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224 lines
8.1 KiB
224 lines
8.1 KiB
/***************************************************************************
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* ktouchkeys.cpp *
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* -------------- *
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* Copyright (C) 2000 by Håvard Frøiland, 2004 by Andreas Nicolai *
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* ghorwin@users.sourceforge.net *
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* *
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* This program is free software; you can redistribute it and/or modify *
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* it under the terms of the GNU General Public License as published by *
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* the Free Software Foundation; either version 2 of the License, or *
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* (at your option) any later version. *
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***************************************************************************/
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#include "ktouchkeys.h"
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#include <kdebug.h>
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#include <algorithm> // for std::min
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//#include "ktouch.h"
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#include "prefs.h"
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#include "ktouchcolorscheme.h"
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// Initialisation of static variables
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int KTouchFingerKey::m_fingerKeyCount = 0;
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// -----------------------------------------------------------------------------
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// ***** Implementation of class KTouchKey ****
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void KTouchBaseKey::paint(TQPainter& p) const {
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// We simply paint the key using the current brush and pen, so the derived classes
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// will have to care about that
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p.fillRect(m_xS, m_yS, m_wS, m_hS, p.brush());
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p.drawRect(m_xS, m_yS, m_wS, m_hS);
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}
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void KTouchBaseKey::resize(double scale) {
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m_xS = static_cast<int>(scale*m_x);
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m_yS = static_cast<int>(scale*m_y);
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m_wS = static_cast<int>(scale*m_w);
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m_hS = static_cast<int>(scale*m_h);
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// we set the font from the keyboard widget
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m_font=Prefs::keyboardFont();
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m_font.setPointSize( static_cast<int>(std::min(m_wS,m_hS)/m_font_scale) );
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}
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// -----------------------------------------------------------------------------
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// **** Implementation of class KTouchNormalKey ****
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KTouchNormalKey::KTouchNormalKey(const TQChar& keyChar, const TQString& keyText, int x, int y, int w, int h)
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: KTouchBaseKey(keyChar, keyText, x, y, w, h), m_colorIndex(0)
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{
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m_type = NORMAL_KEY;
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m_font_scale =2;
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}
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void KTouchNormalKey::paint(TQPainter& p) const {
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const KTouchColorScheme& colorScheme = KTouchColorScheme::m_colorSchemes[Prefs::currentColorScheme()];
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TQColor textColor;
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if (m_isNextKey) {
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// mark the key as "next"
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p.setBrush( colorScheme.m_backgroundH );
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p.setPen( colorScheme.m_frame );
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textColor = colorScheme.m_textH;
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}
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else {
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p.setBrush( colorScheme.m_background[m_colorIndex] );
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p.setPen( colorScheme.m_frame );
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textColor = colorScheme.m_text;
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};
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KTouchBaseKey::paint(p); // call the parents paint() function
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p.setPen(textColor);
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p.setFont( m_font );
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p.drawText(m_xS, m_yS, m_wS, m_hS, TQPainter::AlignCenter, m_keyText);
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}
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// --------------------------------------------------------------
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// **** Implementation of class KTouchFingerKey ****
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KTouchFingerKey::KTouchFingerKey(const TQChar& keyChar, const TQString& keyText, int x, int y, int w, int h)
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: KTouchNormalKey(keyChar, keyText, x, y, w, h)
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{
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m_colorIndex = m_fingerKeyCount++;
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if (m_colorIndex>=8) {
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kdDebug() << "[KTouchFingerKey::KTouchFingerKey] Number of finger keys = "
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<< m_colorIndex << "! Setting colour index to 0" << endl;
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m_colorIndex=0;
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};
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m_type = FINGER_KEY;
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m_font_scale =2;
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}
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void KTouchFingerKey::paint(TQPainter& p) const {
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const KTouchColorScheme& colorScheme = KTouchColorScheme::m_colorSchemes[Prefs::currentColorScheme()];
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p.setFont( m_font );
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if (m_isActive) {
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p.setBrush( colorScheme.m_background[m_colorIndex] );
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p.setPen( colorScheme.m_frame );
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KTouchBaseKey::paint(p); // draw background and frame
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p.setPen( TQPen(colorScheme.m_frame,3) );
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p.drawRect(m_xS+2, m_yS+2, m_wS-4, m_hS-4); // mark it as "active"
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p.setPen( colorScheme.m_text );
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p.drawText(m_xS, m_yS, m_wS, m_hS, TQPainter::AlignCenter, m_keyText);
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}
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else if (m_isNextKey) {
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p.setBrush( colorScheme.m_backgroundH );
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p.setPen( colorScheme.m_frame );
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KTouchBaseKey::paint(p);
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p.setPen( colorScheme.m_textH );
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p.drawText(m_xS, m_yS, m_wS, m_hS, TQPainter::AlignCenter, m_keyText);
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}
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else {
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p.setBrush( colorScheme.m_background[m_colorIndex] );
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p.setPen( colorScheme.m_frame );
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KTouchBaseKey::paint(p);
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p.drawRoundRect(m_xS+2, m_yS+2, m_wS-4, m_hS-4);
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p.setPen( colorScheme.m_text );
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p.drawText(m_xS, m_yS, m_wS, m_hS, TQPainter::AlignCenter, m_keyText);
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};
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}
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// --------------------------------------------------------------
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// **** Implementation of class KTouchControlKey ****
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KTouchControlKey::KTouchControlKey(const TQChar& keyChar, const TQString& keyText, int x, int y, int w, int h)
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: KTouchBaseKey(keyChar, keyText, x, y, w, h)
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{
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m_type = CONTROL_KEY;
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m_font_scale = 4;
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}
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void KTouchControlKey::paint(TQPainter& p) const {
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const KTouchColorScheme& colorScheme = KTouchColorScheme::m_colorSchemes[Prefs::currentColorScheme()];
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p.setFont( m_font );
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TQColor textColor;
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if (m_isActive) {
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p.setBrush( colorScheme.m_cBackgroundH );
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p.setPen( colorScheme.m_frame );
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textColor = colorScheme.m_cTextH;
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}
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else if (m_isNextKey) {
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p.setBrush( colorScheme.m_backgroundH );
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p.setPen( colorScheme.m_frame );
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textColor = colorScheme.m_textH;
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}
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else {
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p.setBrush( colorScheme.m_cBackground );
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p.setPen( colorScheme.m_frame );
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textColor = colorScheme.m_cText;
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};
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KTouchBaseKey::paint(p);
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p.setPen( textColor );
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int h = std::min(m_wS, m_hS);
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int ch = static_cast<int>(h*0.5); // the height for the special chars
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if (m_keyText=="Shift") {
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int x = m_xS+h/2;
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int y = m_yS+m_hS/2;
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p.moveTo(x-ch/2, y);
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p.lineTo(x-ch/4, y);
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p.lineTo(x-ch/4, y+ch/2);
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p.lineTo(x+ch/4, y+ch/2);
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p.lineTo(x+ch/4, y);
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p.lineTo(x+ch/2, y);
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p.lineTo(x, y-ch/2);
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p.lineTo(x-ch/2, y);
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}
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else if (m_keyText=="CapsLock") {
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int x = m_xS+h/2;
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int y = m_yS+m_hS/2;
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p.moveTo(x-ch/2, y);
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p.lineTo(x-ch/4, y);
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p.lineTo(x-ch/4, y-ch/2);
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p.lineTo(x+ch/4, y-ch/2);
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p.lineTo(x+ch/4, y);
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p.lineTo(x+ch/2, y);
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p.lineTo(x, y+ch/2);
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p.lineTo(x-ch/2, y);
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}
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else if (m_keyText=="Tab") {
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int xleft = m_xS+h/2-ch/2;
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int xright = m_xS + std::min(m_wS-h/2+ch/2,h);
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int y = m_yS+m_hS/2;
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p.drawLine(xleft, y,xleft, y-ch/2);
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p.drawLine(xleft, y-ch/4, xright, y-ch/4);
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p.drawLine(xleft, y-ch/4, xleft+ch/2, y-static_cast<int>(ch*0.10));
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p.drawLine(xleft, y-ch/4, xleft+ch/2, y-static_cast<int>(ch*0.40));
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p.drawLine(xright, y, xright, y+ch/2);
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p.drawLine(xleft, y+ch/4, xright, y+ch/4);
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p.drawLine(xright, y+ch/4, xright-ch/2, y+static_cast<int>(ch*0.10));
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p.drawLine(xright, y+ch/4, xright-ch/2, y+static_cast<int>(ch*0.40));
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}
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else if (m_keyText=="BackSpace") {
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int xleft = m_xS+h/2-ch/2;
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int xright = m_xS + std::min(m_wS-h/2+ch/2,h);
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int y = m_yS+m_hS/2;
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p.drawLine(xleft, y,xright, y);
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p.drawLine(xleft, y, xleft+ch/2, y-static_cast<int>(ch*0.15));
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p.drawLine(xleft, y, xleft+ch/2, y+static_cast<int>(ch*0.15));
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}
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else if (m_keyText=="Enter") {
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int xleft = m_xS+h/2-ch/2;
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int xright = m_xS + std::min(m_wS-h/2+ch/2,h);
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int y = m_yS+m_hS/2;
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p.drawLine(xright, y-ch/2,xright, y);
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p.drawLine(xleft, y,xright, y);
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p.drawLine(xleft, y, xleft+ch/3, y-static_cast<int>(ch*0.15));
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p.drawLine(xleft, y, xleft+ch/3, y+static_cast<int>(ch*0.15));
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}
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else if (m_keyText=="AltGr") {
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p.drawText(m_xS, m_yS, m_wS, m_hS, TQPainter::AlignCenter | TQPainter::AlignVCenter, "Alt Gr");
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}
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else
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p.drawText(m_xS, m_yS, m_wS, m_hS, TQPainter::AlignCenter | TQPainter::AlignVCenter, m_keyText);
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}
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