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Add Graph Settings (#879)

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This commit is contained in:
Rudy Huyn
2020-01-03 15:06:14 -08:00
committed by GitHub
parent 234ac8deb3
commit 8357f5d5c5
35 changed files with 1882 additions and 195 deletions
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299
src/GraphingInterfaces/GraphingEnums.h
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@@ -1,3 +1,6 @@
// Copyright (c) Microsoft Corporation. All rights reserved.
// Licensed under the MIT License.
#pragma once
namespace Graphing
@@ -12,10 +15,10 @@ namespace Graphing
enum class EquationParsingMode
{
// Solving an equation. At least one equal sign is required
// Solving an equation. At least one equal sign is required
SolveEquation,
// Graphing an equation. At least one equal sign is required
// Graphing an equation. At least one equal sign is required
GraphEquation,
// Not expecting an equation. No equal sign is allowed
@@ -29,9 +32,9 @@ namespace Graphing
{
// This format is not very human-readable, but best for machine processing and unit test.
// The meaning of an expression is precise, there is no need for parentheses, and it's easy to parse.
// While other serializers may contain little tweaks to make the UI component work as expected, this
// format doesn't change often because no real UI uses it.
// Example: Sum[1,Divide[2,x]]
// While other serializers may contain little tweaks to make the UI component work as expected, this
// format doesn't change often because no real UI uses it.
// Example: Sum[1,Divide[2,x]]
Formula,
// Similar to Formula, except the variables are in the format of Var(0), Var(1), ... instead of in their names.
@@ -39,9 +42,9 @@ namespace Graphing
// Example: Sum[1,Divide[2,Var(0)]]
InvariantFormula,
// Similar to Formula, except the aggregates (grouping parentheses) are silently removed during serialization.
// Similar to Formula, except the aggregates (grouping parentheses) are silently removed during serialization.
// The primary usage for this format is in internal test cases.
// When used in parsing, it's identical to Formula
// When used in parsing, it's identical to Formula
// Example: Sum[1,Divide[2,x]]
FormulaWithoutAggregate,
@@ -50,29 +53,29 @@ namespace Graphing
// Example: 1+2/x
Linear,
// This format is similar to linear format, but during serialization it uses ASCII characters only (except for variable
// This format is similar to linear format, but during serialization it uses ASCII characters only (except for variable
// named specified by the user) and can round trip back to the linear parser.
//
// When used in parsing it's identical to Linear.
//
// When used in parsing it's identical to Linear.
LinearInput,
// The standard MathML format. Note that the math engine can only parse a subset of the syntax in the MathML specification.
// Example: <math><mn>1</mn><mo>+</mo><mfrac><mn>2</mn><mi>x</mi></mfrac></math>
MathML,
// Same as MathML, except this format type won't generate the root element <math> .
// Same as MathML, except this format type won't generate the root element <math> .
// Used in serialization only (CasContext.FormatOptions) but not in parsing (CasContext.ParsingOptions)
// Example: <mn>1</mn><mo>+</mo><mfrac><mn>2</mn><mi>x</mi></mfrac>
MathMLNoWrapper,
// This format type is for the RichEdit wrapper to render math in RichEdit.
//
//
// Used in serialization only (CasContext.FormatOptions) but not in parsing (CasContext.ParsingOptions)
// Example: 1 + \frac{2,x}
MathRichEdit,
// This format type is for the RichEdit wrapper to render math in RichEdit.
// It's same with MathRichEdit format with one exception: fractions are rendered
// It's same with MathRichEdit format with one exception: fractions are rendered
// horizontally instead of vertically. This is a better choice if the display area
// is confined with a small height.
//
@@ -125,7 +128,7 @@ namespace Graphing
// Specify the current trigonometry unit mode: Radians, Degrees, Grads. This has effect on these trig operators:
// Sin Cos Tan Cot Sec Csc
// ASin ACos ATan ACot ASec ACsc.
// ASin ACos ATan ACot ASec ACsc.
// It has NO effect on hyperbolic trig operators (same behavior as Windows Calc), and any other operators.
enum class EvalTrigUnitMode
{
@@ -272,7 +275,7 @@ namespace Graphing
ShowVerboseSolution,
// bit mask of action type. Can be used to remove the Informational flag
TypeMask, // mask to get the type
TypeMask, // mask to get the type
// A flag that can be added onto any type. This is informational only that explains what the straight input would do.
// No action should be performed
@@ -385,188 +388,188 @@ namespace Graphing
};
}
namespace Analyzer {
namespace Analyzer
{
// Graph Analyzer Messages
enum GraphAnalyzerMessage
{
// "No data"
GraphAnalyzerMessage_None = 0,
// Graph Analyzer Messages
enum GraphAnalyzerMessage
{
// "No data"
GraphAnalyzerMessage_None = 0,
// "No zeros"
GraphAnalyzerMessage_NoZeros = 1,
// "No zeros"
GraphAnalyzerMessage_NoZeros = 1,
// "No y-intercept"
GraphAnalyzerMessage_NoYIntercept = 2,
// "No y-intercept"
GraphAnalyzerMessage_NoYIntercept = 2,
// "No minima"
GraphAnalyzerMessage_NoMinima = 3,
// "No minima"
GraphAnalyzerMessage_NoMinima = 3,
// "No maxima"
GraphAnalyzerMessage_NoMaxima = 4,
// "No maxima"
GraphAnalyzerMessage_NoMaxima = 4,
// "No inflection points"
GraphAnalyzerMessage_NoInflectionPoints = 5,
// "No inflection points"
GraphAnalyzerMessage_NoInflectionPoints = 5,
// "No vertical asymptotes"
GraphAnalyzerMessage_NoVerticalAsymptotes = 6,
// "No vertical asymptotes"
GraphAnalyzerMessage_NoVerticalAsymptotes = 6,
// "No horizontal asymptotes"
GraphAnalyzerMessage_NoHorizontalAsymptotes = 7,
// "No horizontal asymptotes"
GraphAnalyzerMessage_NoHorizontalAsymptotes = 7,
// "No oblique asymptotes"
GraphAnalyzerMessage_NoObliqueAsymptotes = 8,
// "No oblique asymptotes"
GraphAnalyzerMessage_NoObliqueAsymptotes = 8,
// "Not able to calculate"
GraphAnalyzerMessage_NotAbleToCalculate = 9,
// "Not able to calculate"
GraphAnalyzerMessage_NotAbleToCalculate = 9,
// "Not able to mark all graph features"
GraphAnalyzerMessage_NotAbleToMarkAllGraphFeatures = 10,
// "Not able to mark all graph features"
GraphAnalyzerMessage_NotAbleToMarkAllGraphFeatures = 10,
// These features are too complex for {APPLICATION_NAME} to calculate
GraphAnalyzerMessage_TheseFeaturesAreTooComplexToCalculate = 11,
// These features are too complex for {APPLICATION_NAME} to calculate
GraphAnalyzerMessage_TheseFeaturesAreTooComplexToCalculate = 11,
// "This feature is too complex for {APPLICATION_NAME} to calculate"
GraphAnalyzerMessage_ThisFeatureIsTooComplexToCalculate = 12
};
// "This feature is too complex for {APPLICATION_NAME} to calculate"
GraphAnalyzerMessage_ThisFeatureIsTooComplexToCalculate = 12
};
// define which data should be filled into result object
enum AnalysisType
{
// fill domain data
AnalysisType_Domain = 0,
// define which data should be filled into result object
enum AnalysisType
{
// fill domain data
AnalysisType_Domain = 0,
// fill range data
AnalysisType_Range = 1,
// fill range data
AnalysisType_Range = 1,
// fill parity data
AnalysisType_Parity = 2,
// fill parity data
AnalysisType_Parity = 2,
// fill zeros
AnalysisType_Zeros = 3,
// fill zeros
AnalysisType_Zeros = 3,
// fill interception with y axis
AnalysisType_YIntercept = 4,
// fill interception with y axis
AnalysisType_YIntercept = 4,
// fill minima
AnalysisType_Minima = 5,
// fill minima
AnalysisType_Minima = 5,
// fill maxima
AnalysisType_Maxima = 6,
// fill maxima
AnalysisType_Maxima = 6,
// fill inflection points
AnalysisType_InflectionPoints = 7,
// fill inflection points
AnalysisType_InflectionPoints = 7,
// fill vertical asymptotes
AnalysisType_VerticalAsymptotes = 8,
// fill vertical asymptotes
AnalysisType_VerticalAsymptotes = 8,
// fill horizontal asymptotes
AnalysisType_HorizontalAsymptotes = 9,
// fill horizontal asymptotes
AnalysisType_HorizontalAsymptotes = 9,
// fill oblique asymptotes
AnalysisType_ObliqueAsymptotes = 10,
// fill oblique asymptotes
AnalysisType_ObliqueAsymptotes = 10,
// fill monotonicity
AnalysisType_Monotonicity = 11,
// fill monotonicity
AnalysisType_Monotonicity = 11,
// fill period
AnalysisType_Period = 12
};
// fill period
AnalysisType_Period = 12
};
// define which additional data should be calculated
enum class PerformAnalysisType
{
// Calculate nothing
// PerformAnalysisType_None = 0x0,
// define which additional data should be calculated
enum class PerformAnalysisType
{
// Calculate nothing
//PerformAnalysisType_None = 0x0,
// Calculate domain data
PerformAnalysisType_Domain = 0x01,
// Calculate domain data
PerformAnalysisType_Domain = 0x01,
// Calculate range data
PerformAnalysisType_Range = 0x02,
// Calculate range data
PerformAnalysisType_Range = 0x02,
// Calculate parity data
PerformAnalysisType_Parity = 0x04,
// Calculate parity data
PerformAnalysisType_Parity = 0x04,
// Calculate zeros and interception with y axis
PerformAnalysisType_InterceptionPointsWithXAndYAxis = 0x08,
// Calculate zeros and interception with y axis
PerformAnalysisType_InterceptionPointsWithXAndYAxis = 0x08,
// Calculate Extrema and inflection points
PerformAnalysisType_CriticalPoints = 0x10,
// Calculate Extrema and inflection points
PerformAnalysisType_CriticalPoints = 0x10,
// Calculate asymptotes
PerformAnalysisType_Asymptotes = 0x20,
// Calculate asymptotes
PerformAnalysisType_Asymptotes = 0x20,
// Calculate monotonicity
PerformAnalysisType_Monotonicity = 0x40,
// Calculate monotonicity
PerformAnalysisType_Monotonicity = 0x40,
// Calculate period
PerformAnalysisType_Period = 0x80,
// Calculate period
PerformAnalysisType_Period = 0x80,
// Calculate all additional data
PerformAnalysisType_All = 0xFF
};
// Calculate all additional data
PerformAnalysisType_All = 0xFF
};
// function parity for function analysis
enum class FunctionParityType
{
// parity not calculated or not possible to calculate
FunctionParityType_Unknown = 0,
// function parity for function analysis
enum class FunctionParityType
{
// parity not calculated or not possible to calculate
FunctionParityType_Unknown = 0,
// parity is odd
FunctionParityType_Odd = 1,
// parity is odd
FunctionParityType_Odd = 1,
// parity is even
FunctionParityType_Even = 2,
// parity is even
FunctionParityType_Even = 2,
// function is not odd nor even
FunctionParityType_None = 3
};
// function is not odd nor even
FunctionParityType_None = 3
};
// monotonicity direction for function analysis
enum class FunctionMonotonicityType
{
// unknown or not calculated
FunctionMonotonicityType_Unknown = 0,
// monotonicity direction for function analysis
enum class FunctionMonotonicityType
{
// unknown or not calculated
FunctionMonotonicityType_Unknown = 0,
// ascending monotonicity on interval
FunctionMonotonicityType_Ascending = 1,
// ascending monotonicity on interval
FunctionMonotonicityType_Ascending = 1,
// descending monotonicity on interval
FunctionMonotonicityType_Descending = 2,
// descending monotonicity on interval
FunctionMonotonicityType_Descending = 2,
// constant monotonicity on interval
FunctionMonotonicityType_Constant = 3
};
// constant monotonicity on interval
FunctionMonotonicityType_Constant = 3
};
// asymptote description for function analysis
enum class AsymptoteType
{
// unknown or not calculated
AsymptoteType_Unknown = 0,
// asymptote description for function analysis
enum class AsymptoteType
{
// unknown or not calculated
AsymptoteType_Unknown = 0,
// when x goes to positive infinity
AsymptoteType_PositiveInfinity = 1,
// when x goes to positive infinity
AsymptoteType_PositiveInfinity = 1,
// when x goes to negative infinity
AsymptoteType_NegativeInfinity = 2,
// when x goes to negative infinity
AsymptoteType_NegativeInfinity = 2,
// when x goes to positive or negative infinity
AsymptoteType_AnyInfinity = 3
};
// when x goes to positive or negative infinity
AsymptoteType_AnyInfinity = 3
};
// function periodicity for function analysis
enum class FunctionPeriodicityType
{
// periodicity not calculated or not possible to calculate
FunctionPeriodicityType_Unknown = 0,
// function periodicity for function analysis
enum class FunctionPeriodicityType
{
// periodicity not calculated or not possible to calculate
FunctionPeriodicityType_Unknown = 0,
// parity is odd
FunctionPeriodicityType_Periodic = 1,
// parity is odd
FunctionPeriodicityType_Periodic = 1,
// parity is even
FunctionPeriodicityType_NotPeriodic = 2
};
// parity is even
FunctionPeriodicityType_NotPeriodic = 2
};
}
}
}