#include <Tlc5940.h> //Arduino TLC5940 Library controls the individual LEDs - "Pixels"
int ledCount = 96; //change LED "PIXEL" count in matrix...also number of IR sensor inputs
int thresh = 10; //value for usable distance reading from IR
// main structures to hold LED Pixel array on/off state, IR reciever readings
byte dsply_state[ledCount]; //pixel on-off grid, need for tlc5940
uint_16 recv_state[ledCount]; // IR Readings - FROM mux set-up
// Master IR -mux sensor pins for Arduino Pro MINI
#define M_S0 2
#define M_S1 4
#define M_S2 5
// Slave IR mux sensor pins
#define S_S0 6
#define S_S1 7
#define S_S2 8
#define S_S3 12
// ANALOG PIN :
#define InputFromMux A0
void setup() {
//Serial.begin(9600);
//tlc5940 Arduino library
Tlc.init(0);
// CONFIGURE ADDRESS PINS
pinMode(M_S0, OUTPUT);
pinMode(M_S1, OUTPUT);
pinMode(M_S2, OUTPUT);
pinMode(S_S0, OUTPUT);
pinMode(S_S1, OUTPUT);
pinMode(S_S2, OUTPUT);
pinMode(S_S3, OUTPUT);
pinMode(InputFromMux, INPUT);
}
void loop() {
// LOOP THROUGH ALL THE ADDRESSES OF THE MASTER and SLAVES.
for (int i = 0; i < ledCount; i++) {
digitalWrite(M_S2, i & 0b1000000);
digitalWrite(M_S1, i & 0b0100000);
digitalWrite(M_S0, i & 0b0010000);
digitalWrite(S_S3, i & 0b0001000);
digitalWrite(S_S2, i & 0b0000100);
digitalWrite(S_S1, i & 0b0000010);
digitalWrite(S_S0, i & 0b0000001);
delay(2);
//edited as per @Gerben. thanks so much
//get an individual sensor reading from IR receiver/opAmp mux, store it in a variable
int IRstate = analogRead(InputFromMux);
//populate receiving array with a reading
recv_state[i] = IRstate;
//populate display array for tlc5940 to push out
dsply_state[i] = recv_state[i];
} //end for(i...) loop
//run through display state array to check if the stored reading is greater than a threshold number
//if yes, then turn on the "pixel". If not, set it to zero
//
for (int x = 0; x < ledCount; x++)
if (dsply_state[x] >= thresh ) {
Tlc.set(dsply_state[x], 4000);
//or if reading from mux is zero
} else if (dsply_state[x] < thresh) {
Tlc.set(dsply_state[x], 0);
}
//tlc5940 Arduino library - update() clocks the chips
// move update(); outside the for(x...) loop for speed?
Tlc.update();
delay(10);
} //end For(x..) Loop
}//endMainLoop
#include <Tlc5940.h> //Arduino TLC5940 Library controls the individual LEDs - "Pixels"
int ledCount = 96; //change LED "PIXEL" count in matrix...also number of IR sensor inputs
int thresh = 10; //value for usable distance reading from IR
// main structures to hold LED Pixel array on/off state, IR reciever readings
byte dsply_state[ledCount]; //pixel on-off grid, need for tlc5940
uint_16 recv_state[ledCount]; // IR Readings - FROM mux set-up
// Master IR -mux sensor pins for Arduino Pro MINI
#define M_S0 2
#define M_S1 4
#define M_S2 5
// Slave IR mux sensor pins
#define S_S0 6
#define S_S1 7
#define S_S2 8
#define S_S3 12
// ANALOG PIN :
#define InputFromMux A0
void setup() {
//Serial.begin(9600);
//tlc5940 Arduino library
Tlc.init(0);
// CONFIGURE ADDRESS PINS
pinMode(M_S0, OUTPUT);
pinMode(M_S1, OUTPUT);
pinMode(M_S2, OUTPUT);
pinMode(S_S0, OUTPUT);
pinMode(S_S1, OUTPUT);
pinMode(S_S2, OUTPUT);
pinMode(S_S3, OUTPUT);
pinMode(InputFromMux, INPUT);
}
void loop() {
// LOOP THROUGH ALL THE ADDRESSES OF THE MASTER and SLAVES.
for (int i = 0; i < ledCount; i++) {
digitalWrite(M_S2, i & 0b1000000);
digitalWrite(M_S1, i & 0b0100000);
digitalWrite(M_S0, i & 0b0010000);
digitalWrite(S_S3, i & 0b0001000);
digitalWrite(S_S2, i & 0b0000100);
digitalWrite(S_S1, i & 0b0000010);
digitalWrite(S_S0, i & 0b0000001);
delay(2);
//edited as per @Gerben. thanks so much
//get an individual sensor reading from IR receiver/opAmp mux, store it in a variable
int IRstate = analogRead(InputFromMux);
//populate receiving array with a reading
recv_state[i] = IRstate;
//populate display array for tlc5940 to push out
dsply_state[i] = recv_state[i];
} //end for(i...) loop
//run through display state array to check if the stored reading is greater than a threshold number
//if yes, then turn on the "pixel". If not, set it to zero
//
for (int x = 0; x < ledCount; x++)
if (dsply_state[x] >= thresh ) {
Tlc.set(dsply_state[x], 4000);
//or if reading from mux is zero
} else if (dsply_state[x] < thresh) {
Tlc.set(dsply_state[x], 0);
}
//tlc5940 Arduino library - update clocks the chips
// move update(); outside the for(x...) loop for speed?
Tlc.update();
delay(10);
} //end For(x..) Loop
}//endMainLoop
#include <Tlc5940.h> //Arduino TLC5940 Library controls the individual LEDs - "Pixels"
int ledCount = 96; //change LED "PIXEL" count in matrix...also number of IR sensor inputs
int thresh = 10; //value for usable distance reading from IR
// main structures to hold LED Pixel array on/off state, IR reciever readings
byte dsply_state[ledCount]; //pixel on-off grid, need for tlc5940
uint_16 recv_state[ledCount]; // IR Readings - FROM mux set-up
// Master IR -mux sensor pins for Arduino Pro MINI
#define M_S0 2
#define M_S1 4
#define M_S2 5
// Slave IR mux sensor pins
#define S_S0 6
#define S_S1 7
#define S_S2 8
#define S_S3 12
// ANALOG PIN :
#define InputFromMux A0
void setup() {
//Serial.begin(9600);
//tlc5940 Arduino library
Tlc.init(0);
// CONFIGURE ADDRESS PINS
pinMode(M_S0, OUTPUT);
pinMode(M_S1, OUTPUT);
pinMode(M_S2, OUTPUT);
pinMode(S_S0, OUTPUT);
pinMode(S_S1, OUTPUT);
pinMode(S_S2, OUTPUT);
pinMode(S_S3, OUTPUT);
pinMode(InputFromMux, INPUT);
}
void loop() {
// LOOP THROUGH ALL THE ADDRESSES OF THE MASTER and SLAVES.
for (int i = 0; i < ledCount; i++) {
digitalWrite(M_S2, i & 0b1000000);
digitalWrite(M_S1, i & 0b0100000);
digitalWrite(M_S0, i & 0b0010000);
digitalWrite(S_S3, i & 0b0001000);
digitalWrite(S_S2, i & 0b0000100);
digitalWrite(S_S1, i & 0b0000010);
digitalWrite(S_S0, i & 0b0000001);
delay(2);
//edited as per @Gerben. thanks so much
//get an individual sensor reading from IR receiver/opAmp mux, store it in a variable
int IRstate = analogRead(InputFromMux);
//populate receiving array with a reading
recv_state[i] = IRstate;
//populate display array for tlc5940 to push out
dsply_state[i] = recv_state[i];
} //end for(i...) loop
//run through display state array to check if the stored reading is greater than a threshold number
//if yes, then turn on the "pixel". If not, set it to zero
//
for (int x = 0; x < ledCount; x++)
if (dsply_state[x] >= thresh ) {
Tlc.set(dsply_state[x], 4000);
//or if reading from mux is zero
} else if (dsply_state[x] < thresh) {
Tlc.set(dsply_state[x], 0);
}
//tlc5940 Arduino library - update() clocks the chips
// move update(); outside the for(x...) loop for speed?
Tlc.update();
delay(10);
} //end For(x..) Loop
}//endMainLoop
#include <Tlc5940.h> //Arduino TLC5940 Library controls the individual LEDs - "Pixels"
int ledCount = 96; //change LED "PIXEL" count in matrix...also number of IR sensor inputs
int thresh = 10; //value for usable distance reading from IR
int i;
int x;
// main structures to hold LED Pixel array on/off state, IR reciever readings
byte dsply_state[ledCount]; //pixel on-off grid, need for tlc5940 - tlc.set(dsply_state[x], 4000) ...or... tlc.set(dsply_state[x], 0)
uint_16 recv_state[ledCount]; // IR Readings - FROM mux set-up
// Master IR -mux sensor pins for Arduino Pro MINI
#define M_S0 2
#define M_S1 4
#define M_S2 5
// Slave IR mux sensor pins
#define S_S0 6
#define S_S1 7
#define S_S2 8
#define S_S3 12
// ANALOG PIN :
#define InputFromMux A0
void setup() {
//Serial.begin(9600);
//tlc5940 Arduino library
Tlc.init(0);
// CONFIGURE ADDRESS PINS
pinMode(M_S0, OUTPUT);
pinMode(M_S1, OUTPUT);
pinMode(M_S2, OUTPUT);
pinMode(S_S0, OUTPUT);
pinMode(S_S1, OUTPUT);
pinMode(S_S2, OUTPUT);
pinMode(S_S3, OUTPUT);
pinMode(InputFromMux, INPUT);
}
void loop() {
/ // LOOP THROUGH ALL THE ADDRESSES OF THE MASTER and SLAVES. Needs help
for (int i = 0; i < ledCount; i++) {
digitalWrite(M_S2, i & 0b1000000);
digitalWrite(M_S1, i & 0b0100000);
digitalWrite(M_S0, i & 0b0010000);
digitalWrite(S_S3, i & 0b0001000);
digitalWrite(S_S2, i & 0b0000100);
digitalWrite(S_S1, i & 0b0000010);
digitalWrite(S_S0, i & 0b0000001);
delay(2);
//need lotsa help here getting to each of the individual pixel readings
//edited as per @Gerben. Ithanks think....so much
//get an individual sensor reading from IR receiver/opAmp mux, store it in a variable??
int IRstate = analogRead(InputFromMux);
//populate receiving array with a reading
recv_state[i] = IRstate;
//populate display array for tlc5940 to push out
dsply_state[x]dsply_state[i] = recv_state[i];
} //end for(i...) loop
//run through display state array to check if the stored reading is greater than a threshold number
//if yes, then turn on the "pixel". If not, set it to zero
//
for (int x = 0; x <=< dsply_state.length;ledCount; x++)
if (dsply_state[x] >= thresh ) {
Tlc.set(dsply_state[x], 4000);
//or if reading from mux is zero
} else if (dsply_state[x] < thresh) {
Tlc.set(dsply_state[x], 0);
}
//tlc5940 Arduino library - update clocks the chips
// move update(); outside the for(x...) loop for speed?
Tlc.update();
delay(10);
} //end For(x..) Loop
}//endMainLoop
#include <Tlc5940.h> //Arduino TLC5940 Library controls the individual LEDs - "Pixels"
int ledCount = 96; //change "PIXEL" count in matrix...also number of IR sensor inputs
int thresh = 10; //value for usable distance reading from IR
int i;
int x;
// main structures to hold LED Pixel array on/off state, IR reciever readings
byte dsply_state[ledCount]; //pixel on-off grid, need for tlc5940 - tlc.set(dsply_state[x], 4000) ...or... tlc.set(dsply_state[x], 0)
uint_16 recv_state[ledCount]; // IR Readings - FROM mux set-up
// Master IR -mux sensor pins for Arduino Pro MINI
#define M_S0 2
#define M_S1 4
#define M_S2 5
// Slave IR mux sensor pins
#define S_S0 6
#define S_S1 7
#define S_S2 8
#define S_S3 12
// ANALOG PIN :
#define InputFromMux A0
void setup() {
//Serial.begin(9600);
//tlc5940 library
Tlc.init(0);
// CONFIGURE ADDRESS PINS
pinMode(M_S0, OUTPUT);
pinMode(M_S1, OUTPUT);
pinMode(M_S2, OUTPUT);
pinMode(S_S0, OUTPUT);
pinMode(S_S1, OUTPUT);
pinMode(S_S2, OUTPUT);
pinMode(S_S3, OUTPUT);
pinMode(InputFromMux, INPUT);
}
void loop() {
/ // LOOP THROUGH ALL THE ADDRESSES OF THE MASTER and SLAVES. Needs help
for (int i = 0; i < ledCount; i++) {
digitalWrite(M_S2, i & 0b1000000);
digitalWrite(M_S1, i & 0b0100000);
digitalWrite(M_S0, i & 0b0010000);
digitalWrite(S_S3, i & 0b0001000);
digitalWrite(S_S2, i & 0b0000100);
digitalWrite(S_S1, i & 0b0000010);
digitalWrite(S_S0, i & 0b0000001);
delay(2);
//need lotsa help here getting to each of the individual pixel readings
//edited as per @Gerben. I think....
//get an individual reading from IR receiver/opAmp mux, store it in a variable??
int IRstate = analogRead(InputFromMux);
//populate receiving array with a reading
recv_state[i] = IRstate;
//populate display array for tlc5940 to push out
dsply_state[x] = recv_state[i];
//run through display state array to check if the stored reading is greater than a threshold number
//if yes, then turn on the "pixel". If not, set it to zero
for (int x = 0; x <= dsply_state.length; x++)
if (dsply_state[x] >= thresh ) {
Tlc.set(dsply_state[x], 4000);
//or reading from mux is zero
} else if (dsply_state[x] < thresh) {
Tlc.set(dsply_state[x], 0);
}
//tlc5940 library - update clocks the chips
Tlc.update();
delay(10);
} //end For Loop
}//endMainLoop
#include <Tlc5940.h> //Arduino TLC5940 Library controls the individual LEDs - "Pixels"
int ledCount = 96; //change LED "PIXEL" count in matrix...also number of IR sensor inputs
int thresh = 10; //value for usable distance reading from IR
// main structures to hold LED Pixel array on/off state, IR reciever readings
byte dsply_state[ledCount]; //pixel on-off grid, need for tlc5940
uint_16 recv_state[ledCount]; // IR Readings - FROM mux set-up
// Master IR -mux sensor pins for Arduino Pro MINI
#define M_S0 2
#define M_S1 4
#define M_S2 5
// Slave IR mux sensor pins
#define S_S0 6
#define S_S1 7
#define S_S2 8
#define S_S3 12
// ANALOG PIN :
#define InputFromMux A0
void setup() {
//Serial.begin(9600);
//tlc5940 Arduino library
Tlc.init(0);
// CONFIGURE ADDRESS PINS
pinMode(M_S0, OUTPUT);
pinMode(M_S1, OUTPUT);
pinMode(M_S2, OUTPUT);
pinMode(S_S0, OUTPUT);
pinMode(S_S1, OUTPUT);
pinMode(S_S2, OUTPUT);
pinMode(S_S3, OUTPUT);
pinMode(InputFromMux, INPUT);
}
void loop() {
// LOOP THROUGH ALL THE ADDRESSES OF THE MASTER and SLAVES.
for (int i = 0; i < ledCount; i++) {
digitalWrite(M_S2, i & 0b1000000);
digitalWrite(M_S1, i & 0b0100000);
digitalWrite(M_S0, i & 0b0010000);
digitalWrite(S_S3, i & 0b0001000);
digitalWrite(S_S2, i & 0b0000100);
digitalWrite(S_S1, i & 0b0000010);
digitalWrite(S_S0, i & 0b0000001);
delay(2);
//edited as per @Gerben. thanks so much
//get an individual sensor reading from IR receiver/opAmp mux, store it in a variable
int IRstate = analogRead(InputFromMux);
//populate receiving array with a reading
recv_state[i] = IRstate;
//populate display array for tlc5940 to push out
dsply_state[i] = recv_state[i];
} //end for(i...) loop
//run through display state array to check if the stored reading is greater than a threshold number
//if yes, then turn on the "pixel". If not, set it to zero
//
for (int x = 0; x < ledCount; x++)
if (dsply_state[x] >= thresh ) {
Tlc.set(dsply_state[x], 4000);
//or if reading from mux is zero
} else if (dsply_state[x] < thresh) {
Tlc.set(dsply_state[x], 0);
}
//tlc5940 Arduino library - update clocks the chips
// move update(); outside the for(x...) loop for speed?
Tlc.update();
delay(10);
} //end For(x..) Loop
}//endMainLoop
#include <Tlc5940.h> //Arduino TLC5940 Library controls the individual LEDs - "Pixels"
int ledCount = 96; //change "PIXEL" count in matrix...also number of IR sensor inputs
int thresh = 10; //value for usable distance reading from IR
int i;
int x;
// main structures to hold LED Pixel array on/off state, IR reciever readings
byte dsply_state[ledCount]; //pixel on-off grid, need for tlc5940 - tlc.set(dsply_state[x], 4000) ...or... tlc.set(dsply_state[x], 0)
uint_16 recv_state[ledCount]; // IR Readings - FROM mux set-up
// Master IR -mux sensor pins for Arduino Pro MINI
#define M_S0 2
#define M_S1 4
#define M_S2 5
// Slave IR mux sensor pins
#define S_S0 6
#define S_S1 7
#define S_S2 8
#define S_S3 12
// ANALOG PIN :
#define InputFromMux A0
void setup() {
//Serial.begin(9600);
//tlc5940 library
Tlc.init(0);
// CONFIGURE ADDRESS PINS
pinMode(M_S0, OUTPUT);
pinMode(M_S1, OUTPUT);
pinMode(M_S2, OUTPUT);
pinMode(S_S0, OUTPUT);
pinMode(S_S1, OUTPUT);
pinMode(S_S2, OUTPUT);
pinMode(S_S3, OUTPUT);
pinMode(InputFromMux, INPUT);
}
void loop() {
/ // LOOP THROUGH ALL THE ADDRESSES OF THE MASTER and SLAVES. Needs help
for (int i = 0; i < ledCount; i++) {
digitalWrite(M_S2, i & 0b1000000);
digitalWrite(M_S1, i & 0b1000000b0100000);
digitalWrite(M_S0, i & 0b0100000b0010000);
digitalWrite(S_S3, i & 0b0010000b0001000);
digitalWrite(S_S2, i & 0b0001000b0000100);
digitalWrite(S_S1, i & 0b0000100b0000010);
digitalWrite(S_S0, i & 0b0000010b0000001);
delay(2);
//need lotsa help here getting to each of the individual pixel readings
//edited as per @Gerben. I think....
//get an individual reading from IR receiver/opAmp mux, store it in a variable?? //should this be INSIDE the for loop that pushes the readings into recv_state?
int IRstate = analogRead(InputFromMux);
//push individual readings into recv_state array. Maybe different code?
for (int x=0; x<= ledCount; x++){
//populate receiving array with a reading
IRstaterecv_state[i] = recv_state[x];IRstate;
//populate display array for tlc5940 to push out
recv_state[x]dsply_state[x] = dsply_state[x];recv_state[i];
} //endFirstForLoop
//run through display state array to check if the stored reading is greater than a threshold number
//if yes, then turn on the "pixel". If not, set it to zero
for (int x = 0; x <= dsply_state.length; x++)
if (dsply_state[x] >= thresh ) {
Tlc.set(dsply_state[x], 4000);
//or reading from mux is zero
} else if (dsply_state[x] < thresh) {
Tlc.set(dsply_state[x], 0);
}
//tlc5940 library - update clocks the chips
Tlc.update();
delay(10);
} //end For Loop
}//endMainLoop
#include <Tlc5940.h>
int ledCount = 96; //change "PIXEL" count in matrix...also number of IR sensor inputs
int thresh = 10; //value for usable distance reading from IR
// main structures to hold LED Pixel array on/off state, IR reciever readings
byte dsply_state[ledCount]; //pixel on-off grid, need for tlc5940 - tlc.set(dsply_state[x], 4000) ...or... tlc.set(dsply_state[x], 0)
uint_16 recv_state[ledCount]; // IR Readings - FROM mux set-up
// Master IR -mux sensor pins for Arduino Pro MINI
#define M_S0 2
#define M_S1 4
#define M_S2 5
// Slave IR mux sensor pins
#define S_S0 6
#define S_S1 7
#define S_S2 8
#define S_S3 12
// ANALOG PIN :
#define InputFromMux A0
void setup() {
//Serial.begin(9600);
//tlc5940 library
Tlc.init(0);
// CONFIGURE ADDRESS PINS
pinMode(M_S0, OUTPUT);
pinMode(M_S1, OUTPUT);
pinMode(M_S2, OUTPUT);
pinMode(S_S0, OUTPUT);
pinMode(S_S1, OUTPUT);
pinMode(S_S2, OUTPUT);
pinMode(S_S3, OUTPUT);
pinMode(InputFromMux, INPUT);
}
void loop() {
/ // LOOP THROUGH ALL THE ADDRESSES OF THE MASTER and SLAVES. Needs help
for (int i = 0; i < ledCount; i++) {
digitalWrite(M_S2, i & 0b1000000);
digitalWrite(M_S1, i & 0b100000);
digitalWrite(M_S0, i & 0b010000);
digitalWrite(S_S3, i & 0b001000);
digitalWrite(S_S2, i & 0b000100);
digitalWrite(S_S1, i & 0b000010);
digitalWrite(S_S0, i & 0b000001);
delay(2);
//need lotsa help here getting to each of the individual pixel readings
//get an individual reading from IR receiver/opAmp mux, store it in a variable?? //should this be INSIDE the for loop that pushes the readings into recv_state?
int IRstate = analogRead(InputFromMux);
//push individual readings into recv_state array. Maybe different code?
for (int x=0; x<= ledCount; x++){
//populate receiving array with a reading
IRstate = recv_state[x];
//populate display array for tlc5940 to push out
recv_state[x] = dsply_state[x];
} //endFirstForLoop
//run through display state array to check if the stored reading is greater than a threshold number
//if yes, then turn on the "pixel". If not, set it to zero
for (int x = 0; x <= dsply_state.length; x++)
if (dsply_state[x] >= thresh ) {
Tlc.set(dsply_state[x], 4000);
//or reading from mux is zero
} else if (dsply_state[x] < thresh) {
Tlc.set(dsply_state[x], 0);
}
//tlc5940 library - update clocks the chips
Tlc.update();
delay(10);
} //end For Loop
}//endMainLoop
#include <Tlc5940.h> //Arduino TLC5940 Library controls the individual LEDs - "Pixels"
int ledCount = 96; //change "PIXEL" count in matrix...also number of IR sensor inputs
int thresh = 10; //value for usable distance reading from IR
int i;
int x;
// main structures to hold LED Pixel array on/off state, IR reciever readings
byte dsply_state[ledCount]; //pixel on-off grid, need for tlc5940 - tlc.set(dsply_state[x], 4000) ...or... tlc.set(dsply_state[x], 0)
uint_16 recv_state[ledCount]; // IR Readings - FROM mux set-up
// Master IR -mux sensor pins for Arduino Pro MINI
#define M_S0 2
#define M_S1 4
#define M_S2 5
// Slave IR mux sensor pins
#define S_S0 6
#define S_S1 7
#define S_S2 8
#define S_S3 12
// ANALOG PIN :
#define InputFromMux A0
void setup() {
//Serial.begin(9600);
//tlc5940 library
Tlc.init(0);
// CONFIGURE ADDRESS PINS
pinMode(M_S0, OUTPUT);
pinMode(M_S1, OUTPUT);
pinMode(M_S2, OUTPUT);
pinMode(S_S0, OUTPUT);
pinMode(S_S1, OUTPUT);
pinMode(S_S2, OUTPUT);
pinMode(S_S3, OUTPUT);
pinMode(InputFromMux, INPUT);
}
void loop() {
/ // LOOP THROUGH ALL THE ADDRESSES OF THE MASTER and SLAVES. Needs help
for (int i = 0; i < ledCount; i++) {
digitalWrite(M_S2, i & 0b1000000);
digitalWrite(M_S1, i & 0b0100000);
digitalWrite(M_S0, i & 0b0010000);
digitalWrite(S_S3, i & 0b0001000);
digitalWrite(S_S2, i & 0b0000100);
digitalWrite(S_S1, i & 0b0000010);
digitalWrite(S_S0, i & 0b0000001);
delay(2);
//need lotsa help here getting to each of the individual pixel readings
//edited as per @Gerben. I think....
//get an individual reading from IR receiver/opAmp mux, store it in a variable??
int IRstate = analogRead(InputFromMux);
//populate receiving array with a reading
recv_state[i] = IRstate;
//populate display array for tlc5940 to push out
dsply_state[x] = recv_state[i];
//run through display state array to check if the stored reading is greater than a threshold number
//if yes, then turn on the "pixel". If not, set it to zero
for (int x = 0; x <= dsply_state.length; x++)
if (dsply_state[x] >= thresh ) {
Tlc.set(dsply_state[x], 4000);
//or reading from mux is zero
} else if (dsply_state[x] < thresh) {
Tlc.set(dsply_state[x], 0);
}
//tlc5940 library - update clocks the chips
Tlc.update();
delay(10);
} //end For Loop
}//endMainLoop
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