void setMatrixLeds()

in libs/display/leds.cpp [42:100]
43 lines of code
10 McCabe index (conditional complexity)

    void setMatrixLeds(int led, bool value) {
		if (!init) {
			
			init = true;
			
			if (!pxt::IsPulse()) {
				auto en = lookupPin(PA_9);	
				
				en->setDigitalValue(1);
				
				const uint32_t pinArray[] = { BRAINPAD_TICK_LED1 , BRAINPAD_TICK_LED2 , BRAINPAD_TICK_LED3 , BRAINPAD_TICK_LED4 , BRAINPAD_TICK_LED5 ,
									  BRAINPAD_TICK_LED6 , BRAINPAD_TICK_LED7 , BRAINPAD_TICK_LED8 , BRAINPAD_TICK_LED9 , BRAINPAD_TICK_LED10,
									  BRAINPAD_TICK_LED11, BRAINPAD_TICK_LED12, BRAINPAD_TICK_LED13, BRAINPAD_TICK_LED14, BRAINPAD_TICK_LED15, 
									  BRAINPAD_TICK_LED16, BRAINPAD_TICK_LED17, BRAINPAD_TICK_LED18, BRAINPAD_TICK_LED19, BRAINPAD_TICK_LED20,
									  BRAINPAD_TICK_LED21, BRAINPAD_TICK_LED22, BRAINPAD_TICK_LED23, BRAINPAD_TICK_LED24, BRAINPAD_TICK_LED25};
				for (int i = 0; i < 25; i++) {						
					pixel[i] = new _mbed::Pin(0, pinArray[i], PIN_CAPABILITY_DIGITAL);
				}
			}
		}
       
	   
		if (!pxt::IsPulse()) {			
			if (led < 0)
				return;
			
			if (led > 66)
				return;

			pixel[led]->setDigitalValue(value);
		}
		else {
			if (value == 0)
				return ;
			
			
			const int ledWidth =  (64 / 5);
			const int ledHeight = (64 / 5);
			
			int xSrc = (led % 5);
			int ySrc = (led / 5);
			
			int xDest = xSrc * ledWidth;
			int yDest = ySrc * ledHeight;
			
			int xStart = xDest + 34 + 1;
			int xEnd = xStart + ledWidth-1;
			
			int yStart = yDest+1;
			int yEnd = yStart + ledHeight-1;
			
			for (int y = yStart; y < yEnd; y++) {
				for (int x = xStart; x < xEnd; x++) {
					pxt::NativeSetPixelToBuffer(x, y, 1);
				}
			}
		}
	   	 	  	   
    }