/* -*- 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 <drawingml/chart/objectformatter.hxx>
#include <com/sun/star/lang/XMultiServiceFactory.hpp>
#include <com/sun/star/util/XNumberFormatsSupplier.hpp>
#include <com/sun/star/util/XNumberFormatTypes.hpp>
#include <osl/thread.h>
#include <osl/diagnose.h>
#include <rtl/strbuf.hxx>
#include <oox/core/xmlfilterbase.hxx>
#include <drawingml/fillproperties.hxx>
#include <drawingml/lineproperties.hxx>
#include <oox/drawingml/shapepropertymap.hxx>
#include <drawingml/textbody.hxx>
#include <drawingml/textparagraph.hxx>
#include <oox/drawingml/theme.hxx>
#include <drawingml/chart/chartspacemodel.hxx>
#include <oox/helper/modelobjecthelper.hxx>
#include <oox/helper/graphichelper.hxx>
#include <oox/token/properties.hxx>
namespace oox {
namespace drawingml {
namespace chart {
using namespace ::com::sun::star::chart2;
using namespace ::com::sun::star::graphic;
using namespace ::com::sun::star::lang;
using namespace ::com::sun::star::uno;
using namespace ::com::sun::star::util;
using ::oox::core::XmlFilterBase;
namespace {
struct AutoFormatPatternEntry
{
sal_Int32 mnColorToken; /// Theme color token.
sal_Int32 mnModToken; /// Color modification token.
sal_Int32 mnModValue; /// Color modification value.
};
#define AUTOFORMAT_PATTERN_COLOR( color_token ) \
{ color_token, XML_TOKEN_INVALID, 0 }
#define AUTOFORMAT_PATTERN_COLORMOD( color_token, mod_token, mod_value ) \
{ color_token, mod_token, mod_value }
#define AUTOFORMAT_PATTERN_END() \
AUTOFORMAT_PATTERN_COLOR( XML_TOKEN_INVALID )
static const AutoFormatPatternEntry spAutoFormatPattern1[] =
{
AUTOFORMAT_PATTERN_COLORMOD( XML_dk1, XML_tint, 88500 ),
AUTOFORMAT_PATTERN_COLORMOD( XML_dk1, XML_tint, 55000 ),
AUTOFORMAT_PATTERN_COLORMOD( XML_dk1, XML_tint, 78000 ),
AUTOFORMAT_PATTERN_COLORMOD( XML_dk1, XML_tint, 92500 ),
AUTOFORMAT_PATTERN_COLORMOD( XML_dk1, XML_tint, 70000 ),
AUTOFORMAT_PATTERN_COLORMOD( XML_dk1, XML_tint, 30000 ),
AUTOFORMAT_PATTERN_END()
};
static const AutoFormatPatternEntry spAutoFormatPattern2[] =
{
AUTOFORMAT_PATTERN_COLOR( XML_accent1 ),
AUTOFORMAT_PATTERN_COLOR( XML_accent2 ),
AUTOFORMAT_PATTERN_COLOR( XML_accent3 ),
AUTOFORMAT_PATTERN_COLOR( XML_accent4 ),
AUTOFORMAT_PATTERN_COLOR( XML_accent5 ),
AUTOFORMAT_PATTERN_COLOR( XML_accent6 ),
AUTOFORMAT_PATTERN_END()
};
static const AutoFormatPatternEntry spAutoFormatPattern3[] =
{
AUTOFORMAT_PATTERN_COLORMOD( XML_accent1, XML_shade, 50000 ),
AUTOFORMAT_PATTERN_COLORMOD( XML_accent2, XML_shade, 50000 ),
AUTOFORMAT_PATTERN_COLORMOD( XML_accent3, XML_shade, 50000 ),
AUTOFORMAT_PATTERN_COLORMOD( XML_accent4, XML_shade, 50000 ),
AUTOFORMAT_PATTERN_COLORMOD( XML_accent5, XML_shade, 50000 ),
AUTOFORMAT_PATTERN_COLORMOD( XML_accent6, XML_shade, 50000 ),
AUTOFORMAT_PATTERN_END()
};
static const AutoFormatPatternEntry spAutoFormatPattern4[] =
{
AUTOFORMAT_PATTERN_COLORMOD( XML_dk1, XML_tint, 5000 ),
AUTOFORMAT_PATTERN_COLORMOD( XML_dk1, XML_tint, 55000 ),
AUTOFORMAT_PATTERN_COLORMOD( XML_dk1, XML_tint, 78000 ),
AUTOFORMAT_PATTERN_COLORMOD( XML_dk1, XML_tint, 15000 ),
AUTOFORMAT_PATTERN_COLORMOD( XML_dk1, XML_tint, 70000 ),
AUTOFORMAT_PATTERN_COLORMOD( XML_dk1, XML_tint, 30000 ),
AUTOFORMAT_PATTERN_END()
};
#undef AUTOFORMAT_PATTERN_COLOR
#undef AUTOFORMAT_PATTERN_COLORMOD
#undef AUTOFORMAT_PATTERN_END
struct AutoFormatEntry
{
sal_Int32 mnFirstStyleIdx; /// First chart style index.
sal_Int32 mnLastStyleIdx; /// Last chart style index.
sal_Int32 mnThemedIdx; /// Themed style index.
sal_Int32 mnColorToken; /// Theme color token.
sal_Int32 mnModToken; /// Color modification token.
sal_Int32 mnModValue; /// Color modification value.
sal_Int32 mnRelLineWidth; /// Relative line width (percent).
const AutoFormatPatternEntry* mpPattern;/// Color cycling pattern for data series.
bool mbFadedColor; /// True = Faded color for data series.
};
#define AUTOFORMAT_COLOR( first, last, themed_style, color_token ) \
{ first, last, themed_style, color_token, XML_TOKEN_INVALID, 0, 100, nullptr, false }
#define AUTOFORMAT_COLORMOD( first, last, themed_style, color_token, mod_token, mod_value ) \
{ first, last, themed_style, color_token, mod_token, mod_value, 100, nullptr, false }
#define AUTOFORMAT_ACCENTSMOD( first, themed_style, mod_token, mod_value ) \
AUTOFORMAT_COLORMOD( first, first, themed_style, XML_accent1, mod_token, mod_value ), \
AUTOFORMAT_COLORMOD( first + 1, first + 1, themed_style, XML_accent2, mod_token, mod_value ), \
AUTOFORMAT_COLORMOD( first + 2, first + 2, themed_style, XML_accent3, mod_token, mod_value ), \
AUTOFORMAT_COLORMOD( first + 3, first + 3, themed_style, XML_accent4, mod_token, mod_value ), \
AUTOFORMAT_COLORMOD( first + 4, first + 4, themed_style, XML_accent5, mod_token, mod_value ), \
AUTOFORMAT_COLORMOD( first + 5, first + 5, themed_style, XML_accent6, mod_token, mod_value )
#define AUTOFORMAT_PATTERN( first, last, themed_style, line_width, pattern ) \
{ first, last, themed_style, XML_TOKEN_INVALID, XML_TOKEN_INVALID, 0, line_width, pattern, false }
#define AUTOFORMAT_FADED( first, last, themed_style, color_token, line_width ) \
{ first, last, themed_style, color_token, XML_TOKEN_INVALID, 0, line_width, nullptr, true }
#define AUTOFORMAT_FADEDACCENTS( first, themed_style, line_width ) \
AUTOFORMAT_FADED( first, first, themed_style, XML_accent1, line_width ), \
AUTOFORMAT_FADED( first + 1, first + 1, themed_style, XML_accent2, line_width ), \
AUTOFORMAT_FADED( first + 2, first + 2, themed_style, XML_accent3, line_width ), \
AUTOFORMAT_FADED( first + 3, first + 3, themed_style, XML_accent4, line_width ), \
AUTOFORMAT_FADED( first + 4, first + 4, themed_style, XML_accent5, line_width ), \
AUTOFORMAT_FADED( first + 5, first + 5, themed_style, XML_accent6, line_width )
#define AUTOFORMAT_INVISIBLE( first, last ) \
AUTOFORMAT_COLOR( first, last, -1, XML_TOKEN_INVALID )
#define AUTOFORMAT_END() \
AUTOFORMAT_INVISIBLE( -1, -1 )
static const AutoFormatEntry spNoFormats[] =
{
AUTOFORMAT_INVISIBLE( 1, 48 ),
AUTOFORMAT_END()
};
static const AutoFormatEntry spChartSpaceFill[] =
{
AUTOFORMAT_COLOR( 1, 32, THEMED_STYLE_SUBTLE, XML_bg1 ),
AUTOFORMAT_COLOR( 33, 40, THEMED_STYLE_SUBTLE, XML_lt1 ),
AUTOFORMAT_COLOR( 41, 48, THEMED_STYLE_SUBTLE, XML_dk1 ),
AUTOFORMAT_END()
};
static const AutoFormatEntry spDataTableLines[] =
{
AUTOFORMAT_COLORMOD( 1, 32, THEMED_STYLE_SUBTLE, XML_tx1, XML_tint, 75000 ),
AUTOFORMAT_COLORMOD( 33, 40, THEMED_STYLE_SUBTLE, XML_dk1, XML_tint, 75000 ),
// 41...48: no line, same as Chart2
AUTOFORMAT_END()
};
static const AutoFormatEntry spPlotArea2dFills[] =
{
AUTOFORMAT_COLOR( 1, 32, THEMED_STYLE_SUBTLE, XML_bg1 ),
AUTOFORMAT_COLORMOD( 33, 34, THEMED_STYLE_SUBTLE, XML_dk1, XML_tint, 20000 ),
AUTOFORMAT_ACCENTSMOD( 35, THEMED_STYLE_SUBTLE, XML_tint, 20000 ), // tint not documented!?
AUTOFORMAT_COLORMOD( 41, 48, THEMED_STYLE_SUBTLE, XML_dk1, XML_tint, 95000 ),
AUTOFORMAT_END()
};
static const AutoFormatEntry spWallFloorLines[] =
{
AUTOFORMAT_COLORMOD( 1, 32, THEMED_STYLE_SUBTLE, XML_tx1, XML_tint, 75000 ),
AUTOFORMAT_COLORMOD( 33, 40, THEMED_STYLE_SUBTLE, XML_dk1, XML_tint, 75000 ),
// 41...48: no line, same as Chart2
AUTOFORMAT_END()
};
static const AutoFormatEntry spWallFloorFills[] =
{
AUTOFORMAT_INVISIBLE( 1, 32 ),
AUTOFORMAT_COLORMOD( 33, 34, THEMED_STYLE_SUBTLE, XML_dk1, XML_tint, 20000 ),
AUTOFORMAT_ACCENTSMOD( 35, THEMED_STYLE_SUBTLE, XML_tint, 20000 ), // tint not documented!?
AUTOFORMAT_COLORMOD( 41, 48, THEMED_STYLE_SUBTLE, XML_dk1, XML_tint, 95000 ),
AUTOFORMAT_END()
};
static const AutoFormatEntry spAxisLines[] =
{
AUTOFORMAT_COLORMOD( 1, 32, THEMED_STYLE_SUBTLE, XML_tx1, XML_tint, 75000 ), // tint not documented!?
AUTOFORMAT_COLORMOD( 33, 48, THEMED_STYLE_SUBTLE, XML_dk1, XML_tint, 75000 ), // tint not documented!?
AUTOFORMAT_END()
};
static const AutoFormatEntry spMajorGridLines[] =
{
AUTOFORMAT_COLORMOD( 1, 32, THEMED_STYLE_SUBTLE, XML_tx1, XML_tint, 75000 ), // tint not documented!?
AUTOFORMAT_COLORMOD( 33, 48, THEMED_STYLE_SUBTLE, XML_dk1, XML_tint, 75000 ), // tint not documented!?
AUTOFORMAT_END()
};
static const AutoFormatEntry spMinorGridLines[] =
{
AUTOFORMAT_COLORMOD( 1, 40, THEMED_STYLE_SUBTLE, XML_tx1, XML_tint, 50000 ),
AUTOFORMAT_COLORMOD( 41, 48, THEMED_STYLE_SUBTLE, XML_tx1, XML_tint, 90000 ),
AUTOFORMAT_END()
};
static const AutoFormatEntry spOtherLines[] =
{
AUTOFORMAT_COLOR( 1, 32, THEMED_STYLE_SUBTLE, XML_tx1 ),
AUTOFORMAT_COLOR( 33, 34, THEMED_STYLE_SUBTLE, XML_dk1 ),
AUTOFORMAT_COLORMOD( 35, 40, THEMED_STYLE_SUBTLE, XML_dk1, XML_shade, 25000 ),
AUTOFORMAT_COLOR( 41, 48, THEMED_STYLE_SUBTLE, XML_lt1 ),
AUTOFORMAT_END()
};
static const AutoFormatEntry spLinearSeriesLines[] =
{
AUTOFORMAT_PATTERN( 1, 1, THEMED_STYLE_SUBTLE, 300, spAutoFormatPattern1 ),
AUTOFORMAT_PATTERN( 2, 2, THEMED_STYLE_SUBTLE, 300, spAutoFormatPattern2 ),
AUTOFORMAT_FADEDACCENTS( 3, THEMED_STYLE_SUBTLE, 300 ),
AUTOFORMAT_PATTERN( 9, 9, THEMED_STYLE_SUBTLE, 500, spAutoFormatPattern1 ),
AUTOFORMAT_PATTERN( 10, 10, THEMED_STYLE_SUBTLE, 500, spAutoFormatPattern2 ),
AUTOFORMAT_FADEDACCENTS( 11, THEMED_STYLE_SUBTLE, 500 ),
AUTOFORMAT_PATTERN( 17, 17, THEMED_STYLE_SUBTLE, 500, spAutoFormatPattern1 ),
AUTOFORMAT_PATTERN( 18, 18, THEMED_STYLE_SUBTLE, 500, spAutoFormatPattern2 ),
AUTOFORMAT_FADEDACCENTS( 19, THEMED_STYLE_SUBTLE, 500 ),
AUTOFORMAT_PATTERN( 25, 25, THEMED_STYLE_SUBTLE, 700, spAutoFormatPattern1 ),
AUTOFORMAT_PATTERN( 26, 26, THEMED_STYLE_SUBTLE, 700, spAutoFormatPattern2 ),
AUTOFORMAT_FADEDACCENTS( 27, THEMED_STYLE_SUBTLE, 700 ),
AUTOFORMAT_PATTERN( 33, 33, THEMED_STYLE_SUBTLE, 500, spAutoFormatPattern1 ),
AUTOFORMAT_PATTERN( 34, 34, THEMED_STYLE_SUBTLE, 500, spAutoFormatPattern2 ),
AUTOFORMAT_FADEDACCENTS( 35, THEMED_STYLE_SUBTLE, 500 ),
AUTOFORMAT_PATTERN( 41, 42, THEMED_STYLE_SUBTLE, 500, spAutoFormatPattern4 ),
AUTOFORMAT_PATTERN( 42, 42, THEMED_STYLE_SUBTLE, 500, spAutoFormatPattern2 ),
AUTOFORMAT_FADEDACCENTS( 43, THEMED_STYLE_SUBTLE, 500 ),
AUTOFORMAT_END()
};
static const AutoFormatEntry spFilledSeriesLines[] =
{
AUTOFORMAT_INVISIBLE( 1, 8 ),
AUTOFORMAT_COLOR( 9, 16, THEMED_STYLE_SUBTLE, XML_lt1 ),
AUTOFORMAT_INVISIBLE( 17, 32 ),
AUTOFORMAT_COLORMOD( 33, 33, THEMED_STYLE_SUBTLE, XML_dk1, XML_shade, 50000 ),
AUTOFORMAT_PATTERN( 34, 34, THEMED_STYLE_SUBTLE, 100, spAutoFormatPattern3 ),
AUTOFORMAT_ACCENTSMOD( 35, THEMED_STYLE_SUBTLE, XML_shade, 50000 ),
AUTOFORMAT_INVISIBLE( 41, 48 ),
AUTOFORMAT_END()
};
static const AutoFormatEntry spFilledSeries2dFills[] =
{
AUTOFORMAT_PATTERN( 1, 1, THEMED_STYLE_SUBTLE, 100, spAutoFormatPattern1 ),
AUTOFORMAT_PATTERN( 2, 2, THEMED_STYLE_SUBTLE, 100, spAutoFormatPattern2 ),
AUTOFORMAT_FADEDACCENTS( 3, THEMED_STYLE_SUBTLE, 100 ),
AUTOFORMAT_PATTERN( 9, 9, THEMED_STYLE_SUBTLE, 100, spAutoFormatPattern1 ),
AUTOFORMAT_PATTERN( 10, 10, THEMED_STYLE_SUBTLE, 100, spAutoFormatPattern2 ),
AUTOFORMAT_FADEDACCENTS( 11, THEMED_STYLE_SUBTLE, 100 ),
AUTOFORMAT_PATTERN( 17, 17, THEMED_STYLE_INTENSE, 100, spAutoFormatPattern1 ),
AUTOFORMAT_PATTERN( 18, 18, THEMED_STYLE_INTENSE, 100, spAutoFormatPattern2 ),
AUTOFORMAT_FADEDACCENTS( 19, THEMED_STYLE_INTENSE, 100 ),
AUTOFORMAT_PATTERN( 25, 25, THEMED_STYLE_INTENSE, 100, spAutoFormatPattern1 ),
AUTOFORMAT_PATTERN( 26, 26, THEMED_STYLE_INTENSE, 100, spAutoFormatPattern2 ),
AUTOFORMAT_FADEDACCENTS( 27, THEMED_STYLE_INTENSE, 100 ),
AUTOFORMAT_PATTERN( 33, 33, THEMED_STYLE_SUBTLE, 100, spAutoFormatPattern1 ),
AUTOFORMAT_PATTERN( 34, 34, THEMED_STYLE_SUBTLE, 100, spAutoFormatPattern2 ),
AUTOFORMAT_FADEDACCENTS( 35, THEMED_STYLE_SUBTLE, 100 ),
AUTOFORMAT_PATTERN( 41, 42, THEMED_STYLE_INTENSE, 100, spAutoFormatPattern4 ),
AUTOFORMAT_PATTERN( 42, 42, THEMED_STYLE_INTENSE, 100, spAutoFormatPattern2 ),
AUTOFORMAT_FADEDACCENTS( 43, THEMED_STYLE_INTENSE, 100 ),
AUTOFORMAT_END()
};
static const AutoFormatEntry spFilledSeries3dFills[] =
{
AUTOFORMAT_PATTERN( 1, 1, THEMED_STYLE_SUBTLE, 100, spAutoFormatPattern1 ),
AUTOFORMAT_PATTERN( 2, 2, THEMED_STYLE_SUBTLE, 100, spAutoFormatPattern2 ),
AUTOFORMAT_FADEDACCENTS( 3, THEMED_STYLE_SUBTLE, 100 ),
AUTOFORMAT_PATTERN( 9, 9, THEMED_STYLE_SUBTLE, 100, spAutoFormatPattern1 ),
AUTOFORMAT_PATTERN( 10, 10, THEMED_STYLE_SUBTLE, 100, spAutoFormatPattern2 ),
AUTOFORMAT_FADEDACCENTS( 11, THEMED_STYLE_SUBTLE, 100 ),
AUTOFORMAT_PATTERN( 17, 17, THEMED_STYLE_SUBTLE, 100, spAutoFormatPattern1 ),
AUTOFORMAT_PATTERN( 18, 18, THEMED_STYLE_INTENSE, 100, spAutoFormatPattern2 ),
AUTOFORMAT_FADEDACCENTS( 19, THEMED_STYLE_SUBTLE, 100 ),
AUTOFORMAT_PATTERN( 25, 25, THEMED_STYLE_SUBTLE, 100, spAutoFormatPattern1 ),
AUTOFORMAT_PATTERN( 26, 26, THEMED_STYLE_INTENSE, 100, spAutoFormatPattern2 ),
AUTOFORMAT_FADEDACCENTS( 27, THEMED_STYLE_SUBTLE, 100 ),
AUTOFORMAT_PATTERN( 33, 33, THEMED_STYLE_SUBTLE, 100, spAutoFormatPattern1 ),
AUTOFORMAT_PATTERN( 34, 34, THEMED_STYLE_SUBTLE, 100, spAutoFormatPattern2 ),
AUTOFORMAT_FADEDACCENTS( 35, THEMED_STYLE_SUBTLE, 100 ),
AUTOFORMAT_PATTERN( 41, 42, THEMED_STYLE_SUBTLE, 100, spAutoFormatPattern4 ),
AUTOFORMAT_PATTERN( 42, 42, THEMED_STYLE_INTENSE, 100, spAutoFormatPattern2 ),
AUTOFORMAT_FADEDACCENTS( 43, THEMED_STYLE_SUBTLE, 100 ),
AUTOFORMAT_END()
};
static const AutoFormatEntry spUpDownBarLines[] =
{
AUTOFORMAT_COLOR( 1, 16, THEMED_STYLE_SUBTLE, XML_tx1 ),
AUTOFORMAT_INVISIBLE( 17, 32 ),
AUTOFORMAT_COLOR( 33, 34, THEMED_STYLE_SUBTLE, XML_dk1 ),
AUTOFORMAT_ACCENTSMOD( 35, THEMED_STYLE_SUBTLE, XML_shade, 25000 ),
AUTOFORMAT_INVISIBLE( 41, 48 ),
AUTOFORMAT_END()
};
static const AutoFormatEntry spUpBarFills[] =
{
AUTOFORMAT_COLORMOD( 1, 1, THEMED_STYLE_SUBTLE, XML_dk1, XML_tint, 25000 ),
AUTOFORMAT_COLORMOD( 2, 2, THEMED_STYLE_SUBTLE, XML_dk1, XML_tint, 5000 ),
AUTOFORMAT_ACCENTSMOD( 3, THEMED_STYLE_SUBTLE, XML_tint, 25000 ),
AUTOFORMAT_COLORMOD( 9, 9, THEMED_STYLE_SUBTLE, XML_dk1, XML_tint, 25000 ),
AUTOFORMAT_COLORMOD( 10, 10, THEMED_STYLE_SUBTLE, XML_dk1, XML_tint, 5000 ),
AUTOFORMAT_ACCENTSMOD( 11, THEMED_STYLE_SUBTLE, XML_tint, 25000 ),
AUTOFORMAT_COLORMOD( 17, 17, THEMED_STYLE_INTENSE, XML_dk1, XML_tint, 25000 ),
AUTOFORMAT_COLORMOD( 18, 18, THEMED_STYLE_INTENSE, XML_dk1, XML_tint, 5000 ),
AUTOFORMAT_ACCENTSMOD( 19, THEMED_STYLE_INTENSE, XML_tint, 25000 ),
AUTOFORMAT_COLORMOD( 25, 25, THEMED_STYLE_INTENSE, XML_dk1, XML_tint, 25000 ),
AUTOFORMAT_COLORMOD( 26, 26, THEMED_STYLE_INTENSE, XML_dk1, XML_tint, 5000 ),
AUTOFORMAT_ACCENTSMOD( 27, THEMED_STYLE_INTENSE, XML_tint, 25000 ),
AUTOFORMAT_COLOR( 33, 40, THEMED_STYLE_SUBTLE, XML_lt1 ),
AUTOFORMAT_COLORMOD( 41, 41, THEMED_STYLE_INTENSE, XML_dk1, XML_tint, 25000 ),
AUTOFORMAT_COLOR( 42, 42, THEMED_STYLE_INTENSE, XML_lt1 ),
AUTOFORMAT_ACCENTSMOD( 43, THEMED_STYLE_INTENSE, XML_tint, 25000 ),
AUTOFORMAT_END()
};
static const AutoFormatEntry spDownBarFills[] =
{
AUTOFORMAT_COLORMOD( 1, 1, THEMED_STYLE_SUBTLE, XML_dk1, XML_tint, 85000 ),
AUTOFORMAT_COLORMOD( 2, 2, THEMED_STYLE_SUBTLE, XML_dk1, XML_tint, 95000 ),
AUTOFORMAT_ACCENTSMOD( 3, THEMED_STYLE_SUBTLE, XML_shade, 25000 ),
AUTOFORMAT_COLORMOD( 9, 9, THEMED_STYLE_SUBTLE, XML_dk1, XML_tint, 85000 ),
AUTOFORMAT_COLORMOD( 10, 10, THEMED_STYLE_SUBTLE, XML_dk1, XML_tint, 95000 ),
AUTOFORMAT_ACCENTSMOD( 11, THEMED_STYLE_SUBTLE, XML_shade, 25000 ),
AUTOFORMAT_COLORMOD( 17, 17, THEMED_STYLE_INTENSE, XML_dk1, XML_tint, 85000 ),
AUTOFORMAT_COLORMOD( 18, 18, THEMED_STYLE_INTENSE, XML_dk1, XML_tint, 95000 ),
AUTOFORMAT_ACCENTSMOD( 19, THEMED_STYLE_INTENSE, XML_shade, 25000 ),
AUTOFORMAT_COLORMOD( 25, 25, THEMED_STYLE_INTENSE, XML_dk1, XML_tint, 85000 ),
AUTOFORMAT_COLORMOD( 26, 26, THEMED_STYLE_INTENSE, XML_dk1, XML_tint, 95000 ),
AUTOFORMAT_ACCENTSMOD( 27, THEMED_STYLE_INTENSE, XML_shade, 25000 ),
AUTOFORMAT_COLORMOD( 33, 33, THEMED_STYLE_SUBTLE, XML_dk1, XML_tint, 85000 ),
AUTOFORMAT_COLORMOD( 34, 34, THEMED_STYLE_SUBTLE, XML_dk1, XML_tint, 95000 ),
AUTOFORMAT_ACCENTSMOD( 35, THEMED_STYLE_SUBTLE, XML_shade, 25000 ),
AUTOFORMAT_COLORMOD( 41, 41, THEMED_STYLE_INTENSE, XML_dk1, XML_tint, 85000 ),
AUTOFORMAT_COLOR( 42, 42, THEMED_STYLE_INTENSE, XML_dk1 ),
AUTOFORMAT_ACCENTSMOD( 43, THEMED_STYLE_INTENSE, XML_shade, 25000 ),
AUTOFORMAT_END()
};
#undef AUTOFORMAT_COLOR
#undef AUTOFORMAT_COLORMOD
#undef AUTOFORMAT_ACCENTSMOD
#undef AUTOFORMAT_PATTERN
#undef AUTOFORMAT_FADED
#undef AUTOFORMAT_FADEDACCENTS
#undef AUTOFORMAT_INVISIBLE
#undef AUTOFORMAT_END
const AutoFormatEntry* lclGetAutoFormatEntry( const AutoFormatEntry* pEntries, sal_Int32 nStyle )
{
for( ; pEntries && (pEntries->mnFirstStyleIdx >= 0); ++pEntries )
if( (pEntries->mnFirstStyleIdx <= nStyle) && (nStyle <= pEntries->mnLastStyleIdx) )
return pEntries;
return nullptr;
}
struct AutoTextEntry
{
sal_Int32 mnFirstStyleIdx; /// First chart style index.
sal_Int32 mnLastStyleIdx; /// Last chart style index.
sal_Int32 mnThemedFont; /// Themed font (minor/major).
sal_Int32 mnColorToken; /// Theme color token.
sal_Int32 mnDefFontSize; /// Default font size (1/100 points).
sal_Int32 mnRelFontSize; /// Font size relative to chart global font (percent).
bool mbBold; /// True = bold font.
};
#define AUTOTEXT_COLOR( first, last, themed_font, color_token, def_font_size, rel_font_size, bold ) \
{ first, last, themed_font, color_token, def_font_size, rel_font_size, bold }
#define AUTOTEXT_END() \
AUTOTEXT_COLOR( -1, -1, XML_none, XML_TOKEN_INVALID, 1000, 100, false )
static const AutoTextEntry spChartTitleTexts[] =
{
AUTOTEXT_COLOR( 1, 40, XML_minor, XML_tx1, 1800, 120, true ),
AUTOTEXT_COLOR( 41, 48, XML_minor, XML_lt1, 1800, 120, true ),
AUTOTEXT_END()
};
static const AutoTextEntry spAxisTitleTexts[] =
{
AUTOTEXT_COLOR( 1, 40, XML_minor, XML_tx1, 1000, 100, true ),
AUTOTEXT_COLOR( 41, 48, XML_minor, XML_lt1, 1000, 100, true ),
AUTOTEXT_END()
};
static const AutoTextEntry spOtherTexts[] =
{
AUTOTEXT_COLOR( 1, 40, XML_minor, XML_tx1, 1000, 100, false ),
AUTOTEXT_COLOR( 41, 48, XML_minor, XML_lt1, 1000, 100, false ),
AUTOTEXT_END()
};
#undef AUTOTEXT_COLOR
#undef AUTOTEXT_END
const AutoTextEntry* lclGetAutoTextEntry( const AutoTextEntry* pEntries, sal_Int32 nStyle )
{
for( ; pEntries && (pEntries->mnFirstStyleIdx >= 0); ++pEntries )
if( (pEntries->mnFirstStyleIdx <= nStyle) && (nStyle <= pEntries->mnLastStyleIdx) )
return pEntries;
return nullptr;
}
// These PropIds arrays will be indexed into using a ShapeProperty enum
static const ShapePropertyIds spnCommonPropIds =
{
PROP_LineStyle, PROP_LineWidth, PROP_LineColor, PROP_LineTransparence, PROP_LineDashName,
PROP_INVALID, PROP_INVALID, PROP_INVALID, PROP_INVALID, PROP_INVALID, PROP_INVALID, PROP_INVALID,
PROP_FillStyle, PROP_FillColor, PROP_FillTransparence, PROP_INVALID, PROP_FillGradientName,
PROP_FillBitmapName, PROP_FillBitmapMode, PROP_FillBitmapSizeX, PROP_FillBitmapSizeY,
PROP_FillBitmapPositionOffsetX, PROP_FillBitmapPositionOffsetY, PROP_FillBitmapRectanglePoint
};
static const ShapePropertyIds spnLinearPropIds =
{
PROP_LineStyle, PROP_LineWidth, PROP_Color, PROP_Transparency, PROP_LineDashName,
PROP_INVALID, PROP_INVALID, PROP_INVALID, PROP_INVALID, PROP_INVALID, PROP_INVALID, PROP_INVALID,
PROP_INVALID, PROP_INVALID, PROP_INVALID, PROP_INVALID, PROP_INVALID,
PROP_INVALID, PROP_INVALID, PROP_INVALID, PROP_INVALID,
PROP_INVALID, PROP_INVALID, PROP_INVALID
};
static const ShapePropertyIds spnFilledPropIds =
{
PROP_BorderStyle,
PROP_BorderWidth,
PROP_BorderColor,
PROP_BorderTransparency,
PROP_BorderDashName,
PROP_INVALID,
PROP_INVALID,
PROP_INVALID,
PROP_INVALID,
PROP_INVALID,
PROP_INVALID,
PROP_INVALID,
PROP_FillStyle,
PROP_Color,
PROP_Transparency,
PROP_FillTransparenceGradientName,
PROP_GradientName,
PROP_FillBitmapName,
PROP_FillBitmapMode,
PROP_FillBitmapSizeX,
PROP_FillBitmapSizeY,
PROP_FillBitmapPositionOffsetX,
PROP_FillBitmapPositionOffsetY,
PROP_FillBitmapRectanglePoint,
PROP_FillHatch
};
/** Property info for common chart objects, to be used in ShapePropertyMap. */
static const ShapePropertyInfo saCommonPropInfo( spnCommonPropIds, false, true, true, true );
/** Property info for linear data series, to be used in ShapePropertyMap. */
static const ShapePropertyInfo saLinearPropInfo( spnLinearPropIds, false, true, true, true );
/** Property info for filled data series, to be used in ShapePropertyMap. */
static const ShapePropertyInfo saFilledPropInfo( spnFilledPropIds, false, true, true, true );
/** Contains information about formatting of a specific chart object type. */
struct ObjectTypeFormatEntry
{
ObjectType meObjType; /// Object type for automatic format.
const ShapePropertyInfo& mrPropInfo; /// Property info for the ShapePropertyMap class.
const AutoFormatEntry* mpAutoLines; /// Automatic line formatting for all chart styles.
const AutoFormatEntry* mpAutoFills; /// Automatic fill formatting for all chart styles.
const AutoTextEntry* mpAutoTexts; /// Automatic text attributes for all chart styles.
bool mbIsFrame; /// True = object is a frame, false = object is a line.
ObjectTypeFormatEntry(ObjectType eObjType, const ShapePropertyInfo& rPropInfo,
const AutoFormatEntry* pAutoLines,
const AutoFormatEntry* pAutoFills,
const AutoTextEntry* pAutoTexts,
bool bIsFrame)
:meObjType(eObjType), mrPropInfo(rPropInfo), mpAutoLines(pAutoLines)
,mpAutoFills(pAutoFills), mpAutoTexts(pAutoTexts), mbIsFrame(bIsFrame)
{} // prevent creation of implicit default ctor which fails in MSVC
};
#define TYPEFORMAT_FRAME( obj_type, prop_type, auto_texts, auto_lines, auto_fills ) \
{ obj_type, prop_type, auto_lines, auto_fills, auto_texts, true }
#define TYPEFORMAT_LINE( obj_type, prop_type, auto_texts, auto_lines ) \
{ obj_type, prop_type, auto_lines, nullptr, auto_texts, false }
static const ObjectTypeFormatEntry spObjTypeFormatEntries[] =
{
// object type property info auto text auto line auto fill
TYPEFORMAT_FRAME( OBJECTTYPE_CHARTSPACE, saCommonPropInfo, nullptr, spNoFormats, spChartSpaceFill ),
TYPEFORMAT_FRAME( OBJECTTYPE_CHARTTITLE, saCommonPropInfo, spChartTitleTexts, nullptr /* eq to Ch2 */, nullptr /* eq to Ch2 */),
TYPEFORMAT_FRAME( OBJECTTYPE_LEGEND, saCommonPropInfo, spOtherTexts, spNoFormats, spNoFormats ),
TYPEFORMAT_FRAME( OBJECTTYPE_PLOTAREA2D, saCommonPropInfo, nullptr, nullptr /* eq to Ch2 */, spPlotArea2dFills ),
TYPEFORMAT_FRAME( OBJECTTYPE_PLOTAREA3D, saCommonPropInfo, nullptr, nullptr /* eq to Ch2 */, nullptr /* eq to Ch2 */ ),
TYPEFORMAT_FRAME( OBJECTTYPE_WALL, saCommonPropInfo, nullptr, spWallFloorLines, spWallFloorFills ),
TYPEFORMAT_FRAME( OBJECTTYPE_FLOOR, saCommonPropInfo, nullptr, spWallFloorLines, spWallFloorFills ),
TYPEFORMAT_LINE( OBJECTTYPE_AXIS, saCommonPropInfo, spOtherTexts, spAxisLines ),
TYPEFORMAT_FRAME( OBJECTTYPE_AXISTITLE, saCommonPropInfo, spAxisTitleTexts, nullptr /* eq to Ch2 */, nullptr /* eq to Ch2 */ ),
TYPEFORMAT_FRAME( OBJECTTYPE_AXISUNIT, saCommonPropInfo, spAxisTitleTexts, nullptr /* eq in Ch2 */, nullptr /* eq in Ch2 */ ),
TYPEFORMAT_LINE( OBJECTTYPE_MAJORGRIDLINE, saCommonPropInfo, nullptr, spMajorGridLines ),
TYPEFORMAT_LINE( OBJECTTYPE_MINORGRIDLINE, saCommonPropInfo, nullptr, spMinorGridLines ),
TYPEFORMAT_LINE( OBJECTTYPE_LINEARSERIES2D, saLinearPropInfo, nullptr, spLinearSeriesLines ),
TYPEFORMAT_FRAME( OBJECTTYPE_FILLEDSERIES2D, saFilledPropInfo, nullptr, spFilledSeriesLines, spFilledSeries2dFills ),
TYPEFORMAT_FRAME( OBJECTTYPE_FILLEDSERIES3D, saFilledPropInfo, nullptr, spFilledSeriesLines, spFilledSeries3dFills ),
TYPEFORMAT_FRAME( OBJECTTYPE_DATALABEL, saCommonPropInfo, spOtherTexts, nullptr /* eq to Ch2 */, nullptr /* eq to Ch2 */ ),
TYPEFORMAT_LINE( OBJECTTYPE_TRENDLINE, saCommonPropInfo, nullptr, spOtherLines ),
TYPEFORMAT_FRAME( OBJECTTYPE_TRENDLINELABEL, saCommonPropInfo, spOtherTexts, nullptr /* eq to Ch2 */, nullptr /* eq to Ch2 */ ),
TYPEFORMAT_LINE( OBJECTTYPE_ERRORBAR, saCommonPropInfo, nullptr, spOtherLines ),
TYPEFORMAT_LINE( OBJECTTYPE_SERLINE, saCommonPropInfo, nullptr, spOtherLines ),
TYPEFORMAT_LINE( OBJECTTYPE_LEADERLINE, saCommonPropInfo, nullptr, spOtherLines ),
TYPEFORMAT_LINE( OBJECTTYPE_DROPLINE, saCommonPropInfo, nullptr, spOtherLines ),
TYPEFORMAT_LINE( OBJECTTYPE_HILOLINE, saLinearPropInfo, nullptr, spOtherLines ),
TYPEFORMAT_FRAME( OBJECTTYPE_UPBAR, saCommonPropInfo, nullptr, spUpDownBarLines, spUpBarFills ),
TYPEFORMAT_FRAME( OBJECTTYPE_DOWNBAR, saCommonPropInfo, nullptr, spUpDownBarLines, spDownBarFills ),
TYPEFORMAT_LINE( OBJECTTYPE_DATATABLE, saCommonPropInfo, spOtherTexts, spDataTableLines )
};
#undef TYPEFORMAT_FRAME
#undef TYPEFORMAT_LINE
void lclConvertPictureOptions( FillProperties& orFillProps, const PictureOptionsModel& rPicOptions )
{
bool bStacked = (rPicOptions.mnPictureFormat == XML_stack) || (rPicOptions.mnPictureFormat == XML_stackScale);
orFillProps.maBlipProps.moBitmapMode = bStacked ? XML_tile : XML_stretch;
}
} // namespace
struct ObjectFormatterData;
class DetailFormatterBase
{
public:
explicit DetailFormatterBase(
ObjectFormatterData& rData,
const AutoFormatEntry* pAutoFormatEntry );
explicit DetailFormatterBase(
ObjectFormatterData& rData,
const AutoTextEntry* pAutoTextEntry );
protected:
/** Returns the placeholder color which may depend on the passed series index. */
::Color getPhColor( sal_Int32 nSeriesIdx ) const;
private:
/** Resolves and returns the scheme color with the passed transformation. */
::Color getSchemeColor( sal_Int32 nColorToken, sal_Int32 nModToken, sal_Int32 nModValue ) const;
protected:
typedef ::std::vector< ::Color > ColorPatternVec;
ObjectFormatterData& mrData; /// Shared formatter data.
::Color mnPhClr; /// RGB placeholder color for themed style.
ColorPatternVec maColorPattern; /// Different cycling colors for data series.
};
class LineFormatter : public DetailFormatterBase
{
public:
explicit LineFormatter(
ObjectFormatterData& rData,
const AutoFormatEntry* pAutoFormatEntry );
/** Converts line formatting to the passed property set. */
void convertFormatting(
ShapePropertyMap& rPropMap,
const ModelRef< Shape >& rxShapeProp,
sal_Int32 nSeriesIdx );
private:
LinePropertiesPtr mxAutoLine; /// Automatic line properties.
};
class FillFormatter : public DetailFormatterBase
{
public:
explicit FillFormatter(
ObjectFormatterData& rData,
const AutoFormatEntry* pAutoFormatEntry,
const ObjectType eObjType );
/** Converts area formatting to the passed property set. */
void convertFormatting(
ShapePropertyMap& rPropMap,
const ModelRef< Shape >& rxShapeProp,
const PictureOptionsModel* pPicOptions,
sal_Int32 nSeriesIdx );
private:
FillPropertiesPtr mxAutoFill; /// Automatic fill properties.
};
class TextFormatter : public DetailFormatterBase
{
public:
explicit TextFormatter(
ObjectFormatterData& rData,
const AutoTextEntry* pAutoTextEntry,
const ModelRef< TextBody >& rxGlobalTextProp );
/** Converts text formatting to the passed property set. */
void convertFormatting(
PropertySet& rPropSet,
const TextCharacterProperties* pTextProps );
/** Converts text formatting to the passed property set. */
void convertFormatting(
PropertySet& rPropSet,
const ModelRef< TextBody >& rxTextProp );
private:
TextCharacterPropertiesPtr mxAutoText; /// Automatic text properties.
};
/** Formatter for a specific object type. */
class ObjectTypeFormatter
{
public:
explicit ObjectTypeFormatter(
ObjectFormatterData& rData,
const ObjectTypeFormatEntry& rEntry,
const ChartSpaceModel& rChartSpace,
const ObjectType eObjType );
/** Sets frame formatting properties to the passed property set. */
void convertFrameFormatting(
PropertySet& rPropSet,
const ModelRef< Shape >& rxShapeProp,
const PictureOptionsModel* pPicOptions,
sal_Int32 nSeriesIdx );
/** Sets text formatting properties to the passed property set. */
void convertTextFormatting(
PropertySet& rPropSet,
const ModelRef< TextBody >& rxTextProp );
/** Sets frame/text formatting properties to the passed property set. */
void convertFormatting(
PropertySet& rPropSet,
const ModelRef< Shape >& rxShapeProp,
const ModelRef< TextBody >& rxTextProp );
/** Sets text formatting properties to the passed property set. */
void convertTextFormatting(
PropertySet& rPropSet,
const TextCharacterProperties& rTextProps );
/** Sets automatic fill properties to the passed property set. */
void convertAutomaticFill(
PropertySet& rPropSet,
sal_Int32 nSeriesIdx );
private:
LineFormatter maLineFormatter; /// Converter for line formatting.
FillFormatter maFillFormatter; /// Converter for fill formatting.
TextFormatter maTextFormatter; /// Converter for text formatting.
ModelObjectHelper& mrModelObjHelper; /// Helper for named drawing formatting.
const ObjectTypeFormatEntry& mrEntry; /// Additional settings.
};
struct ObjectFormatterData
{
typedef RefMap< ObjectType, ObjectTypeFormatter > ObjectTypeFormatterMap;
const XmlFilterBase& mrFilter; /// Base filter object.
ObjectTypeFormatterMap maTypeFormatters; /// Formatters for all types of objects in a chart.
ModelObjectHelper maModelObjHelper; /// Helper for named drawing formatting (dashes, gradients, bitmaps).
Reference< XNumberFormats > mxNumFmts; /// Number formats collection of container document.
Reference< XNumberFormatTypes > mxNumTypes; /// Number format types collection of container document.
Locale maEnUsLocale; /// Locale struct containing en-US.
Locale maFromLocale; /// Empty locale struct.
sal_Int32 mnMaxSeriesIdx; /// Maximum series index used for color cycling/fading.
explicit ObjectFormatterData(
const XmlFilterBase& rFilter,
const Reference< XChartDocument >& rxChartDoc,
const ChartSpaceModel& rChartSpace );
ObjectTypeFormatter* getTypeFormatter( ObjectType eObjType );
};
DetailFormatterBase::DetailFormatterBase( ObjectFormatterData& rData, const AutoFormatEntry* pAutoFormatEntry ) :
mrData( rData ),
mnPhClr( 0xffffffff )
{
if( pAutoFormatEntry )
{
if( pAutoFormatEntry->mpPattern )
{
// prepare multi-color pattern
for( const AutoFormatPatternEntry* pPatternEntry = pAutoFormatEntry->mpPattern; pPatternEntry->mnColorToken != XML_TOKEN_INVALID; ++pPatternEntry )
maColorPattern.push_back( getSchemeColor( pPatternEntry->mnColorToken, pPatternEntry->mnModToken, pPatternEntry->mnModValue ) );
}
else if( pAutoFormatEntry->mnColorToken != XML_TOKEN_INVALID )
{
// prepare color or single-color pattern (color fading)
mnPhClr = getSchemeColor( pAutoFormatEntry->mnColorToken, pAutoFormatEntry->mnModToken, pAutoFormatEntry->mnModValue );
if( pAutoFormatEntry->mbFadedColor )
maColorPattern.push_back( mnPhClr );
}
}
}
DetailFormatterBase::DetailFormatterBase( ObjectFormatterData& rData, const AutoTextEntry* pAutoTextEntry ) :
mrData( rData ),
mnPhClr( 0xffffffff )
{
if( pAutoTextEntry && (pAutoTextEntry->mnColorToken != XML_TOKEN_INVALID) )
mnPhClr = getSchemeColor( pAutoTextEntry->mnColorToken, XML_TOKEN_INVALID, 0 );
}
::Color DetailFormatterBase::getPhColor( sal_Int32 nSeriesIdx ) const
{
if( maColorPattern.empty() || (mrData.mnMaxSeriesIdx < 0) || (nSeriesIdx < 0) )
return mnPhClr;
/* Apply tint/shade depending on the cycle index. The colors of leading
series are darkened (color shade), the colors of trailing series are
lightened (color tint). Shade/tint is applied in an exclusive range of
-70% to 70%.
Example 1: 3 data series using single-color shading with accent color 1
(e.g. automatic chart style #3). Shade/tint is applied per series.
Shade/tint changes in steps of 140%/(<series_count+1) = 140%/4 = 35%,
starting at -70%:
Step 1: -70% -> Not used.
Step 2: -35% -> Series 1 has 35% shade of accent color 1.
Step 3: 0% -> Series 2 has pure accent color 1.
Step 4: 35% -> Series 3 has 35% tint of accent color 1.
Step 5: 70% -> Not used.
Example 2: 20 data series using accent color pattern (e.g. automatic
chart style #2). Each color cycle has a size of 6 series (accent colors
1 to 6). Shade/tint is applied per color cycle.
Cycle #1: Series 1...6 are based on accent colors 1 to 6.
Cycle #2: Series 7...12 are based on accent colors 1 to 6.
Cycle #3: Series 13...18 are based on accent colors 1 to 6.
Cycle #4: Series 19...20 are based on accent colors 1 to 2.
Shade/tint changes in steps of 140%/(cycle_count+1) = 140%/5 = 28%,
starting at -70%:
Step 1: -70% -> Not used.
Step 2: -42% -> Cycle #1 has 42% shade of accent colors 1...6
step 3: -14% -> Cycle #2 has 14% shade of accent colors 1...6
step 4: 14% -> Cycle #3 has 14% tint of accent colors 1...6
step 5: 42% -> Cycle #4 has 42% tint of accent colors 1...6
step 6: 70% -> Not used.
*/
::Color nPhClr = maColorPattern[ static_cast< size_t >( nSeriesIdx % maColorPattern.size() ) ];
size_t nCycleIdx = static_cast< size_t >( nSeriesIdx / maColorPattern.size() );
size_t nMaxCycleIdx = static_cast< size_t >( mrData.mnMaxSeriesIdx / maColorPattern.size() );
double fShadeTint = static_cast< double >( nCycleIdx + 1 ) / (nMaxCycleIdx + 2) * 1.4 - 0.7;
if( fShadeTint != 0.0 )
{
Color aColor;
aColor.setSrgbClr( nPhClr );
aColor.addChartTintTransformation( fShadeTint );
nPhClr = aColor.getColor( mrData.mrFilter.getGraphicHelper() );
}
return nPhClr;
}
::Color DetailFormatterBase::getSchemeColor( sal_Int32 nColorToken, sal_Int32 nModToken, sal_Int32 nModValue ) const
{
Color aColor;
aColor.setSchemeClr( nColorToken );
if( nModToken != XML_TOKEN_INVALID )
aColor.addTransformation( nModToken, nModValue );
return aColor.getColor( mrData.mrFilter.getGraphicHelper() );
}
LineFormatter::LineFormatter( ObjectFormatterData& rData, const AutoFormatEntry* pAutoFormatEntry ) :
DetailFormatterBase( rData, pAutoFormatEntry )
{
if( pAutoFormatEntry )
{
mxAutoLine.reset( new LineProperties );
mxAutoLine->maLineFill.moFillType = XML_noFill;
if( const Theme* pTheme = mrData.mrFilter.getCurrentTheme() )
if( const LineProperties* pLineProps = pTheme->getLineStyle( pAutoFormatEntry->mnThemedIdx ) )
*mxAutoLine = *pLineProps;
// change line width according to chart auto style
if( mxAutoLine->moLineWidth.has() )
mxAutoLine->moLineWidth = mxAutoLine->moLineWidth.get() * pAutoFormatEntry->mnRelLineWidth / 100;
}
}
void LineFormatter::convertFormatting( ShapePropertyMap& rPropMap, const ModelRef< Shape >& rxShapeProp, sal_Int32 nSeriesIdx )
{
LineProperties aLineProps;
if( mxAutoLine.get() )
aLineProps.assignUsed( *mxAutoLine );
if( rxShapeProp.is() )
aLineProps.assignUsed( rxShapeProp->getLineProperties() );
aLineProps.pushToPropMap( rPropMap, mrData.mrFilter.getGraphicHelper(), getPhColor( nSeriesIdx ) );
}
FillFormatter::FillFormatter( ObjectFormatterData& rData, const AutoFormatEntry* pAutoFormatEntry, const ObjectType eObjType ) :
DetailFormatterBase( rData, pAutoFormatEntry )
{
if( pAutoFormatEntry )
{
mxAutoFill.reset( new FillProperties );
if( eObjType != OBJECTTYPE_CHARTSPACE )
mxAutoFill->moFillType = XML_noFill;
if( const Theme* pTheme = mrData.mrFilter.getCurrentTheme() )
if( const FillProperties* pFillProps = pTheme->getFillStyle( pAutoFormatEntry->mnThemedIdx ) )
*mxAutoFill = *pFillProps;
if (eObjType == OBJECTTYPE_CHARTSPACE)
{
mxAutoFill->moFillType = rData.mrFilter.getGraphicHelper().getDefaultChartAreaFillStyle();
}
}
}
void FillFormatter::convertFormatting( ShapePropertyMap& rPropMap, const ModelRef< Shape >& rxShapeProp, const PictureOptionsModel* pPicOptions, sal_Int32 nSeriesIdx )
{
FillProperties aFillProps;
if( mxAutoFill.get() )
aFillProps.assignUsed( *mxAutoFill );
if( rxShapeProp.is() )
aFillProps.assignUsed( rxShapeProp->getFillProperties() );
if( pPicOptions )
lclConvertPictureOptions( aFillProps, *pPicOptions );
aFillProps.pushToPropMap( rPropMap, mrData.mrFilter.getGraphicHelper(), 0, getPhColor( nSeriesIdx ) );
}
namespace {
const TextCharacterProperties* lclGetTextProperties( const ModelRef< TextBody >& rxTextProp )
{
return (rxTextProp.is() && !rxTextProp->getParagraphs().empty()) ?
&rxTextProp->getParagraphs().front()->getProperties().getTextCharacterProperties() : nullptr;
}
} // namespace
TextFormatter::TextFormatter( ObjectFormatterData& rData, const AutoTextEntry* pAutoTextEntry, const ModelRef< TextBody >& rxGlobalTextProp ) :
DetailFormatterBase( rData, pAutoTextEntry )
{
if( pAutoTextEntry )
{
mxAutoText.reset( new TextCharacterProperties );
if( const Theme* pTheme = mrData.mrFilter.getCurrentTheme() )
if( const TextCharacterProperties* pTextProps = pTheme->getFontStyle( pAutoTextEntry->mnThemedFont ) )
*mxAutoText = *pTextProps;
::Color nTextColor = getPhColor( -1 );
if( sal_Int32(nTextColor) >= 0 ) {
mxAutoText->maFillProperties.maFillColor.setSrgbClr( nTextColor );
mxAutoText->maFillProperties.moFillType.set(XML_solidFill);
}
mxAutoText->moHeight = pAutoTextEntry->mnDefFontSize;
mxAutoText->moBold = pAutoTextEntry->mbBold;
if( const TextCharacterProperties* pTextProps = lclGetTextProperties( rxGlobalTextProp ) )
{
mxAutoText->assignUsed( *pTextProps );
if( pTextProps->moHeight.has() )
mxAutoText->moHeight = pTextProps->moHeight.get() * pAutoTextEntry->mnRelFontSize / 100;
}
}
}
void TextFormatter::convertFormatting( PropertySet& rPropSet, const TextCharacterProperties* pTextProps )
{
TextCharacterProperties aTextProps;
if( mxAutoText.get() )
aTextProps.assignUsed( *mxAutoText );
if( pTextProps )
aTextProps.assignUsed( *pTextProps );
aTextProps.pushToPropSet( rPropSet, mrData.mrFilter );
}
void TextFormatter::convertFormatting( PropertySet& rPropSet, const ModelRef< TextBody >& rxTextProp )
{
convertFormatting( rPropSet, lclGetTextProperties( rxTextProp ) );
}
ObjectTypeFormatter::ObjectTypeFormatter( ObjectFormatterData& rData, const ObjectTypeFormatEntry& rEntry, const ChartSpaceModel& rChartSpace, const ObjectType eObjType ) :
maLineFormatter( rData, lclGetAutoFormatEntry( rEntry.mpAutoLines, rChartSpace.mnStyle ) ),
maFillFormatter( rData, lclGetAutoFormatEntry( rEntry.mpAutoFills, rChartSpace.mnStyle ), eObjType ),
maTextFormatter( rData, lclGetAutoTextEntry( rEntry.mpAutoTexts, rChartSpace.mnStyle ), rChartSpace.mxTextProp ),
mrModelObjHelper( rData.maModelObjHelper ),
mrEntry( rEntry )
{
}
void ObjectTypeFormatter::convertFrameFormatting( PropertySet& rPropSet, const ModelRef< Shape >& rxShapeProp, const PictureOptionsModel* pPicOptions, sal_Int32 nSeriesIdx )
{
ShapePropertyMap aPropMap( mrModelObjHelper, mrEntry.mrPropInfo );
maLineFormatter.convertFormatting( aPropMap, rxShapeProp, nSeriesIdx );
if( mrEntry.mbIsFrame )
maFillFormatter.convertFormatting( aPropMap, rxShapeProp, pPicOptions, nSeriesIdx );
rPropSet.setProperties( aPropMap );
}
void ObjectTypeFormatter::convertTextFormatting( PropertySet& rPropSet, const ModelRef< TextBody >& rxTextProp )
{
maTextFormatter.convertFormatting( rPropSet, rxTextProp );
}
void ObjectTypeFormatter::convertFormatting( PropertySet& rPropSet, const ModelRef< Shape >& rxShapeProp, const ModelRef< TextBody >& rxTextProp )
{
convertFrameFormatting( rPropSet, rxShapeProp, nullptr, -1 );
convertTextFormatting( rPropSet, rxTextProp );
}
void ObjectTypeFormatter::convertTextFormatting( PropertySet& rPropSet, const TextCharacterProperties& rTextProps )
{
maTextFormatter.convertFormatting( rPropSet, &rTextProps );
}
void ObjectTypeFormatter::convertAutomaticFill( PropertySet& rPropSet, sal_Int32 nSeriesIdx )
{
ShapePropertyMap aPropMap( mrModelObjHelper, mrEntry.mrPropInfo );
ModelRef< Shape > xShapeProp;
maFillFormatter.convertFormatting( aPropMap, xShapeProp, nullptr, nSeriesIdx );
rPropSet.setProperties( aPropMap );
}
ObjectFormatterData::ObjectFormatterData( const XmlFilterBase& rFilter, const Reference< XChartDocument >& rxChartDoc, const ChartSpaceModel& rChartSpace ) :
mrFilter( rFilter ),
maModelObjHelper( Reference< XMultiServiceFactory >( rxChartDoc, UNO_QUERY ) ),
maEnUsLocale( "en", "US", OUString() ),
mnMaxSeriesIdx( -1 )
{
for(auto const &rEntry : spObjTypeFormatEntries)
maTypeFormatters[ rEntry.meObjType ].reset( new ObjectTypeFormatter( *this, rEntry, rChartSpace, rEntry.meObjType ) );
try
{
Reference< XNumberFormatsSupplier > xNumFmtsSupp( rxChartDoc, UNO_QUERY_THROW );
mxNumFmts = xNumFmtsSupp->getNumberFormats();
mxNumTypes.set( mxNumFmts, UNO_QUERY );
}
catch( Exception& )
{
}
OSL_ENSURE( mxNumFmts.is() && mxNumTypes.is(), "ObjectFormatterData::ObjectFormatterData - cannot get number formats" );
}
ObjectTypeFormatter* ObjectFormatterData::getTypeFormatter( ObjectType eObjType )
{
OSL_ENSURE( maTypeFormatters.has( eObjType ), "ObjectFormatterData::getTypeFormatter - unknown object type" );
return maTypeFormatters.get( eObjType ).get();
}
ObjectFormatter::ObjectFormatter( const XmlFilterBase& rFilter, const Reference< XChartDocument >& rxChartDoc, const ChartSpaceModel& rChartSpace ) :
mxData( new ObjectFormatterData( rFilter, rxChartDoc, rChartSpace ) )
{
}
ObjectFormatter::~ObjectFormatter()
{
}
void ObjectFormatter::setMaxSeriesIndex( sal_Int32 nMaxSeriesIdx )
{
mxData->mnMaxSeriesIdx = nMaxSeriesIdx;
}
sal_Int32 ObjectFormatter::getMaxSeriesIndex() const
{
return mxData->mnMaxSeriesIdx;
}
void ObjectFormatter::convertFrameFormatting( PropertySet& rPropSet, const ModelRef< Shape >& rxShapeProp, ObjectType eObjType, sal_Int32 nSeriesIdx )
{
if( ObjectTypeFormatter* pFormat = mxData->getTypeFormatter( eObjType ) )
pFormat->convertFrameFormatting( rPropSet, rxShapeProp, nullptr, nSeriesIdx );
}
void ObjectFormatter::convertFrameFormatting( PropertySet& rPropSet, const ModelRef< Shape >& rxShapeProp, const PictureOptionsModel& rPicOptions, ObjectType eObjType, sal_Int32 nSeriesIdx )
{
if( ObjectTypeFormatter* pFormat = mxData->getTypeFormatter( eObjType ) )
pFormat->convertFrameFormatting( rPropSet, rxShapeProp, &rPicOptions, nSeriesIdx );
}
void ObjectFormatter::convertTextFormatting( PropertySet& rPropSet, const ModelRef< TextBody >& rxTextProp, ObjectType eObjType )
{
if( ObjectTypeFormatter* pFormat = mxData->getTypeFormatter( eObjType ) )
pFormat->convertTextFormatting( rPropSet, rxTextProp );
}
void ObjectFormatter::convertFormatting( PropertySet& rPropSet, const ModelRef< Shape >& rxShapeProp, const ModelRef< TextBody >& rxTextProp, ObjectType eObjType )
{
if( ObjectTypeFormatter* pFormat = mxData->getTypeFormatter( eObjType ) )
pFormat->convertFormatting( rPropSet, rxShapeProp, rxTextProp );
}
void ObjectFormatter::convertTextFormatting( PropertySet& rPropSet, const TextCharacterProperties& rTextProps, ObjectType eObjType )
{
if( ObjectTypeFormatter* pFormat = mxData->getTypeFormatter( eObjType ) )
pFormat->convertTextFormatting( rPropSet, rTextProps );
}
void ObjectFormatter::convertTextRotation( PropertySet& rPropSet, const ModelRef< TextBody >& rxTextProp, bool bSupportsStacked, sal_Int32 nDefaultRotation )
{
if( rxTextProp.is() )
{
bool bStacked = false;
if( bSupportsStacked )
{
sal_Int32 nVert = rxTextProp->getTextProperties().moVert.get( XML_horz );
bStacked = (nVert == XML_wordArtVert) || (nVert == XML_wordArtVertRtl);
rPropSet.setProperty( PROP_StackCharacters, bStacked );
}
/* Chart2 expects rotation angle as double value in range of [0,360).
OOXML counts clockwise, Chart2 counts counterclockwise. */
double fAngle = static_cast< double >( bStacked ? 0 : rxTextProp->getTextProperties().moRotation.get( nDefaultRotation ) );
// MS Office UI allows values only in range of [-90,90].
if ( fAngle < -5400000.0 || fAngle > 5400000.0 )
{
fAngle = 0.0;
}
fAngle = getDoubleIntervalValue< double >( -fAngle / 60000.0, 0.0, 360.0 );
rPropSet.setProperty( PROP_TextRotation, fAngle );
}
}
void ObjectFormatter::convertTextWrap( PropertySet& rPropSet, const ModelRef< TextBody >& rxTextProp )
{
if( rxTextProp.is() )
{
PropertyMap& aPropMap = rxTextProp->getTextProperties().maPropertyMap;
if( aPropMap.hasProperty(PROP_TextWordWrap) )
{
Any aValue = aPropMap.getProperty( PROP_TextWordWrap );
if( aValue.hasValue() )
{
bool bValue = false;
aValue >>= bValue;
rPropSet.setProperty( PROP_TextWordWrap, bValue );
}
}
}
}
void ObjectFormatter::convertNumberFormat( PropertySet& rPropSet, const NumberFormat& rNumberFormat, bool bAxis, bool bShowPercent )
{
if( mxData->mxNumFmts.is() )
{
const bool bGeneral = rNumberFormat.maFormatCode.equalsIgnoreAsciiCase("general");
const bool bPercent = !bAxis && bShowPercent && !rNumberFormat.mbSourceLinked;
sal_Int32 nPropId = bPercent ? PROP_PercentageNumberFormat : PROP_NumberFormat;
OUString sFormatCode(rNumberFormat.maFormatCode);
if (bPercent && bGeneral)
sFormatCode = "0%";
try
{
sal_Int32 nIndex = bGeneral && !bPercent ?
mxData->mxNumTypes->getStandardIndex( mxData->maFromLocale ) :
mxData->mxNumFmts->addNewConverted( sFormatCode, mxData->maEnUsLocale, mxData->maFromLocale );
if( nIndex >= 0 )
rPropSet.setProperty( nPropId, nIndex );
}
catch( Exception& )
{
OSL_FAIL( OStringBuffer( "ObjectFormatter::convertNumberFormat - cannot create number format '" ).
append( OUStringToOString( rNumberFormat.maFormatCode, osl_getThreadTextEncoding() ) ).append( '\'' ).getStr() );
}
// Setting "LinkNumberFormatToSource" does not really work, at least not for axis :-/
if (!bAxis)
rPropSet.setProperty(PROP_LinkNumberFormatToSource, makeAny(rNumberFormat.mbSourceLinked));
else
rPropSet.setProperty(PROP_LinkNumberFormatToSource, makeAny(rNumberFormat.maFormatCode.isEmpty()));
}
}
void ObjectFormatter::convertAutomaticFill( PropertySet& rPropSet, ObjectType eObjType, sal_Int32 nSeriesIdx )
{
if( ObjectTypeFormatter* pFormat = mxData->getTypeFormatter( eObjType ) )
pFormat->convertAutomaticFill( rPropSet, nSeriesIdx );
}
bool ObjectFormatter::isAutomaticFill( const ModelRef< Shape >& rxShapeProp )
{
return !rxShapeProp || !rxShapeProp->getFillProperties().moFillType.has();
}
} // namespace chart
} // namespace drawingml
} // namespace oox
/* vim:set shiftwidth=4 softtabstop=4 expandtab: */
↑ V601 The bool type is implicitly cast to the class type. Inspect the second argument.
↑ V601 The bool type is implicitly cast to the class type. Inspect the second argument.