
ValueToObject(thisObj, _thisObj);
return ReferenceToValue(_thisObj->loadScene(_id));
}
// DECL: Node* addNode(const char* id = NULL);
value hx_Scene_addNode_Str(value thisObj, value id)
{
Scene *_thisObj;
const char *_id = ValueToString(id);
ValueToObject(thisObj, _thisObj);
return ReferenceToValue(_thisObj->addNode(_id), true);
}
// DECL: AIState* setState(const char* id);
value hx_AIStateMachine_setState_Str(value thisObj, value id)
{
AIStateMachine *_thisObj;
const char *_id = ValueToString(id);
ValueToObject(thisObj, _thisObj);
return ReferenceToValue(_thisObj->setState(_id), true);
}
// DECL: Pass* getPass(const char* id) const;
value hx_Technique_getPass(value thisObj, value id)
{
Technique *_thisObj;
const char *_id = ValueToString(id);
ValueToObject(thisObj, _thisObj);
return ReferenceToValue(_thisObj->getPass(_id), true);
}
// DECL: static FrameBuffer* create(const char* id, unsigned int width, unsigned int height);
value hx_FrameBuffer_static_create_Str_IntX2(value id, value width, value height)
{
const char *_id = ValueToString(id);
unsigned int _width = ValueToUint(width);
unsigned int _height = ValueToUint(height);
return ReferenceToValue(FrameBuffer::create(_id, _width, _height));
}
// DECL: AnimationClip* getClip(const char* clipId = NULL);
value hx_Animation_getClip_Str(value thisObj, value clipId)
{
Animation *_thisObj;
const char *_clipId = ValueToString(clipId);
ValueToObject(thisObj, _thisObj);
return ReferenceToValue(_thisObj->getClip(_clipId), true, true);
}
// DECL: RenderTarget* getRenderTarget(unsigned int index = 0) const;
value hx_FrameBuffer_getRenderTarget(value thisObj, value index)
{
FrameBuffer *_thisObj;
unsigned int _index = ValueToUint(index);
ValueToObject(thisObj, _thisObj);
return ReferenceToValue(_thisObj->getRenderTarget(_index), true, true);
}
// DECL: static Joystick* create(const char* id, Theme::Style* style);
value hx_Joystick_static_create(value id, value style)
{
const char *_id = ValueToString(id);
Theme::Style *_style;
ValueToObject(style, _style);
return ReferenceToValue(Joystick::create(_id, _style));
}
// DECL: static RadioButton* create(const char* id, Theme::Style* style);
value hx_RadioButton_static_create(value id, value style)
{
const char *_id = ValueToString(id);
Theme::Style *_style;
ValueToObject(style, _style);
return ReferenceToValue(RadioButton::create(_id, _style));
}
// DECL: MaterialParameter* getParameter(const char* name) const;
value hx_RenderState_getParameter(value thisObj, value name)
{
RenderState *_thisObj;
const char *_name = ValueToString(name);
ValueToObject(thisObj, _thisObj);
return ReferenceToValue(_thisObj->getParameter(_name), true, true);
}
// DECL: AnimationClip* getClip(unsigned int index) const;
value hx_Animation_getClip_Int(value thisObj, value index)
{
Animation *_thisObj;
unsigned int _index = ValueToUint(index);
ValueToObject(thisObj, _thisObj);
return ReferenceToValue(_thisObj->getClip(_index), true, true);
}
// DECL: Animation* createAnimation(const char* id, int propertyId, unsigned int keyCount, unsigned int* keyTimes, float* keyValues, float* keyInValue, float* keyOutValue, Curve::InterpolationType type);
value hx_AnimationTarget_createAnimation_Str_IntX2_DatX4_Int(value *args, int nargs)
{
const value& thisObj = *args++;
const value& id = *args++;
const value& propertyId = *args++;
const value& keyCount = *args++;
const value& keyTimes = *args++;
const value& keyValues = *args++;
const value& keyInValue = *args++;
const value& keyOutValue = *args++;
const value& type = *args;
AnimationTarget *_thisObj;
const char *_id = ValueToString(id);
int _propertyId = val_get_int(propertyId);
unsigned int _keyCount = ValueToUint(keyCount);
unsigned int *_keyTimes;
float *_keyValues;
float *_keyInValue;
float *_keyOutValue;
Curve::InterpolationType _type;
ValueToObject(thisObj, _thisObj);
ValueToBuffer(keyTimes, _keyTimes);
ValueToBuffer(keyValues, _keyValues);
ValueToBuffer(keyInValue, _keyInValue);
ValueToBuffer(keyOutValue, _keyOutValue);
ValueToEnum(type, _type);
return ReferenceToValue(_thisObj->createAnimation(_id, _propertyId, _keyCount, _keyTimes, _keyValues, _keyInValue, _keyOutValue, _type));
}
void controlEvent(Control *control, EventType type)
{
val_call2(
clbkControlEvent.get(),
ReferenceToValue(control, true),
EnumToValue(type)
);
}
// DECL: Animation* createAnimation(const char* id, const char* url);
value hx_AnimationTarget_createAnimation_StrX2(value thisObj, value id, value url)
{
AnimationTarget *_thisObj;
const char *_id = ValueToString(id);
const char *_url = ValueToString(url);
ValueToObject(thisObj, _thisObj);
return ReferenceToValue(_thisObj->createAnimation(_id, _url));
}
// DECL: Node* findNode(const char* id, bool recursive = true, bool exactMatch = true) const;
value hx_Scene_findNode(value thisObj, value id, value recursive, value exactMatch)
{
Scene *_thisObj;
const char *_id = ValueToString(id);
bool _recursive = val_get_bool(recursive);
bool _exactMatch = val_get_bool(exactMatch);
ValueToObject(thisObj, _thisObj);
return ReferenceToValue(_thisObj->findNode(_id, _recursive, _exactMatch), true);
}
// DECL: Animation* createAnimation(const char* id, Properties* animationProperties);
value hx_AnimationTarget_createAnimation_Str_Prop(value thisObj, value id, value animationProperties)
{
AnimationTarget *_thisObj;
const char *_id = ValueToString(id);
Properties *_animationProperties;
ValueToObject(thisObj, _thisObj);
ValueToObject(animationProperties, _animationProperties);
return ReferenceToValue(_thisObj->createAnimation(_id, _animationProperties));
}
bool visitWrapper(Node *node)
{
bool result =
val_get_bool(val_call1(
clbkVisitMethod.get(),
ReferenceToValue(node, true)
));
return result;
}
// DECL: AnimationClip* createClip(const char* id, unsigned long start, unsigned long end);
value hx_Animation_createClip(value thisObj, value id, value start, value end)
{
Animation *_thisObj;
const char *_id = ValueToString(id);
unsigned long _start = ValueToUlong(start);
unsigned long _end = ValueToUlong(end);
ValueToObject(thisObj, _thisObj);
return ReferenceToValue(_thisObj->createClip(_id, _start, _end));
}
bool visitWrapper(Node *node, long cookie)
{
bool result =
val_get_bool(val_call2(
clbkVisitMethod.get(),
ReferenceToValue(node, true),
alloc_int(cookie)
));
return result;
}
// DECL: unsigned int findNodes(const char* id, std::vector<Node*>& nodes, bool recursive = true, bool exactMatch = true) const;
value hx_Scene_findNodes(value thisObj, value id, value nodes, value recursive, value exactMatch)
{
Scene *_thisObj;
const char *_id = ValueToString(id);
std::vector<Node*> _nodes;
bool _recursive = val_get_bool(recursive);
bool _exactMatch = val_get_bool(exactMatch);
ValueToObject(thisObj, _thisObj);
_thisObj->findNodes(_id, _nodes, _recursive, _exactMatch);
const value& result = alloc_array(_nodes.size());
for (int index = 0; index < _nodes.size(); index++)
val_array_set_i(result, index, ReferenceToValue(_nodes[index], true));
SetOutParameterValue(nodes, result);
return alloc_int(_nodes.size());
}
// DECL: Animation* createAnimationFromBy(const char* id, int propertyId, float* from, float* by, Curve::InterpolationType type, unsigned long duration);
value hx_AnimationTarget_createAnimationFromBy(value *args, int nargs)
{
const value& thisObj = *args++;
const value& id = *args++;
const value& propertyId = *args++;
const value& from = *args++;
const value& by = *args++;
const value& type = *args++;
const value& duration = *args;
AnimationTarget *_thisObj;
const char *_id = ValueToString(id);
int _propertyId = val_get_int(propertyId);
float *_from;
float *_by;
Curve::InterpolationType _type;
unsigned long _duration = ValueToUlong(duration);
ValueToObject(thisObj, _thisObj);
ValueToBuffer(from, _from);
ValueToBuffer(by, _by);
ValueToEnum(type, _type);
return ReferenceToValue(_thisObj->createAnimationFromBy(_id, _propertyId, _from, _by, _type, _duration));
}
// DECL: Form* getForm() const;
value hx_Gamepad_getForm(value thisObj)
{
Gamepad *_thisObj;
ValueToObject(thisObj, _thisObj);
return ReferenceToValue(_thisObj->getForm(), true);
}
// DECL: static Scene* load(const char* filePath);
value hx_Scene_static_load(value filePath)
{
const char *_filePath = ValueToString(filePath);
return ReferenceToValue(Scene::load(_filePath));
}
// DECL: static FrameBuffer* getFrameBuffer(const char* id);
value hx_FrameBuffer_static_getFrameBuffer(value id)
{
const char *_id = ValueToString(id);
return ReferenceToValue(FrameBuffer::getFrameBuffer(_id), true, true);
}
// DECL: DepthStencilTarget* getDepthStencilTarget() const;
value hx_FrameBuffer_getDepthStencilTarget(value thisObj)
{
FrameBuffer *_thisObj;
ValueToObject(thisObj, _thisObj);
return ReferenceToValue(_thisObj->getDepthStencilTarget(), true, true);
}
// DECL: static FrameBuffer* create(const char* id);
value hx_FrameBuffer_static_create_Str(value id)
{
const char *_id = ValueToString(id);
return ReferenceToValue(FrameBuffer::create(_id));
}
// DECL: Node* getNode() const;
value hx_PhysicsCollisionObject_getNode(value thisObj)
{
PhysicsCollisionObject *_thisObj;
ValueToObject(thisObj, _thisObj);
return ReferenceToValue(_thisObj->getNode(), true, true);
}
// DECL: static Scene* create();
value hx_Scene_static_create()
{
return ReferenceToValue(Scene::create());
}
