PCB complete

dev/digital/Firmware_TEST/include/FIRMWARE_DEF.h

@@ -12,8 +12,8 @@
 #include <Arduino.h>
 #include <Wire.h>
 // CONSTANTS DEFINITONS
-#define N_KEYBOARD_ROW  4   // for PROD. change to 5
-#define N_KEYBOARD_COL  3   // for PROD. change to 5
+#define N_KEYBOARD_ROW  5   // for PROD. change to 5
+#define N_KEYBOARD_COL  5   // for PROD. change to 5
 #define N_CV_GATES      2   // PROD. OK
 #define N_SB            2   // PROD. OK
 #define BAUDRATE        115200
@@ -34,13 +34,13 @@
 #define PIN_K_C3        5  // DEV. not in use - PROD. pin OK
 #define PIN_K_C4        6  // DEV. not in use - PROD. pin OK
 // SEQUENCER BUTTON PINS
-#define PIN_SB_1_REC    38 // for PROD. change to 33 / not available on dev board
-#define PIN_SB_1_PLAY   37 // for PROD. change to 34 / not available on dev board
+#define PIN_SB_1_REC    33 // for PROD. change to 33 / not available on dev board
+#define PIN_SB_1_PLAY   34 // for PROD. change to 34 / not available on dev board
 #define PIN_SB_2_REC    35 // 35
 #define PIN_SB_2_PLAY   36 // 36
 // MISC/INFO PINS
-#define PIN_VCO1_EN     41 // PROD. pin 37 TODO: if there is an active key mapped to CV-Gate 1 --> HIGH
-#define PIN_VCO2_EN     40 // PROD. pin 38 TODO: if there is an active key mapped to CV-Gate 2 --> HIGH
+#define PIN_VCO1_EN     37 // PROD. pin 37 TODO: if there is an active key mapped to CV-Gate 1 --> HIGH
+#define PIN_VCO2_EN     38 // PROD. pin 38 TODO: if there is an active key mapped to CV-Gate 2 --> HIGH
 #define PIN_REC         39 // PROD. pin 39 TODO: if any sb is recording LED on (active-low)
 #define PIN_BPM         12 // PROD. pin 12 TODO: get bpm through potentiometer analog value -> ADC-Pin
 #define PIN_B_METRONOME 13 // PROD. pin 13 TODO: button activates/deactivates bpm led output (pull-up)

dev/digital/Firmware_TEST/src/main.cpp

@@ -6,18 +6,19 @@
 #include "FIRMWARE_DEF.h"
 #include "FIRMWARE.h"
 
-byte pins_keyboard_row[N_KEYBOARD_ROW] = {PIN_K_R0, PIN_K_R1, PIN_K_R2, PIN_K_R3};
-byte pins_keyboard_col[N_KEYBOARD_COL] = {PIN_K_C0, PIN_K_C1, PIN_K_C2};
+byte pins_keyboard_row[N_KEYBOARD_ROW] = {PIN_K_R0, PIN_K_R1, PIN_K_R2, PIN_K_R3, PIN_K_R4};
+byte pins_keyboard_col[N_KEYBOARD_COL] = {PIN_K_C0, PIN_K_C1, PIN_K_C2, PIN_K_C3, PIN_K_C4};
 
 Keyboard keyboard(N_KEYBOARD_ROW, N_KEYBOARD_COL, pins_keyboard_row, pins_keyboard_col);
 
 Adafruit_MCP4728 MCP4728;
 MCP4728_channel_t cvMap[N_CV_GATES] = {MCP4728_CHANNEL_A, MCP4728_CHANNEL_B};
 uint16_t keyToVoltage[N_KEYBOARD_ROW*N_KEYBOARD_COL] = {
-    1*83, 5*83, 9*83,
-    2*83, 6*83, 10*83,
-    3*83, 7*83, 11*83,
-    4*83, 8*83, 12*83
+    1*83,  6*83,  11*83, 16*83, 21*83,
+    2*83,  7*83,  12*83, 17*83, 22*83,
+    3*83,  8*83,  13*83, 18*83, 23*83,
+    4*83,  9*83,  14*83, 19*83, 24*83,
+    5*83,  10*83, 15*83, 20*83, 25*83
 };
 
 CV cv(&MCP4728, &Wire, N_CV_GATES, cvMap, keyToVoltage, N_KEYBOARD_ROW, N_KEYBOARD_COL);
@@ -376,6 +377,7 @@ void loop()
         Key k1 = keyboard.getQueue(0);
         if(!isNotKey(k1))
         {
+            Serial.printf("\n\r[DEBUG] K1: R%iC%i", k1.row, k1.col);
             voltage_ch1 = keyToVoltage[k1.row * N_KEYBOARD_COL + k1.col];
             cv1_active = true;
         }
@@ -386,6 +388,7 @@ void loop()
         Key k2 = keyboard.getQueue(1);
         if(!isNotKey(k2))
         {
+            Serial.printf("\n\r[DEBUG] K2: R%iC%i", k2.row, k2.col);
             voltage_ch2 = keyToVoltage[k2.row * N_KEYBOARD_COL + k2.col];
             cv2_active = true;
         }

dev/general/Keyboard/Keyboard.PrjPcb

@@ -83,6 +83,23 @@ DItemRevisionGUID=
 GenerateClassCluster=0
 DocumentUniqueId=LYXTOBWL
 
+[Document3]
+DocumentPath=Fab.OutJob
+AnnotationEnabled=1
+AnnotateStartValue=1
+AnnotationIndexControlEnabled=0
+AnnotateSuffix=
+AnnotateScope=All
+AnnotateOrder=-1
+DoLibraryUpdate=1
+DoDatabaseUpdate=1
+ClassGenCCAutoEnabled=1
+ClassGenCCAutoRoomEnabled=0
+ClassGenNCAutoScope=None
+DItemRevisionGUID=
+GenerateClassCluster=0
+DocumentUniqueId=
+
 [Parameter1]
 Name=ProjectTitle
 Value=Keyboard