Diff: Pindef1114.h

Revision:

1:bb881a434906

Parent:

0:83d4a20e7bc7

Child:

2:674e2dd56e7d

--- a/Pindef1114.h	Tue Jun 16 11:22:55 2015 +0000
+++ b/Pindef1114.h	Mon Nov 16 17:11:20 2015 +0000
@@ -1,35 +1,48 @@
 /************************************ Pinfef1114.h *******************************/   
 
-DigitalOut FWD1(dp15);       // the are the motor 'H' bridge drive signals
-DigitalOut REV1(dp16);       // when the volume controll motor is not being driven 
-//DigitalOut REV1(p11);       // they are all OFF
+DigitalOut FWD1(dp1);       // these are the motor 'H' bridge drive signals
+DigitalOut REV1(dp2);       // when the volume controll motor is not being driven 
+//DigitalOut REV1(p11);     // they are all OFF
 //DigitalOut REV2(p13);
 
-DigitalOut muteout(dp17);    // drives the mute relay via a mosfet or transistor
-InterruptIn mute_int(dp6);  // mute p/button interrupt
-DigitalIn mute(dp6);        // mute input from associated pushbutton
+DigitalOut muteout(dp11);    // drives the mute relay via a mosfet or transistor
+DigitalOut muteind(dp18);    // drives the mute relay via a mosfet or transistor
+InterruptIn mute_int(dp13);  // mute p/button interrupt
+DigitalIn mute(p13);         // mute input from associated pushbutton
 
-InterruptIn rc5int(dp1);    // this is the R/C interrupt triggered by the IRx data out
-DigitalIn rc5dat(dp1);      // data is read in from here - its coming from the IRx data out
+
+InterruptIn rc5int(dp15);    // this is the R/C interrupt triggered by the IRx data out
+DigitalIn rc5dat(p10);      // data is read in from here - its coming from the IRx data out
+ 
 
 InterruptIn select_int(dp28); // select rotary encoder interrupt - we use the 'A' O/P to generate the interrupt  
 DigitalIn sela(dp28);         // select input rotary enc input A
 DigitalIn selb(dp27);         // select input rotary enc input B
 
+
 DigitalIn stdby(dp26);       // standby function p/button input
 InterruptIn stdby_int(dp26); // standby p/button interrupt in
 
-InterruptIn recloop_int(dp5);   //record loop interrupt
-DigitalIn recloop_in(dp5);      // record loop p/button input
-DigitalOut recloop_out(dp18);    // drives record loop relay via mosfet or transistor      
+
+
+InterruptIn recloop_int(dp14);   //record loop interrupt
+DigitalIn recloop_in(dp14);      // record loop p/button input
+DigitalOut recloop_out(dp10);    // drives record loop relay via mosfet or transistor      
 
-DigitalOut power_ind(dp25);  // this pin drives the standby controller - LOW = OFF; use regulators with standby inpu
+
 
-BusOut select_drv(dp9, dp10, dp11, dp13, dp14);  //these are the select relay drivers
+//DigitalOut power_ind(dp25);  // this pin drives the standby controller - LOW = OFF; use regulators with standby inpu
+
+BusOut select_drv(dp17,dp4, dp25, dp6, dp9, dp10);  //these are the select relay drivers
 // note that we do not explicitly define the input select output ports because we just move the active
 // output port bit around in  a continuos loop with each depress of the select button.  Drive the associated
 // input relays via a mosfet or transistor
 
 // DigitalOut myled(LED1); // for test purposes only - on the mbed module - comment out when not used
 // DigitalOut myled2(LED2);
-// DigitalOut sync(p29); //this is a sync pin that is toggled during IR read - used for debug only
\ No newline at end of file
+// DigitalOut sync(p29); //this is a sync pin that is toggled during IR read - used for debug only
+
+
+                                                                                                                                                                                                                        
+
+