implement Math_L; # javal v1.2 generated file: edit with care include "jni.m";    jni : JNI;        ClassModule,        JString,        JArray,        JArrayI,        JArrayC,        JArrayB,        JArrayS,        JArrayJ,        JArrayF,        JArrayD,        JArrayZ,        JArrayJObject,        JArrayJClass,        JArrayJString,        JClass,        JObject : import jni; #>> extra pre includes here #<< include "Math_L.m"; #>> extra post includes heremath : Math;#<< init( jni_p : JNI ){    # save java native inteface mod instance    jni = jni_p;    #>>extra initialization here	math = jni->math;    #<<} sin_D_D( p0 : real) : real{#>>	return( math->sin(p0) );}#<< cos_D_D( p0 : real) : real{#>>	return( math->cos(p0) );}#<< tan_D_D( p0 : real) : real{#>>	return( math->tan(p0) );}#<< asin_D_D( p0 : real) : real{#>>	return( math->asin(p0) );}#<< acos_D_D( p0 : real) : real{#>>	return( math->acos(p0) );}#<< atan_D_D( p0 : real) : real{#>>	return( math->atan(p0) );}#<< exp_D_D( p0 : real) : real{#>>	return( math->exp(p0) );}#<< log_D_D( p0 : real) : real{#>>	return( math->log(p0) );}#<< sqrt_D_D( p0 : real) : real{#>>	return( math->sqrt(p0) );}#<< IEEEremainder_D_D_D( p0 : real,p1 : real) : real{#>>	return( math->remainder(p0,p1) );}#<< ceil_D_D( p0 : real) : real{#>>	return( math->ceil(p0) );}#<< floor_D_D( p0 : real) : real{#>>	return( math->floor(p0) );}#<< rint_D_D( p0 : real) : real{#>>	return( math->rint(p0) );}#<< atan2_D_D_D( p0 : real,p1 : real) : real{#>>	return( math->atan2(p0,p1) );}#<< pow_D_D_D( p0 : real,p1 : real) : real{#>>	return( math->pow(p0,p1) );}#<<