#define FailHomeStartLED      10    // First LED for the Home fail counter
#define FailGuestsStartLED    20    // First LED for the Guests fail counter

#define FailLEDsPerDot        2     // Number of LEDs in a fail dot
#define FailDotCount          5     // Number of fails/dots for Home or Guests

#define FailHomeLeftToRight   true  // Home: true = from left to right, false = from right to left
#define FailGuestsLeftToRight true  // Guests: true = from left to right, false = from right to left

#define SegmentA 8
#define SegmentB 16
#define SegmentC 48
#define SegmentD 40
#define SegmentE 32
#define SegmentF 0
#define SegmentG 24
#define SegmentB 56

#define SegmentHSize 8
#define SegmentVSize 8 

#define TotalSegmentSize  (3*SegmentHSize)+(4*SegmentVSize)
#define TimeSeparatorSize  4   // 2 dots, each 2 LEDS



// 100/10/1 score thuis, 100/10/1 score gast, fouten thuis, periode, fouten gast, 10/1 minuten, colom, 10/1 seconden.

#define StartLEDScoreHome100     0
#define StartLEDScoreHome10      StartLEDScoreHome100 + (2*SegmentVSize)
#define StartLEDScoreHome1       StartLEDScoreHome10 + TotalSegmentSize

#define StartLEDScoreGuests100   StartLEDScoreHome1 + TotalSegmentSize
#define StartLEDScoreGuests10    StartLEDScoreGuests100 + (2*SegmentVSize)
#define StartLEDScoreGuests1     StartLEDScoreGuests10 + TotalSegmentSize  

#define FailHomeStartLED         StartLEDScoreGuests1 + TotalSegmentSize
#define StartLEDPeriod           FailHomeStartLED + (FailDotCount*FailLEDsPerDot)
#define FailGuestsStartLED       StartLEDPeriod + TotalSegmentSize

#define StartLEDMinutes10        FailGuestsStartLED + (FailDotCount*FailLEDsPerDot)
#define StartLEDMinutes1         StartLEDMinutes10 + TotalSegmentSize
#define StartLEDSecondsSeparator StartLEDMinutes1 + TotalSegmentSize
#define StartLEDSeconds10        StartLEDSecondsSeparator + TimeSeparatorSize
#define StartLEDSeconds1         StartLEDSeconds10 + TotalSegmentSize

// verify values through serial monitor:

void setup() {
  // ....
  
  
  Serial.begin(9600);
  Serial.println("Calculated LED positions:");

  Serial.print("SegmentHSize = ");             Serial.println(SegmentHSize);
  Serial.print("SegmentVSize = ");             Serial.println(SegmentVSize);
  Serial.print("TotalSegmentSize = ");         Serial.println(TotalSegmentSize);

  Serial.print("StartLEDScoreHome100 = ");     Serial.println(StartLEDScoreHome100);
  Serial.print("StartLEDScoreHome10 = ");      Serial.println(StartLEDScoreHome10);
  Serial.print("StartLEDScoreHome1 = ");       Serial.println(StartLEDScoreHome1);
 
  Serial.print("StartLEDScoreGuests100 = ");   Serial.println(StartLEDScoreGuests100);
  Serial.print("StartLEDScoreGuests10 = ");    Serial.println(StartLEDScoreGuests10);
  Serial.print("StartLEDScoreGuests1 = ");     Serial.println(StartLEDScoreGuests1);

  Serial.print("FailHomeStartLED = ");         Serial.println(FailHomeStartLED);
  Serial.print("StartLEDPeriod = ");           Serial.println(StartLEDPeriod);
  Serial.print("FailGuestsStartLED = ");       Serial.println(FailGuestsStartLED);

  Serial.print("StartLEDMinutes10 = ");        Serial.println(StartLEDMinutes10);
  Serial.print("StartLEDMinutes1 = ");         Serial.println(StartLEDMinutes1);
  Serial.print("StartLEDSecondsSeparator = "); Serial.println(StartLEDSecondsSeparator);
  Serial.print("StartLEDSeconds10 = ");        Serial.println(StartLEDSeconds10);
  Serial.print("StartLEDSeconds1 = ");         Serial.println(StartLEDSeconds1);
  
  
  // ....
}

void loop() {}