Kenwood CAT
This revision is from 2013/03/29 20:47. You can Restore it.
/* Kenwood Bandecoder
by Ondrej Kolonicny OK1CDJ, ondra@ok1cdj.com
v 1.0 - 20.3.2013
This program is free software: you can redistribute it and/or modify
it under the terms of the GNU General Public License as published by
the Free Software Foundation, either version 2 of the License, or
(at your option) any later version.
This program is distributed in the hope that it will be useful,
but WITHOUT ANY WARRANTY; without even the implied warranty of
MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
GNU General Public License for more details.
You should have received a copy of the GNU General Public License
along with this program. If not, see <http://www.gnu.org/licenses/>.
*/
#define ALONE_MODE // uncomment this line if bandecoder is connected alone to the radio and not sniffing comunication
int inByte= -1; // incoming byte from serial RX
char buffer[100]; // string for incoming serial data -- a buffer
int bufferPos = 0; // string index counter
// IO port definition for bands
int b160 = 9;
int b80 = 8;
int b40 = 7;
int b30 = 6;
int b20 = 5;
int b17 = 4;
int b15 = 3;
int b12 = 2;
int b10 = 11;
int b6 = 10;
int ssb = A3;
// Setup proc
void setup()
{
Serial.begin(9600); // nastav si rychlost
pinMode(b160, OUTPUT);
pinMode(b80, OUTPUT);
pinMode(b40, OUTPUT);
pinMode(b30, OUTPUT);
pinMode(b20, OUTPUT);
pinMode(b17, OUTPUT);
pinMode(b15, OUTPUT);
pinMode(b12, OUTPUT);
pinMode(b10, OUTPUT);
pinMode(b6, OUTPUT);
pinMode(ssb, OUTPUT);
//Serial1.begin(9600);
}
void loop() {
Serial.flush(); // send request for frequency, use only when bandecoder is connected alone to the radio
#ifdef ALONE_MODE
Serial.println("IF;");
#endif
if (Serial.available() > 0 ) {
inByte = Serial.read();
// read frequency
read_if ();
}
}
void read_if () {
if (inByte == 'I') {
while (bufferPos != 38) {
if (Serial.available() > 0) {
buffer[bufferPos] = inByte;
bufferPos++;
inByte = Serial.read();
if (inByte == ';') break;
}
}
String str_if = buffer;
String qrg ;
// tady je kmitocet od 5 do 10 znaku
qrg = str_if.substring(5,10);
//na tretim miste ma byt 1 pak do jde na HIGH
// 160m band
if (qrg[1] == '1')
{
digitalWrite(b160, HIGH);
digitalWrite(b80, LOW);
digitalWrite(b40, LOW);
digitalWrite(b30, LOW);
digitalWrite(b20, LOW);
digitalWrite(b17, LOW);
digitalWrite(b15, LOW);
digitalWrite(b12, LOW);
digitalWrite(b10, LOW);
digitalWrite(b6, LOW);
digitalWrite(ssb, LOW);
}
// 80m CW band
//if (qrg[1] == '3')
if ((qrg[1] == '3')&&(qrg[2] == '5'))
{
digitalWrite(b80, HIGH);
digitalWrite(b160, LOW);
digitalWrite(b40, LOW);
digitalWrite(b30, LOW);
digitalWrite(b20, LOW);
digitalWrite(b17, LOW);
digitalWrite(b15, LOW);
digitalWrite(b12, LOW);
digitalWrite(b10, LOW);
digitalWrite(b6, LOW);
digitalWrite(ssb, LOW);
}
// 80m SSB band
//if (qrg[1] == '3')
if ((qrg[1] == '3')&&(qrg[2] == '6'))
{
digitalWrite(b80, HIGH);
digitalWrite(b160, LOW);
digitalWrite(b40, LOW);
digitalWrite(b30, LOW);
digitalWrite(b20, LOW);
digitalWrite(b17, LOW);
digitalWrite(b15, LOW);
digitalWrite(b12, LOW);
digitalWrite(b10, LOW);
digitalWrite(b6, LOW);
digitalWrite(ssb, HIGH);
}
// 40m band
if (qrg[1] == '7')
{
digitalWrite(b40, HIGH);
digitalWrite(b80, LOW);
digitalWrite(b160, LOW);
digitalWrite(b30, LOW);
digitalWrite(b20, LOW);
digitalWrite(b17, LOW);
digitalWrite(b15, LOW);
digitalWrite(b12, LOW);
digitalWrite(b10, LOW);
digitalWrite(b6, LOW);
digitalWrite(ssb, LOW);
}
// 30m band
if ((qrg[0] == '1')&&(qrg[1] == '0'))
{
digitalWrite(b30, HIGH);
digitalWrite(b80, LOW);
digitalWrite(b40, LOW);
digitalWrite(b160, LOW);
digitalWrite(b20, LOW);
digitalWrite(b17, LOW);
digitalWrite(b15, LOW);
digitalWrite(b12, LOW);
digitalWrite(b10, LOW);
digitalWrite(b6, LOW);
digitalWrite(ssb, LOW);
}
// 20m band
if ((qrg[0] == '1')&&(qrg[1] == '4'))
{
digitalWrite(b20, HIGH);
digitalWrite(b80, LOW);
digitalWrite(b40, LOW);
digitalWrite(b30, LOW);
digitalWrite(b160, LOW);
digitalWrite(b17, LOW);
digitalWrite(b15, LOW);
digitalWrite(b12, LOW);
digitalWrite(b10, LOW);
digitalWrite(b6, LOW);
digitalWrite(ssb, LOW);
}
// 17m band
if ((qrg[0] == '1')&&(qrg[1] == '8'))
{
digitalWrite(b17, HIGH);
digitalWrite(b80, LOW);
digitalWrite(b40, LOW);
digitalWrite(b30, LOW);
digitalWrite(b20, LOW);
digitalWrite(b160, LOW);
digitalWrite(b15, LOW);
digitalWrite(b12, LOW);
digitalWrite(b10, LOW);
digitalWrite(b6, LOW);
digitalWrite(ssb, LOW);
}
// 15m band
if ((qrg[0] == '2')&&(qrg[1] == '1'))
{
digitalWrite(b15, HIGH);
digitalWrite(b80, LOW);
digitalWrite(b40, LOW);
digitalWrite(b30, LOW);
digitalWrite(b20, LOW);
digitalWrite(b17, LOW);
digitalWrite(b160, LOW);
digitalWrite(b12, LOW);
digitalWrite(b10, LOW);
digitalWrite(b6, LOW);
digitalWrite(ssb, LOW);
}
// 12m band
if ((qrg[0] == '2')&&(qrg[1] == '4'))
{
digitalWrite(b12, HIGH);
digitalWrite(b80, LOW);
digitalWrite(b40, LOW);
digitalWrite(b30, LOW);
digitalWrite(b20, LOW);
digitalWrite(b17, LOW);
digitalWrite(b15, LOW);
digitalWrite(b160, LOW);
digitalWrite(b10, LOW);
digitalWrite(b6, LOW);
digitalWrite(ssb, LOW);
}
// 10m band
if ((qrg[0] == '2')&&(qrg[1] == '8'))
{
digitalWrite(b10, HIGH);
digitalWrite(b80, LOW);
digitalWrite(b40, LOW);
digitalWrite(b30, LOW);
digitalWrite(b20, LOW);
digitalWrite(b17, LOW);
digitalWrite(b15, LOW);
digitalWrite(b12, LOW);
digitalWrite(b160, LOW);
digitalWrite(b6, LOW);
digitalWrite(ssb, LOW);
}
//6m band
if ((qrg[0] == '5')&&(qrg[1] == '0'))
{
digitalWrite(b6, HIGH);
digitalWrite(b80, LOW);
digitalWrite(b40, LOW);
digitalWrite(b30, LOW);
digitalWrite(b20, LOW);
digitalWrite(b17, LOW);
digitalWrite(b15, LOW);
digitalWrite(b12, LOW);
digitalWrite(b10, LOW);
digitalWrite(b160, LOW);
digitalWrite(ssb, LOW);
}
//CD.print(".");
//GLCD.print(str_if.substring(10,12));
for (int c = 0; c < bufferPos; c++) {
buffer[c] = 0;
}
bufferPos = 0;
}
}