ConfigForm ConfigForm 0 0 537 702 Configuration image0 true Error variation tolerance unnamed 11 6 tabWidget TabPage General unnamed ui_chkFullScreen Start in full-screen Raise the window to the whole screen when the program start (f) Raise the window to the whole screen when the program start (f) ui_chkAutoSaveOnExit Auto-save configuration and views layout on exit false Auto-save configuration and views layout on exit Auto-save configuration and views layout on exit layout34_1 unnamed textLabel1_7_1 Tuning scale The tuning used. The tuning used to determine note values. Useful for tuning historic intruments. Chromatic Werckmeister III Kirnberger III Diatonic Meantone (1/4) ui_cbTuning The tuning used. The tuning used to determine note values. Useful for tuning historic intruments. layout34_2 unnamed textLabel1_7 Tonality The tonality of the notes name. The tonality of the notes name. Usefull for converting notes name to a corresponding instrument tonality. (examples: Eb for saxophone, Bb for trumpet, etc.) C (Do) Bb (Sib) Eb (Mib) ui_cbTonality The tonality of the notes name. The tonality of the notes name. Usefull for converting notes name to a corresponding instrument tonality. (examples: Eb for saxophone, Bb for trumpet, etc.) layout35_4 unnamed textLabel3_3 Notes name Use anglo-saxon or latin notes name: anglo-saxon: C D E F G A B latin: Do Re Mi Fa Sol La Use anglo-saxon or latin notes name: anglo-saxon: C D E F G A B latin: Do Re Mi Fa Sol La Anglo-Saxon Latin ui_cbNotesName Use anglo-saxon or latin notes name: anglo-saxon: C D E F G A B latin: Do Re Mi Fa Sol La Use anglo-saxon or latin notes name: anglo-saxon: C D E F G A B latin: Do Re Mi Fa Sol La ui_chkShowA4Offset Show A4 offset spin box false Show A4 offset spin box Show A4 offset spin box spacer5 Vertical Expanding 20 110 textLabel1_5 10 <b>To get more options:</b><br> right-click every view to show up their properties ! WordBreak|AlignVCenter right-click every view to show up their properties ! <b>To get more options:</b><br> right-click every view to show up their properties ! spacer5_2 Vertical Expanding 20 100 Widget2 Capture System unnamed layout51 unnamed ui_lblSelectedCaptureSystem Selected capture system The selected capture system: the sound server, sound library, like: JACK, ALSA, OSS, PortAudio The selected capture system: the sound server, sound library, like: JACK, ALSA, OSS, PortAudio ui_cbTransports The selected capture system: the sound server, sound library, like: JACK, ALSA, OSS, PortAudio The selected capture system: the sound server, sound library, like: JACK, ALSA, OSS, PortAudio layout56 unnamed ui_chkAutoDetect Auto-detect an available capture system at startup true Auto-detect a working one at startup Auto-detect an available capture system at startup. Even if the capture system is available, it may not works if it's bad configured. ui_btnAutoDetect Auto detect now Auto-detect an available capture system now. Even if the capture system is available, it may not works if it's bad configured. Auto-detect an available capture system now. Even if the capture system is available, it may not works if it's bad configured. ui_grpJACK JACK unnamed layout56 unnamed textLabel1 Client name The name of FMIT under the JACK connection system The name of FMIT under the JACK connection system lineEdit7 false 5 0 0 0 fmit The name of FMIT under the JACK connection system The name of FMIT under the JACK connection system layout24 unnamed ui_chkJACKAutoConnect automaticaly connect at startup to Connect automaticaly FMIT to the following source at startup (eg. alsa_pcm:capture_1) Connect automaticaly FMIT to the following source at startup (eg. alsa_pcm:capture_1) ui_txtJACKSourcePort false 5 0 0 0 Connect automaticaly FMIT to the this source at startup (eg. alsa_pcm:capture_1) Connect automaticaly FMIT to the this source at startup (eg. alsa_pcm:capture_1) layout25 unnamed textLabel3 Sampling rate Sampling rate of the JACK server Sampling rate of the JACK server ui_lblJACKSamplingRate Sampling rate of the JACK server Sampling rate of the JACK server ui_grpALSA ALSA unnamed layout22 unnamed textLabel1_2 Device name The device name, where the ALSA library have to be connected to The device name, where the ALSA library have to be connected to ui_txtALSAPCMName 5 0 0 0 hw:0 The device name, where the ALSA library have to be connected to The device name, where the ALSA library have to be connected to layout33 unnamed textLabel4 Sampling rate The sampling rate, sampling frequency, number of samples by second ... The sampling rate, sampling frequency, number of samples by second ... Do not rise it too much. Around 22050Hz should be largely enough in most cases. ui_spinALSASamplingRate PlusMinus 96000 8000 22050 The sampling rate, sampling frequency, number of samples by second ... The sampling rate, sampling frequency, number of samples by second ... Do not rise it too much. Around 22050Hz should be largely enough in most cases. ui_chkALSASamplingRateMax set to max textLabel1_5_2_2 Do not use a too big sampling rate. 22050Hz should be largely enough in most cases. WordBreak|AlignVCenter ui_chkALSAMixMultipleChannels mix channels if they are multiple (will use the first channel if not checked) false ui_grpOSS OSS unnamed layout22_2 unnamed textLabel1_2_2 Device name The device name, where the ALSA library have to be connected to The device name, where the ALSA library have to be connected to ui_txtOSSPCMName 5 0 0 0 /dev/dsp The device name, where the ALSA library have to be connected to The device name, where the ALSA library have to be connected to layout33_3 unnamed textLabel4_3 Sampling rate The sampling rate, sampling frequency, number of samples by second ... The sampling rate, sampling frequency, number of samples by second ... Do not rise it too much. Around 22050Hz should be largely enough in most cases. ui_spinOSSSamplingRate PlusMinus 96000 8000 22050 The sampling rate, sampling frequency, number of samples by second ... The sampling rate, sampling frequency, number of samples by second ... Do not rise it too much. Around 22050Hz should be largely enough in most cases. ui_chkOSSSamplingRateMax set to max textLabel1_5_2 Do not use a too big sampling rate. 22050Hz should be largely enough in most cases. WordBreak|AlignVCenter ui_chkOSSMixMultipleChannels mix channels if they are multiple (will use the first channel if not checked) false ui_grpPortAudio PortAudio unnamed layout30 unnamed textLabel1_8 Device name The device name, where the ALSA library have to be connected to The device name, where the ALSA library have to be connected to default ui_cbPortAudioDeviceName The device name, where the ALSA library have to be connected to The device name, where the ALSA library have to be connected to layout33_2 unnamed textLabel4_2 Sampling rate The sampling rate, sampling frequency, number of samples by second ... The sampling rate, sampling frequency, number of samples by second ... Do not rise it too much. Around 22050Hz should be largely enough in most cases. ui_spinPortAudioSamplingRate PlusMinus 96000 8000 22050 The sampling rate, sampling frequency, number of samples by second ... The sampling rate, sampling frequency, number of samples by second ... Do not rise it too much. Around 22050Hz should be largely enough in most cases. ui_chkPortAudioSamplingRateMax set to max textLabel1_5_2_2_2 Do not use a too big sampling rate. 22050Hz should be largely enough in most cases. WordBreak|AlignVCenter ui_chkPortAudioMixMultipleChannels mix channels if they are multiple (will use the first channel if not checked) false spacer6 Vertical Expanding 20 16 Widget3 Sound Analysis unnamed layout147 unnamed textLabel1_4 Refresh time Time between each sound analysis. Increase to get less CPU usage but less time precision. Time between each sound analysis. Increase to get less CPU usage but less time precision. ui_spinRefreshTime ms PlusMinus 2000 1 20 Time between each sound analysis. Increase to get less CPU usage but less time precision. Time between each sound analysis. Increase to get less CPU usage but less time precision. layout34 unnamed textLabel7 Range Frequency analysis range: from the lowest note to the highest from the A4 reference note. Frequency analysis range: from the lowest note to the highest from the A4 reference note. layout26 unnamed ui_spinMinHT PlusMinus 96 -96 -36 Lowest semi-tone from the A4 reference note. Sometimes, this is usefull to put it higher than -35 to avoid a noise from the sector alimentation. Lowest semi-tone from the A4 reference note. Sometimes, this is usefull to put it higher than -35 to avoid a noise from the sector alimentation. ui_txtMinHT Lowest semi-tone from the A4 reference note in frequency. Sometimes, this is usefull to put it higher than 50hz to avoid a noise from the sector alimentation. Lowest semi-tone from the A4 reference note in frequency. Sometimes, this is usefull to put it higher than 50hz to avoid a noise from the sector alimentation. layout27 unnamed ui_spinMaxHT PlusMinus 96 -96 48 Highest semi-tone from the A4 reference note. Highest semi-tone from the A4 reference note. ui_txtMaxHT Highest semi-tone from the A4 reference note in frequency Highest semi-tone from the A4 reference note in frequency ui_grpRangeFiltering Range filtering true Filter frequencies belove the lowest semi-tone and above the highest semi-tone to avoid artefacts, noises, in all the following steps of the sound analysis. Filter frequencies belove the lowest semi-tone and above the highest semi-tone to avoid artefacts, noises, in all the following steps of the sound analysis. unnamed ui_rdRangeFilteringRectangular Rectangular filter: bad precision, but very fast true Filter frequencies belove the lowest semi-tone and above the highest semi-tone to avoid artefacts, noises, in all the following steps of the sound analysis. Filter frequencies belove the lowest semi-tone and above the highest semi-tone to avoid artefacts, noises, in all the following steps of the sound analysis. ui_rdRangeFilteringFIR false FIR filter: good precision, but more costly in CPU usage Filter frequencies belove the lowest semi-tone and above the highest semi-tone to avoid artefacts, noises, in all the following steps of the sound analysis. Filter frequencies belove the lowest semi-tone and above the highest semi-tone to avoid artefacts, noises, in all the following steps of the sound analysis. groupBox7_2_3 Algorithm Algorithm settings Algorithm settings unnamed layout54 unnamed textLabel3_2 Volume threshold Ignore all sounds with volume below this threshold. in dB in frequency domain. (shown has a red line in different views) Ignore all sounds with volume below this threshold. in dB in frequency domain. (shown has a red line in different views) line2 100 0 0 0 0 255 0 0 255 127 127 255 63 63 127 0 0 170 0 0 0 0 0 255 255 255 0 0 0 255 255 255 230 231 230 0 0 0 0 0 128 255 255 255 0 0 0 0 0 0 128 128 128 255 0 0 255 127 127 255 38 38 127 0 0 170 0 0 128 128 128 255 255 255 128 128 128 255 255 255 230 231 230 0 0 0 0 0 128 255 255 255 0 0 192 128 0 128 0 0 0 255 0 0 255 127 127 255 38 38 127 0 0 170 0 0 0 0 0 255 255 255 0 0 0 255 255 255 230 231 230 0 0 0 0 0 128 255 255 255 0 0 192 128 0 128 HLine Sunken Horizontal Ignore all sounds with volume below this threshold. in dB in frequency domain. (shown has a red line in different views) Ignore all sounds with volume below this threshold. in dB in frequency domain. (shown has a red line in different views) layout59 unnamed ui_sldVolumeTreshold -100 0 -28 Horizontal Below 6 Ignore all sounds with volume below this threshold. in dB in frequency domain. (shown has a red line in different views) Ignore all sounds with volume below this threshold. in dB in frequency domain. (shown has a red line in different views) ui_spinVolumeTreshold dB PlusMinus 0 -100 -28 Ignore all sounds with volume below this threshold. in dB in frequency domain. (shown has a red line in different views) Ignore all sounds with volume below this threshold. in dB in frequency domain. (shown has a red line in different views) layout60 unnamed ui_sldCombedFFTAudibilityRatio false 100 15 Horizontal Below 6 Ignore weak sub-harmonics. The treshold is defined between two neighborhood frequency components. Prevent too-low errors. Ignore weak sub-harmonics. The treshold is defined between two neighborhood frequency components. Prevent too-low errors. ui_spinCombedFFTAudibilityRatio false dB PlusMinus 100 15 Ignore weak sub-harmonics. The treshold is defined between two neighborhood frequency components. Prevent too-low errors. Ignore weak sub-harmonics. The treshold is defined between two neighborhood frequency components. Prevent too-low errors. ui_chkAlgoUseSubHarmTresh Use sub-harmonic audibility treshold Ignore weak sub-harmonics. The treshold is defined between two neighborhood frequency components. Prevent too-low errors. Ignore weak sub-harmonics. The treshold is defined between two neighborhood frequency components. Prevent too-low errors. layout59_2_3 unnamed ui_sldWindowSizeFactor 1 8 10 4 Horizontal Below 1 Factor defining the window size from the lowest period define by the range. Bigger is this factor, more stable is the analysis but more CPU the program will need and slower the program will react to sound changes. Factor defining the window size from the lowest period define by the range. Bigger is this factor, more stable is the analysis but more CPU the program will need and slower the program will react to sound changes. ui_spinWindowSizeFactor PlusMinus 8 1 4 Factor defining the window size from the lowest period define by the range. Bigger is this factor, more stable is the analysis but more CPU the program will need and slower the program will react to sound changes. Factor defining the window size from the lowest period define by the range. Bigger is this factor, more stable is the analysis but more CPU the program will need and slower the program will react to sound changes. textLabel1_6 Window size factor Factor defining the window size from the lowest period define by the range. Bigger is this factor, more stable is the analysis but more CPU the program will need and slower the program will react to sound changes. Factor defining the window size from the lowest period define by the range. Bigger is this factor, more stable is the analysis but more CPU the program will need and slower the program will react to sound changes. up_grpFreqRefinement Frequency refinement true unnamed ui_rdUseFreqRefinement Maximum number of harmonics Frequency domain fundamental refinement: Mean of the fundamental relative frequencies of the harmonics. Choose the number of harmonics to use. Frequency domain fundamental refinement: Mean of the fundamental relative frequencies of the harmonics. Choose the number of harmonics to use. ui_rdUseTimeRefinement Maximum number of periods true Time domain fundamental refinement: Mean of period lengths. Choose the number of period to use. Time domain fundamental refinement: Mean of period lengths. Choose the number of period to use. layout59_2_2 unnamed ui_sldTimeRefinMaxPeriod 1 64 10 16 Horizontal Below 8 Time domain fundamental refinement: Mean of period lengths. Choose the number of period to use. Time domain fundamental refinement: Mean of period lengths. Choose the number of period to use. ui_spinTimeRefinMaxPeriod PlusMinus 64 1 4 Time domain fundamental refinement: Mean of period lengths. Choose the number of period to use. Time domain fundamental refinement: Mean of period lengths. Choose the number of period to use. layout59_2 unnamed ui_sldFreqRefinMaxHarm 1 64 10 8 Horizontal Below 8 Frequency domain fundamental refinement: Mean of the fundamental relative frequencies of the harmonics. Choose the number of harmonics to use. Frequency domain fundamental refinement: Mean of the fundamental relative frequencies of the harmonics. Choose the number of harmonics to use. ui_spinFreqRefinMaxHarm PlusMinus 64 1 8 Frequency domain fundamental refinement: Mean of the fundamental relative frequencies of the harmonics. Choose the number of harmonics to use. Frequency domain fundamental refinement: Mean of the fundamental relative frequencies of the harmonics. Choose the number of harmonics to use. ui_grpQuantizer Quantizer true unnamed layout35_2 unnamed textLabel1_3 Latency Quantize the analysis results: ignore frequency jumps, fill holes, ignore too short notes. Smaller is the following value, faster the tuner respond, but more unstable the computed frequency is. Quantize the analysis results: ignore frequency jumps, fill holes, ignore too short notes. Smaller is the following value, faster the tuner respond, but more unstable the computed frequency is. ui_spinErrorLatency ms PlusMinus 4000 1 125 Quantize the analysis results: ignore frequency jumps, fill holes, ignore too short notes. Smaller is the following value, faster the tuner respond, but more unstable the computed frequency is. Quantize the analysis results: ignore frequency jumps, fill holes, ignore too short notes. Smaller is the following value, faster the tuner respond, but more unstable the computed frequency is. spacer8 Vertical Expanding 20 40 layout54 unnamed ui_btnRestoreFactorySettings Restore factory settings Restore all settings as you just installed the program (need a program restart). Restore all settings as you just installed the program (need a program restart). spacer3 Horizontal Expanding 40 20 buttonOk &OK true true Use theses settings and exist configure panel (but don't save the settings !) Use theses settings and exist configure panel (but don't save the settings !) buttonCancel &Cancel true 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buttonOk clicked() ConfigForm accept() buttonCancel clicked() ConfigForm reject() ui_chkALSASamplingRateMax toggled(bool) ui_spinALSASamplingRate setDisabled(bool) ui_chkJACKAutoConnect toggled(bool) ui_txtJACKSourcePort setEnabled(bool) ui_chkPortAudioSamplingRateMax toggled(bool) ui_spinPortAudioSamplingRate setDisabled(bool) ui_chkOSSSamplingRateMax toggled(bool) ui_spinOSSSamplingRate setDisabled(bool) ui_sldCombedFFTAudibilityRatio valueChanged(int) ui_spinCombedFFTAudibilityRatio setValue(int) ui_spinCombedFFTAudibilityRatio valueChanged(int) ui_sldCombedFFTAudibilityRatio setValue(int) ui_sldVolumeTreshold valueChanged(int) ui_spinVolumeTreshold setValue(int) ui_spinVolumeTreshold valueChanged(int) ui_sldVolumeTreshold setValue(int) ui_chkAlgoUseSubHarmTresh toggled(bool) ui_spinCombedFFTAudibilityRatio setEnabled(bool) ui_chkAlgoUseSubHarmTresh toggled(bool) ui_sldCombedFFTAudibilityRatio setEnabled(bool) ui_sldFreqRefinMaxHarm valueChanged(int) ui_spinFreqRefinMaxHarm setValue(int) ui_spinFreqRefinMaxHarm valueChanged(int) ui_sldFreqRefinMaxHarm setValue(int) ui_sldWindowSizeFactor valueChanged(int) ui_spinWindowSizeFactor setValue(int) ui_spinWindowSizeFactor valueChanged(int) ui_sldWindowSizeFactor setValue(int) ui_sldTimeRefinMaxPeriod valueChanged(int) ui_spinTimeRefinMaxPeriod setValue(int) ui_spinTimeRefinMaxPeriod valueChanged(int) ui_sldTimeRefinMaxPeriod setValue(int)