// -----------------------------------------------------------------------------
// Recalculates the calltip text and size
// -----------------------------------------------------------------------------
void SCallTip::updateSize()
{
updateBuffer();
SetSize(buffer_.GetWidth() + UI::scalePx(24), buffer_.GetHeight() + UI::scalePx(16));
// Get screen bounds and window bounds
auto index = (unsigned)wxDisplay::GetFromWindow(this->GetParent());
wxDisplay display(index);
auto screen_area = display.GetClientArea();
auto ct_area = GetScreenRect();
// Check if calltip extends off the right of the screen
if (ct_area.GetRight() > screen_area.GetRight())
{
// Move back so we're within the screen
int offset = ct_area.GetRight() - screen_area.GetRight();
SetPosition(wxPoint(GetPosition().x - offset, GetPosition().y));
}
Update();
Refresh();
}
CAccessControlListRight* CAccessControlList::AddRight ( const char* szRightName, CAccessControlListRight::ERightType eRightType, bool bAccess )
{
CAccessControlListRight* pRight = GetRight ( szRightName, eRightType );
if ( !pRight )
{
pRight = new CAccessControlListRight ( szRightName, eRightType, bAccess, m_pACLManager );
m_Rights.push_back ( pRight );
OnChange ();
}
return pRight;
}
D3DXVECTOR3 Camera::GetParallelForward() const
{
D3DXVECTOR3 up, returnedValue;
//Point "up"
up.x = 0.0f;
up.y = 1.0f;
up.z = 0.0f;
D3DXVec3Cross(&returnedValue, &GetRight(), &up);
return returnedValue;
}
/* -------------- MB_SELECTION Message -------------- */
static void SelectionMsg(WINDOW wnd, PARAM p1, PARAM p2)
{
int wd, mx, my;
MENU *mnu;
if (!p2) {
ActiveMenuBar->ActiveSelection = -1;
SendMessage(wnd, PAINT, 0, 0);
}
Selecting = TRUE;
mnu = ActiveMenu+(int)p1;
if (mnu->PrepMenu != NULL)
(*(mnu->PrepMenu))(GetDocFocus(), mnu);
wd = MenuWidth(mnu->Selections);
if (p2) {
int brd = GetRight(wnd);
mx = GetLeft(mwnd) + WindowWidth(mwnd) - 1;
if (mx + wd > brd)
mx = brd - wd;
my = GetTop(mwnd) + mwnd->selection;
}
else {
int offset = menu[(int)p1].x1 - 4 * (int)p1;
if (mwnd != NULL)
SendMessage(mwnd, CLOSE_WINDOW, 0, 0);
ActiveMenuBar->ActiveSelection = (int) p1;
if (offset > WindowWidth(wnd)-wd)
offset = WindowWidth(wnd)-wd;
mx = GetLeft(wnd)+offset;
my = GetTop(wnd)+1;
}
mwnd = CreateWindow(POPDOWNMENU, NULL,
mx, my,
MenuHeight(mnu->Selections),
wd,
NULL,
wnd,
NULL,
SHADOW);
if (!p2) {
Selecting = FALSE;
SendMessage(wnd, PAINT, 0, 0);
Selecting = TRUE;
}
if (mnu->Selections[0].SelectionTitle != NULL) {
SendMessage(mwnd, BUILD_SELECTIONS, (PARAM) mnu, 0);
SendMessage(mwnd, SETFOCUS, TRUE, 0);
SendMessage(mwnd, SHOW_WINDOW, 0, 0);
}
Selecting = FALSE;
}
CString CReportEntityLine::GetString() const
/* ============================================================
Function : CReportEntityLine::GetString
Description : Creates a string representing this object.
Access : Public
Return : CString - Resulting string
Parameters : none
Usage : Call to save this object to file.
============================================================*/
{
CRect rect = GetRect();
double oldleft = GetLeft();
double oldright = GetRight();
double oldtop = GetTop();
double oldbottom = GetBottom();
double left = CUnitConversion::PixelsToInches( rect.left );
double right = CUnitConversion::PixelsToInches( rect.right );
double top = CUnitConversion::PixelsToInches( rect.top );
double bottom = CUnitConversion::PixelsToInches( rect.bottom );
CReportEntityLine* const local = const_cast< CReportEntityLine* const >( this );
local->SetLeft( left );
local->SetRight( right );
local->SetTop( top );
local->SetBottom( bottom );
CString str;
double thickness = CUnitConversion::PixelsToInches( GetBorderThickness() );
str.Format( _T( ",%f,%i" ),
thickness,
GetBorderColor( ) );
str += _T( ";" );
str = GetDefaultGetString() + str;
local->SetLeft( oldleft );
local->SetRight( oldright );
local->SetTop( oldtop );
local->SetBottom( oldbottom );
return str;
}
void Frame::MoveMoseToFrame()
{
int sw=65536;
int sh= 65536;
float b=GetBottom()*sh/FrameManager::GetScreenHeigth();
float t=GetTop()*sh/FrameManager::GetScreenHeigth();
float l=GetLeft()*sw/FrameManager::GetScreenWidth();
float r=GetRight()*sw/FrameManager::GetScreenWidth();
float w=r-l;
float h=t-b;
float x=l+w/2;
float y=sh-t+h/2;
Process::MoveMouse((unsigned)x,(unsigned)y);
}
void CObject::MoveRelative(const D3DXVECTOR3 *d3dxVec)
{
D3DXVECTOR3 d3dxvPosition = *GetPosition();
D3DXVECTOR3 d3dxvRight = *GetRight();
D3DXVECTOR3 d3dxvUp = *GetUp();
D3DXVECTOR3 d3dxvLookAt = *GetLookAt();
d3dxvPosition += d3dxVec->x * d3dxvRight;
d3dxvPosition += d3dxVec->y * d3dxvUp;
d3dxvPosition += d3dxVec->z * d3dxvLookAt;
MoveAbsolute(&d3dxvPosition);
}
void CObject::MoveRelative(const float fx, const float fy, const float fz)
{
D3DXVECTOR3 d3dxvPosition = *GetPosition();
D3DXVECTOR3 d3dxvRight = *GetRight();
D3DXVECTOR3 d3dxvUp = *GetUp();
D3DXVECTOR3 d3dxvLookAt = *GetLookAt();
d3dxvPosition += fx * d3dxvRight;
d3dxvPosition += fy * d3dxvUp;
d3dxvPosition += fz * d3dxvLookAt;
MoveAbsolute(&d3dxvPosition);
}
void nsStyleSides::AppendToString(nsString& aBuffer) const
{
aBuffer.AppendLiteral("left: ");
GetLeft().AppendToString(aBuffer);
aBuffer.AppendLiteral("top: ");
GetTop().AppendToString(aBuffer);
aBuffer.AppendLiteral("right: ");
GetRight().AppendToString(aBuffer);
aBuffer.AppendLiteral("bottom: ");
GetBottom().AppendToString(aBuffer);
}
void wxRect2DInt::ConstrainTo( const wxRect2DInt &rect )
{
if ( GetLeft() < rect.GetLeft() )
SetLeft( rect.GetLeft() );
if ( GetRight() > rect.GetRight() )
SetRight( rect.GetRight() );
if ( GetBottom() > rect.GetBottom() )
SetBottom( rect.GetBottom() );
if ( GetTop() < rect.GetTop() )
SetTop( rect.GetTop() );
}
// Tilt the camera horisontally: look left/right
void Camera::TurnHorizontal(const GameTime& gameTime, bool turnLeft)
{
float angle = (float)gameTime.GetTimeSinceLastTick().Milliseconds * C_TILTING_SPEED;
if(turnLeft)
angle = -angle;
D3DXVECTOR3 up;
D3DXVec3Cross(&up, &mDirection, &GetRight());
D3DXMATRIX rotation;
D3DXMatrixRotationAxis(&rotation, &up, angle);
D3DXVec3TransformCoord(&mDirection, &mDirection, &rotation);
D3DXVec3Normalize(&mDirection, &mDirection);
}
void Camera::Update()
{
//更新输入
POINT curCursorPos;
GetCursorPos(&curCursorPos);
static POINT lastCursorPos = curCursorPos;
long dx = curCursorPos.x - lastCursorPos.x;
long dy = curCursorPos.y - lastCursorPos.y;
float yawDelta = 0, pitchDelta = 0;
if(dx) yawDelta = -dx/5.0f;
if(dy) pitchDelta = -dy/5.0f;
lastCursorPos = curCursorPos;
if(!m_bActive)
return;
//相机旋转
if(dx)
{
Yaw(yawDelta);
}
if(dy)
{
MAT44 rotX;
rotX.FromAxisAngle(VEC3::UNIT_X, pitchDelta);
//pitch
m_matRot = Common::Multiply_Mat44_By_Mat44(m_matRot, rotX);
}
//相机移动
VEC4 forward = GetDirection();
VEC4 right = GetRight();
forward = Common::Multiply_Vec4_By_K(forward, m_moveSpeed);
right = Common::Multiply_Vec4_By_K(right, m_moveSpeed);
if(GetAsyncKeyState('W') < 0) m_viewPt = Add_Vec4_By_Vec4(m_viewPt, forward);
else if(GetAsyncKeyState('S') < 0) m_viewPt = Sub_Vec4_By_Vec4(m_viewPt, forward);
if(GetAsyncKeyState('A') < 0) m_viewPt = Sub_Vec4_By_Vec4(m_viewPt, right);
else if(GetAsyncKeyState('D') < 0) m_viewPt = Add_Vec4_By_Vec4(m_viewPt, right);
m_viewPt.w = 1;
_BuildViewMatrix();
_BuildProjMatrix();
}
int IsBST(struct TNode* root){
if(!root){
return 1;
}
if(root->left && root->data< GetRight(root->left)->data){
return 0;
}
if(root->right && root->data > GetLeft(root->right)->data){
return 0;
}
return IsBST(root->left) && IsBST(root->right);
//return 1;
}
void Scrollbar::Thumb::Arrange()
{
if (auto sb = _scrollbar.lock())
{
auto scrollDelegate = sb->GetScrollDelegate();
auto p = GetParent();
SetLeft(p->GetLeft());
SetRight(p->GetRight());
auto trackHeight = p->GetHeight();
auto height = scrollDelegate->GetThumbSizePercent() * trackHeight;
auto top = p->GetTop() + (scrollDelegate->GetCurrentOffsetPercent() * trackHeight);
SetTop(std::round(top));
SetBottom(std::round(top + height));
}
}
void FreeMove::ProcessInput(const Input& input, float delta)
{
float movAmt = m_speed;
if (input.GetKeyUp(m_forwardKey))
Move(GetForward(*GetTransform()->GetRot()), movAmt);
if (input.GetKeyUp(m_backKey))
Move(GetBack(*GetTransform()->GetRot()), movAmt);
if ( input.GetKeyUp ( m_leftKey ) )
Move(GetLeft(*GetTransform()->GetRot()), movAmt);
if ( input.GetKeyUp ( m_rightKey ) )
Move(GetRight(*GetTransform()->GetRot()), movAmt);
}
void CDiagramEntity::MoveRect( double x, double y )
/* ============================================================
Function : CDiagramEntity::MoveRect
Description : Moves the object rect.
Return : void
Parameters : double x - Move x steps horizontally.
double y - Move y steps vertically.
Usage : Call to move the object on screen.
============================================================*/
{
SetRect( GetLeft() + x, GetTop() + y, GetRight() + x, GetBottom() + y );
}
CRect CDiagramEntity::GetRect() const
/* ============================================================
Function : CDiagramEntity::GetRect
Description : Returns the object rect.
Return : CRect - The object rect.
Parameters : none
Usage : Call to get the object position and size.
Will round of fractions.
============================================================*/
{
CRect rect( ( int ) GetLeft(), ( int ) GetTop(), ( int ) GetRight(), ( int ) GetBottom() );
return rect;
}
wxArraySheetCoords wxSheetBlock::GetArrayCoords() const
{
wxArraySheetCoords arrCoords;
if (IsEmpty())
return arrCoords;
arrCoords.Alloc(GetWidth()*GetHeight());
const int bottom = GetBottom(), right = GetRight();
wxSheetCoords coords;
for (coords.m_row = m_row; coords.m_row <= bottom; coords.m_row++)
{
for (coords.m_col = m_col; coords.m_col <= right; coords.m_col++)
arrCoords.Add(coords);
}
return arrCoords;
}
void VRect::Union (const VRect& inRect)
{
if (IsEmpty())
{
fX = inRect.fX;
fY = inRect.fY;
fWidth = inRect.fWidth;
fHeight = inRect.fHeight;
}
else if (!inRect.IsEmpty())
{
GReal newLeft = Min(fX, inRect.fX);
GReal newTop = Min(fY, inRect.fY);
GReal newRight = Max(GetRight(), inRect.GetRight());
GReal newBottom = Max(GetBottom(), inRect.GetBottom());
SetCoords(newLeft, newTop, newRight - newLeft, newBottom - newTop);
}
}
void nsStyleSides::AppendToString(nsString& aBuffer) const
{
nsStyleCoord temp;
GetLeft(temp);
aBuffer.AppendLiteral("left: ");
temp.AppendToString(aBuffer);
GetTop(temp);
aBuffer.AppendLiteral("top: ");
temp.AppendToString(aBuffer);
GetRight(temp);
aBuffer.AppendLiteral("right: ");
temp.AppendToString(aBuffer);
GetBottom(temp);
aBuffer.AppendLiteral("bottom: ");
temp.AppendToString(aBuffer);
}
void Viewer::CreateWindow()
{
auto winSize = wxDefaultSize;
auto winPos = wxDefaultPosition;
auto displayIndex = wxDisplay::GetFromPoint({ m_cfg.View.WindowPosX, m_cfg.View.WindowPosY });
if (displayIndex != wxNOT_FOUND && displayIndex >= 0)
{
wxDisplay display(static_cast<unsigned int>(displayIndex));
auto displayGeometry = display.GetClientArea();
int w = Util::Constrain<int>(MinWindowWidth, m_cfg.View.WindowSizeWidth, displayGeometry.GetWidth());
int h = Util::Constrain<int>(MinWindowHeight, m_cfg.View.WindowSizeHeight, displayGeometry.GetHeight());
int x = Util::Constrain<int>(displayGeometry.GetLeft(), m_cfg.View.WindowPosX, displayGeometry.GetRight() - w);
int y = Util::Constrain<int>(displayGeometry.GetTop(), m_cfg.View.WindowPosY, displayGeometry.GetBottom() - h);
winSize = { w, h };
winPos = { x, y };
}
Create(nullptr, -1, L"Pictus", winPos, winSize, wxDEFAULT_FRAME_STYLE);
}
void
WndForm::ReinitialiseLayout()
{
const SingleWindow &main_window = GetMainWindow();
if (main_window.GetWidth() < GetWidth() ||
main_window.GetHeight() < GetHeight()) {
// close dialog, it's creator may want to create a new layout
modal_result = mrChangeLayout;
} else {
// reposition dialog to fit into TopWindow
PixelScalar left = GetLeft();
PixelScalar top = GetTop();
if (GetRight() > (PixelScalar) main_window.GetWidth())
left = main_window.GetWidth() - GetWidth();
if (GetBottom() > (PixelScalar) main_window.GetHeight())
top = main_window.GetHeight() - GetHeight();
if (left != GetLeft() || top != GetTop())
Move(left, top);
}
}
void FreeCamera::Update(const tt::GameContext& context)
{
auto pInputService = MyServiceLocator::GetInstance()->GetService<IInputService>();
auto pTransform = GetComponent<TransformComponent>();
if(pInputService->IsActionTriggered(InputActionId::CameraMoveForward))
pTransform->Translate(pTransform->GetForward() * m_MovementSpeed, true);
if(pInputService->IsActionTriggered(InputActionId::CameraMoveBack))
pTransform->Translate(pTransform->GetBackward() * m_MovementSpeed, true);
if(pInputService->IsActionTriggered(InputActionId::CameraMoveLeft))
pTransform->Translate(pTransform->GetLeft() * m_MovementSpeed, true);
if(pInputService->IsActionTriggered(InputActionId::CameraMoveRight))
pTransform->Translate(pTransform->GetRight() * m_MovementSpeed, true);
if(pInputService->IsActionTriggered(InputActionId::CameraMoveUp))
pTransform->Translate(pTransform->GetUp() * m_MovementSpeed, true);
if(pInputService->IsActionTriggered(InputActionId::CameraMoveDown))
pTransform->Translate(pTransform->GetDown() * m_MovementSpeed, true);
if(!pInputService->IsActionTriggered(InputActionId::CameraUnlockRotation))
return;
auto mouseMovement = pInputService->GetMouseMovement();
mouseMovement *= m_RotationSpeed * context.GameTimer.GetElapsedSeconds();
m_Yaw += mouseMovement.x;
m_Pitch += mouseMovement.y;
tt::Quaternion yawQuat(tt::Vector3::j, m_Yaw);
tt::Vector3 rotatedRight = tt::Vector3::i.TransformPoint(yawQuat);
tt::Quaternion pitchQuat(rotatedRight, m_Pitch);
pTransform->Rotate(yawQuat * pitchQuat);
}
bool wxSciterControl::Create(wxWindow* parent, wxWindowID id, const wxPoint& pos /*= wxDefaultPosition*/, const wxSize& size /*= wxDefaultSize*/, long style /*= wxSUNKEN_BORDER*/, const wxValidator& validator /*= wxDefaultValidator*/)
{
if (!wxControl::Create(parent, id, pos, size, style, validator))
return false;
SetBackgroundColour(wxSystemSettings::GetColour(wxSYS_COLOUR_WINDOW));
SetInitialSize(size);
// Create Sciter child window with size exactly as our control.
const auto crc = this->GetClientRect();
RECT rc = {crc.GetLeft(), crc.GetTop(), crc.GetRight(), crc.GetBottom()};
m_hwnd = SciterCreateWindow(SW_CHILD, &rc, nullptr, nullptr, this->GetHandle());
if(m_hwnd) {
static volatile sciter::debug_output setup_dbg;
// Setup sciter callbacks
setup_callback();
sciter::attach_dom_event_handler(m_hwnd, this);
// Adjust our window style to eliminate double edge
if(this->HasFlag(wxBORDER_MASK)) {
auto style = this->GetWindowStyleFlag();
style &= ~wxBORDER_MASK;
style |= wxBORDER_NONE;
this->SetWindowStyleFlag(style);
}
// Show Sciter window
#ifdef __WINDOWS__
::ShowWindow(m_hwnd, this->IsShown() ? SW_SHOW : SW_HIDE);
#endif
this->Refresh();
}
return true;
}
bool wxBlockInt::Delete( const wxBlockInt &block,
wxBlockInt &top, wxBlockInt &bottom,
wxBlockInt &left, wxBlockInt &right) const
{
top = bottom = left = right = wxEmptyBlockInt;
wxBlockInt iBlock;
Intersect(*this, block, &iBlock);
if (iBlock.IsEmpty()) return false; // nothing to delete
if (iBlock == *this) return true; // can delete all of this, no leftover
bool deleted = false;
if ( m_y1 < iBlock.m_y1 )
{
top = wxBlockInt( m_x1, m_y1, m_x2, iBlock.m_y1-1 );
deleted = true;
}
if ( GetBottom() > iBlock.GetBottom() )
{
bottom = wxBlockInt( m_x1, iBlock.m_y2+1, m_x2, m_y2 );
deleted = true;
}
if ( m_x1 < iBlock.m_x1 )
{
left = wxBlockInt( m_x1, iBlock.m_y1, iBlock.m_x1-1, iBlock.m_y2 );
deleted = true;
}
if ( GetRight() > iBlock.GetRight() )
{
right = wxBlockInt( iBlock.m_x2+1, iBlock.m_y1, m_x2, iBlock.m_y2 );
deleted = true;
}
return deleted;
}
bool wxSheetBlock::Combine(const wxSheetBlock &block)
{
//if (IsEmpty() || block.IsEmpty()) return false;
if (!Touches(block)) return false;
if (Contains(block)) return true;
if (block.Contains(*this))
{
*this = block;
return true;
}
// FIXME I forgot why wxSheetBlock::Combine needs this code? Isn't Contains good enough?
const wxSheetBlock uBlock(Union(block));
if (uBlock.IsEmpty()) return false;
// ugh this is really ugly, I can't figure a better way though
/*
// at least one of the two blocks has to be at each corner of the union
if (((uBlock.GetLeftTop() == GetLeftTop()) || (uBlock.GetLeftTop() == block.GetLeftTop())) &&
((uBlock.GetRightTop() == GetRightTop()) || (uBlock.GetRightTop() == block.GetRightTop())) &&
((uBlock.GetLeftBottom() == GetLeftBottom()) || (uBlock.GetLeftBottom() == block.GetLeftBottom())) &&
((uBlock.GetRightBottom() == GetRightBottom()) || (uBlock.GetRightBottom() == block.GetRightBottom())) )
{
*this = uBlock;
return true;
}
*/
const int t = GetTop();
const int b = GetBottom();
const int l = GetLeft();
const int r = GetRight();
const int b_t = block.GetTop();
const int b_b = block.GetBottom();
const int b_l = block.GetLeft();
const int b_r = block.GetRight();
const int ub_t = uBlock.GetTop();
const int ub_b = uBlock.GetBottom();
const int ub_l = uBlock.GetLeft();
const int ub_r = uBlock.GetRight();
if ( ( ((ub_t==t)&&(ub_l==l)) || ((ub_t==b_t)&&(ub_l==b_l)) ) &&
( ((ub_t==t)&&(ub_r==r)) || ((ub_t==b_t)&&(ub_r==b_r)) ) &&
( ((ub_b==b)&&(ub_l==l)) || ((ub_b==b_b)&&(ub_l==b_l)) ) &&
( ((ub_b==b)&&(ub_r==r)) || ((ub_b==b_b)&&(ub_r==b_r)) ) )
{
*this = uBlock;
return true;
}
return false;
/*
const int t = GetTop();
const int b = GetBottom();
const int l = GetLeft();
const int r = GetRight();
if ((t < b) || (l < r)) return false; // this is empty
const int b_t = block.GetTop();
const int b_b = block.GetBottom();
const int b_l = block.GetLeft();
const int b_r = block.GetRight();
if ((b_t < b_b) || (b_l < b_r)) return false; // block is empty
// if this contains other block
if ((t <= b_t) && (l <= b_l) && (b >= b_b) && (r >= b_r))
return true;
// if block contains this
if ((t >= b_t) && (l >= b_l) && (b <= b_b) && (r <= b_r))
{
*this = block;
return true;
}
const int ub_t = uBlock.GetTop();
const int ub_b = uBlock.GetBottom();
const int ub_l = uBlock.GetLeft();
const int ub_r = uBlock.GetRight();
if ( ( ((ub_t==t)&&(ub_l==l)) || ((ub_t==b_t)&&(ub_l==b_l)) ) &&
( ((ub_t==t)&&(ub_r==r)) || ((ub_t==b_t)&&(ub_r==b_r)) ) &&
( ((ub_b==b)&&(ub_l==l)) || ((ub_b==b_b)&&(ub_l==b_l)) ) &&
( ((ub_b==b)&&(ub_r==r)) || ((ub_b==b_b)&&(ub_r==b_r)) ) )
{
*this = uBlock;
return true;
}
return false;
*/
}
vec3 Camera::GetUp() const
{
return cross(GetRight(), GetDirection());
}
// Move camera to the right: strafe
void Camera::MoveRight(GameTime& gameTime)
{
D3DXVECTOR3 right = GetRight();
mPosition += right * C_MOVE_SPEED * (float)gameTime.GetTimeSinceLastTick().Seconds;
}
// ハイパーアーツ
bool Thief::HyperArts(void)
{
//空中で発動しても停止する
move = Vector3(0, -GRAVITY, 0);
if ( !initflag )
{
sound->PlaySE( SE::HYPER_ATTACK );
sound->PlaySE( SE::KAITO_HYPER );
initflag = true;
}
attackInfo.power = OFFENSIVE_POWER::HYPER;
attackInfo.dropPower = DROP_POWER::HYPER;
attackInfo.coinDropType = DROP_TYPE::SUCTION;
SetParameterState(PARAMETER_STATE::UNRIVALED);
move = Vector3(0, 0 - GRAVITY, 0); //撃ってる間は静止させる
SetMotion(THIEF::MOTION_DATA::HYPERARTS);
// 行列から情報取得
Vector3 front = GetFront();
Vector3 right = GetRight();
Vector3 p_pos = GetPos();
SetMove(Vector3(0.0f, move.y, 0.0f));
if (obj->GetFrame() >= THIEF::MOTION_FRAME::HYPERARTS_ATTACKSTART/* && obj->GetFrame() < THIEF::MOTION_FRAME::HYPERARTS_ATTACKEND*/)
{
float t = GetBezier(ePrm_t::eRapid_Lv5, ePrm_t::eSlow_Lv1, attackInfo.t);
Vector3 f = front * (2.0f * sinf(D3DX_PI * t));
Vector3 r = -right * (2.0f * cosf(D3DX_PI * t));
attackInfo.bottom = p_pos + f + r;
switch (HyperStep)
{
case 0:
// あたり判定のパラメータを与える
attackInfo.top = attackInfo.bottom + r * HyperRate;
attackInfo.r = 2.5f;
HyperRate += 1.0;
if (HyperRate > 20.0f) HyperStep++;
break;
case 1:
// パラメータ加算
attackInfo.top = attackInfo.bottom + f * HyperRate + r * HyperRate;
attackInfo.t += 0.03f;
if (attackInfo.t >= 1.0f)
{
HyperStep++;
}
break;
case 2:
//attackInfo.top = attackInfo.bottom + r * rate;
attackInfo.t = 0.0f;
HyperRate -= 1.0f;
break;
}
armRenderflag = true;
}
Vector3 v1, v2;
v1 = front;
v2 = attackInfo.top - attackInfo.bottom;
v1.Normalize();
v2.Normalize();
float armAngle = GetAngle(v1, v2);
Vector3 cross;
Vector3Cross(cross, v1, v2);
if (cross.y < 0) armAngle = -armAngle;
arm->SetPos(pos);
arm->SetAngle(angle.y + armAngle);
arm->SetScale(Vector3(0.03f, 0.03f, HyperRate * 0.01f));
arm->Update();
if (HyperRate < 0)
{
HyperStep = 0;
HyperRate = 0;
armRenderflag = false;
initflag = false;
return true;
}
return false;
}
// クイックアーツ
bool Thief::QuickArts(void)
{
static int time = 0;
if ( !initflag )
{
sound->PlaySE( SE::KAITO_QUICK );
initflag = true;
}
Move();
// 行列から情報取得
Vector3 up = GetUp();
Vector3 right = GetRight();
Vector3 p_pos = GetPos();
SetMove(Vector3(0.0f, move.y, 0.0f));
SetMotion(THIEF::MOTION_DATA::QUICKARTS);
//if (obj->GetFrame() >= 237) obj->SetMotion(237);
// 情報設定
Vector3 vec[3] =
{
up * 5.0f + right * 3.0f,
up * 5.0f,
up * 5.0f + right * -3.0f
};
p_pos.y += 3.0f;
float bulletSpeed = 0.5f;
int playerNum = GetPlayerNum();
{ //撃った時に動きが一度止まるパターン
// //モーションアトデナオス(ちょうどいい感じのフレームが来たら弾発射)
//if (time == 0 /* obj->GetFrame() == ○○ */ )
//{
// for (int i = 0; i < 3; i++)
// {
// m_BulletManager->Set(BULLET_TYPE::THIEF_01 , new ThiefBullet01, p_pos, vec[i], bulletSpeed, playerNum);
// }
//}
//time++;
////モーションアトデナオス(終わりのモーションが来たら終了)
//if (obj->GetFrame() == 237)
//{
// time = 0;
// return true;
//}
}
{ //撃った時に動きが止まらないパターン
for (int i = 0; i < 3; i++)
{
m_BulletManager->Set(BULLET_TYPE::THIEF_01 , new ThiefBullet01, p_pos, vec[i], bulletSpeed, playerNum);
}
attackInfo.Interval = 60;
initflag = false;
return true;
}
return false;
}