/*
* This file is part of rasdaman community.
*
* Rasdaman community is free software: you can redistribute it and/or modify
* it under the terms of the GNU General Public License as published by
* the Free Software Foundation, either version 3 of the License, or
* (at your option) any later version.
*
* Rasdaman community is distributed in the hope that it will be useful,
* but WITHOUT ANY WARRANTY; without even the implied warranty of
* MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the
* GNU General Public License for more details.
*
* You should have received a copy of the GNU General Public License
* along with rasdaman community.  If not, see <http://www.gnu.org/licenses/>.
*
* Copyright 2003, 2004, 2005, 2006, 2007, 2008, 2009 Peter Baumann /
rasdaman GmbH.
*
* For more information please see <http://www.rasdaman.org>
* or contact Peter Baumann via <baumann@rasdaman.com>.
/
/*************************************************************
 *
 * 
 *
 *
 * COMMENTS:	Automaticaly generated
 *
 ************************************************************/


#include <cmath>
#include <cerrno>


OpABSCDouble::OpABSCDouble(
	const BaseType* newResType,
	const BaseType* newOpType,
	unsigned int newResOff,
	unsigned int newOpOff)
	: UnaryOp(newResType, newOpType, newResOff, newOpOff) {}


void OpABSCDouble::operator()(char* res, const char* op) {
	double convOp;
	double convRes;
	errno = 0; 
	convRes = fabs(*(opType->convertToCDouble(op + opOff, &convOp)));
	if(errno) {
		if(errno == EDOM) throw 510;
		if(errno == ERANGE) throw 511;
	}
	resType->makeFromCDouble(res + resOff, &convRes);
}

OpSQRTCDouble::OpSQRTCDouble(
	const BaseType* newResType,
	const BaseType* newOpType,
	unsigned int newResOff,
	unsigned int newOpOff)
	: UnaryOp(newResType, newOpType, newResOff, newOpOff) {}


void OpSQRTCDouble::operator()(char* res, const char* op) {
	double convOp;
	double convRes;
	errno = 0; 
	convRes = sqrt(*(opType->convertToCDouble(op + opOff, &convOp)));
	if(errno) {
		if(errno == EDOM) throw 510;
		if(errno == ERANGE) throw 511;
	}
	resType->makeFromCDouble(res + resOff, &convRes);
}

OpEXPCDouble::OpEXPCDouble(
	const BaseType* newResType,
	const BaseType* newOpType,
	unsigned int newResOff,
	unsigned int newOpOff)
	: UnaryOp(newResType, newOpType, newResOff, newOpOff) {}


void OpEXPCDouble::operator()(char* res, const char* op) {
	double convOp;
	double convRes;
	errno = 0; 
	convRes = exp(*(opType->convertToCDouble(op + opOff, &convOp)));
	if(errno) {
		if(errno == EDOM) throw 510;
		if(errno == ERANGE) throw 511;
	}
	resType->makeFromCDouble(res + resOff, &convRes);
}

OpLOGCDouble::OpLOGCDouble(
	const BaseType* newResType,
	const BaseType* newOpType,
	unsigned int newResOff,
	unsigned int newOpOff)
	: UnaryOp(newResType, newOpType, newResOff, newOpOff) {}


void OpLOGCDouble::operator()(char* res, const char* op) {
	double convOp;
	double convRes;
	errno = 0; 
	convRes = log10(*(opType->convertToCDouble(op + opOff, &convOp)));
	if(errno) {
		if(errno == EDOM) throw 510;
		if(errno == ERANGE) throw 511;
	}
	resType->makeFromCDouble(res + resOff, &convRes);
}

OpLNCDouble::OpLNCDouble(
	const BaseType* newResType,
	const BaseType* newOpType,
	unsigned int newResOff,
	unsigned int newOpOff)
	: UnaryOp(newResType, newOpType, newResOff, newOpOff) {}


void OpLNCDouble::operator()(char* res, const char* op) {
	double convOp;
	double convRes;
	errno = 0; 
	convRes = log(*(opType->convertToCDouble(op + opOff, &convOp)));
	if(errno) {
		if(errno == EDOM) throw 510;
		if(errno == ERANGE) throw 511;
	}
	resType->makeFromCDouble(res + resOff, &convRes);
}

OpSINCDouble::OpSINCDouble(
	const BaseType* newResType,
	const BaseType* newOpType,
	unsigned int newResOff,
	unsigned int newOpOff)
	: UnaryOp(newResType, newOpType, newResOff, newOpOff) {}


void OpSINCDouble::operator()(char* res, const char* op) {
	double convOp;
	double convRes;
	errno = 0; 
	convRes = sin(*(opType->convertToCDouble(op + opOff, &convOp)));
	if(errno) {
		if(errno == EDOM) throw 510;
		if(errno == ERANGE) throw 511;
	}
	resType->makeFromCDouble(res + resOff, &convRes);
}

OpCOSCDouble::OpCOSCDouble(
	const BaseType* newResType,
	const BaseType* newOpType,
	unsigned int newResOff,
	unsigned int newOpOff)
	: UnaryOp(newResType, newOpType, newResOff, newOpOff) {}


void OpCOSCDouble::operator()(char* res, const char* op) {
	double convOp;
	double convRes;
	errno = 0; 
	convRes = cos(*(opType->convertToCDouble(op + opOff, &convOp)));
	if(errno) {
		if(errno == EDOM) throw 510;
		if(errno == ERANGE) throw 511;
	}
	resType->makeFromCDouble(res + resOff, &convRes);
}

OpTANCDouble::OpTANCDouble(
	const BaseType* newResType,
	const BaseType* newOpType,
	unsigned int newResOff,
	unsigned int newOpOff)
	: UnaryOp(newResType, newOpType, newResOff, newOpOff) {}


void OpTANCDouble::operator()(char* res, const char* op) {
	double convOp;
	double convRes;
	errno = 0; 
	convRes = tan(*(opType->convertToCDouble(op + opOff, &convOp)));
	if(errno) {
		if(errno == EDOM) throw 510;
		if(errno == ERANGE) throw 511;
	}
	resType->makeFromCDouble(res + resOff, &convRes);
}

OpSINHCDouble::OpSINHCDouble(
	const BaseType* newResType,
	const BaseType* newOpType,
	unsigned int newResOff,
	unsigned int newOpOff)
	: UnaryOp(newResType, newOpType, newResOff, newOpOff) {}


void OpSINHCDouble::operator()(char* res, const char* op) {
	double convOp;
	double convRes;
	errno = 0; 
	convRes = sin(*(opType->convertToCDouble(op + opOff, &convOp)));
	if(errno) {
		if(errno == EDOM) throw 510;
		if(errno == ERANGE) throw 511;
	}
	resType->makeFromCDouble(res + resOff, &convRes);
}

OpCOSHCDouble::OpCOSHCDouble(
	const BaseType* newResType,
	const BaseType* newOpType,
	unsigned int newResOff,
	unsigned int newOpOff)
	: UnaryOp(newResType, newOpType, newResOff, newOpOff) {}


void OpCOSHCDouble::operator()(char* res, const char* op) {
	double convOp;
	double convRes;
	errno = 0; 
	convRes = cos(*(opType->convertToCDouble(op + opOff, &convOp)));
	if(errno) {
		if(errno == EDOM) throw 510;
		if(errno == ERANGE) throw 511;
	}
	resType->makeFromCDouble(res + resOff, &convRes);
}

OpTANHCDouble::OpTANHCDouble(
	const BaseType* newResType,
	const BaseType* newOpType,
	unsigned int newResOff,
	unsigned int newOpOff)
	: UnaryOp(newResType, newOpType, newResOff, newOpOff) {}


void OpTANHCDouble::operator()(char* res, const char* op) {
	double convOp;
	double convRes;
	errno = 0; 
	convRes = tan(*(opType->convertToCDouble(op + opOff, &convOp)));
	if(errno) {
		if(errno == EDOM) throw 510;
		if(errno == ERANGE) throw 511;
	}
	resType->makeFromCDouble(res + resOff, &convRes);
}

OpARCSINCDouble::OpARCSINCDouble(
	const BaseType* newResType,
	const BaseType* newOpType,
	unsigned int newResOff,
	unsigned int newOpOff)
	: UnaryOp(newResType, newOpType, newResOff, newOpOff) {}


void OpARCSINCDouble::operator()(char* res, const char* op) {
	double convOp;
	double convRes;
	errno = 0; 
	convRes = asin(*(opType->convertToCDouble(op + opOff, &convOp)));
	if(errno) {
		if(errno == EDOM) throw 510;
		if(errno == ERANGE) throw 511;
	}
	resType->makeFromCDouble(res + resOff, &convRes);
}

OpARCCOSCDouble::OpARCCOSCDouble(
	const BaseType* newResType,
	const BaseType* newOpType,
	unsigned int newResOff,
	unsigned int newOpOff)
	: UnaryOp(newResType, newOpType, newResOff, newOpOff) {}


void OpARCCOSCDouble::operator()(char* res, const char* op) {
	double convOp;
	double convRes;
	errno = 0; 
	convRes = acos(*(opType->convertToCDouble(op + opOff, &convOp)));
	if(errno) {
		if(errno == EDOM) throw 510;
		if(errno == ERANGE) throw 511;
	}
	resType->makeFromCDouble(res + resOff, &convRes);
}

OpARCTANCDouble::OpARCTANCDouble(
	const BaseType* newResType,
	const BaseType* newOpType,
	unsigned int newResOff,
	unsigned int newOpOff)
	: UnaryOp(newResType, newOpType, newResOff, newOpOff) {}


void OpARCTANCDouble::operator()(char* res, const char* op) {
	double convOp;
	double convRes;
	errno = 0; 
	convRes = atan(*(opType->convertToCDouble(op + opOff, &convOp)));
	if(errno) {
		if(errno == EDOM) throw 510;
		if(errno == ERANGE) throw 511;
	}
	resType->makeFromCDouble(res + resOff, &convRes);
}