/[svn]/qsampler/trunk/src/qsamplerChannelStrip.ui.h
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revision 109 by capela, Sat Jun 5 11:37:06 2004 UTC revision 590 by capela, Sun May 29 16:28:01 2005 UTC
# Line 2  Line 2 
2  //  //
3  // ui.h extension file, included from the uic-generated form implementation.  // ui.h extension file, included from the uic-generated form implementation.
4  /****************************************************************************  /****************************************************************************
5     Copyright (C) 2004, rncbc aka Rui Nuno Capela. All rights reserved.     Copyright (C) 2004-2005, rncbc aka Rui Nuno Capela. All rights reserved.
6    
7     This program is free software; you can redistribute it and/or     This program is free software; you can redistribute it and/or
8     modify it under the terms of the GNU General Public License     modify it under the terms of the GNU General Public License
# Line 22  Line 22 
22    
23  #include <qvalidator.h>  #include <qvalidator.h>
24  #include <qmessagebox.h>  #include <qmessagebox.h>
25    #include <qdragobject.h>
26  #include <qfileinfo.h>  #include <qfileinfo.h>
27  #include <qtooltip.h>  #include <qtooltip.h>
28    #include <qpopupmenu.h>
29    #include <qobjectlist.h>
30    #include <qurl.h>
31    
32  #include <math.h>  #include <math.h>
33    
# Line 32  Line 36 
36    
37  #include "config.h"  #include "config.h"
38    
39    // Channel status/usage usage limit control.
40    #define QSAMPLER_ERROR_LIMIT    3
41    
42    
43  // Kind of constructor.  // Kind of constructor.
44  void qsamplerChannelStrip::init (void)  void qsamplerChannelStrip::init (void)
45  {  {
46      // Initialize locals.      // Initialize locals.
47      m_pMainForm  = NULL;      m_pChannel     = NULL;
     m_iChannelID = 0;  
       
 //  m_sEngineName     = "(No engine)";  
 //  m_sInstrumentFile = "(No instrument)";  
     m_iInstrumentNr   = 0;  
     m_sMidiDriver     = "ALSA"; // DEPRECATED.  
     m_iMidiDevice     = 0;  
     m_iMidiPort       = 0;  
     m_iMidiChannel    = 0;  
     m_sAudioDriver    = "ALSA"; // DEPRECATED.  
     m_iAudioDevice    = 0;  
     m_fVolume         = 0.0;  
       
48      m_iDirtyChange = 0;      m_iDirtyChange = 0;
49            m_iErrorCount  = 0;
50    
51      // Try to restore normal window positioning.      // Try to restore normal window positioning.
52      adjustSize();      adjustSize();
# Line 61  void qsamplerChannelStrip::init (void) Line 56  void qsamplerChannelStrip::init (void)
56  // Kind of destructor.  // Kind of destructor.
57  void qsamplerChannelStrip::destroy (void)  void qsamplerChannelStrip::destroy (void)
58  {  {
59        // Destroy existing channel descriptor.
60        if (m_pChannel)
61            delete m_pChannel;
62        m_pChannel = NULL;
63  }  }
64    
65    
66  // Channel strip setup formal initializer.  // Drag'n'drop file handler.
67  void qsamplerChannelStrip::setup ( qsamplerMainForm *pMainForm, int iChannelID )  bool qsamplerChannelStrip::decodeDragFile ( const QMimeSource *pEvent, QString& sInstrumentFile )
68  {  {
69      m_iDirtyChange = 0;          if (m_pChannel == NULL)
70      m_pMainForm = pMainForm;                  return false;
71            if (QTextDrag::canDecode(pEvent)) {
72      setChannelID(iChannelID);                  QString sText;
73                    if (QTextDrag::decode(pEvent, sText)) {
74                            QStringList files = QStringList::split('\n', sText);
75                            for (QStringList::Iterator iter = files.begin(); iter != files.end(); iter++) {
76                                    *iter = QUrl((*iter).stripWhiteSpace().replace(QRegExp("^file:"), QString::null)).path();
77                                    if (qsamplerChannel::isInstrumentFile(*iter)) {
78                                            sInstrumentFile = *iter;
79                                            return true;
80                                    }
81                            }
82                    }
83            }
84            // Fail.
85            return false;
86  }  }
87    
88    
89  // The global options settings delegated property.  // Window drag-n-drop event handlers.
90  qsamplerOptions *qsamplerChannelStrip::options (void)  void qsamplerChannelStrip::dragEnterEvent ( QDragEnterEvent* pDragEnterEvent )
91  {  {
92      if (m_pMainForm == NULL)          QString sInstrumentFile;
93          return NULL;          pDragEnterEvent->accept(decodeDragFile(pDragEnterEvent, sInstrumentFile));
           
     return m_pMainForm->options();  
94  }  }
95    
96    
97  // The client descriptor delegated property.  void qsamplerChannelStrip::dropEvent ( QDropEvent* pDropEvent )
 lscp_client_t *qsamplerChannelStrip::client (void)  
98  {  {
99      if (m_pMainForm == NULL)          QString sInstrumentFile;
         return NULL;  
100    
101      return m_pMainForm->client();          if (decodeDragFile(pDropEvent, sInstrumentFile)) {
102                    // Go and set the dropped instrument filename...
103                    m_pChannel->setInstrument(sInstrumentFile, 0);
104                    // Open up the channel dialog.
105                    channelSetup();
106            }
107  }  }
108    
109    
110  // Channel-ID (aka Sammpler-Channel) accessors.  // Channel strip setup formal initializer.
111  int qsamplerChannelStrip::channelID (void)  void qsamplerChannelStrip::setup ( qsamplerChannel *pChannel )
112  {  {
113      return m_iChannelID;      // Destroy any previous channel descriptor;
114  }      // (remember that once setup we own it!)
115        if (m_pChannel)
116            delete m_pChannel;
117    
118  void qsamplerChannelStrip::setChannelID ( int iChannelID )      // Set the new one...
119  {      m_pChannel = pChannel;
     m_iChannelID = iChannelID;  
120    
121        // Stabilize this around.
122      updateChannelInfo();      updateChannelInfo();
 }  
   
123    
124  // Engine name accessors.          // We'll accept drops from now on...
125  QString& qsamplerChannelStrip::engineName (void)          if (m_pChannel)
126  {                  setAcceptDrops(true);
     return m_sEngineName;  
127  }  }
128    
129  bool qsamplerChannelStrip::loadEngine ( const QString& sEngineName )  // Channel secriptor accessor.
130    qsamplerChannel *qsamplerChannelStrip::channel (void)
131  {  {
132      if (client() == NULL)      return m_pChannel;
         return false;  
   
     if (::lscp_load_engine(client(), sEngineName.latin1(), m_iChannelID) != LSCP_OK) {  
         appendMessagesClient("lscp_load_engine");  
         return false;  
     }  
   
     m_sEngineName = sEngineName;  
     return true;  
133  }  }
134    
135    
136  // Instrument filename accessors.  // Messages view font accessors.
137  QString& qsamplerChannelStrip::instrumentFile (void)  QFont qsamplerChannelStrip::displayFont (void)
 {  
     return m_sInstrumentFile;  
 }  
   
 // Instrument index accessors.  
 int qsamplerChannelStrip::instrumentNr (void)  
138  {  {
139      return m_iInstrumentNr;      return EngineNameTextLabel->font();
140  }  }
141    
142  bool qsamplerChannelStrip::loadInstrument ( const QString& sInstrumentFile, int iInstrumentNr )  void qsamplerChannelStrip::setDisplayFont ( const QFont & font )
143  {  {
144      if (client() == NULL)      EngineNameTextLabel->setFont(font);
145          return false;      MidiPortChannelTextLabel->setFont(font);
146        InstrumentNameTextLabel->setFont(font);
147      if (::lscp_load_instrument(client(), sInstrumentFile.latin1(), iInstrumentNr, m_iChannelID) != LSCP_OK) {      InstrumentStatusTextLabel->setFont(font);
         appendMessagesClient("lscp_load_instrument");  
         return false;  
     }  
   
     m_sInstrumentFile = sInstrumentFile;  
     m_iInstrumentNr = iInstrumentNr;  
     return true;  
148  }  }
149    
150    
151  // MIDI driver type accessors (DEPRECATED).  // Channel display background effect.
152  QString& qsamplerChannelStrip::midiDriver (void)  void qsamplerChannelStrip::setDisplayEffect ( bool bDisplayEffect )
153  {  {
154      return m_sMidiDriver;      QPixmap pm;
155        if (bDisplayEffect)
156            pm = QPixmap::fromMimeSource("displaybg1.png");
157        setDisplayBackground(pm);
158  }  }
159    
160  bool qsamplerChannelStrip::setMidiDriver ( const QString& sMidiDriver )  
161    // Update main display background pixmap.
162    void qsamplerChannelStrip::setDisplayBackground ( const QPixmap& pm )
163  {  {
164      if (client() == NULL)      // Set the main origin...
165          return false;      ChannelInfoFrame->setPaletteBackgroundPixmap(pm);
166    
167      if (::lscp_set_channel_midi_type(client(), m_iChannelID, sMidiDriver.latin1()) != LSCP_OK) {      // Iterate for every child text label...
168          appendMessagesClient("lscp_set_channel_midi_type");      QObjectList *pList = ChannelInfoFrame->queryList("QLabel");
169          return false;      if (pList) {
170            for (QLabel *pLabel = (QLabel *) pList->first(); pLabel; pLabel = (QLabel *) pList->next())
171                pLabel->setPaletteBackgroundPixmap(pm);
172            delete pList;
173      }      }
174    
175      m_sMidiDriver = sMidiDriver;      // And this standalone too.
176      return true;      StreamVoiceCountTextLabel->setPaletteBackgroundPixmap(pm);
177  }  }
178    
179    
180  // MIDI device accessors.  // Maximum volume slider accessors.
181  int qsamplerChannelStrip::midiDevice (void)  void qsamplerChannelStrip::setMaxVolume ( int iMaxVolume )
182  {  {
183      return m_iMidiDevice;      m_iDirtyChange++;
184  }      VolumeSlider->setRange(0, iMaxVolume);
185        VolumeSpinBox->setRange(0, iMaxVolume);
186  bool qsamplerChannelStrip::setMidiDevice ( int iMidiDevice )      m_iDirtyChange--;
 {  
     if (client() == NULL)  
         return false;  
   
 //  FIXME: call this when LSCP becomes stable.  
 //  if (::lscp_set_channel_midi_device(client(), m_iChannelID, iMidiDevice) != LSCP_OK) {  
 //      appendMessagesClient("lscp_set_channel_midi_device");  
 //      return false;  
 //  }  
   
     m_iMidiDevice = iMidiDevice;  
     return true;  
187  }  }
188    
189    
190  // MIDI port number accessor.  // Channel setup dialog slot.
191  int qsamplerChannelStrip::midiPort (void)  bool qsamplerChannelStrip::channelSetup (void)
 {  
     return m_iMidiPort;  
 }  
   
 bool qsamplerChannelStrip::setMidiPort ( int iMidiPort )  
192  {  {
193      if (client() == NULL)          if (m_pChannel == NULL)
194          return false;                  return false;
195                    
196            // Invoke the channel setup dialog.
197            bool bResult = m_pChannel->channelSetup(this);
198            // Notify that this channel has changed.
199            if (bResult)
200                    emit channelChanged(this);
201    
202  //  FIXME: call this when LSCP becomes stable.          return bResult;
 //  if (::lscp_set_channel_midi_port(client(), m_iChannelID, iMidiPort) != LSCP_OK) {  
 //      appendMessagesClient("lscp_set_channel_midi_port");  
 //      return false;  
 //  }  
   
     m_iMidiPort = iMidiPort;  
     return true;  
203  }  }
204    
205    
206  // MIDI channel accessor.  // Channel reset slot.
207  int qsamplerChannelStrip::midiChannel (void)  bool qsamplerChannelStrip::channelReset (void)
208  {  {
209      return m_iMidiChannel;          if (m_pChannel == NULL)
210  }                  return false;
211    
212  bool qsamplerChannelStrip::setMidiChannel ( int iMidiChannel )          // Invoke the channel reset method.
213  {          bool bResult = m_pChannel->channelReset();
214      if (client() == NULL)          // Notify that this channel has changed.
215          return false;          if (bResult)
216                    emit channelChanged(this);
217    
218  //  FIXME: call this when LSCP becomes stable.          return bResult;
 //  if (::lscp_set_channel_midi_channel(client(), m_iChannelID, iMidiChannel) != LSCP_OK) {  
 //      appendMessagesClient("lscp_set_channel_midi_channel");  
 //      return false;  
 //  }  
   
     m_iMidiChannel = iMidiChannel;  
     return true;  
219  }  }
220    
221    
222  // Audio device accessor.  // Update the channel instrument name.
223  int qsamplerChannelStrip::audioDevice (void)  bool qsamplerChannelStrip::updateInstrumentName ( bool bForce )
224  {  {
225      return m_iAudioDevice;          if (m_pChannel == NULL)
226  }                  return false;
227    
228  bool qsamplerChannelStrip::setAudioDevice ( int iAudioDevice )          // Do we refresh the actual name?
229  {          if (bForce)
230      if (client() == NULL)                  m_pChannel->updateInstrumentName();
         return false;  
231    
232  //  FIXME: call this when LSCP becomes stable.          // Instrument name...
233  //  if (::lscp_set_channel_audio_device(client(), m_iChannelID, iAudioDevice) != LSCP_OK) {          if (m_pChannel->instrumentName().isEmpty()) {
234  //      appendMessagesClient("lscp_set_channel_audio_device");                  if (m_pChannel->instrumentStatus() >= 0)
235  //      return false;                          InstrumentNameTextLabel->setText(' ' + qsamplerChannel::loadingInstrument());
236  //  }                  else
237                            InstrumentNameTextLabel->setText(' ' + qsamplerChannel::noInstrumentName());
238            } else
239                    InstrumentNameTextLabel->setText(' ' + m_pChannel->instrumentName());
240    
241      m_iAudioDevice = iAudioDevice;          return true;    
     return true;  
242  }  }
243    
244    
245  // Audio driver type accessors (DEPRECATED).  // Do the dirty volume change.
246  QString& qsamplerChannelStrip::audioDriver (void)  bool qsamplerChannelStrip::updateChannelVolume (void)
 {  
     return m_sAudioDriver;  
 }  
   
 bool qsamplerChannelStrip::setAudioDriver ( const QString& sAudioDriver )  
247  {  {
248      if (client() == NULL)      if (m_pChannel == NULL)
         return false;  
   
     if (::lscp_set_channel_audio_type(client(), m_iChannelID, sAudioDriver.latin1()) != LSCP_OK) {  
         appendMessagesClient("lscp_set_channel_audio_type");  
249          return false;          return false;
     }  
   
     m_sAudioDriver = sAudioDriver;  
     return true;  
 }  
   
250    
251  // Channel volume accessors.      // Convert...
252  float qsamplerChannelStrip::volume (void)  #ifdef CONFIG_ROUND
253  {      int iVolume = (int) ::round(100.0 * m_pChannel->volume());
254      return m_fVolume;  #else
255  }      double fIPart = 0.0;
256        double fFPart = ::modf(100.0 * m_pChannel->volume(), &fIPart);
257        int iVolume = (int) fIPart;
258        if (fFPart >= +0.5)
259            iVolume++;
260        else
261        if (fFPart <= -0.5)
262            iVolume--;
263    #endif
264    
265  bool qsamplerChannelStrip::setVolume ( float fVolume )      // And clip...
266  {      if (iVolume < 0)
267      if (client() == NULL)          iVolume = 0;
         return false;  
268    
269      if (::lscp_set_channel_volume(client(), m_iChannelID, fVolume) != LSCP_OK) {      // Flag it here, to avoid infinite recursion.
270          appendMessagesClient("lscp_set_channel_volume");      m_iDirtyChange++;
271          return false;      VolumeSlider->setValue(iVolume);
272      }      VolumeSpinBox->setValue(iVolume);
273        m_iDirtyChange--;
274    
     m_fVolume = fVolume;  
275      return true;      return true;
276  }  }
277    
278    
279  // Messages view font accessors.  // Update whole channel info state.
280  QFont qsamplerChannelStrip::displayFont (void)  bool qsamplerChannelStrip::updateChannelInfo (void)
 {  
     return EngineNameTextLabel->font();  
 }  
   
 void qsamplerChannelStrip::setDisplayFont ( const QFont & font )  
 {  
     EngineNameTextLabel->setFont(font);  
     InstrumentNameTextLabel->setFont(font);  
     MidiPortChannelTextLabel->setFont(font);  
 }  
   
 // Channel setup dialog.  
 void qsamplerChannelStrip::channelSetup (void)  
281  {  {
282      qsamplerChannelForm *pChannelForm = new qsamplerChannelForm(this);      if (m_pChannel == NULL)
283      if (pChannelForm) {          return false;
         pChannelForm->setup(this);  
         if (pChannelForm->exec()) {  
             updateChannelInfo();  
             emit channelChanged(this);  
         }  
         delete pChannelForm;  
     }  
 }  
284    
285            // Check for error limit/recycle...
286            if (m_iErrorCount > QSAMPLER_ERROR_LIMIT)
287                    return true;
288    
 // Update whole channel info state.  
 void qsamplerChannelStrip::updateChannelInfo (void)  
 {  
289      // Update strip caption.      // Update strip caption.
290      QString sText = tr("Channel %1").arg(m_iChannelID);      QString sText = m_pChannel->channelName();
291      setCaption(sText);      setCaption(sText);
292      ChannelSetupPushButton->setText(sText);      ChannelSetupPushButton->setText(sText);
293    
294      // Check if we're up and connected.      // Check if we're up and connected.
295      if (client() == NULL)      if (m_pChannel->client() == NULL)
296          return;          return false;
   
     // Read channel information.  
     lscp_channel_info_t *pChannelInfo = ::lscp_get_channel_info(client(), m_iChannelID);  
     if (pChannelInfo == NULL) {  
         appendMessagesClient("lscp_get_channel_info");      
     //  appendMessagesError(tr("Could not get channel information.\n\nSorry."));  
     } else {  
         // Cache in channel information.  
         m_sEngineName     = pChannelInfo->engine_name;  
         m_sInstrumentFile = pChannelInfo->instrument_file;  
         m_iInstrumentNr   = pChannelInfo->instrument_nr;  
         m_iMidiDevice     = pChannelInfo->midi_device;  
         m_iMidiPort       = pChannelInfo->midi_port;  
         m_iMidiChannel    = pChannelInfo->midi_channel;  
         m_iAudioDevice    = pChannelInfo->audio_device;  
         m_fVolume         = pChannelInfo->volume;  
     }  
297    
298      // Set some proper display values.      // Read actual channel information.
299        m_pChannel->updateChannelInfo();
300    
301      // Engine name...      // Engine name...
302      if (m_sEngineName.isEmpty())      if (m_pChannel->engineName().isEmpty())
303          EngineNameTextLabel->setText(tr("(No engine)"));          EngineNameTextLabel->setText(' ' + qsamplerChannel::noEngineName());
304      else      else
305          EngineNameTextLabel->setText(m_sEngineName);          EngineNameTextLabel->setText(' ' + m_pChannel->engineName());
306    
307      // Instrument name...          // Instrument name...
308      if (m_sInstrumentFile.isEmpty())          updateInstrumentName(false);
         InstrumentNameTextLabel->setText(tr("(No instrument)"));  
     else  
         InstrumentNameTextLabel->setText(QString("%1 [%2]")  
             .arg(QFileInfo(m_sInstrumentFile).fileName()).arg(m_iInstrumentNr));  
309    
310      // MIDI Port/Channel...      // MIDI Port/Channel...
311      MidiPortChannelTextLabel->setText(QString("%1 / %2")      if (m_pChannel->midiChannel() == LSCP_MIDI_CHANNEL_ALL)
312          .arg(m_iMidiPort).arg(m_iMidiChannel));          MidiPortChannelTextLabel->setText(QString("%1 / *").arg(m_pChannel->midiPort()));
           
     // And update the both GUI volume elements.  
     updateChannelVolume();  
 }  
   
   
 // Do the dirty volume change.  
 void qsamplerChannelStrip::updateChannelVolume (void)  
 {  
     // Convert...  
 #ifdef CONFIG_ROUND  
     int iVolume = (int) ::round(100.0 * m_fVolume);  
 #else  
     double fIPart = 0.0;  
     double fFPart = ::modf(100.0 * m_fVolume, &fIPart);  
     int iVolume = (int) fIPart;  
     if (fFPart >= +0.5)  
         iVolume++;  
313      else      else
314      if (fFPart <= -0.5)          MidiPortChannelTextLabel->setText(QString("%1 / %2").arg(m_pChannel->midiPort()).arg(m_pChannel->midiChannel() + 1));
         iVolume--;  
 #endif  
   
     // And clip...  
     if (iVolume > 100)  
         iVolume = 100;  
     else if (iVolume < 0)  
         iVolume = 0;  
315    
316      // Flag it here, to avoid infinite recursion.      // Instrument status...
317      m_iDirtyChange++;      int iInstrumentStatus = m_pChannel->instrumentStatus();
318      VolumeSlider->setValue(iVolume);      if (iInstrumentStatus < 0) {
319      VolumeSpinBox->setValue(iVolume);          InstrumentStatusTextLabel->setPaletteForegroundColor(Qt::red);
320      m_iDirtyChange--;          InstrumentStatusTextLabel->setText(tr("ERR%1").arg(iInstrumentStatus));
321            m_iErrorCount++;
322            return false;
323        }
324        // All seems normal...
325        InstrumentStatusTextLabel->setPaletteForegroundColor(iInstrumentStatus < 100 ? Qt::yellow : Qt::green);
326        InstrumentStatusTextLabel->setText(QString::number(iInstrumentStatus) + '%');
327        m_iErrorCount = 0;
328    
329        // And update the both GUI volume elements;
330        // return success if, and only if, intrument is fully loaded...
331        return updateChannelVolume() && (iInstrumentStatus == 100);
332  }  }
333    
334    
335  // Update whole channel usage state.  // Update whole channel usage state.
336  void qsamplerChannelStrip::updateChannelUsage (void)  bool qsamplerChannelStrip::updateChannelUsage (void)
337  {  {
338      if (client() == NULL)      if (m_pChannel == NULL)
339          return;          return false;
340        if (m_pChannel->client() == NULL)
341            return false;
342    
343            // This only makes sense on fully loaded channels...
344            if (m_pChannel->instrumentStatus() < 100)
345                return false;
346    
347      // Get current channel voice count.      // Get current channel voice count.
348      int iVoiceCount  = ::lscp_get_channel_voice_count(client(), m_iChannelID);      int iVoiceCount  = ::lscp_get_channel_voice_count(m_pChannel->client(), m_pChannel->channelID());
349      // Get current stream count.      // Get current stream count.
350      int iStreamCount = ::lscp_get_channel_stream_count(client(), m_iChannelID);      int iStreamCount = ::lscp_get_channel_stream_count(m_pChannel->client(), m_pChannel->channelID());
351      // Get current channel buffer fill usage.      // Get current channel buffer fill usage.
352      // As benno has suggested this is the percentage usage      // As benno has suggested this is the percentage usage
353      // of the least filled buffer stream...      // of the least filled buffer stream...
354      int iStreamUsage = 0;      int iStreamUsage = ::lscp_get_channel_stream_usage(m_pChannel->client(), m_pChannel->channelID());;
355      if (iStreamCount > 0) {  
         lscp_buffer_fill_t *pBufferFill = ::lscp_get_channel_buffer_fill(client(), LSCP_USAGE_PERCENTAGE, m_iChannelID);  
         if (pBufferFill) {  
             for (int iStream = 0; iStream < iStreamCount; iStream++) {  
                 if (iStreamUsage > (int) pBufferFill[iStream].stream_usage || iStream == 0)  
                     iStreamUsage = pBufferFill[iStream].stream_usage;  
             }  
         }  
     }      
356      // Update the GUI elements...      // Update the GUI elements...
357      StreamUsageProgressBar->setProgress(iStreamUsage);      StreamUsageProgressBar->setProgress(iStreamUsage);
358      StreamVoiceCountTextLabel->setText(QString("%1 / %2").arg(iStreamCount).arg(iVoiceCount));      StreamVoiceCountTextLabel->setText(QString("%1 / %2").arg(iStreamCount).arg(iVoiceCount));
359    
360        // We're clean.
361        return true;
362  }  }
363    
364    
365  // Volume change slot.  // Volume change slot.
366  void qsamplerChannelStrip::volumeChanged ( int iVolume )  void qsamplerChannelStrip::volumeChanged ( int iVolume )
367  {  {
368        if (m_pChannel == NULL)
369            return;
370    
371      // Avoid recursion.      // Avoid recursion.
372      if (m_iDirtyChange > 0)      if (m_iDirtyChange > 0)
373          return;          return;
374    
375      // Convert and clip.      // Convert and clip.
376      float fVolume = (float) iVolume / 100.0;      float fVolume = (float) iVolume / 100.0;
377      if (fVolume > 1.0)      if (fVolume < 0.001)
         fVolume = 1.0;  
     else if (fVolume < 0.0)  
378          fVolume = 0.0;          fVolume = 0.0;
379    
380      // Update the GUI elements.      // Update the GUI elements.
381      if (setVolume(fVolume)) {      if (m_pChannel->setVolume(fVolume)) {
382          updateChannelVolume();          updateChannelVolume();
383          emit channelChanged(this);          emit channelChanged(this);
384      }      }
385  }  }
386    
387    
388  // Redirected messages output methods.  // Context menu event handler.
389  void qsamplerChannelStrip::appendMessages( const QString& s )  void qsamplerChannelStrip::contextMenuEvent( QContextMenuEvent *pEvent )
390  {  {
391      m_pMainForm->appendMessages(s);      if (m_pChannel == NULL)
392  }          return;
   
 void qsamplerChannelStrip::appendMessagesColor( const QString& s, const QString& c )  
 {  
     m_pMainForm->appendMessagesColor(s, c);  
 }  
393    
394  void qsamplerChannelStrip::appendMessagesText( const QString& s )      // We'll just show up the main form's edit menu (thru qsamplerChannel).
395  {      m_pChannel->contextMenuEvent(pEvent);
     m_pMainForm->appendMessagesText(s);  
396  }  }
397    
 void qsamplerChannelStrip::appendMessagesError( const QString& s )  
 {  
     m_pMainForm->appendMessagesError(s);  
 }  
398    
399  void qsamplerChannelStrip::appendMessagesClient( const QString& s )  // Error count hackish accessors.
400    void qsamplerChannelStrip::resetErrorCount (void)
401  {  {
402      m_pMainForm->appendMessagesClient(s);          m_iErrorCount = 0;
403  }  }
404    
405    
406  // end of qsamplerChannelStrip.ui.h  // end of qsamplerChannelStrip.ui.h
   
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