docmodel: add ComplexColor.cxx and move function definitions there
No need to be a template only class. Change-Id: I3d73fe18443662205967ce5904233a93d7785164 Reviewed-on: https://gerrit.libreoffice.org/c/core/+/195166 Reviewed-by: Tomaž Vajngerl <quikee@gmail.com> Tested-by: Jenkins
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Tomaž Vajngerl
committed by
Tomaž Vajngerl
Tomaž Vajngerl
parent
a76f037159
commit
1dbe0aa24f
@@ -18,6 +18,7 @@ $(eval $(call gb_Library_add_exception_objects,docmodel,\
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docmodel/source/theme/ColorSet \
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docmodel/source/theme/Theme \
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docmodel/source/color/ComplexColorJSON \
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docmodel/source/color/ComplexColor \
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docmodel/source/styles/ChartStyle \
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docmodel/source/styles/ChartColorStyle \
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))
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@@ -0,0 +1,176 @@
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/* -*- Mode: C++; tab-width: 4; indent-tabs-mode: nil; c-basic-offset: 4 -*- */
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/*
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* This file is part of the LibreOffice project.
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*
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* This Source Code Form is subject to the terms of the Mozilla Public
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* License, v. 2.0. If a copy of the MPL was not distributed with this
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* file, You can obtain one at http://mozilla.org/MPL/2.0/.
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*
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*/
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#include <docmodel/color/ComplexColor.hxx>
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#include <sal/log.hxx>
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#include <tools/color.hxx>
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#include <docmodel/theme/ThemeColorType.hxx>
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#include <docmodel/color/Transformation.hxx>
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#include <o3tl/hash_combine.hxx>
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namespace model
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{
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void ComplexColor::addTransformation(Transformation const& rTransform)
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{
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maTransformations.push_back(rTransform);
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}
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void ComplexColor::removeTransformations(TransformationType eType)
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{
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std::erase_if(maTransformations,
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[eType](Transformation const& rTransform) { return rTransform.meType == eType; });
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}
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void ComplexColor::setCRGB(sal_Int32 nR, sal_Int32 nG, sal_Int32 nB)
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{
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mnComponent1 = nR;
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mnComponent2 = nG;
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mnComponent3 = nB;
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meType = ColorType::CRGB;
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}
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void ComplexColor::setRGB(double r, double g, double b)
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{
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mnComponent1 = r;
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mnComponent2 = g;
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mnComponent3 = b;
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maFinalColor = ::Color(sal_Int8(r), sal_Int8(g), sal_Int8(b));
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meType = ColorType::RGB;
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}
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void ComplexColor::getRGB(double& r, double& g, double& b)
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{
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if (meType != ColorType::RGB)
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return;
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r = mnComponent1;
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g = mnComponent2;
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b = mnComponent3;
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}
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Color ComplexColor::getRGB() const { return Color(mnComponent1, mnComponent2, mnComponent3); }
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void ComplexColor::setColor(Color const& rColor)
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{
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mnComponent1 = rColor.GetRed();
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mnComponent2 = rColor.GetGreen();
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mnComponent3 = rColor.GetBlue();
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maFinalColor = rColor;
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meType = ColorType::RGB;
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}
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void ComplexColor::setRGB(sal_Int32 nRGB)
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{
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::Color aColor(ColorTransparency, nRGB);
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setColor(aColor);
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}
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void ComplexColor::setHSL(sal_Int32 nH, sal_Int32 nS, sal_Int32 nL)
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{
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mnComponent1 = nH;
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mnComponent2 = nS;
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mnComponent3 = nL;
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meType = ColorType::HSL;
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}
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void ComplexColor::setSystemColor(SystemColorType eSystemColorType, sal_Int32 nRGB)
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{
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maLastColor = ::Color(ColorTransparency, nRGB);
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meSystemColorType = eSystemColorType;
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meType = ColorType::System;
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}
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bool ComplexColor::isOpaque() const
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{
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for (const Transformation& t : maTransformations)
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{
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if (t.meType == model::TransformationType::Alpha && t.mnValue != 10000)
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{
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return false;
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}
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}
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return true;
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}
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bool ComplexColor::isTransparent() const
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{
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for (const Transformation& t : maTransformations)
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{
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if (t.meType == model::TransformationType::Alpha && t.mnValue == 0)
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{
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return true;
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}
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}
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return false;
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}
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void ComplexColor::setThemeColor(ThemeColorType eType)
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{
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meThemeColorType = eType;
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meType = ColorType::Theme;
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}
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bool ComplexColor::operator==(const ComplexColor& rComplexColor) const
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{
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return meType == rComplexColor.meType && mnComponent1 == rComplexColor.mnComponent1
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&& mnComponent2 == rComplexColor.mnComponent2
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&& mnComponent3 == rComplexColor.mnComponent3
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&& meSystemColorType == rComplexColor.meSystemColorType
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&& maLastColor == rComplexColor.maLastColor
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&& meThemeColorType == rComplexColor.meThemeColorType
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&& maTransformations.size() == rComplexColor.maTransformations.size()
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&& std::equal(maTransformations.begin(), maTransformations.end(),
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rComplexColor.maTransformations.begin());
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}
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Color ComplexColor::applyTransformations(Color const& rColor) const
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{
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Color aColor(rColor);
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for (auto const& rTransform : maTransformations)
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{
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switch (rTransform.meType)
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{
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case TransformationType::Tint:
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aColor.ApplyTintOrShade(rTransform.mnValue);
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break;
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case TransformationType::Shade:
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aColor.ApplyTintOrShade(-rTransform.mnValue);
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break;
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case TransformationType::LumMod:
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aColor.ApplyLumModOff(rTransform.mnValue, 0);
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break;
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case TransformationType::LumOff:
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aColor.ApplyLumModOff(10000, rTransform.mnValue);
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break;
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default:
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break;
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}
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}
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return aColor;
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}
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std::size_t ComplexColor::getHash() const
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{
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std::size_t seed = 0;
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o3tl::hash_combine(seed, meType);
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o3tl::hash_combine(seed, mnComponent1);
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o3tl::hash_combine(seed, mnComponent2);
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o3tl::hash_combine(seed, mnComponent3);
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o3tl::hash_combine(seed, meSystemColorType);
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o3tl::hash_combine(seed, sal_uInt32(maLastColor));
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for (auto const& rTransform : maTransformations)
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o3tl::hash_combine(seed, rTransform);
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o3tl::hash_combine(seed, sal_uInt32(maFinalColor));
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return seed;
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}
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} // end of namespace model
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/* vim:set shiftwidth=4 softtabstop=4 expandtab: */
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@@ -142,17 +142,9 @@ public:
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maTransformations = rTransformations;
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}
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void addTransformation(Transformation const& rTransform)
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{
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maTransformations.push_back(rTransform);
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}
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void addTransformation(Transformation const& rTransform);
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void removeTransformations(TransformationType eType)
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{
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std::erase_if(maTransformations, [eType](Transformation const& rTransform) {
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return rTransform.meType == eType;
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});
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}
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void removeTransformations(TransformationType eType);
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void clearTransformations() { maTransformations.clear(); }
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@@ -160,137 +152,40 @@ public:
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double getGreen() const { return mnComponent2; }
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double getBlue() const { return mnComponent3; }
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void setCRGB(sal_Int32 nR, sal_Int32 nG, sal_Int32 nB)
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{
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mnComponent1 = nR;
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mnComponent2 = nG;
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mnComponent3 = nB;
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meType = ColorType::CRGB;
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}
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void setCRGB(sal_Int32 nR, sal_Int32 nG, sal_Int32 nB);
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Color getRGB() const { return Color(mnComponent1, mnComponent2, mnComponent3); }
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void setRGB(double r, double g, double b);
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void setColor(Color const& rColor)
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{
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mnComponent1 = rColor.GetRed();
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mnComponent2 = rColor.GetGreen();
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mnComponent3 = rColor.GetBlue();
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maFinalColor = rColor;
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meType = ColorType::RGB;
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}
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void getRGB(double& r, double& g, double& b);
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void setRGB(sal_Int32 nRGB)
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{
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::Color aColor(ColorTransparency, nRGB);
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setColor(aColor);
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}
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Color getRGB() const;
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void setHSL(sal_Int32 nH, sal_Int32 nS, sal_Int32 nL)
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{
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mnComponent1 = nH;
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mnComponent2 = nS;
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mnComponent3 = nL;
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meType = ColorType::HSL;
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}
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void setColor(Color const& rColor);
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void setSystemColor(SystemColorType eSystemColorType, sal_Int32 nRGB)
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{
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maLastColor = ::Color(ColorTransparency, nRGB);
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meSystemColorType = eSystemColorType;
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meType = ColorType::System;
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}
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void setRGB(sal_Int32 nRGB);
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bool isOpaque() const
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{
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for (const Transformation& t : maTransformations)
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{
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if (t.meType == model::TransformationType::Alpha && t.mnValue != 10000)
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{
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return false;
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}
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}
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return true;
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}
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void setHSL(sal_Int32 nH, sal_Int32 nS, sal_Int32 nL);
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bool isTransparent() const
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{
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for (const Transformation& t : maTransformations)
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{
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if (t.meType == model::TransformationType::Alpha && t.mnValue == 0)
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{
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return true;
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}
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}
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return false;
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}
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void setSystemColor(SystemColorType eSystemColorType, sal_Int32 nRGB);
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bool isOpaque() const;
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bool isTransparent() const;
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void setThemePlaceholder() { meType = ColorType::Placeholder; }
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void setThemeColor(ThemeColorType eType)
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{
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meThemeColorType = eType;
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meType = ColorType::Theme;
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}
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void setThemeColor(ThemeColorType eType);
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bool operator==(const ComplexColor& rComplexColor) const
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{
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return meType == rComplexColor.meType && mnComponent1 == rComplexColor.mnComponent1
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&& mnComponent2 == rComplexColor.mnComponent2
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&& mnComponent3 == rComplexColor.mnComponent3
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&& meSystemColorType == rComplexColor.meSystemColorType
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&& maLastColor == rComplexColor.maLastColor
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&& meThemeColorType == rComplexColor.meThemeColorType
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&& maTransformations.size() == rComplexColor.maTransformations.size()
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&& std::equal(maTransformations.begin(), maTransformations.end(),
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rComplexColor.maTransformations.begin());
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}
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bool operator==(const ComplexColor& rComplexColor) const;
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/** Applies the defined transformations to the input color */
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Color applyTransformations(Color const& rColor) const
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{
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Color aColor(rColor);
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for (auto const& rTransform : maTransformations)
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{
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switch (rTransform.meType)
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{
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case TransformationType::Tint:
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aColor.ApplyTintOrShade(rTransform.mnValue);
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break;
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case TransformationType::Shade:
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aColor.ApplyTintOrShade(-rTransform.mnValue);
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break;
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case TransformationType::LumMod:
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aColor.ApplyLumModOff(rTransform.mnValue, 0);
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break;
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case TransformationType::LumOff:
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aColor.ApplyLumModOff(10000, rTransform.mnValue);
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break;
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default:
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break;
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}
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}
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return aColor;
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}
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Color applyTransformations(Color const& rColor) const;
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void setFinalColor(Color const& rColor) { maFinalColor = rColor; }
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Color const& getFinalColor() const { return maFinalColor; }
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std::size_t getHash() const
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{
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std::size_t seed = 0;
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o3tl::hash_combine(seed, meType);
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o3tl::hash_combine(seed, mnComponent1);
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o3tl::hash_combine(seed, mnComponent2);
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o3tl::hash_combine(seed, mnComponent3);
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o3tl::hash_combine(seed, meSystemColorType);
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o3tl::hash_combine(seed, sal_uInt32(maLastColor));
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for (auto const& rTransform : maTransformations)
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o3tl::hash_combine(seed, rTransform);
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o3tl::hash_combine(seed, sal_uInt32(maFinalColor));
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return seed;
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}
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std::size_t getHash() const;
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static model::ComplexColor createRGB(Color const& rColor)
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{
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