ksegment7(ports)
koadrobot/devices/ksegment7(ports)
No description
ksegment7(ports)
@/ksegment7(ports)
Gport
Fport
Eport
Dport
Cport
Bport
Aport
Dtport
Dot point
Nnumber
Number that display. (0..15) (0..F)
DOTboolean
Display Dot.
PULLboolean
HW kind of segment:
False: common Anode ( power pin connect VCC.)
UPDpulse
Triggers new write
DONEpulse
Fires on writing complete
C++ implementation
struct State {
};
{{ GENERATED_CODE }}
void evaluate(Context ctx) {
auto _in = getValue<input_IN>(ctx);
uint8_t _out;
// Bpgfedcba
switch (_in){
case 0 : _out= B00111111;break;//63
case 1 : _out= B00000110;break;//6
case 2 : _out= B01011011;break;//91
case 3 : _out= B01001111;break;//79
case 4 : _out= B01100110;break;//102
case 5 : _out= B01101101;break;//109
case 6 : _out= B01111101;break;//125
case 7 : _out= B00000111;break;//7
case 8 : _out= B01111111;break;//127
case 9 : _out= B01101111;break;//111
case 10 : _out= B01110111;break;//119
case 11 : _out= B01111100;break;//124
case 12 : _out= B00111001;break;//57
case 13 : _out= B01011110;break;//94
case 14 : _out= B01111001;break;//121
case 15 : _out= B01110001;break;//57
}
if(getValue<input_Dt>(ctx)) _out |= 0x80;
if(!getValue<input_PULL>(ctx)) _out ^= 0xFF;
::digitalWrite(getValue<input_Dt>(ctx), 1 & (_out >> 7));
::digitalWrite(getValue<input_G>(ctx), 1 & (_out >> 6));
::digitalWrite(getValue<input_F>(ctx), 1 & (_out >> 5));
::digitalWrite(getValue<input_E>(ctx), 1 & (_out >> 4));
::digitalWrite(getValue<input_D>(ctx), 1 & (_out >> 3));
::digitalWrite(getValue<input_C>(ctx), 1 & (_out >> 2));
::digitalWrite(getValue<input_B>(ctx), 1 & (_out >> 1));
::digitalWrite(getValue<input_A>(ctx), 1 & (_out));
emitValue<output_DONE>(ctx, 1);
}