BUILDERS.ino

//  LIGHT DELTA


/////////////////////////////////////////////////////////////////////////////////////////////
void osm_MASTER_BUILDER
(volatile byte MMAselect,  volatile byte mmAxis,  int AccelCounter, int Accel865xSensitivity,
 volatile byte PrimeA, volatile int ColorTimeA, volatile int BlankTimeA,  volatile int Val1A, volatile int Val2A, volatile boolean VPA,  
 volatile byte PrimeB, volatile int ColorTimeB, volatile int BlankTimeB,  volatile int Val1B, volatile int Val2B, volatile boolean VPB)
{
	
	
	if (JUSTONCE)
	{// if JUSTONCE	
		Debouncer = 0;
		PMMAselect = MMAselect;
		PmmAxis = mmAxis;
		PAccelCounterDebouncer = AccelCounter*10;
		PAccelSensitivity = Accel865xSensitivity;	
		PrimeType[0] = PrimeA;
		PrimeType[1] = PrimeB;
		ColorTime[0] = ColorTimeA;
		ColorTime[1] = ColorTimeB;
		BlankTime[0] = BlankTimeA;
		BlankTime[1] = BlankTimeB;
		Val1[0] = Val1A;
		Val1[1] = Val1B;
		Val2[0] = Val2A;
		Val2[1] = Val2B;
		Preview[0]= VPA;
		Preview[1]= VPB;
	
		AUTOCHANGE=UserBPM[(CurrentUserBundle*2)];
		BPM_Selector = UserBPM[((CurrentUserBundle*2)+1)];
		FloatResult = BPM_Bars(BPM_Selector,2);
		BPM_Factor = FloatResult;
		SetSelection(PMMAselect,PmmAxis,PrimeType[0],PrimeType[1]);

	}// fi JUSTONCE
	
	
	ToBorNotToB = 1;
	JustOnceModeSet();
	while ((STATE == 1)  && (GLOBALCHANGE) && (ToBorNotToB) )// Modes
	{// while STATE 1
		ToBorNotToB = 1;
		PRIMER(PrimeType[VARIATION]);
		PushYed();
	}// elihw STATE 1
	
	

	if (STATE == 2)
	{// IF STATE 2
		SetSelection(MMAselect,mmAxis,PrimeA,PrimeB);
	}// FI STATE 2
	
	
	
	ToBorNotToB = 1;
	while ( (STATE == 2) && (GLOBALCHANGE) )// Color Change
	{// state 2
		PRIMERCOLOR(PrimeType[VARIATION]);
		PushYcolors();
	}// state 2
	

}
//////////////////////////////////////////////////////////////////////////////////////////////



//////////////////////////////////////////////////////////////////////////////////////////////
void SetSelection(volatile byte MMAselect,  volatile byte mmAxis, volatile byte PrimeA, volatile byte PrimeB)
{
	#if defined(VISUAL)
	if (!ONEMODE)
	{// if !ONEMODE
		
		Serial.println();Serial.println();
		
		PrintThis(0,0,85,1);//byte PrintSpace, byte PrintEqual, byte PrintAsterisch, boolean LineEnd);
		Serial.print(F("> Mode# "));
		Serial.print(Mode);
		
		if (STATE != 2)
		{// if STATE !=2
			Serial.print(F(" , ("));
			PrintAccel(MMAselect);// NO ACCELEROMTER / TILT / SHAKE
			if (MMAselect == 1) { PrintAxis(mmAxis);  Serial.print(F(" Axis")); }
			if (MMAselect>0)  { Serial.print(F(" ) , from: "));}	
			
			SetModeExtras(0,0,PrimeType[0]); // (byte LNstart, byte LNend, byte Message)
			Serial.print(F(" (")); Serial.print(ColorTime[0]);Serial.print(F(","));Serial.print(BlankTime[0]);Serial.print(F(")"));
			if (MMAselect>0)
			{
				Serial.print(F(" to ")); SetModeExtras(0,0,PrimeType[1]);
				Serial.print(F(" (")); Serial.print(ColorTime[1]);Serial.print(F(","));Serial.print(BlankTime[1]);Serial.print(F(")"));
				{Serial.println();}
					
			}
			else {Serial.println();}
			PrintThis(0,0,85,1);//byte PrintSpace, byte PrintEqual, byte PrintAsterisch, boolean LineEnd);	
		}// fi STATE !=2
	}// if !ONEMODE	
		

		if (STATE == 2)
		{// IF STATE 2 
			Serial.print(F(" , EDIT COLORS OF PRIME "));
			if (VARIATION == 0)
			{// if VARIATION 0
				Serial.print(F("A / "));
				SetModeExtras(0,0,PrimeType[0]); // (byte LNstart, byte LNend, byte Message)
				Serial.print(F(" (")); Serial.print(ColorTime[0]);Serial.print(F(","));Serial.print(BlankTime[0]);Serial.print(F(")"));Serial.println();
			}// fi VARIATION 0
				if (VARIATION == 1)
			{// if VARIATION 1
				Serial.print(F("B / "));
				SetModeExtras(0,0,PrimeType[1]); // (byte LNstart, byte LNend, byte Message)
				Serial.print(F(" (")); Serial.print(ColorTime[1]);Serial.print(F(","));Serial.print(BlankTime[1]);Serial.print(F(")"));Serial.println();
			}// fi VARIATION 1
	
		}// FI STATE 2	  
		  
	
    #endif
}// DIOV SETSELECTION