diff --git a/WEGA/contrib/lcc/h/values.h b/WEGA/contrib/lcc/h/values.h
new file mode 100644
index 0000000..8836432
--- /dev/null
+++ b/WEGA/contrib/lcc/h/values.h
@@ -0,0 +1,73 @@
+#ifndef BITSPERBYTE
+/* These values work with any binary representation of integers
+ * where the high-order bit contains the sign. */
+
+/* a number used normally for size of a shift */
+#define BITSPERBYTE	8
+#define BITS(type)	(BITSPERBYTE * (int)sizeof(type))
+
+/* short, regular and long ints with only the high-order bit turned on */
+#define HIBITS	((short)(1 << BITS(short) - 1))
+#define HIBITI	(1 << BITS(int) - 1)
+#define HIBITL	(1L << BITS(long) - 1)
+
+/* largest short, regular and long int */
+#define MAXSHORT	((short)~HIBITS)
+#define MAXINT	(~HIBITI)
+#define MAXLONG	(~HIBITL)
+
+/* various values that describe the binary floating-point representation
+ * _EXPBASE	- the exponent base
+ * DMAXEXP 	- the maximum exponent of a double (as returned by frexp())
+ * FMAXEXP 	- the maximum exponent of a float  (as returned by frexp())
+ * DMINEXP 	- the minimum exponent of a double (as returned by frexp())
+ * FMINEXP 	- the minimum exponent of a float  (as returned by frexp())
+ * MAXDOUBLE	- the largest double
+			((_EXPBASE ** DMAXEXP) * (1 - (_EXPBASE ** -DSIGNIF)))
+ * MAXFLOAT	- the largest float
+			((_EXPBASE ** FMAXEXP) * (1 - (_EXPBASE ** -FSIGNIF)))
+ * MINDOUBLE	- the smallest double (_EXPBASE ** (DMINEXP - 1))
+ * MINFLOAT	- the smallest float (_EXPBASE ** (FMINEXP - 1))
+ * DSIGNIF	- the number of significant bits in a double
+ * FSIGNIF	- the number of significant bits in a float
+ * DMAXPOWTWO	- the largest power of two exactly representable as a double
+ * FMAXPOWTWO	- the largest power of two exactly representable as a float
+ * _IEEE	- 1 if IEEE standard representation is used
+ * _DEXPLEN	- the number of bits for the exponent of a double
+ * _FEXPLEN	- the number of bits for the exponent of a float
+ * _HIDDENBIT	- 1 if high-significance bit of mantissa is implicit
+ * LN_MAXDOUBLE	- the natural log of the largest double  -- log(MAXDOUBLE)
+ * LN_MINDOUBLE	- the natural log of the smallest double -- log(MINDOUBLE)
+ */
+#define MAXDOUBLE	1.79769313486231470e+308
+#define MAXFLOAT	((float)3.40282346638528860e+38)
+#define MINDOUBLE	4.94065645841246544e-324
+#define MINFLOAT	((float)1.40129846432481707e-45)
+#define	_IEEE		1
+#define _DEXPLEN	11
+#define _HIDDENBIT	1
+#define DMINEXP	(-(DMAXEXP + DSIGNIF - _HIDDENBIT - 3))
+#define FMINEXP	(-(FMAXEXP + FSIGNIF - _HIDDENBIT - 3))
+#define _LENBASE	1
+#define _EXPBASE	(1 << _LENBASE)
+#define _FEXPLEN	8
+#define DSIGNIF	(BITS(double) - _DEXPLEN + _HIDDENBIT - 1)
+#define FSIGNIF	(BITS(float)  - _FEXPLEN + _HIDDENBIT - 1)
+#define DMAXPOWTWO	9007199254740992.
+			/* 2 ** 53  -- eigentlich um einen exp zu gross */
+#define FMAXPOWTWO	((float)(1L << FSIGNIF - 1))
+#define DMAXEXP	((1 << _DEXPLEN - 1) - 1 + _IEEE)
+#define FMAXEXP	((1 << _FEXPLEN - 1) - 1 + _IEEE)
+#define LN_MAXDOUBLE	(M_LN2 * DMAXEXP)
+#define LN_MINDOUBLE	(M_LN2 * (DMINEXP - 1))
+#define H_PREC	(DSIGNIF % 2 ? (1L << DSIGNIF/2) * M_SQRT2 : 1L << DSIGNIF/2)
+#define X_EPS	(1.0/H_PREC)
+#define X_PLOSS	((double)(long)(M_PI * H_PREC))
+#define X_TLOSS	(M_PI * DMAXPOWTWO)
+#define M_LN2	0.69314718055994530942
+#define M_PI	3.14159265358979323846
+#define M_SQRT2	1.41421356237309504880
+#define MAXBEXP	DMAXEXP /* for backward compatibility */
+#define MINBEXP	DMINEXP /* for backward compatibility */
+#define MAXPOWTWO	DMAXPOWTWO /* for backward compatibility */
+#endif