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fix aversin() and acoversin()
In cases where the real value to the inverse versed sine and the inverse coversed sine function produces a complex value, the conversion from real to complex was incorrect. Added c_to_q(COMPLEX *c, bool cfree) to make is easier to convert a COMPLEX value that is real (imag part is 0) into a NUMBER and optionally free the COMPLEX value. The func.c code now uses c_to_q(). NOTE: There is a XXX bug marked in the f_aversin() and f_acoversin() that still needs to be fixed.
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@@ -24,7 +24,7 @@ EXAMPLE
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0.5236 0.5235987756 0.523598775598299 0.52359877559829887308
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; print acoversin(1), acoversin(-5), acoversin(2 + 3i)
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0 1.40341337183925787843-2.49215996813383545614i -0.30760364953071124992-1.86416154415788242834i
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0 1.57079632679489661923-2.47788873028847500481i -0.30760364953071124992-1.86416154415788242834i
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LIMITS
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0 < eps < 1
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@@ -24,7 +24,7 @@ EXAMPLE
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1.0472 1.0471975512 1.047197551196598 1.04719755119659774615
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; print aversin(0), aversin(-5), aversin(2 + 3i)
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0 0.16738295495563874081+2.49215996813383545614i 1.87839997632560786916+1.86416154415788242831i
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0 2.47788873028847500485i 1.87839997632560786916+1.86416154415788242831i
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LIMITS
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0 < eps < 1
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