/* -*- Mode: C++; tab-width: 4; indent-tabs-mode: nil; c-basic-offset: 4 -*- */
/*
* This file is part of the LibreOffice project.
*
* This Source Code Form is subject to the terms of the Mozilla Public
* License, v. 2.0. If a copy of the MPL was not distributed with this
* file, You can obtain one at http://mozilla.org/MPL/2.0/.
*
* This file incorporates work covered by the following license notice:
*
* Licensed to the Apache Software Foundation (ASF) under one or more
* contributor license agreements. See the NOTICE file distributed
* with this work for additional information regarding copyright
* ownership. The ASF licenses this file to you under the Apache
* License, Version 2.0 (the "License"); you may not use this file
* except in compliance with the License. You may obtain a copy of
* the License at http://www.apache.org/licenses/LICENSE-2.0 .
*/
#include <cmath>
#include <tools/
long .hxx>
#define SWPAGE_NO_MARGIN 0
#define SWPAGE_NARROW_VALUE 720
#define SWPAGE_MODERATE_LR 1080
#define SWPAGE_NORMAL_VALUE 1136
#define SWPAGE_WIDE_VALUE1 1440
#define SWPAGE_WIDE_VALUE2 2880
#define SWPAGE_WIDE_VALUE3 1800
#define SWPAGE_UNIT_THRESHOLD 5
namespace sw::sidebar{
bool IsNone(
const tools::
Long nPageLeftMargin,
const tools::
Long nPageRightMargin,
const tools::
Long nPageTopMargin,
const tools::
Long nPageBottomMargin,
bool bMirrored)
{
return ( std::abs(nPageLeftMargin - SWPAGE_NO_MARGIN) <= SWPAGE_UNIT_THRESHOLD &&
std::abs(nPageRightMargin - SWPAGE_NO_MARGIN ) <= SWPAGE_UNIT_THRESHOLD &&
std::abs(nPageTopMargin - SWPAGE_NO_MARGIN) <= SWPAGE_UNIT_THRESHOLD &&
std::abs(nPageBottomMargin - SWPAGE_NO_MARGIN) <= SWPAGE_UNIT_THRESHOLD &&
!bMirrored );
}
void SetNone( tools::
Long & nPageLeftMargin, tools::
Long & nPageRightMargin,
tools::
Long & nPageTopMargin, tools::
Long & nPageBottomMargin,
bool & bMirro
red)
{
nPageLeftMargin = SWPAGE_NO_MARGIN;
nPageRightMargin = SWPAGE_NO_MARGIN;
nPageTopMargin = SWPAGE_NO_MARGIN;
nPageBottomMargin = SWPAGE_NO_MARGIN;
bMirrored = false ;
}
bool IsNarrow( const tools::Long nPageLeftMargin, const tools::Long nPageRightMargin,
const tools::Long nPageTopMargin, const tools::Long nPageBottomMargin, bool bMirrored)
{
return ( std::abs(nPageLeftMargin - SWPAGE_NARROW_VALUE) <= SWPAGE_UNIT_THRESHOLD &&
std::abs(nPageRightMargin - SWPAGE_NARROW_VALUE) <= SWPAGE_UNIT_THRESHOLD &&
std::abs(nPageTopMargin - SWPAGE_NARROW_VALUE) <= SWPAGE_UNIT_THRESHOLD &&
std::abs(nPageBottomMargin - SWPAGE_NARROW_VALUE) <= SWPAGE_UNIT_THRESHOLD &&
!bMirrored );
}
void SetNarrow( tools::Long & nPageLeftMargin, tools::Long & nPageRightMargin,
tools::Long & nPageTopMargin, tools::Long & nPageBottomMargin, bool & bMirrored)
{
nPageLeftMargin = SWPAGE_NARROW_VALUE;
nPageRightMargin = SWPAGE_NARROW_VALUE;
nPageTopMargin = SWPAGE_NARROW_VALUE;
nPageBottomMargin = SWPAGE_NARROW_VALUE;
bMirrored = false ;
}
bool IsModerate( const tools::Long nPageLeftMargin, const tools::Long nPageRightMargin,
const tools::Long nPageTopMargin, const tools::Long nPageBottomMargin, bool bMirrored)
{
return ( std::abs(nPageLeftMargin - SWPAGE_MODERATE_LR) <= SWPAGE_UNIT_THRESHOLD &&
std::abs(nPageRightMargin - SWPAGE_MODERATE_LR) <= SWPAGE_UNIT_THRESHOLD &&
std::abs(nPageTopMargin - SWPAGE_WIDE_VALUE1) <= SWPAGE_UNIT_THRESHOLD &&
std::abs(nPageBottomMargin - SWPAGE_WIDE_VALUE1) <= SWPAGE_UNIT_THRESHOLD &&
!bMirrored );
}
void SetModerate( tools::Long & nPageLeftMargin, tools::Long & nPageRightMargin,
tools::Long & nPageTopMargin, tools::Long & nPageBottomMargin, bool & bMirrored)
{
nPageLeftMargin = SWPAGE_MODERATE_LR;
nPageRightMargin = SWPAGE_MODERATE_LR;
nPageTopMargin = SWPAGE_WIDE_VALUE1;
nPageBottomMargin = SWPAGE_WIDE_VALUE1;
bMirrored = false ;
}
bool IsNormal075( const tools::Long nPageLeftMargin, const tools::Long nPageRightMargin,
const tools::Long nPageTopMargin, const tools::Long nPageBottomMargin, bool bMirrored)
{
return ( std::abs(nPageLeftMargin - SWPAGE_NORMAL_VALUE) <= SWPAGE_UNIT_THRESHOLD &&
std::abs(nPageRightMargin - SWPAGE_NORMAL_VALUE) <= SWPAGE_UNIT_THRESHOLD &&
std::abs(nPageTopMargin - SWPAGE_NORMAL_VALUE) <= SWPAGE_UNIT_THRESHOLD &&
std::abs(nPageBottomMargin - SWPAGE_NORMAL_VALUE) <= SWPAGE_UNIT_THRESHOLD &&
!bMirrored );
}
void SetNormal075( tools::Long & nPageLeftMargin, tools::Long & nPageRightMargin,
tools::Long & nPageTopMargin, tools::Long & nPageBottomMargin, bool & bMirrored)
{
nPageLeftMargin = SWPAGE_NORMAL_VALUE;
nPageRightMargin = SWPAGE_NORMAL_VALUE;
nPageTopMargin = SWPAGE_NORMAL_VALUE;
nPageBottomMargin = SWPAGE_NORMAL_VALUE;
bMirrored = false ;
}
bool IsNormal100( const tools::Long nPageLeftMargin, const tools::Long nPageRightMargin,
const tools::Long nPageTopMargin, const tools::Long nPageBottomMargin, bool bMirrored)
{
return ( std::abs(nPageLeftMargin - SWPAGE_WIDE_VALUE1) <= SWPAGE_UNIT_THRESHOLD &&
std::abs(nPageRightMargin - SWPAGE_WIDE_VALUE1) <= SWPAGE_UNIT_THRESHOLD &&
std::abs(nPageTopMargin - SWPAGE_WIDE_VALUE1) <= SWPAGE_UNIT_THRESHOLD &&
std::abs(nPageBottomMargin - SWPAGE_WIDE_VALUE1) <= SWPAGE_UNIT_THRESHOLD &&
!bMirrored );
}
void SetNormal100( tools::Long & nPageLeftMargin, tools::Long & nPageRightMargin,
tools::Long & nPageTopMargin, tools::Long & nPageBottomMargin, bool & bMirrored)
{
nPageLeftMargin = SWPAGE_WIDE_VALUE1;
nPageRightMargin = SWPAGE_WIDE_VALUE1;
nPageTopMargin = SWPAGE_WIDE_VALUE1;
nPageBottomMargin = SWPAGE_WIDE_VALUE1;
bMirrored = false ;
}
bool IsNormal125( const tools::Long nPageLeftMargin, const tools::Long nPageRightMargin,
const tools::Long nPageTopMargin, const tools::Long nPageBottomMargin, bool bMirrored)
{
return ( std::abs(nPageLeftMargin - SWPAGE_WIDE_VALUE3) <= SWPAGE_UNIT_THRESHOLD &&
std::abs(nPageRightMargin - SWPAGE_WIDE_VALUE3) <= SWPAGE_UNIT_THRESHOLD &&
std::abs(nPageTopMargin - SWPAGE_WIDE_VALUE1) <= SWPAGE_UNIT_THRESHOLD &&
std::abs(nPageBottomMargin - SWPAGE_WIDE_VALUE1) <= SWPAGE_UNIT_THRESHOLD &&
!bMirrored );
}
void SetNormal125( tools::Long & nPageLeftMargin, tools::Long & nPageRightMargin,
tools::Long & nPageTopMargin, tools::Long & nPageBottomMargin, bool & bMirrored)
{
nPageLeftMargin = SWPAGE_WIDE_VALUE3;
nPageRightMargin = SWPAGE_WIDE_VALUE3;
nPageTopMargin = SWPAGE_WIDE_VALUE1;
nPageBottomMargin = SWPAGE_WIDE_VALUE1;
bMirrored = false ;
}
bool IsWide( const tools::Long nPageLeftMargin, const tools::Long nPageRightMargin,
const tools::Long nPageTopMargin, const tools::Long nPageBottomMargin, bool bMirrored)
{
return ( std::abs(nPageLeftMargin - SWPAGE_WIDE_VALUE2) <= SWPAGE_UNIT_THRESHOLD &&
std::abs(nPageRightMargin - SWPAGE_WIDE_VALUE2) <= SWPAGE_UNIT_THRESHOLD &&
std::abs(nPageTopMargin - SWPAGE_WIDE_VALUE1) <= SWPAGE_UNIT_THRESHOLD &&
std::abs(nPageBottomMargin - SWPAGE_WIDE_VALUE1) <= SWPAGE_UNIT_THRESHOLD &&
!bMirrored );
}
void SetWide( tools::Long & nPageLeftMargin, tools::Long & nPageRightMargin,
tools::Long & nPageTopMargin, tools::Long & nPageBottomMargin, bool & bMirrored)
{
nPageLeftMargin = SWPAGE_WIDE_VALUE2;
nPageRightMargin = SWPAGE_WIDE_VALUE2;
nPageTopMargin = SWPAGE_WIDE_VALUE1;
nPageBottomMargin = SWPAGE_WIDE_VALUE1;
bMirrored = false ;
}
bool IsMirrored( const tools::Long nPageLeftMargin, const tools::Long nPageRightMargin,
const tools::Long nPageTopMargin, const tools::Long nPageBottomMargin, bool bMirrored)
{
return ( std::abs(nPageLeftMargin - SWPAGE_WIDE_VALUE3) <= SWPAGE_UNIT_THRESHOLD &&
std::abs(nPageRightMargin - SWPAGE_WIDE_VALUE1) <= SWPAGE_UNIT_THRESHOLD &&
std::abs(nPageTopMargin - SWPAGE_WIDE_VALUE1) <= SWPAGE_UNIT_THRESHOLD &&
std::abs(nPageBottomMargin - SWPAGE_WIDE_VALUE1) <= SWPAGE_UNIT_THRESHOLD &&
bMirrored );
}
void SetMirrored( tools::Long & nPageLeftMargin, tools::Long & nPageRightMargin,
tools::Long & nPageTopMargin, tools::Long & nPageBottomMargin, bool & bMirrored)
{
nPageLeftMargin = SWPAGE_WIDE_VALUE3;
nPageRightMargin = SWPAGE_WIDE_VALUE1;
nPageTopMargin = SWPAGE_WIDE_VALUE1;
nPageBottomMargin = SWPAGE_WIDE_VALUE1;
bMirrored = true ;
}
}
/* vim:set shiftwidth=4 softtabstop=4 expandtab: */
Messung V0.5 C=92 H=91 G=91
¤ Dauer der Verarbeitung: 0.3 Sekunden
¤
*© Formatika GbR, Deutschland