void ZaWindMill::processEvent(ZaEvent * env)
{
env->m_event = env->m_type;
if (env->m_type == ZaEvent::EVENT_DOWN )
{
///ZaTweener::getInstance()->push(this,ZaTweener::ZOOM,1,3,0,3);
env->m_event = ZaEvent::EVENT_DOWN;
}
if (env->m_type == ZaEvent::EVENT_MOVE)
{
env->m_event = ZaEvent::EVENT_MOVE;
}
if (env->m_type == ZaEvent::EVENT_UP)
{
float l_size = 200 + 100.0f*(float) rand()/RAND_MAX;
soundplayer_play_sound("input_keypress");
std::vector<ZAImage *>::iterator iter;
ZAImage * l_img ;
for (iter = m_v.begin();iter != m_v.end();iter++)
{
if ((*iter)->m_z == 0)
{
l_img = (*iter);
l_img->reset();
l_img->setSize(env->m_x,env->m_y,l_size,l_size);
ZaTweener::getInstance()->push(l_img,ZaTweener::X,l_img->m_x,m_width/2,0,150);
ZaTweener::getInstance()->push(l_img,ZaTweener::Y,l_img->m_y,m_height/2,0,150);
ZaTweener::getInstance()->push(l_img,ZaTweener::ROTATION,0,l_size*10,0,150);
ZaTweener::getInstance()->push(l_img,ZaTweener::ZOOM,1,0,0,150);
return;
}
}
l_img = new ZAImage();
l_img->LoadImg("app/native/res/fly2.png",l_size,l_size);
l_img->setXY(env->m_x,env->m_y);
m_v.push_back(l_img);
//AddChild(l_img);
ZaTweener::getInstance()->push(l_img,ZaTweener::X,l_img->m_x,m_width/2,0,150);
ZaTweener::getInstance()->push(l_img,ZaTweener::Y,l_img->m_y,m_height/2,0,150);
ZaTweener::getInstance()->push(l_img,ZaTweener::ROTATION,0,l_size*10,0,150);
ZaTweener::getInstance()->push(l_img,ZaTweener::ZOOM,1,0,0,150);
//post click;
if (inPoint(env->m_x,env->m_y))
env->m_event = ZaEvent::EVENT_CLICK;
}
}
void zaDir10::porcess(zaWorker * wk)
{
m_dirty = true;
if (wk->m_task ==2)
{
if (wk->m_len < 20)
{
soundplayer_play_sound("input_keypress");
if (m_index_log != 0)
{
m_index_log = 0;
return;
}
if(m_index != 0)
{
dirlist(m_output[m_index]);
}
else
{
strcpy(m_path,m_output[m_index]);
int n = 0;
for (int i = strlen(m_path) -1;i >=0 ; i --)
{
if ( m_path[i] == '/')
{
n ++;
if (i==0)
m_path[1] = 0;
else
m_path[i] = 0;
}
if (n ==2)
{
break;
}
}
fprintf(stderr,"pwd 2 %s \n",m_path);
dirlist(m_path);
}
}
}
else
m_y -= wk->m_dy;
}
static void
shutter_callback(camera_handle_t handle,
void* arg)
{
// THE CAMERA SERVICE DOES NOT PLAY SOUNDS WHEN PICTURES ARE TAKEN OR
// VIDEOS ARE RECORDED. IT IS THE APP DEVELOPER'S RESPONSIBILITY TO
// PLAY AN AUDIBLE SHUTTER SOUND WHEN A PICTURE IS TAKEN AND WHEN VIDEO
// RECORDING STARTS AND STOPS. NOTE THAT WHILE YOU MAY CHOOSE TO MUTE
// SUCH SOUNDS, YOU MUST ENSURE THAT YOUR APP ADHERES TO ALL LOCAL LAWS
// OF REGIONS WHERE IT IS DISTRIBUTED. FOR EXAMPLE, IT IS ILLEGAL TO
// MUTE OR MODIFY THE SHUTTER SOUND OF A CAMERA APPLICATION IN JAPAN OR
// KOREA.
// TBD:
// RIM will be providing clarification of this policy as part of the
// NDK developer agreement and App World guidelines. A link will
// be provided when the policy is publicly available.
soundplayer_play_sound("event_camera_burst_sound");
}
