Tuning is made via Omni-Rig software interface ( ), which should be installed separately. In this case auto-tuning by RIT is impossible. Take to attention that not every transceiver has programmable RIT. Tuning can be made by RIT or by VFO according selected option. Auto-tuning is made after click on spectrogram or ruler below. In this mode transceiver radio frequency is changed to consist RX frequency to TX frequency. The mode of automatic transceiver frequency control can be switched on by the " Setup > Tune RIG by" menu. It jumps to the peak frequency of the strongest signal after detecting a pause of more than eight "dots" in the current signal. The button " GotoMax" jumps to the peak frequency in the bandpass, The " AutoGTM" button switches on the automatic mode of "GotoMax". But this action is not made after click on the ruler under spectrogram. When the option " Setup > Interface >AFC at mouse click" is selected CwGet immediately adjusts the RX frequency to the nearest station after every mouse click on the spectrogram regardless of the "AFC" button state. User-selected frequency is shown at spectrogram by short red line. maximal deviation from last user-selected frequency. Second number is global deviation in hertzs, i.e. maximal deviation from current frequency. The first number is local deviation in hertzs, i.e. The numbers to the left of the AFC button determines the limits of AFC. The " AFC" button (auto frequency control) adjusts the long red line (working frequency) to the closest peak frequency. To move a visible part of spectrogram to left or right drag it by mouse with Alt key pressed. " Alt-7" hotkeys change frequency scale of spectrogram. To change the TX marker position, click on the desired frequency by right mouse button (or by left mouse button with "Ctrl" key pressed). It is used to help with zero-beat tuning. The short thick black line is the marker of TX frequency. To change the working frequency, click on the desired frequency (probably a peak). Ruler under this window shows frequencies of sound spectrum.The vertical red line in the top window shows the working frequency of the filter. In the top window the current spectrum of a signal (blue line) and a peak detector of spectral components (green line) is shown.
The working area of the program is divided into three windows, the sizes of which can be changed by the user by dragging the borders. It is a software morse decoder that really work! No additional hardware required you need only receiver and computer with a sound card. It can work as narrow-band sound DSP-filter also. Simple software to handle devices connected to LPT portĪ program to decode morse code (CW) via sound card to text. A tool for monitoring popular web-cluster service from OH9W/OH2AQ Radio Club
#MORSE CODE TRANSLATOR AUDIO TO TEXT DOWNLOAD#
The flashing light and download buttons do not currently work when in "Telegraph" mode.Cluster monitor. The "Configure" button reveals advanced options to control the frequency and speed and switch between telegraph and radio sound styles. The vibrate option may only appear on a phone. You can choose between hearing the sound, seeing a flashing light, or having your phone vibrate using the "Sound", "Light" and "Vibrate" buttons. The "Play", "Pause", "Stop" and "Repeat" buttons control the playback. If a letter cannot be translated a "#" will appear in the output. The plain text translation will appear in the bottom box.
Letters are separated by three spaces and words by "/". Use a single space within a letter (such as a "C" which is "."). The long-dash for an "L" is Unicode U+2E3A ("⸺") and the even longer dash for a zero is Unicode U+2E3B ("⸻"). You can type American Morse code into the top box using "." for a dot and "-" or "_" for a dash. Just type letters, numbers and punctuation into the top box and the Morse code will appear in the bottom box, with a "#" inserted if the character cannot be translated.
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