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/*
* KmPlot - a math. function plotter for the KDE-Desktop
*
* Copyright (C) 1998, 1999 Klaus-Dieter Möller
* 2000, 2002 kd.moeller@t-online.de
*
* This file is part of the KDE Project.
* KmPlot is part of the KDE-EDU Project.
*
* This program is free software; you can redistribute it and/or modify
* it under the terms of the GNU General Public License as published by
* the Free Software Foundation; either version 2 of the License, or
* (at your option) any later version.
*
* This program is distributed in the hope that it will be useful,
* but WITHOUT ANY WARRANTY; without even the implied warranty of
* MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
* GNU General Public License for more details.
*
* You should have received a copy of the GNU General Public License
* along with this program; if not, write to the Free Software
* Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301, USA.
*
*/
#ifndef xparser_included
#define xparser_included
#define SLIDER_COUNT 4
// TQt includes
#include <kdebug.h>
// local includes
#include "parser.h"
#include "settings.h"
/**
* @short Extended parser class.
*
* This class extends the parser class to support derivatives,
* draw options like color and line width and so on.
*/
class XParser : public Parser
{
public:
XParser(bool &);
~XParser();
/// Evaluates the 1st dreivative of the function with intex \a ix
double a1fkt( Ufkt *u_item , double, double h = 1e-3 );
/// Evaluates the 2nd dreivative of the function with intex \a ix
double a2fkt( Ufkt *, double, double h = 1e-3 );
/// calculate euler's method when drawing a numeric prime-function
double euler_method(const double, const TQValueVector<Ufkt>::iterator);
/// Line width default
int linewidth0;
TQRgb defaultColor(int function);
enum { Function, Polar, ParametricX, ParametricY }; ///types of functions
///Returns an unused function name if it is needed
void fixFunctionName(TQString &, int const = XParser::Function , int const=-1);
/// Returns the index for the next function.
int getNextIndex();
/// Fill item with default values (e.g color, linewidth )
void prepareAddingFunction(Ufkt *item);
/// Interpretates the extended function string (only used by the old file format)
bool getext( Ufkt *, const TQString );
/// Send a function to an other instance of Kmplot. Returns true if it success, otherwise false
bool sendFunction(int id, const TQString &dcopclient_target="");
/// Functions for the DCOP interface:
/// Returns a list with all functions
TQStringList listFunctionNames();
/// Returns true if the graph is visible, otherwise false.
bool functionFVisible(uint id);
bool functionF1Visible(uint id);
bool functionF2Visible(uint id);
bool functionIntVisible(uint id);
/// Set the visible of the function. Returns true if it succeeds, otherwise false.
bool setFunctionFVisible(bool visible, uint id);
bool setFunctionF1Visible(bool visible, uint id);
bool setFunctionF2Visible(bool visible, uint id);
bool setFunctionIntVisible(bool visible, uint id);
/// Returns the function expression, or an empty string if the function couldn't be found
TQString functionStr(uint id);
/// Returns the complete function string including the extensions of a function, or an empty string if the function couldn't be found
/// Get the color of a graph
TQColor functionFColor(uint id);
TQColor functionF1Color(uint id);
TQColor functionF2Color(uint id);
TQColor functionIntColor(uint id);
/// Set the color of a graph. Returns true if it succeeds, otherwise false.
bool setFunctionFColor(const TQColor &color, uint id);
bool setFunctionF1Color(const TQColor &color, uint id);
bool setFunctionF2Color(const TQColor &color, uint id);
bool setFunctionIntColor(const TQColor &color, uint id);
/// Get the line width of a graph
int functionFLineWidth(uint id);
int functionF1LineWidth(uint id);
int functionF2LineWidth(uint id);
int functionIntLineWidth(uint id);
/// Set the line width of a graph. Returns true if it succeeds, otherwise false.
bool setFunctionFLineWidth(int linewidth, uint id);
bool setFunctionF1LineWidth(int linewidth, uint id);
bool setFunctionF2LineWidth(int linewidth, uint id);
bool setFunctionIntLineWidth(int linewidth, uint id);
/// Returns the function's parameter list
TQStringList functionParameterList(uint id);
bool functionAddParameter(const TQString &new_parameter, uint id);
bool functionRemoveParameter(const TQString &remove_parameter, uint id);
int addFunction(const TQString &f_str);
bool addFunction(const TQString &extstr, bool f_mode, bool f1_mode, bool f2_mode, bool integral_mode, bool integral_use_precision, int linewidth, int f1_linewidth, int f2_linewidth, int integral_linewidth, const TQString &str_dmin, const TQString &str_dmax, const TQString &str_startx, const TQString &str_starty, double integral_precision, TQRgb color, TQRgb f1_color, TQRgb f2_color, TQRgb integral_color, TQStringList str_parameter, int use_slider);
bool setFunctionExpression(const TQString &f_str, uint id);
/// Get the min and max value of a graph
TQString functionMinValue(uint id);
TQString functionMaxValue(uint id);
/// Set the min and max values of a graph. Returns true if it succeeds, otherwise false.
bool setFunctionMinValue(const TQString &min, uint id);
bool setFunctionMaxValue(const TQString &max, uint id);
/// Get the startx and starty value of a graph
TQString functionStartXValue(uint id);
TQString functionStartYValue(uint id);
/// Set the startx and starty values of a graph. Returns true if it succeeds, otherwise false.
bool setFunctionStartXValue(const TQString &x, uint id);
bool setFunctionStartYValue(const TQString &y, uint id);
private:
/// finds a free function name
void findFunctionName(TQString &, int const, int const);
/// indicates if the widget is changed
bool &m_modified;
};
#endif //xparser_included
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