void USBMouse::move(uint8_t x, uint8_t y, uint8_t z) {
HIDReportInData[0] = HID_REPORTID_MouseReport;
report[1] = x;
report[2] = y;
report[3] = z;
memcpy(HIDReportInData + 1, report, 8);
HID_Task();
}
void USBMouse::scroll(uint8_t z) {
HIDReportInData[0] = HID_REPORTID_MouseReport;
report[1] = 0;
report[2] = 0;
report[3] = z;
memcpy(HIDReportInData + 1, report, 8);
HID_Task();
}
/** Main program entry point. This routine configures the hardware required by the application, then
* enters a loop to run the application tasks in sequence.
*/
int main(void)
{
SetupHardware();
for (;;)
{
HID_Task();
USB_USBTask();
}
}
/** Main program entry point. This routine configures the hardware required by the application, then
* enters a loop to run the application tasks in sequence.
*/
int main(void)
{
SetupHardware();
LEDs_SetAllLEDs(LEDMASK_USB_NOTREADY);
sei();
for (;;)
{
HID_Task();
USB_USBTask();
}
}
/** Main program entry point. This routine configures the hardware required by the application, then
* enters a loop to run the application tasks in sequence.
*/
int main(void)
{
SetupHardware();
LEDs_SetAllLEDs(LEDMASK_USB_NOTREADY);
GlobalInterruptEnable();
for (;;)
{
HID_Task();
USB_USBTask();
}
}
int main(void)
{
SetupHardware();
data_init(&data, &calib_params); //put some values into structure for testing
ahrs_init(&data, &u8g, &calib_params);
GlobalInterruptEnable();
for (;;)
{
//time between updates
timer_old = timer;
timer = get_timer_ms();
if (timer > timer_old) {
t_period = (timer - timer_old) / 1000.0; //in seconds
}
else
t_period = 0;
data.time_period = t_period;
//read data - sensors
adxl345_read(&data); //accelerometer read
l3g4200d_read_seq(&data); //gyroscope read
hmc5883l_read(&data); //magnetometer read
//buttons
buttons_read(&data);
//compute
//ahrs_orientation_from_gyro(&data);
ahrs_orientation(&data);
//ahrs_orientation_from_accel_mag(&data);
HID_Task();
USB_USBTask();
}
}
void USBKeyboard::send_now() {
HIDReportInData[0] = HID_REPORTID_KeyboardReport;
memcpy(HIDReportInData + 1, report, 8);
HID_Task();
}
void USBMouse::set_buttons(uint8_t b1, uint8_t b2, uint8_t b3) {
HIDReportInData[0] = HID_REPORTID_MouseReport;
report[0] = (b1 << 2) + (b2 << 1) + b3;
memcpy(HIDReportInData + 1, report, 8);
HID_Task();
}
void vs_send_pad_state(void) {
HID_Task();
USB_USBTask();
}
int8_t main(void)
{
SetupHardware();
sei();
while(1) {
//Joystick 1
//=========================================================================================
HIDReportOutData[0] = HID_REPORTID_JoystickReport;
//digital direction
up = !(PINE&0x01); //D00 - digital up
down = !(PINE&0x02); //D01 - digital down
left = !(PINC&0x01); //D02 - digital left
right = !(PINC&0x02); //D03 - digital right
HIDReportOutData[5] = 0X08; //NULL
if (left) { HIDReportOutData[5]=0x06; }
if (right) { HIDReportOutData[5]=0x02; }
if (up) {
if (left) { HIDReportOutData[5]=0x07; }
else if (right) { HIDReportOutData[5]=0x01; }
else { HIDReportOutData[5]=0x00; }
}
if (down) {
if (left) { HIDReportOutData[5]=0x05; }
else if (right) { HIDReportOutData[5]=0x03; }
else { HIDReportOutData[5]=0x04; }
}
//buttons
buttons = 0x00;
if(!(PINC&0x04)) { buttons=buttons|(1<<0); } //D04 - button 1
if(!(PINC&0x08)) { buttons=buttons|(1<<1); } //D05 - button 2
if(!(PINC&0x10)) { buttons=buttons|(1<<2); } //D06 - button 3
if(!(PINC&0x20)) { buttons=buttons|(1<<3); } //D07 - button 4
if(!(PINC&0x40)) { buttons=buttons|(1<<4); } //D08 - button 5
if(!(PINC&0x80)) { buttons=buttons|(1<<5); } //D09 - button 6
if(!(PINA&0x80)) { buttons=buttons|(1<<6); } //D10 - button 7
if(!(PINA&0x20)) { buttons=buttons|(1<<7); } //D11 - button 8
HIDReportOutData[6] = buttons;
//padding
HIDReportOutData[7] = 0; // ] - unused
HIDReportOutData[8] = 0; // ]
HID_Task();
USB_USBTask();
_delay_ms(2);
//Joystick 2
//=========================================================================================
HIDReportOutData[0] = HID_REPORTID_JoystickReport2;
//digital direction
up = !(PINA&0x02); //D13 - digital up
down = !(PINA&0x01); //D14 - digital down
left = !(PINA&0x04); //D15 - digital left
right = !(PINA&0x10); //D16 - digital right
HIDReportOutData[5] = 0X08; //NULL
if (left) { HIDReportOutData[5]=0x06; }
if (right) { HIDReportOutData[5]=0x02; }
if (up) {
if (left) { HIDReportOutData[5]=0x07; }
else if (right) { HIDReportOutData[5]=0x01; }
else { HIDReportOutData[5]=0x00; }
}
if (down) {
if (left) { HIDReportOutData[5]=0x05; }
else if (right) { HIDReportOutData[5]=0x03; }
else { HIDReportOutData[5]=0x04; }
}
//buttons
buttons = 0x00;
if(!(PINA&0x40)) { buttons=buttons|(1<<0); } //D17 - button 1
if(!(PINE&0x40)) { buttons=buttons|(1<<1); } //D18 - button 2
if(!(PINB&0x01)) { buttons=buttons|(1<<2); } //D19 - button 3
if(!(PINB&0x02)) { buttons=buttons|(1<<3); } //D20 - button 4
if(!(PINB&0x04)) { buttons=buttons|(1<<4); } //D21 - button 5
if(!(PINB&0x08)) { buttons=buttons|(1<<5); } //D22 - button 6
if(!(PINB&0x10)) { buttons=buttons|(1<<6); } //D23 - button 7
if(!(PINB&0x20)) { buttons=buttons|(1<<7); } //D24 - button 8
HIDReportOutData[6] = buttons;
//padding
HIDReportOutData[7] = 0; // ] - unused
HIDReportOutData[8] = 0; // ]
HID_Task();
USB_USBTask();
_delay_ms(2);
//Joystick 3
//=========================================================================================
HIDReportOutData[0] = HID_REPORTID_JoystickReport3;
//digital direction
up = !(PINB&0x40); //D25 - digital up
down = !(PINB&0x80); //D26 - digital down
left = !(PINE&0x80); //D27 - digital left
right = !(PINE&0x08); //D28 - digital right
HIDReportOutData[5] = 0X08; //NULL
if (left) { HIDReportOutData[5]=0x06; }
if (right) { HIDReportOutData[5]=0x02; }
if (up) {
if (left) { HIDReportOutData[5]=0x07; }
else if (right) { HIDReportOutData[5]=0x01; }
else { HIDReportOutData[5]=0x00; }
}
if (down) {
if (left) { HIDReportOutData[5]=0x05; }
else if (right) { HIDReportOutData[5]=0x03; }
else { HIDReportOutData[5]=0x04; }
}
//buttons
buttons = 0x00;
if(!(PIND&0x01)) { buttons=buttons|(1<<0); } //D29 - button 1
if(!(PIND&0x02)) { buttons=buttons|(1<<1); } //D30 - button 2
if(!(PIND&0x04)) { buttons=buttons|(1<<2); } //D31 - button 3
if(!(PIND&0x08)) { buttons=buttons|(1<<3); } //D32 - button 4
if(!(PIND&0x10)) { buttons=buttons|(1<<4); } //D33 - button 5
if(!(PIND&0x20)) { buttons=buttons|(1<<5); } //D34 - button 6
HIDReportOutData[6] = buttons;
//padding
HIDReportOutData[7] = 0; // ] - unused
HIDReportOutData[8] = 0; // ]
HID_Task();
USB_USBTask();
_delay_ms(2);
//Joystick 4
//=========================================================================================
HIDReportOutData[0] = HID_REPORTID_JoystickReport4;
//digital direction
up = !(PIND&0x40); //D35 - digital up
down = !(PIND&0x80); //D36 - digital down
left = !(PINF&0x01); //A00 - digital left
right = !(PINF&0x02); //A01 - digital right
HIDReportOutData[5] = 0X08; //NULL
if (left) { HIDReportOutData[5]=0x06; }
if (right) { HIDReportOutData[5]=0x02; }
if (up) {
if (left) { HIDReportOutData[5]=0x07; }
else if (right) { HIDReportOutData[5]=0x01; }
else { HIDReportOutData[5]=0x00; }
}
if (down) {
if (left) { HIDReportOutData[5]=0x05; }
else if (right) { HIDReportOutData[5]=0x03; }
else { HIDReportOutData[5]=0x04; }
}
//buttons
buttons = 0x00;
if(!(PINF&0x04)) { buttons=buttons|(1<<0); } //A02 - button 1
if(!(PINF&0x08)) { buttons=buttons|(1<<1); } //A03 - button 2
if(!(PINF&0x10)) { buttons=buttons|(1<<2); } //A04 - button 3
if(!(PINF&0x20)) { buttons=buttons|(1<<3); } //A05 - button 4
if(!(PINF&0x40)) { buttons=buttons|(1<<4); } //A06 - button 5
if(!(PINF&0x80)) { buttons=buttons|(1<<5); } //A07 - button 6
HIDReportOutData[6] = buttons;
//padding
HIDReportOutData[7] = 0; // ] - unused
HIDReportOutData[8] = 0; // ]
HID_Task();
USB_USBTask();
_delay_ms(2);
}
}