//Multi PWM handler
#include <Arduino.h>
#include <TimerOne.h>

#define MAX_LED 9

unsigned char PWMcounter = 0;
unsigned char PWM1 = 50;
unsigned char tmp_i;

struct led {
    unsigned char   pin;
    unsigned char   PWMlevel;
    bool    status;
    bool    last_status;
};

led leds[MAX_LED] = {   {.pin=2, .PWMlevel=5},
                        {.pin=3, .PWMlevel=10},
                        {.pin=4, .PWMlevel=15},
                        {.pin=5, .PWMlevel=20},
                        {.pin=6, .PWMlevel=25},
                        {.pin=7, .PWMlevel=30},
                        {.pin=8, .PWMlevel=35},
                        {.pin=9, .PWMlevel=40},
                        {.pin=10, .PWMlevel=45}};


void multiPWMhandler () {
    PWMcounter++;
    if (PWMcounter>50) PWMcounter = 0;
    for (tmp_i=0; tmp_i<MAX_LED; tmp_i++) {
        leds[tmp_i].status = PWMcounter < leds[tmp_i].PWMlevel;
        if (leds[tmp_i].status != leds[tmp_i].last_status) {
            leds[tmp_i].last_status = leds[tmp_i].status;
            digitalWrite(leds[tmp_i].pin,leds[tmp_i].status);
        }
/*      if (PWMcounter < leds[tmp_i].PWMlevel) digitalWrite(leds[tmp_i].pin,HIGH);
        else digitalWrite(leds[tmp_i].pin,LOW); */
    }

}

void setup() {
    for (tmp_i=0; tmp_i<MAX_LED; tmp_i++) {
        pinMode(leds[tmp_i].pin, OUTPUT);
        leds[tmp_i].status = false;
        leds[tmp_i].last_status = true;
    }
    Timer1.initialize(100); // Run every 0.00001 seconds    10Khz
    Timer1.attachInterrupt(multiPWMhandler);

}

void loop() {

}

RAW Paste Data
#include <Arduino.h>
#include <TimerOne.h>

#define MAX_LED 9

unsigned char PWMcounter = 0;
unsigned char PWM1 = 50;
unsigned char tmp_i;

struct led {
	unsigned char	pin;
	unsigned char	PWMlevel;
	bool	status;
	bool	last_status;
};

led leds[MAX_LED] = { 	{.pin=2, .PWMlevel=5},
						{.pin=3, .PWMlevel=10},
						{.pin=4, .PWMlevel=15},
						{.pin=5, .PWMlevel=20},
						{.pin=6, .PWMlevel=25},
						{.pin=7, .PWMlevel=30},
						{.pin=8, .PWMlevel=35},
						{.pin=9, .PWMlevel=40},
						{.pin=10, .PWMlevel=45}};


void multiPWMhandler () {
	PWMcounter++;
	if (PWMcounter>50) PWMcounter = 0;
	for (tmp_i=0; tmp_i<MAX_LED; tmp_i++) {
		leds[tmp_i].status = PWMcounter < leds[tmp_i].PWMlevel;
		if (leds[tmp_i].status != leds[tmp_i].last_status) {
			leds[tmp_i].last_status = leds[tmp_i].status;
			digitalWrite(leds[tmp_i].pin,leds[tmp_i].status);
		}
/*		if (PWMcounter < leds[tmp_i].PWMlevel) digitalWrite(leds[tmp_i].pin,HIGH);
		else digitalWrite(leds[tmp_i].pin,LOW); */
	}

}

void setup() {
	for (tmp_i=0; tmp_i<MAX_LED; tmp_i++) {
		pinMode(leds[tmp_i].pin, OUTPUT);
		leds[tmp_i].status = false;
		leds[tmp_i].last_status = true;
	}
	Timer1.initialize(100); // Run every 0.00001 seconds	10Khz
	Timer1.attachInterrupt(multiPWMhandler);

}

void loop() {

}

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