/****************************************************************************************
/* The Relation types that can be used in an Orchestra calculator file.
/* (This file was automatically generated from the source code.)
/*
/* Relations have the following format: 
/* @Rel[1]: A	 B	 function	 C
/*
/****************************************************************************************
@Rel[1]: A	B	2	C	Results in:	A = A * Math.pow(10.0,  0.51* C*C*  ((Math.sqrt(B) / (Math.sqrt(B)+1))-(0.2 * B))    );
@Rel[1]: A	B	+	C	Results in:	A += B;
@Rel[1]: A	B	=+	C	Results in:	A  = B+C;
@Rel[1]: A	B	++	C	Results in:	A += B+C;
@Rel[1]: A	B	*+	C	Results in:	A *= B+C;
@Rel[1]: A	B	-+	C	Results in:	A -= B+C;
@Rel[1]: A	B	/+	C	Results in:	A /= B+C;
@Rel[1]: A	B	-	C	Results in:	A -= B;
@Rel[1]: A	B	=-	C	Results in:	A  = B-C;
@Rel[1]: A	B	+-	C	Results in:	A += B-C;
@Rel[1]: A	B	*-	C	Results in:	A *= B-C;
@Rel[1]: A	B	--	C	Results in:	A -= B-C;
@Rel[1]: A	B	/-	C	Results in:	A /= B-C;
@Rel[1]: A	B	/	C	Results in:	A /= B;
@Rel[1]: A	B	=/	C	Results in:	A  = B/C;
@Rel[1]: A	B	+/	C	Results in:	A += B/C;
@Rel[1]: A	B	*/	C	Results in:	A *= B/C;
@Rel[1]: A	B	-/	C	Results in:	A -= B/C;
@Rel[1]: A	B	/	C	Results in:	A /= B/C;
@Rel[1]: A	B	*	C	Results in:	A *= B;
@Rel[1]: A	B	=*	C	Results in:	A  = B*C;
@Rel[1]: A	B	+*	C	Results in:	A += B*C;
@Rel[1]: A	B	**	C	Results in:	A *= B*C;
@Rel[1]: A	B	-*	C	Results in:	A -= B*C;
@Rel[1]: A	B	/*	C	Results in:	A /= B*C;
@Rel[1]: A	B	=log	C	Results in:	A  = (Math.log(B)/2.302585093)*C;
@Rel[1]: A	B	+log	C	Results in:	A += (Math.log(B)/2.302585093)*C;
@Rel[1]: A	B	*log	C	Results in:	A *= (Math.log(B)/2.302585093)*C;
@Rel[1]: A	B	-log	C	Results in:	A -= (Math.log(B)/2.302585093)*C;
@Rel[1]: A	B	/log	C	Results in:	A /= (Math.log(B)/2.302585093)*C;
@Rel[1]: A	B	=^	C	Results in:	A  = Math.pow(B,C);
@Rel[1]: A	B	+^	C	Results in:	A += Math.pow(B,C);
@Rel[1]: A	B	*^	C	Results in:	A *= Math.pow(B,C);
@Rel[1]: A	B	-^	C	Results in:	A -= Math.pow(B,C);
@Rel[1]: A	B	/^	C	Results in:	A /= Math.pow(B,C);
@Rel[1]: A	B	=10^	C	Results in:	A  =     Math.pow(10,C);
@Rel[1]: A	B	+10^	C	Results in:	A  = B+Math.pow(10,C);
@Rel[1]: A	B	*10^	C	Results in:	A  = B*Math.pow(10,C);
@Rel[1]: A	B	-10^	C	Results in:	A  = B-Math.pow(10,C);
@Rel[1]: A	B	/10^	C	Results in:	A  = B/Math.pow(10,C);
@Rel[1]: A	B	3	C	Results in:	A  = -(Math.log(B)/F_RT);
@Rel[1]: A	B	boltz	C	Results in:	A  = Math.exp(-B*F_RT);
@Rel[1]: A	B	lt0	C	Results in:	if (C < 0){A+=B;}
@Rel[1]: A	B	le0	C	Results in:	if (C <=0 ){A+=B;}
@Rel[1]: A	B	gt0	C	Results in:	if (C >0  ){A+=B;}
@Rel[1]: A	B	ge0	C	Results in:	if (C >=0 ){A+=B;}
@Rel[1]: A	B	lt0x	C	Results in:	if (C < 0){A*=B;}
@Rel[1]: A	B	le0x	C	Results in:	if (C <=0 ){A*=B;}
@Rel[1]: A	B	gt0x	C	Results in:	if (C >0  ){A*=B;}
@Rel[1]: A	B	ge0x	C	Results in:	if (C >=0 ){A*=B;}
@Rel[1]: A	B	7	C	Results in:	A =  -0.0587 * Math.sqrt( A * (Math.exp(-C * B *F_RT)-1)+ A* (Math.exp( C*B*F_RT)-1));if (B < 0){A = - A ;}
@Rel[1]: A	B	=	C	Results in:	A = B;
@Rel[1]: A	B	+/-	C	Results in:	A = -B*C;
@Rel[1]: A	B	pow	C	Results in:	A = Math.pow(C,B);
@Rel[1]: A	B	null	C	Results in:	;