void xdemo_render(float t)
{
float dt=t;
int m=angles[254]+angles[255]+angles[250];
static int t156=-1;
if(t156!=m || t<syncPoint)
{
t156=m;
syncPoint=t;dt=0;
/* zoomer_none();
zoomer_set(angles[254], angles[0*8+0], angles[0*8+0], angles[0*8+0]);
zoomer_set(angles[255], angles[1*8+0], angles[1*8+0], angles[1*8+0]);
*/ hieno_preset(angles[255]);
}
BLUR_BEGIN
motionblur=0;
radialblur=0;
#if 0
float b0=(FLASH(0,1));
float b1=(FLASH(3,1));
float b2=(FLASH(6,1));
float b3=(FLASH(9,1));
zoomer_bias=b0+b1+b2+b3;
#endif
zoomer_render(t);
BLUR_END
}
void Rotary_Encoder_Tests::loop()
{
uint32_t old_ticks = 0;
SoftwareEvents* sw_events = Common::get_sw_events();
LCD->clear();
strncpy(&textbuffer[0], (const char*) "Encoder Test...", 15);
LCD->write_string(0, LCD->conv_line_2_y_pix(1), textbuffer);
LCD->display();
while(1)
{
if (Common::get_tick() - old_ticks > 1)
{
encoder->cycle();
old_ticks = Common::get_tick();
}
// TODO LED
FLASH(TGL_LED_NE, 200);
sw_events->loop();
}
}
