a33c1a4494
* Added enable/disable line functionality * Update EquationTextBox to change the opacity of functions have are not visible. Update the function label for the EquationTextBox to increment the label to show f1, f2, f3, etc * rebase key-graph-features and fix issue where removing an equation box and adding a new one repopulates the previous equation * Added visibility icon for the equation button hover * updated EquationButton to be a toggle button to better handle the LineHidden state and other PR comment fixes. * Updated EquationButton style to use a toggle button and to have placeholder icons for the show/hide states * Updated equation button after pulling the refactor work into the branch. Fixed the Equation Button in KGF UI * Fixed Pepe's bugs * Uncomment temporary.pfx in calculator.vcxproj
402 lines
16 KiB
C++
402 lines
16 KiB
C++
// Copyright (c) Microsoft Corporation. All rights reserved.
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// Licensed under the MIT License.
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#include "pch.h"
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#include "Equation.h"
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using namespace winrt::Windows::Foundation::Collections;
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using namespace Platform;
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using namespace std;
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using namespace Windows::UI;
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using namespace Windows::UI::ViewManagement;
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using namespace Windows::UI::Xaml;
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using namespace Windows::UI::Xaml::Media;
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namespace GraphControl
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{
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// Remove mml: formatting specific to RichEditBox control, which is not understood by the graph engine.
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static constexpr wstring_view s_mathPrefix = L"mml:";
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DependencyProperty ^ Equation::s_expressionProperty;
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static constexpr auto s_propertyName_Expression = L"Expression";
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DependencyProperty ^ Equation::s_lineColorProperty;
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static constexpr auto s_propertyName_LineColor = L"LineColor";
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DependencyProperty ^ Equation::s_isLineEnabledProperty;
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static constexpr auto s_propertyName_IsLineEnabled = L"IsLineEnabled";
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DependencyProperty ^ Equation::s_xInterceptProperty;
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static constexpr auto s_propertyName_XIntercept = L"XIntercept";
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DependencyProperty ^ Equation::s_yInterceptProperty;
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static constexpr auto s_propertyName_YIntercept = L"YIntercept";
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DependencyProperty ^ Equation::s_parityProperty;
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static constexpr auto s_propertyName_Parity = L"Parity";
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DependencyProperty ^ Equation::s_periodicityDirectionProperty;
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static constexpr auto s_propertyName_PeriodicityDirection = L"PeriodicityDirection";
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DependencyProperty ^ Equation::s_periodicityExpressionProperty;
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static constexpr auto s_propertyName_PeriodicityExpression = L"PeriodicityExpression";
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DependencyProperty ^ Equation::s_minimaProperty;
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static constexpr auto s_propertyName_Minima = L"Minima";
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DependencyProperty ^ Equation::s_maximaProperty;
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static constexpr auto s_propertyName_Maxima = L"Maxima";
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DependencyProperty ^ Equation::s_domainProperty;
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static constexpr auto s_propertyName_Domain = L"Domain";
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DependencyProperty ^ Equation::s_rangeProperty;
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static constexpr auto s_propertyName_Range = L"Range";
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DependencyProperty ^ Equation::s_inflectionPointsProperty;
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static constexpr auto s_propertyName_InflectionPoints = L"InflectionPoints";
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DependencyProperty ^ Equation::s_monotonicityProperty;
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static constexpr auto s_propertyName_Monotonicity = L"Monotonicity";
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DependencyProperty ^ Equation::s_verticalAsymptotesProperty;
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static constexpr auto s_propertyName_VerticalAsymptotes = L"VerticalAsymptotes";
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DependencyProperty ^ Equation::s_horizontalAsymptotesProperty;
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static constexpr auto s_propertyName_HorizontalAsymptotes = L"HorizontalAsymptotes";
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DependencyProperty ^ Equation::s_obliqueAsymptotesProperty;
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static constexpr auto s_propertyName_ObliqueAsymptotes = L"ObliqueAsymptotes";
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DependencyProperty ^ Equation::s_tooComplexFeaturesProperty;
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static constexpr auto s_propertyName_TooComplexFeatures = L"TooComplexFeatures";
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DependencyProperty ^ Equation::s_analysisErrorProperty;
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static constexpr auto s_propertyName_AnalysisError = L"AnalysisError";
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namespace EquationProperties
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{
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String ^ Expression = StringReference(s_propertyName_Expression);
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String ^ LineColor = StringReference(s_propertyName_LineColor);
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String ^ IsLineEnabled = StringReference(s_propertyName_IsLineEnabled);
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String ^ XIntercept = StringReference(s_propertyName_XIntercept);
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String ^ YIntercept = StringReference(s_propertyName_YIntercept);
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String ^ Parity = StringReference(s_propertyName_Parity);
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String ^ PeriodicityDirection = StringReference(s_propertyName_PeriodicityDirection);
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String ^ PeriodicityExpression = StringReference(s_propertyName_PeriodicityExpression);
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String ^ Minima = StringReference(s_propertyName_Minima);
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String ^ Maxima = StringReference(s_propertyName_Maxima);
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String ^ Domain = StringReference(s_propertyName_Domain);
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String ^ Range = StringReference(s_propertyName_Range);
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String ^ InflectionPoints = StringReference(s_propertyName_InflectionPoints);
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String ^ Monotonicity = StringReference(s_propertyName_Monotonicity);
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String ^ VerticalAsymptotes = StringReference(s_propertyName_VerticalAsymptotes);
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String ^ HorizontalAsymptotes = StringReference(s_propertyName_HorizontalAsymptotes);
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String ^ ObliqueAsymptotes = StringReference(s_propertyName_ObliqueAsymptotes);
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String ^ TooComplexFeatures = StringReference(s_propertyName_TooComplexFeatures);
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String ^ AnalysisError = StringReference(s_propertyName_AnalysisError);
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}
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void Equation::RegisterDependencyProperties()
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{
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if (!s_expressionProperty)
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{
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s_expressionProperty = DependencyProperty::Register(
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EquationProperties::Expression,
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String::typeid,
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Equation::typeid,
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ref new PropertyMetadata(nullptr, ref new PropertyChangedCallback(&Equation::OnCustomDependencyPropertyChanged)));
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}
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if (!s_lineColorProperty)
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{
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// Default line color should be the user's accent color
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auto uiSettings = ref new UISettings();
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s_lineColorProperty = DependencyProperty::Register(
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EquationProperties::LineColor,
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SolidColorBrush::typeid,
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Equation::typeid,
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ref new PropertyMetadata(nullptr, ref new PropertyChangedCallback(&Equation::OnCustomDependencyPropertyChanged)));
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}
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if (!s_isLineEnabledProperty)
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{
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s_isLineEnabledProperty = DependencyProperty::Register(
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EquationProperties::IsLineEnabled,
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bool ::typeid,
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Equation::typeid,
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ref new PropertyMetadata(nullptr, ref new PropertyChangedCallback(&Equation::OnCustomDependencyPropertyChanged)));
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}
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if (!s_xInterceptProperty)
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{
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s_xInterceptProperty = DependencyProperty::Register(
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EquationProperties::XIntercept,
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String::typeid,
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Equation::typeid,
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ref new PropertyMetadata(nullptr, ref new PropertyChangedCallback(&Equation::OnCustomDependencyPropertyChanged)));
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}
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if (!s_yInterceptProperty)
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{
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s_yInterceptProperty = DependencyProperty::Register(
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EquationProperties::YIntercept,
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String::typeid,
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Equation::typeid,
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ref new PropertyMetadata(nullptr, ref new PropertyChangedCallback(&Equation::OnCustomDependencyPropertyChanged)));
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}
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if (!s_parityProperty)
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{
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s_parityProperty = DependencyProperty::Register(
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EquationProperties::Parity,
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int ::typeid,
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Equation::typeid,
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ref new PropertyMetadata(nullptr, ref new PropertyChangedCallback(&Equation::OnCustomDependencyPropertyChanged)));
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}
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if (!s_periodicityDirectionProperty)
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{
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s_periodicityDirectionProperty = DependencyProperty::Register(
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EquationProperties::PeriodicityDirection,
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int ::typeid,
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Equation::typeid,
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ref new PropertyMetadata(nullptr, ref new PropertyChangedCallback(&Equation::OnCustomDependencyPropertyChanged)));
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}
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if (!s_periodicityExpressionProperty)
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{
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s_periodicityExpressionProperty = DependencyProperty::Register(
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EquationProperties::PeriodicityExpression,
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String::typeid,
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Equation::typeid,
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ref new PropertyMetadata(nullptr, ref new PropertyChangedCallback(&Equation::OnCustomDependencyPropertyChanged)));
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}
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if (!s_minimaProperty)
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{
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s_minimaProperty = DependencyProperty::Register(
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EquationProperties::Minima,
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IObservableVector<String ^>::typeid,
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Equation::typeid,
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ref new PropertyMetadata(nullptr, ref new PropertyChangedCallback(&Equation::OnCustomDependencyPropertyChanged)));
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}
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if (!s_maximaProperty)
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{
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s_maximaProperty = DependencyProperty::Register(
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EquationProperties::Maxima,
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IObservableVector<String ^>::typeid,
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Equation::typeid,
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ref new PropertyMetadata(nullptr, ref new PropertyChangedCallback(&Equation::OnCustomDependencyPropertyChanged)));
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}
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if (!s_domainProperty)
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{
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s_domainProperty = DependencyProperty::Register(
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EquationProperties::Domain,
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String::typeid,
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Equation::typeid,
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ref new PropertyMetadata(nullptr, ref new PropertyChangedCallback(&Equation::OnCustomDependencyPropertyChanged)));
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}
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if (!s_rangeProperty)
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{
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s_rangeProperty = DependencyProperty::Register(
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EquationProperties::Range,
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String::typeid,
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Equation::typeid,
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ref new PropertyMetadata(nullptr, ref new PropertyChangedCallback(&Equation::OnCustomDependencyPropertyChanged)));
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}
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if (!s_inflectionPointsProperty)
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{
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s_inflectionPointsProperty = DependencyProperty::Register(
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EquationProperties::InflectionPoints,
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IObservableVector<String ^>::typeid,
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Equation::typeid,
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ref new PropertyMetadata(nullptr, ref new PropertyChangedCallback(&Equation::OnCustomDependencyPropertyChanged)));
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}
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if (!s_monotonicityProperty)
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{
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s_monotonicityProperty = DependencyProperty::Register(
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EquationProperties::Monotonicity,
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IObservableMap<String ^, String ^>::typeid,
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Equation::typeid,
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ref new PropertyMetadata(nullptr, ref new PropertyChangedCallback(&Equation::OnCustomDependencyPropertyChanged)));
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}
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if (!s_verticalAsymptotesProperty)
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{
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s_verticalAsymptotesProperty = DependencyProperty::Register(
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EquationProperties::VerticalAsymptotes,
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IObservableVector<String ^>::typeid,
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Equation::typeid,
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ref new PropertyMetadata(nullptr, ref new PropertyChangedCallback(&Equation::OnCustomDependencyPropertyChanged)));
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}
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if (!s_horizontalAsymptotesProperty)
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{
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s_horizontalAsymptotesProperty = DependencyProperty::Register(
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EquationProperties::HorizontalAsymptotes,
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IObservableVector<String ^>::typeid,
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Equation::typeid,
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ref new PropertyMetadata(nullptr, ref new PropertyChangedCallback(&Equation::OnCustomDependencyPropertyChanged)));
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}
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if (!s_obliqueAsymptotesProperty)
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{
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s_obliqueAsymptotesProperty = DependencyProperty::Register(
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EquationProperties::ObliqueAsymptotes,
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IObservableVector<String ^>::typeid,
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Equation::typeid,
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ref new PropertyMetadata(nullptr, ref new PropertyChangedCallback(&Equation::OnCustomDependencyPropertyChanged)));
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}
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if (!s_tooComplexFeaturesProperty)
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{
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s_tooComplexFeaturesProperty = DependencyProperty::Register(
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EquationProperties::TooComplexFeatures,
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int ::typeid,
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Equation::typeid,
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ref new PropertyMetadata(nullptr, ref new PropertyChangedCallback(&Equation::OnCustomDependencyPropertyChanged)));
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}
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if (!s_analysisErrorProperty)
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{
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s_analysisErrorProperty = DependencyProperty::Register(
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EquationProperties::AnalysisError,
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int ::typeid,
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Equation::typeid,
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ref new PropertyMetadata(nullptr, ref new PropertyChangedCallback(&Equation::OnCustomDependencyPropertyChanged)));
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}
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}
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void Equation::OnCustomDependencyPropertyChanged(DependencyObject ^ obj, DependencyPropertyChangedEventArgs ^ args)
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{
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if (auto eq = static_cast<Equation ^>(obj))
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{
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String ^ propertyName = nullptr;
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if (args->Property == s_expressionProperty)
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{
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propertyName = EquationProperties::Expression;
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}
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else if (args->Property == s_lineColorProperty)
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{
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propertyName = EquationProperties::LineColor;
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}
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else if (args->Property == s_isLineEnabledProperty)
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{
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propertyName = EquationProperties::IsLineEnabled;
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}
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else if (args->Property == s_xInterceptProperty)
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{
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propertyName = EquationProperties::XIntercept;
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}
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else if (args->Property == s_yInterceptProperty)
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{
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propertyName = EquationProperties::YIntercept;
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}
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else if (args->Property == s_parityProperty)
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{
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propertyName = EquationProperties::Parity;
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}
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else if (args->Property == s_periodicityDirectionProperty)
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{
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propertyName = EquationProperties::PeriodicityDirection;
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}
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else if (args->Property == s_periodicityExpressionProperty)
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{
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propertyName = EquationProperties::PeriodicityExpression;
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}
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else if (args->Property == s_minimaProperty)
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{
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propertyName = EquationProperties::Minima;
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}
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else if (args->Property == s_maximaProperty)
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{
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propertyName = EquationProperties::Maxima;
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}
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else if (args->Property == s_domainProperty)
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{
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propertyName = EquationProperties::Domain;
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}
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else if (args->Property == s_rangeProperty)
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{
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propertyName = EquationProperties::Range;
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}
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else if (args->Property == s_inflectionPointsProperty)
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{
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propertyName = EquationProperties::InflectionPoints;
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}
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else if (args->Property == s_monotonicityProperty)
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{
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propertyName = EquationProperties::Monotonicity;
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}
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else if (args->Property == s_verticalAsymptotesProperty)
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{
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propertyName = EquationProperties::VerticalAsymptotes;
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}
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else if (args->Property == s_horizontalAsymptotesProperty)
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{
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propertyName = EquationProperties::HorizontalAsymptotes;
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}
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else if (args->Property == s_obliqueAsymptotesProperty)
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{
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propertyName = EquationProperties::ObliqueAsymptotes;
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}
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else if (args->Property == s_tooComplexFeaturesProperty)
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{
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propertyName = EquationProperties::TooComplexFeatures;
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}
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else if (args->Property == s_analysisErrorProperty)
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{
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propertyName = EquationProperties::AnalysisError;
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}
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eq->PropertyChanged(eq, propertyName);
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}
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}
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wstring Equation::GetRequest()
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{
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wstringstream ss{};
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ss << GetRequestHeader() << GetExpression() << GetLineColor() << L"</mfenced></mrow>";
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return ss.str();
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}
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wstring Equation::GetRequestHeader()
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{
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wstring expr{ Expression->Data() };
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if (expr.find(L">=<") != wstring::npos)
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{
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return L"<mrow><mi>plotEq2d</mi><mfenced separators=\"\">"s;
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}
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else
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{
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return L"<mrow><mi>plot2d</mi><mfenced separators=\"\">"s;
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}
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}
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wstring Equation::GetExpression()
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{
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wstring mathML = Expression->Data();
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size_t mathPrefix = 0;
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while ((mathPrefix = mathML.find(s_mathPrefix, mathPrefix)) != std::string::npos)
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{
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mathML.replace(mathPrefix, s_mathPrefix.length(), L"");
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mathPrefix += s_mathPrefix.length();
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}
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return mathML;
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}
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wstring Equation::GetLineColor()
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{
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return L""s;
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}
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}
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