/* ================================================ */
const InputWatcher::STICK_INFO InputWatcher::GetStickInfo( const InputWatcher::STICK_KIND &stickKind )
{
int xx = 0;
int yy = 0;
math::Angle angle = 0.0f;
if(stickKind == STICK_LEFT){
GetJoypadAnalogInput( &xx, &yy, m_watchPadIndex );
}
else{
GetJoypadAnalogInputRight( &xx, &yy, m_watchPadIndex );
}
if(math::Abs(xx) < STICK_INVALID_RANGE
&& math::Abs(yy) < STICK_INVALID_RANGE){
// 傾いてはいるが無効範囲
angle = 0;
xx = 0;
yy = 0;
}
else{
angle = math::ArcTan2( static_cast<float>(yy), static_cast<float>(xx));
}
STICK_INFO ret;
ret.Init();
ret.m_vec = math::Vector2(static_cast<float>(xx),static_cast<float>(yy));
ret.m_angle = angle;
return ret;
}
void Creticle::controll()
{
int right_lever_x = 0,right_lever_y = 0;
GetJoypadAnalogInputRight(&right_lever_x,&right_lever_y,DX_INPUT_PAD1);
//�ړ�����
if(Pplayer->target_type == FREE)
{
if(CheckHitKey(KEY_INPUT_UP) == TRUE || right_lever_y < 0)
{
if(Pplayer->Preticle->pos.y - Pplayer->pos.y < 290)
{
pos.y -= (right_lever_y * movespeed)*0.002;
}
}
if(CheckHitKey(KEY_INPUT_DOWN) == TRUE || right_lever_y > 0 )
{
if(Pplayer->pos.y - Pplayer->Preticle->pos.y < 290)
{
pos.y -= (right_lever_y * movespeed)*0.002;
}
}
if(CheckHitKey(KEY_INPUT_LEFT) == TRUE || right_lever_x < 0)
{
angle.x -= (right_lever_x * (DX_PI/180)*movespeed)*0.001f;
angle.z += (right_lever_x * (DX_PI/180)*movespeed)*0.001f;
// Pplayer->model_angle_x += (right_lever_x * movespeed)*0.001f;
}
if(CheckHitKey(KEY_INPUT_RIGHT) == TRUE || right_lever_x > 0)
{
angle.x -= (right_lever_x * (DX_PI/180)*movespeed)*0.001f;
angle.z += (right_lever_x * (DX_PI/180)*movespeed)*0.001f;
// Pplayer->model_angle_x += (right_lever_x *movespeed)*0.001f;
}
if(( GetJoypadInputState( DX_INPUT_PAD1 ) & PAD_INPUT_A ) != 0 && Pplayer->pos.y < 890 )
{
pos.y += Pplayer->movespeed;
}
if(( GetJoypadInputState( DX_INPUT_PAD1 ) & PAD_INPUT_C ) != 0 && Pplayer->pos.y > 110 )
{
pos.y -= Pplayer->movespeed;
}
angle.y = fabsf(Pplayer->Preticle->pos.y - Pplayer->pos.y);
move_radius = sqrt((300 + angle.y) * (300 - angle.y));
pos.x = Pplayer->pos.x + move_radius*cos(angle.x + (DX_PI/2));
pos.z = Pplayer->pos.z + move_radius*sin(angle.z + (DX_PI/2));
}
}
void Ccamera::controll()
{
int right_lever_x = 0,right_lever_y = 0;
GetJoypadAnalogInputRight(&right_lever_x,&right_lever_y,DX_INPUT_PAD1);
//�ړ�����
if(CheckHitKey(KEY_INPUT_LEFT) == TRUE || right_lever_x < 0)
{
angle.x -= (right_lever_x * (PI/180)*movespeed)*0.001f;
angle.z += (right_lever_x * (PI/180)*movespeed)*0.001f;
}
if(CheckHitKey(KEY_INPUT_RIGHT) == TRUE || right_lever_x > 0)
{
angle.x -= (right_lever_x * (PI/180)*movespeed)*0.001f;
angle.z += (right_lever_x * (PI/180)*movespeed)*0.001f;
}
pos.y = Pplayer->pos.y;
pos.x = Pplayer->pos.x + move_radius*cos(angle.x - (PI/2));
pos.z = Pplayer->pos.z + move_radius*sin(angle.z - (PI/2));
}