// コンストラクタ
CSceneStageSelect::CSceneStageSelect() :
IScene("img_stageSelect", "bgm_stageSelect")
{
std::string settingFile = gm()->fm().GetFile("#StageSelectFile");
std::ifstream f(settingFile);
back_ = charabase::CharPtr(new charabase::CharBase());
back_->resname = BACK_RESNAME;
back_->pos.z = 1.f;
if (f.fail())
{
debug::BToM("CSceneStageSelect::CSceneStageSelect path:%s", settingFile.c_str());
fieldRect_.top = fieldRect_.left = 0;
fieldRect_.right = system::WINW;
fieldRect_.bottom = system::WINH;
}
else
{
LoadInfo(f);
}
descHeight_ = 0.f;
gm()->init();
InsertObject(ObjPtr(new CStageMng()));
InsertObject(ObjPtr(new CScoreMng()));
}
bool ezDynamicQuadtree::InsertObject(const ezVec3& vCenter, const ezVec3& vHalfExtents, const ezDynamicTree::ezObjectData& Obj, float minx, float maxx, float minz, float maxz, ezUInt32 uiNodeID, ezUInt32 uiAddID, ezUInt32 uiSubAddID, ezDynamicTreeObject* out_Object)
{
// check if object is COMPLETELY inside the node
// if it is not entirely enclosed by the bounding box, insert it at the parent instead
if (vCenter.x - vHalfExtents.x < minx)
return false;
if (vCenter.x + vHalfExtents.x > maxx)
return false;
if (vCenter.z - vHalfExtents.z < minz)
return false;
if (vCenter.z + vHalfExtents.z > maxz)
return false;
// if there are any child-nodes, try inserting there
if (uiAddID > 0)
{
const float lx = ((maxx - minx) * 0.5f) * s_LooseOctreeFactor;
const float lz = ((maxz - minz) * 0.5f) * s_LooseOctreeFactor;
// to compute the ID of child node 'n', the number of children in child node 'n-1' has to be considered
// uiAddID is the number of IDs that need to be skipped to get from the ID of child node 'n' to the ID of child 'n+1'
// every time one goes down one step in the tree the number of child-nodes in the sub-tree is divided by 4
// so the number of IDs to skip to get from child 'n' to 'n+1' is reduced to 1/4
const ezUInt32 uiNodeIDBase = uiNodeID + 1;
const ezUInt32 uiAddIDChild = uiAddID - uiSubAddID;
const ezUInt32 uiSubAddIDChild = uiSubAddID / 4;
if (InsertObject(vCenter, vHalfExtents, Obj, minx, minx + lx, minz, minz + lz, uiNodeIDBase + uiAddID * 0, uiAddIDChild, uiSubAddIDChild, out_Object))
return true;
if (InsertObject(vCenter, vHalfExtents, Obj, minx, minx + lx, maxz - lz, maxz, uiNodeIDBase + uiAddID * 1, uiAddIDChild, uiSubAddIDChild, out_Object))
return true;
if (InsertObject(vCenter, vHalfExtents, Obj, maxx - lx, maxx, minz, minz + lz, uiNodeIDBase + uiAddID * 2, uiAddIDChild, uiSubAddIDChild, out_Object))
return true;
if (InsertObject(vCenter, vHalfExtents, Obj, maxx - lx, maxx, maxz - lz, maxz, uiNodeIDBase + uiAddID * 3, uiAddIDChild, uiSubAddIDChild, out_Object))
return true;
}
// object is inside this node, but not (completely / exclusively) inside any child nodes -> insert here
ezDynamicTree::ezMultiMapKey mmk;
mmk.m_uiKey = uiNodeID;
mmk.m_uiCounter = m_uiMultiMapCounter++;
auto key = m_NodeMap.Insert(mmk, Obj);
if (out_Object)
*out_Object = key;
return true;
}
void CSpatialTree::Think() {
for( std::unordered_map< int, CSpatialTreeObject * >::iterator iter = m_pQTObjects.begin();
iter != m_pQTObjects.end(); ) {
CSpatialTreeObject * o = iter->second;
if( o->GetShouldKill() ) {
for( int i = 0; i < m_NumNodes; i++ ) {
m_pChildNodes[i].RemoveObject( o, false );
}
delete o;
iter = m_pQTObjects.erase( iter );
} else {
iter++;
if( o->GetShouldUpdate() ) {
RemoveIfObjectHasMoved( o );
InsertObject( o );
}
}
}
}
/*
Function: EditPaste()
PURPOSE: Pastes data from the clipboard
RETURN:
TRUE - Paste succeeded
FALSE - Error pasting
*/
BOOL WINAPI EditPaste() {
HANDLE hData;
CPDATA pCopy;
CPDATA *buffer = NULL;
// Open Clipboard
if (!OpenClipboard(ghWndMain)) {
return FALSE;
}
// Get the buffer
hData = GetClipboardData(clpFormat);
buffer = (CPDATA*)GlobalLock(hData);
// Make Local copy
pCopy = *buffer;
InsertObject(pCopy.line, pCopy.rect, pCopy.fLine, pCopy.colour);
GlobalUnlock( hData );
CloseClipboard();
InvalidateRect(ghWndMain, NULL, TRUE);
return TRUE;
}
void QuadTree::AddMovingObjects( vector<GameObject*> objects )
{
rootNode = new MyNode(*rootStatic);
for (int i = 0; i<objects.size();i++)
{
// for each object to be added, find the node that it belongs in
InsertObject(objects[i], rootNode,0);
}
}
/**
* Sort the specified object list in Z Y order.
* @param pObjList List to sort
*/
void SortObjectList(OBJECT *pObjList) {
OBJECT *pPrev, *pObj; // object list traversal pointers
OBJECT head; // temporary head of list - because pObjList is not usually a OBJECT
// put at head of list
head.pNext = pObjList->pNext;
// set head of list dummy OBJ Z Y values to lowest possible
head.yPos = intToFrac(MIN_INT16);
head.zPos = MIN_INT;
for (pPrev = &head, pObj = head.pNext; pObj != NULL; pPrev = pObj, pObj = pObj->pNext) {
// check Z order
if (pObj->zPos < pPrev->zPos) {
// object Z is lower than previous Z
// remove object from list
pPrev->pNext = pObj->pNext;
// re-insert object on list
InsertObject(pObjList, pObj);
// back to beginning of list
pPrev = &head;
pObj = head.pNext;
} else if (pObj->zPos == pPrev->zPos) {
// Z values are the same - sort on Y
if (fracToDouble(pObj->yPos) < fracToDouble(pPrev->yPos)) {
// object Y is lower than previous Y
// remove object from list
pPrev->pNext = pObj->pNext;
// re-insert object on list
InsertObject(pObjList, pObj);
// back to beginning of list
pPrev = &head;
pObj = head.pNext;
}
}
}
}
CSpatialTreeObject * CSpatialTree::AddEntity( CWorldEntity * e ) {
CSpatialTreeObject * o = new CSpatialTreeObject( e );
e->SetSpatialTreeEntity( o );
e->UpdateSpatialTreeEntityPos();
e->UpdateSpatialTreeEntitySize();
InsertObject( o );
return o;
}
/// The object lies at vCenter and has vHalfExtents as its bounding box.
/// If bOnlyIfInside is false, the object is ALWAYS inserted, even if it is outside the tree.
/// \note In such a case it is inserted at the root-node and thus ALWAYS returned in range/view-frustum queries.
///
/// If bOnlyIfInside is true, the object is discarded, if it is not inside the actual bounding box of the tree.
///
/// The min and max Y value of the tree's bounding box is updated, if the object lies above/below previously inserted objects.
ezResult ezDynamicQuadtree::InsertObject(const ezVec3& vCenter, const ezVec3& vHalfExtents, ezInt32 iObjectType, ezInt32 iObjectInstance, ezDynamicTreeObject* out_Object, bool bOnlyIfInside)
{
EZ_ASSERT_DEV(m_uiMaxTreeDepth > 0, "ezDynamicQuadtree::InsertObject: You have to first create the tree.");
if (out_Object)
*out_Object = ezDynamicTreeObject();
if (bOnlyIfInside)
{
if (vCenter.x + vHalfExtents.x < m_fRealMinX)
return EZ_FAILURE;
if (vCenter.x - vHalfExtents.x > m_fRealMaxX)
return EZ_FAILURE;
if (vCenter.z + vHalfExtents.z < m_fRealMinZ)
return EZ_FAILURE;
if (vCenter.z - vHalfExtents.z > m_fRealMaxZ)
return EZ_FAILURE;
}
// update the bounding boxes min/max Y values
m_BBox.m_vMin.y = ezMath::Min(m_BBox.m_vMin.y, vCenter.y - vHalfExtents.y);
m_BBox.m_vMax.y = ezMath::Max(m_BBox.m_vMax.y, vCenter.y + vHalfExtents.y);
ezDynamicTree::ezObjectData oData;
oData.m_iObjectType = iObjectType;
oData.m_iObjectInstance = iObjectInstance;
// insert the object into the best child
if (!InsertObject(vCenter, vHalfExtents, oData, m_BBox.m_vMin.x, m_BBox.m_vMax.x, m_BBox.m_vMin.z, m_BBox.m_vMax.z, 0, m_uiAddIDTopLevel, ezMath::Pow(4, m_uiMaxTreeDepth-1), out_Object))
{
if (!bOnlyIfInside)
{
ezDynamicTree::ezMultiMapKey mmk;
mmk.m_uiKey = 0;
mmk.m_uiCounter = m_uiMultiMapCounter++;
auto key = m_NodeMap.Insert(mmk, oData);
if (out_Object)
*out_Object = key;
return EZ_SUCCESS;
}
return EZ_FAILURE;
}
return EZ_SUCCESS;
}
void MultiInsertObject(OBJECT *pObjList, OBJECT *pInsObj) {
// validate object pointer
assert(pInsObj >= objectList && pInsObj <= objectList + NUM_OBJECTS - 1);
// for all the objects that make up this multi-part
do {
// add next part to the specified list
InsertObject(pObjList, pInsObj);
// next obj in list
pInsObj = pInsObj->pSlave;
} while (pInsObj != NULL);
}
// Insert the given object into this contain property.
AAFRESULT STDMETHODCALLTYPE ImplAAFRefContainerValue::InsertElement(
ImplAAFPropertyValue* pPropertyValue)
{
AAFRESULT result = AAFRESULT_SUCCESS;
if (NULL == pPropertyValue)
return AAFRESULT_NULL_PARAM;
ImplAAFStorable * pObject = GetStorableFromPropertyValue(pPropertyValue, result);
if (AAFRESULT_FAILED(result))
return result;
result = InsertObject(pObject);
return result;
}
void QuadTree::InsertObject( GameObject* obj, MyNode* n, int steps )
{
if (n->tl == NULL)
{
// after all the objects have been added, split the nodes based off of their depth and number of object inside.
n->hasBall = true;
n->myObjects.push_back(obj);
//SplitNode(n,steps);
return;
}
if (obj->position.x > n->br->position->x || obj->position.x + obj->radius > n->br->position->x)
{
if (obj->position.y > n->tr->position->y|| obj->position.y + obj->radius > n->tr->position->y)
{
InsertObject(obj,n->tr, steps+1);
}
if (obj->position.y < n->tr->position->y|| obj->position.y - obj->radius < n->tr->position->y)
{
InsertObject(obj,n->br, steps+1);
}
}
if (obj->position.x < n->br->position->x || obj->position.x - obj->radius < n->br->position->x)
{
if (obj->position.y > n->tr->position->y|| obj->position.y + obj->radius > n->tr->position->y)
{
InsertObject(obj,n->tl, steps+1);
}
if (obj->position.y < n->tr->position->y|| obj->position.y - obj->radius < n->tr->position->y)
{
InsertObject(obj, n->bl, steps+1);
}
}
}
IScene* CSceneStageSelect::NextScene()
{
const auto& sm = gm()->GetObjects("StageMng");
if (!sm.empty())
{
std::dynamic_pointer_cast<CStageMng>(sm[0])->LoadStage(stageName_);
}
else
{
ObjPtr stage(new CStageMng());
InsertObject(stage);
std::dynamic_pointer_cast<CStageMng>(stage)->LoadStage(stageName_);
}
return new CSceneMain();
}
Bool CDynamicStringSet::AddString(const String &str)
{
String* pstr = NewObjClear(String, str);
if (!pstr)
return false;
Bool bExisted = false;
if (!InsertObject(pstr, bExisted))
{
DeleteObj(pstr);
return false;
}
if (bExisted)
DeleteObj(pstr);
return true;
}
Bool CDynamicFilenameSet::AddFilename(const Filename &fn)
{
Filename* pfn = NewObjClear(Filename, fn);
if (!pfn)
return false;
Bool bExisted = false;
if (!InsertObject(pfn, bExisted))
{
DeleteObj(pfn);
return false;
}
if (bExisted)
DeleteObj(pfn);
return true;
}
void TStrings::Move(intptr_t CurIndex, intptr_t NewIndex)
{
if (CurIndex != NewIndex)
{
BeginUpdate();
auto cleanup = finally([&]()
{
EndUpdate();
});
{
UnicodeString TempString = GetString(CurIndex);
TObject * TempObject = GetObject(CurIndex);
Delete(CurIndex);
InsertObject(NewIndex, TempString, TempObject);
}
}
}
void wxMainToolBar::InitToolBar()
{
// set up the toolbar controls
int ipos = 0;
if(m_first_dpos == 0) {
ipos += InsertObject(ipos);
ipos += InsertType(ipos);
ipos += InsertBin(ipos); // we need to be able to set binning always
m_first_dpos = ipos;
}
if(m_first_dpos > 0) {
int ntools = GetToolsCount();
size_t max_pos = ntools-1;
// Delete the camera dependent tools
for(size_t ipos=max_pos; ipos>m_first_dpos; ipos--) {
DeleteToolByPos(ipos);
}
// clear references to the deleted tools
m_zoomSpin = 0;
m_temp_text = 0;
}
wxCamera* camera = wxF()->cam();
if(camera && camera->IsArtcam()) {
ipos = m_first_dpos;
ipos += InsertZoom(ipos);
ipos += InsertSubframe(ipos);
ipos += InsertRestartExposure(ipos);
ipos += InsertCooling(ipos);
}
//20080525:BM try to support more webcam
else if(camera && camera->IsWebcam()) {
ipos = m_first_dpos;
ipos += InsertZoom(ipos);
ipos += InsertSubframe(ipos);
}
Realize();
CamEnable();
}
void InsertPolygonVertices (SHORT centerx, SHORT centery, SHORT sides, SHORT radius)
{
double theta = PIX2 / (double)sides;
double tangetial_factor = tan(theta);
double radial_factor = cos(theta);
double x = radius;
double y = 0;
for (SHORT n = 0; n < sides; n++)
{
InsertObject(OBJ_VERTEXES, -1, centerx + (SHORT)round(x), centery + (SHORT)round(y));
double tx = -y;
double ty = x;
x += tx * tangetial_factor;
y += ty * tangetial_factor;
x *= radial_factor;
y *= radial_factor;
}
}
void ObjectPool::UpdateObject()
{
for (int i = 0; i < pool.size(); i++)
{
if (pool[i]->GetSceneNumber() == SceneManager::GetSceneManager().GetCurrentScene())
{
ObjectRun(pool[i]);
//物理碰撞↓
if (!pool[i]->IsSkill() && pool[i]->IsReachable() && pool[i]->GetCollisionRange()!=0)
for (int j = 0; j < pool.size(); j++)
{
if (!pool[j]->IsSkill() && pool[j]->IsReachable() && !pool[j]->IsSoild() && pool[j]->GetCollisionRange() != 0 && pool[i]->GetX() != pool[j]->GetX() && pool[i]->GetY() != pool[j]->GetY() && pool[i]->GetDistance(pool[j]) < pool[i]->GetCollisionRange())
{
double dis = pool[i]->GetDistance(pool[j]);
double angle = pool[i]->GetAngle(pool[j], true);
angle -= 3.14;
pool[j]->SetPos(pool[j]->GetX() + (cos(angle) - sin(angle))*(pool[i]->GetCollisionRange() - dis), pool[j]->GetY()+(cos(angle) + sin(angle))*(pool[i]->GetCollisionRange() - dis));
}
}
//物理碰撞↑
/*
碰撞核心：
if (dy <= -5)
ReverseDy();
else
dy = 5;
*/
}
}
for (int i = 0; i < instantpool.size(); i++)
{
InsertObject(instantpool[i]);
instantpool.erase(instantpool.begin() + i);
}
//instantpool.clear();
}
//
// WriteTo
//
AAFRESULT STDMETHODCALLTYPE ImplAAFRefArrayValue::WriteTo(
OMProperty* pOmProp)
{
AAFRESULT result = AAFRESULT_SUCCESS;
OMObject* object;
ImplAAFStorable* obj;
if (NULL == property())
{
// First empty the current property.
OMContainerProperty * pNewContainerProperty = dynamic_cast<OMContainerProperty *>(pOmProp);
if (NULL == pNewContainerProperty)
return AAFRESULT_INVALID_OBJ;
OMReferenceContainer *pNewReferenceContainer = pNewContainerProperty->referenceContainer();
if (NULL == pNewReferenceContainer)
return AAFRESULT_INVALID_OBJ;
if (usesReferenceCounting())
{
result = ReleaseAllObjects(pNewReferenceContainer);
if (AAFRESULT_FAILED(result))
return result;
}
// Make sure that there are no elements in the new property container.
pNewReferenceContainer->removeAllObjects();
// Install the new "empty" container property.
SetProperty(pOmProp);
OMReferenceContainerIterator* tempIterator = _tempStorableVector->createIterator();
if (NULL == tempIterator)
{
result = AAFRESULT_NOMEMORY;
}
else
{
while (AAFRESULT_SUCCEEDED(result) && (tempIterator->before() || tempIterator->valid()))
{
if (++(*tempIterator))
{
object = tempIterator->currentObject();
obj = dynamic_cast<ImplAAFStorable*>(object);
ASSERTU(NULL != obj);
if (NULL == obj)
{
result = AAFRESULT_INVALID_OBJ;
}
else
{
// if (usesReferenceCounting())
// {
// obj->detach();
// }
// Add the element from the temporary property container to the property.
result = InsertObject(obj); // reference counts if necessary...
if (AAFRESULT_SUCCEEDED(result))
{
if (usesReferenceCounting())
{
obj->ReleaseReference();
}
}
}
}
}
delete tempIterator;
tempIterator = NULL;
}
// Cleanup the temporary property now the the the pOmProp has been created and initialized.
delete _tempStorableVector;
_tempStorableVector = NULL;
if (AAFRESULT_FAILED(result))
return result;
}
return (ImplAAFRefContainerValue::WriteTo(pOmProp));
}
//--------------------------------------------------------------------------
void BackLayer::LoadMapLayer(ASprite** pASprite, char* packName, int packIndex)
//--------------------------------------------------------------------------
{
BackLayerObject* pBackObject = NULL;
int tmpsprid = 0;
SUTIL_Data_init(packName);
SUTIL_Data_open(packIndex);
int AsframeNum = 0;
int tmpId = 0;
ASprite* tmpASprite;
while(1)
{
SUTIL_Data_readU8(); // 0x08 읽고 버린다.
tmpId = (short)SUTIL_Data_readU16();
if(1 == tmpId) // 마지막 데이타
{
m_nLayerSizeX += (short)SUTIL_Data_readU16();
break;
}
else if(2 == tmpId || 3 == tmpId) // 임시값 그냥 흘러간다.
{
}
else if(11 == tmpId) // 랙트를 그려야 한다.
{
(short)SUTIL_Data_readU16(); // x
(short)SUTIL_Data_readU16(); // y
(short)SUTIL_Data_readU16(); // 고유 타입
(short)SUTIL_Data_readU16(); // draw type // 0이면 frame, 1이면 animation
(short)SUTIL_Data_readU16(); // draw num
(short)SUTIL_Data_readU16(); // 임시3 읽고 버린다.
(short)SUTIL_Data_readU16(); // 임시3 읽고 버린다.
continue;
}
else
{
if(100 <= tmpId) //현재 오브젝트의 스프라이트 넘버값을 알려준다.
{
tmpsprid = (tmpId-100)/100;
tmpASprite = pASprite[tmpsprid];
}
}
pBackObject = GL_NEW BackLayerObject();
pBackObject->x = (short)SUTIL_Data_readU16(); // x
pBackObject->y = (short)SUTIL_Data_readU16(); // y
(short)SUTIL_Data_readU16(); // 읽고 버린다.
pBackObject->type = (short)SUTIL_Data_readU16(); // 고유 타입
pBackObject->drawtype = (short)SUTIL_Data_readU16(); // draw type // 0이면 frame, 1이면 animation
AsframeNum = (short)SUTIL_Data_readU16(); // draw num
(short)SUTIL_Data_readU16(); // 임시3 읽고 버린다.
pBackObject->spridx = tmpsprid;
pBackObject->pAsIns = GL_NEW ASpriteInstance(tmpASprite, 0, 0, NULL);
pBackObject->pAsIns->SetAniMoveLock(true);
if(0 == pBackObject->drawtype) {SUTIL_SetTypeFrameAsprite(pBackObject->pAsIns, AsframeNum);}
else if(1 == pBackObject->drawtype)
{
SUTIL_SetTypeAniAsprite(pBackObject->pAsIns, AsframeNum);
SUTIL_SetLoopAsprite(pBackObject->pAsIns, true);
}
// pBackObject->adjustx = tmpASprite->GetFrameX(AsframeNum);
// pBackObject->width = tmpASprite->GetFrameWidth(AsframeNum);
pBackObject->x += m_nLayerSizeX;
pBackObject->y += m_nBaseYLine;
// pBackObject->x += pBackObject->adjustx;
pBackObject->z = 0;
pBackObject->startx = pBackObject->x + tmpASprite->GetFrameX(AsframeNum);
pBackObject->endx = pBackObject->startx + tmpASprite->GetFrameWidth(AsframeNum);
InsertObject(pBackObject);
}
SUTIL_Data_free();
}
bool ObjectManager::PlacementAllObject()
{
if (m_num_register >0)
{
for (int i = 0; i < m_num_register; i++)
{
SAFE_DELETE(m_object_array[i]);
}
}
//オブジェクトの位置決定
Vector3 pos[8] =
{
//Vector3(0, -5.6, 0),
Vector3(10.0f, 0, -5.0f),
Vector3(23.74, 0, 24.04),
Vector3(-26.74, 0, 29.26),
Vector3(-30.88, 0, -29.46),
Vector3(29.85, 0, -29.35),
Vector3(-1.02, 0, -9.32),
Vector3(23.42, 0, 0.51),
Vector3(0.66, 0, 25.31),
};
//向き決定
Vector3 angle[8] =
{
Vector3(0, 0, 0),
Vector3(0, 0, 0),
Vector3(0, 0, 0),
Vector3(0, 0, 0),
Vector3(0, 0, 0),
Vector3(0, 0, 0),
Vector3(0, 0, 0),
Vector3(0, 0, 0),
};
for (int i = 0; i < 8; i++)
{
EntryPoint::Register(pos[i], angle[i]);
}
m_num_register = 0;
iex3DObj* insert = new iex3DObj("DATA\\CHR\\human\\human Find_Me.IEM");
player = new Player(
1,
0.3,
Vector3(0, 0, 0),
Vector3(0, 0, 0),
Vector3(0.05f, 0.05f, 0.05f),
Vector3(1, 1, 1),
BaseObjct::TYPE::player,
insert);
InsertObject(player);
iexMesh* insert_mesh = new iexMesh("DATA\\IMO\\new_room.IMO");
Fileobject* insert_obj = new Fileobject(1, 0.3,
Vector3(0, -5.6, 0),
Vector3(0,0,0),
Vector3(1.2, 1.2, 1.2),
Vector3(1, 1, 1),
BaseObjct::judge,
insert_mesh);
InsertObject(insert_obj);
char* filename[8] =
{
/*"DATA\\IMO\\new_room.IMO",*/
("DATA\\IMO\\tana.IMO"),
("DATA\\IMO\\bed.IMO"),
("DATA\\IMO\\sofa.IMO"),
("DATA\\IMO\\table_kai.IMO"),
("DATA\\IMO\\tanataka.IMO"),
("DATA\\IMO\\terebi.IMO"),
("DATA\\IMO\\toire.IMO"),
("DATA\\IMO\\tukuetoisu.IMO"),
};
//オブジェクト読み込み
for (int i = 0; i < 8; i++)
{
Vector3 p, a;
EntryPoint::GetPoint(&p, &a);
iexMesh* insert_mesh = new iexMesh(filename[i]);
Vector3 scale = ScaleManager::GetScale(filename[i]);
Fileobject* insert_obj = new Fileobject(1, 0.3,
p,
a,
scale,
Vector3(1, 1, 1),
BaseObjct::judge,
insert_mesh);
InsertObject(insert_obj);
}
assert( DecisionAnswerObject());
return true;
}
/*
FUNCTION: CanvasProc(HWND, UINT, WPARAM, LPARAM)
PURPOSE: Windows procedure for the canvas window
PARAMETERS:
hWnd - window handle
message - window message
wParam - window message parameter (depends on message)
lParam - window message parameter (depends on message)
RETURN:
If the message was processed, the return value is 0
If the message was not processed and passed to DefWindowProc
and the return value depends on the value of that function.
*/
LRESULT CALLBACK CanvasProc(HWND hWnd, UINT message, WPARAM wParam, LPARAM lParam) {
// a rectangle to hold current selection coords and a boolean to know whether we are in a drawing mode or not
static RECT rect;
static POINT pt[2];
static POINT select;
static BOOL fDrawing;
HMENU hMenu;
// We'll be iterating through the list to find a selected object
pPROGRAM_ITEM pListItem;
pPROGRAM_ITEM pPrevItem;
hMenu = GetMenu(ghWndMain);
switch (message) {
case WM_CREATE: // case for when the window is created
SetRect(&rect, 0, 0, 0, 0);
fDrawing = FALSE;
break;
case WM_MOUSEACTIVATE: // when the mouse moves into this window
SetFocus(hWnd);
return MA_ACTIVATE;
break;
case WM_LBUTTONDOWN:
if(fDrawing) { // this should not happen, but no harm checking
ReleaseCapture();
}
// start selecting
fDrawing = TRUE;
// mouse x and y in lParam
rect.left = (short)LOWORD(lParam);
rect.top = (short)HIWORD(lParam);
rect.right = (short)LOWORD(lParam);
rect.bottom = (short)HIWORD(lParam);
pt[0].x = (short)LOWORD(lParam);
pt[0].y = (short)HIWORD(lParam);
pt[1].x = (short)LOWORD(lParam);
pt[1].y = (short)HIWORD(lParam);
// draw first to keep drawing/erasing in synch.
// Check to see if we're drawing a line or a rectangle
if (GetMenuState(hMenu, ID_TOOLS_LINE, MF_BYCOMMAND) == MF_CHECKED) {
DrawLine(hWnd, (POINT *)&pt, gRGBCurrent, FALSE);
}
if (GetMenuState(hMenu, ID_TOOLS_RECTANGLE, MF_BYCOMMAND) == MF_CHECKED) {
DrawRect(hWnd, &rect, gRGBCurrent, FALSE);
}
SetCapture(hWnd);
return 0;
case WM_MOUSEMOVE:
if (fDrawing) {
RECT rcClient;
GetClientRect(hWnd, &rcClient);
// Check to see if we're drawing a line or a rectangle
if (GetMenuState(hMenu, ID_TOOLS_LINE, MF_BYCOMMAND) == MF_CHECKED) {
// erase old selection
DrawLine(hWnd, (POINT *)&pt, gRGBCurrent, FALSE);
}
if (GetMenuState(hMenu, ID_TOOLS_RECTANGLE, MF_BYCOMMAND) == MF_CHECKED) {
// erase old selection
DrawRect(hWnd, &rect, gRGBCurrent, FALSE);
}
// mouse x and y in lParam
rect.right = (short)LOWORD(lParam);
rect.bottom = (short)HIWORD(lParam);
pt[1].x = (short)LOWORD(lParam);
pt[1].y = (short)HIWORD(lParam);
// make sure our selection does not go outside client area
if(rect.right < 0) {
rect.right = 0;
pt[1].x = 0;
}
if(rect.right > rcClient.right) {
rect.right = rcClient.right;
pt[1].x = rcClient.right;
}
if(rect.bottom < 0) {
rect.bottom = 0;
pt[1].x = 0;
}
if(rect.bottom > rcClient.bottom) {
rect.bottom = rcClient.bottom;
pt[1].y = rcClient.bottom;
}
// Check to see if we're drawing a line or a rectangle
if (GetMenuState(hMenu, ID_TOOLS_LINE, MF_BYCOMMAND) == MF_CHECKED) {
DrawLine(hWnd, (POINT *)&pt, gRGBCurrent, FALSE);
}
if (GetMenuState(hMenu, ID_TOOLS_RECTANGLE, MF_BYCOMMAND) == MF_CHECKED) {
DrawRect(hWnd, &rect, gRGBCurrent, FALSE);
}
}
break;
case WM_LBUTTONUP:
if(fDrawing)
{
// reset selection
// Check to see if we're drawing a line or a rectangle
if (GetMenuState(hMenu, ID_TOOLS_LINE, MF_BYCOMMAND) == MF_CHECKED) {
DrawLine(hWnd, (POINT *)&pt, gRGBCurrent, FALSE);
}
if (GetMenuState(hMenu, ID_TOOLS_RECTANGLE, MF_BYCOMMAND) == MF_CHECKED) {
DrawRect(hWnd, &rect, gRGBCurrent, FALSE);
}
fDrawing = FALSE;
ReleaseCapture();
// Check to see if we're drawing a line or a rectangle
if (GetMenuState(hMenu, ID_TOOLS_LINE, MF_BYCOMMAND) == MF_CHECKED) {
// Add line to queue
InsertObject(pt, rect, TRUE, gRGBCurrent);
}
if (GetMenuState(hMenu, ID_TOOLS_RECTANGLE, MF_BYCOMMAND) == MF_CHECKED) {
// Add rectangle to queue
InsertObject(pt, rect, FALSE, gRGBCurrent);
}
// draw the newly created object
InvalidateRect(hWnd, NULL, TRUE);
}
// Check to see if we're selecting an object
if (GetMenuState(hMenu, ID_TOOLS_SELECT, MF_BYCOMMAND) == MF_CHECKED) {
select.x = (short)LOWORD(lParam);
select.y = (short)HIWORD(lParam);
(PSLIST_HEADER)pListItem = gpListHead;
// Reverse the linked list
while (pListItem) {
if (pListItem->fLine) {
if (pListItem->rect.left < select.x && pListItem->rect.right > select.x &&
pListItem->rect.bottom > select.y && pListItem->rect.top < select.y) {
InsertObject(pListItem->line, pListItem->rect, TRUE, SELECTED_OBJECT);
selCount++;
break;
}
}
else {
if (pListItem->rect.left < select.x && pListItem->rect.right > select.x &&
pListItem->rect.bottom > select.y && pListItem->rect.top < select.y) {
InsertObject(pListItem->line, pListItem->rect, FALSE, SELECTED_OBJECT);
selCount++;
break;
}
}
//switch to next list item
pPrevItem = pListItem;
pListItem = (pPROGRAM_ITEM)pListItem->ItemEntry.Next;
}
}
return 0;
case WM_PAINT:
PaintWindow(hWnd);
break;
case WM_CLOSE:
break;
default:
return (int)DefWindowProc(hWnd, message, wParam, lParam);
}
return 0;
}
/////////////////////////////////////////////////////////////////////////////
// FUNCTION....: EditMenuDialogProc
//
// DESCRIPTION.:
//
/////////////////////////////////////////////////////////////////////////////
BOOL CALLBACK _export EditMenuDialogProc(
HWND hDlg,
UINT message,
WPARAM wParam,
LPARAM lParam)
{
BOOL result;
OBJECTID objID;
switch ( message )
{
case WM_INITDIALOG:
SetWindowLong(hDlg, DWL_USER, lParam);
InitDialog(hDlg, (OBJECTID)lParam);
AUtlSetTitleFont(OTYPE_MENU, NULL, GetDlgItem(hDlg, IDD_OBJECT));
AUtlCenterDialog(hDlg, 0);
result = FALSE;
break;
case WM_COMMAND:
objID = (OBJECTID)GetWindowLong(hDlg, DWL_USER);
switch ( wParam )
{
case IDOK:
SetFocus(GetDlgItem(hDlg, IDOK));
UpdateObject(hDlg, objID);
EndDialog(hDlg, TRUE);
result = TRUE;
break;
case IDCANCEL:
SetFocus(GetDlgItem(hDlg, IDCANCEL));
EndDialog(hDlg, FALSE);
result = TRUE;
break;
case IDHELP:
// WinHelp (hDlg, "serhelp.hlp", HELP_CONTEXT, HELPID_OBJD_Menu) ;
result = TRUE;
break;
case BTN_DISPLAYNAME:
case BTN_DISPLAYTITLE:
LbTitleUpdate(hDlg, LB_SOURCE, TRUE);
LbTitleUpdate(hDlg, LB_DESTINATION, TRUE);
result = TRUE;
break;
case BTN_SHOWITEMS:
case BTN_SHOWMENUS:
LbContentUpdate(hDlg,objID);
UpdateAddButton(hDlg);
result = TRUE;
break;
case BTN_ADD:
InsertObject(hDlg);
UpdateAddButton(hDlg);
UpdateSeparateButton(hDlg);
result = TRUE;
break;
case BTN_REMOVE:
DeleteObjects(hDlg);
UpdateEditButton(hDlg);
UpdateRemoveButton(hDlg);
UpdateSeparateButton(hDlg);
result = TRUE;
break;
case BTN_EDIT:
EditObject(hDlg);
LbTitleUpdate(hDlg, LB_SOURCE, TRUE);
LbTitleUpdate(hDlg, LB_DESTINATION, TRUE);
result = TRUE;
break;
case BTN_SEPARATOR:
InsertSeparator(hDlg);
result = TRUE;
break;
case LB_SOURCE:
UpdateAddButton(hDlg);
if (HIWORD(lParam) == LBN_DBLCLK)
{
InsertObject(hDlg);
UpdateAddButton(hDlg);
UpdateSeparateButton(hDlg);
}
result = TRUE;
break;
case LB_DESTINATION:
UpdateRemoveButton(hDlg);
UpdateEditButton(hDlg);
if (HIWORD(lParam) == LBN_DBLCLK)
{
EditObject(hDlg);
LbTitleUpdate(hDlg, LB_SOURCE, TRUE);
LbTitleUpdate(hDlg, LB_DESTINATION, TRUE);
}
result = TRUE;
break;
default:
result = FALSE;
}
break;
default:
result = FALSE;
break;
}
return result;
}
// コンストラクタ
CSceneMain::CSceneMain():
IScene("","bgm_main")
{
InsertObject(ObjPtr(new CCollision()));
}
void Execute() {
switch(RandomProvider.GetNextAction()) {
case ActionType::Allocate: {
// Allocate an object of a random size.
int size = RandomProvider.GetNextObjectSize();
void* object = Allocator->Allocate(size);
if(object == 0) {
std::cout<<"Object could not be allocated!";
std::cout<<"Consider building in 64 bit mode.";
exit(-1);
}
TouchData(object, size);
InsertObject(object);
break;
}
case ActionType::Deallocate: {
if(PassedObjects.size() > 0) {
EnterCriticalSection(&PassedObjectsLock);
void* object = *(PassedObjects.end() - 1);
PassedObjects.pop_back();
LeaveCriticalSection(&PassedObjectsLock);
if(!VerifyData(object)) {
std::cout<<"Data corruption detected!\n";
}
Allocator->Deallocate(object);
}
if(Objects.size() > 0 && (deallocateObjects != Objects.size())) {
// Randomly select an object to be deallocated.
int victim = SelectVictim();
if(victim != -1) {
// Deallocate the object and insert the location
// in the list of unused positions to be used when allocating.
void* object = Objects[victim];
if(!VerifyData(object)) {
std::cout<<"Data corruption detected!\n";
}
Allocator->Deallocate(object);
ResetSlot(victim);
}
}
break;
}
case ActionType::Pass: {
if(Threads.size() > 0 && Objects.size() > 0 &&
(deallocateObjects != Objects.size())) {
// Select an object to be passed to one of the other threads.
int victim = SelectVictim();
if(victim != -1) {
int otherThread = RandomProvider.GetNextInt(Threads.size());
ThreadData* otherThreadData = Threads[otherThread];
void* object = Objects[victim];
ResetSlot(victim);
EnterCriticalSection(&otherThreadData->PassedObjectsLock);
otherThreadData->PassedObjects.push_back(object);
LeaveCriticalSection(&otherThreadData->PassedObjectsLock);
}
}
break;
}
}
}
/**
* Main text outputting routine. If a object list is specified a
* multi-object is created for the whole text and a pointer to the head
* of the list is returned.
* @param pList Object list to add text to
* @param szStr String to output
* @param color Color for monochrome text
* @param xPos X position of string
* @param yPos Y position of string
* @param hFont Which font to use
* @param mode Mode flags for the string
* @param sleepTime Sleep time between each character (if non-zero)
*/
OBJECT *ObjectTextOut(OBJECT **pList, char *szStr, int color,
int xPos, int yPos, SCNHANDLE hFont, int mode, int sleepTime) {
int xJustify; // x position of text after justification
int yOffset; // offset to next line of text
OBJECT *pFirst; // head of multi-object text list
OBJECT *pChar = 0; // object ptr for the character
byte c;
SCNHANDLE hImg;
const IMAGE *pImg;
// make sure there is a linked list to add text to
assert(pList);
// get font pointer
const FONT *pFont = (const FONT *)LockMem(hFont);
// init head of text list
pFirst = NULL;
// get image for capital W
assert(pFont->fontDef[(int)'W']);
pImg = (const IMAGE *)LockMem(FROM_32(pFont->fontDef[(int)'W']));
// get height of capital W for offset to next line
yOffset = FROM_16(pImg->imgHeight) & ~C16_FLAG_MASK;
while (*szStr) {
// x justify the text according to the mode flags
xJustify = JustifyText(szStr, xPos, pFont, mode);
// repeat until end of string or end of line
while ((c = *szStr) != EOS_CHAR && c != LF_CHAR) {
if (g_bMultiByte) {
if (c & 0x80)
c = ((c & ~0x80) << 8) + *++szStr;
}
hImg = FROM_32(pFont->fontDef[c]);
if (hImg == 0) {
// no image for this character
// add font spacing for a space character
xJustify += FROM_32(pFont->spaceSize);
} else { // printable character
int aniX, aniY; // char image animation offsets
OBJ_INIT oi;
oi.hObjImg = FROM_32(pFont->fontInit.hObjImg);
oi.objFlags = FROM_32(pFont->fontInit.objFlags);
oi.objID = FROM_32(pFont->fontInit.objID);
oi.objX = FROM_32(pFont->fontInit.objX);
oi.objY = FROM_32(pFont->fontInit.objY);
oi.objZ = FROM_32(pFont->fontInit.objZ);
// allocate and init a character object
if (pFirst == NULL)
// first time - init head of list
pFirst = pChar = InitObject(&oi); // FIXME: endian issue using fontInit!!!
else
// chain to multi-char list
pChar = pChar->pSlave = InitObject(&oi); // FIXME: endian issue using fontInit!!!
// convert image handle to pointer
pImg = (const IMAGE *)LockMem(hImg);
// fill in character object
pChar->hImg = hImg; // image def
pChar->width = FROM_16(pImg->imgWidth); // width of chars bitmap
pChar->height = FROM_16(pImg->imgHeight) & ~C16_FLAG_MASK; // height of chars bitmap
pChar->hBits = FROM_32(pImg->hImgBits); // bitmap
// check for absolute positioning
if (mode & TXT_ABSOLUTE)
pChar->flags |= DMA_ABS;
// set characters color - only effective for mono fonts
pChar->constant = color;
// get Y animation offset
GetAniOffset(hImg, pChar->flags, &aniX, &aniY);
// set x position - ignore animation point
pChar->xPos = intToFrac(xJustify);
// set y position - adjust for animation point
pChar->yPos = intToFrac(yPos - aniY);
if (mode & TXT_SHADOW) {
// we want to shadow the character
OBJECT *pShad;
// allocate a object for the shadow and chain to multi-char list
pShad = pChar->pSlave = AllocObject();
// copy the character for a shadow
CopyObject(pShad, pChar);
// add shadow offsets to characters position
pShad->xPos += intToFrac(FROM_32(pFont->xShadow));
pShad->yPos += intToFrac(FROM_32(pFont->yShadow));
// shadow is behind the character
pShad->zPos--;
// shadow is always mono
pShad->flags = DMA_CNZ | DMA_CHANGED;
// check for absolute positioning
if (mode & TXT_ABSOLUTE)
pShad->flags |= DMA_ABS;
// shadow always uses first palette entry
// should really alloc a palette here also ????
pShad->constant = 1;
// add shadow to object list
InsertObject(pList, pShad);
}
// add character to object list
InsertObject(pList, pChar);
// move to end of list
if (pChar->pSlave)
pChar = pChar->pSlave;
// add character spacing
xJustify += FROM_16(pImg->imgWidth);
}
// finally add the inter-character spacing
xJustify += FROM_32(pFont->xSpacing);
// next character in string
++szStr;
}
// adjust the text y position and add the inter-line spacing
yPos += yOffset + FROM_32(pFont->ySpacing);
// check for newline
if (c == LF_CHAR)
// next character in string
++szStr;
}
// return head of list
return pFirst;
}
Bool ExecuteAutoConnect()
{
ConnectOptions options;
Bool addDynamicsTag = false, inheritDynamicsTag = true;
GetInt32(CMB_FORCE, options.forcePluginId);
GetInt32(CMB_TYPE, options.forceType);
GetInt32(CMB_MODE, options.connectMode);
GetInt32(EDT_MAXCONN, options.maxConnections);
GetFloat(EDT_RADIUS, options.radius);
GetBool(CHK_CLOSED, options.closedChain);
GetBool(CHK_ADDDYNAMICS, addDynamicsTag);
GetBool(CHK_COMPOUND, inheritDynamicsTag);
// Create an InExcludeData for the selection object.
GeData ge_selection(CUSTOMGUI_INEXCLUDE_LIST, DEFAULTVALUE);
auto selectionList = static_cast<InExcludeData*>(
ge_selection.GetCustomDataType(CUSTOMGUI_INEXCLUDE_LIST));
if (!selectionList)
return false;
// Get the active document and object.
BaseDocument* doc = GetActiveDocument();
if (!doc)
return false;
BaseObject* op = doc->GetActiveObject();
if (!op)
return false;
// Create the root object that will contain the connectors.
AutoFree<BaseObject> root(BaseObject::Alloc(Onull));
if (!root)
return false;
// Function to create a dynamics tag.
auto fAddDynamicsTag = [doc] (BaseObject* op, Int32 mode)
{
// Create a dynamics tag for the root object if it
// does not already exist.
BaseTag* dyn = op->GetTag(ID_RIGIDBODY);
if (!dyn)
{
dyn = op->MakeTag(ID_RIGIDBODY);
if (dyn) doc->AddUndo(UNDOTYPE_NEW, dyn);
}
// Update the parameters.
if (dyn)
{
dyn->SetParameter(RIGID_BODY_HIERARCHY, mode, DESCFLAGS_SET_0);
doc->AddUndo(UNDOTYPE_CHANGE_SMALL, dyn);
}
};
// This list will contain all objects that should be connected.
// While collecting, create the dynamics tags.
maxon::BaseArray<BaseObject*> objects;
doc->StartUndo();
for (BaseObject* child=op->GetDown(); child; child=child->GetNext())
{
objects.Append(child);
if (addDynamicsTag && inheritDynamicsTag)
fAddDynamicsTag(child, RIGID_BODY_HIERARCHY_COMPOUND);
}
if (addDynamicsTag && !inheritDynamicsTag)
fAddDynamicsTag(op, RIGID_BODY_HIERARCHY_INHERIT);
// If no objects where collected, quit already.
if (objects.GetCount() <= 0)
{
doc->EndUndo();
doc->DoUndo(false);
return true;
}
// Create the connection objects.
ConnectObjects(op->GetName() + ": ", objects, options);
// Fill the selection list and insert the objects.
for (auto it=options.output.Begin(); it != options.output.End(); ++it)
{
(*it)->InsertUnderLast(root);
doc->AddUndo(UNDOTYPE_NEW, *it);
selectionList->InsertObject(*it, 0);
}
root->SetName(op->GetName() + ": " + root->GetName() + " (" + options.forceName + ")");
doc->InsertObject(root, nullptr, nullptr);
doc->AddUndo(UNDOTYPE_NEW, root);
// Create the selection object.
if (selectionList->GetObjectCount() > 0)
{
BaseObject* selection = BaseObject::Alloc(Oselection);
if (selection)
{
selection->SetParameter(SELECTIONOBJECT_LIST, ge_selection, DESCFLAGS_SET_0);
selection->SetName(op->GetName() + ": " + options.forceName + " (" + selection->GetName() + ")");
doc->InsertObject(selection, nullptr, nullptr);
doc->AddUndo(UNDOTYPE_NEW, selection);
}
ActiveObjectManager_SetMode(ACTIVEOBJECTMODE_OBJECT, false);
doc->SetActiveObject(selection);
}
else
doc->SetActiveObject(root);
root.Release();
doc->EndUndo();
EventAdd();
return true;
}
void Filters::AddFilterGroup(FilterGroup* filterGroup)
{
InsertObject(filterGroup);
}
void TStrings::SetString(intptr_t Index, const UnicodeString & S)
{
TObject * TempObject = GetObject(Index);
Delete(Index);
InsertObject(Index, S, TempObject);
}