correct CW transmit fcns; add CESSB on/off fcn

master
boblark 3 weeks ago
parent ce3a933e05
commit a03836940c
  1. 37
      docs/index.html
  2. BIN
      gui/DesignTool_F32.zip

@ -3573,7 +3573,7 @@ look ahead delay, as well.</p>
float32_t peak1; // Peak voltage at output float32_t peak1; // Peak voltage at output
uint32_t countP; // Number of averaged samples for pwr0. uint32_t countP; // Number of averaged samples for pwr0.
}; };
</pre></p> </pre></p>
<p class=func><span class=keyword>levelDataCount</span>();</p> <p class=func><span class=keyword>levelDataCount</span>();</p>
<p class=desc>Returns an uint32_t with the number of averaged samples <p class=desc>Returns an uint32_t with the number of averaged samples
@ -3591,12 +3591,20 @@ look ahead delay, as well.</p>
overshoot. A value of 2.0 or slightly less is normally used. gainOut is overshoot. A value of 2.0 or slightly less is normally used. gainOut is
for convenience and sets the drive level to the next block. </p> for convenience and sets the drive level to the next block. </p>
<p class=func><span class=keyword>setSideband</span>(<strong>bool</strong> sbReverse);</p> <p class=func><span class=keyword>setSideband</span>(<strong>bool</strong> sbReverse);</p>
<p class=desc>The LSB/USB selection depends on the processing of the <p class=desc>The LSB/USB selection depends on the processing of the
IQ outputs of this class. But, what we can do here is to reverse the IQ outputs of this class. But, what we can do here is to reverse the
selection by reversing the phase of one of the Weaver LO's. </p> selection by reversing the phase of one of the Weaver LO's. </p>
<p class=func><span class=keyword>setProcessing</span>(<strong>bool</strong> cessbActive);</p>
<p class=desc>This function turns the CESSB on (if boolean cessbActive==true) or stops the CESSB (if false.
if boolean cessbActive==false). If cessbActive==false the SSB generation continues normally, but
without CESSB. The default is true.</p>
<p class=func><span class=keyword>getProcessing</span>();</p>
<p class=desc>This function returns boolean true if CESSB processing is running
and boolean false if it is not.</p>
<h3>Examples</h3> <h3>Examples</h3>
<p class=exam>File &gt; Examples &gt; OpenAudio_ArduinoLibrary &gt; CESSB <p class=exam>File &gt; Examples &gt; OpenAudio_ArduinoLibrary &gt; CESSB
</p> </p>
@ -3721,7 +3729,14 @@ look ahead delay, as well.</p>
IQ outputs of this class. But, what we can do here is to reverse the IQ outputs of this class. But, what we can do here is to reverse the
selection by reversing the phase of the Q signal. </p> selection by reversing the phase of the Q signal. </p>
<p class=func><span class=keyword>setProcessing</span>(<strong>bool</strong> cessbActive);</p>
<p class=desc>This function turns the CESSB on (if boolean cessbActive==true) or stops the CESSB
(if boolean cessbActive==false). If cessbActive==false the SSB generation continues normally, but
without CESSB. The default is true.</p>
<p class=func><span class=keyword>getProcessing</span>();</p>
<p class=desc>This function returns boolean true if CESSB processing is running
and boolean false if it is not.</p>
<p class=func><span class=keyword>setIQCorrections</span> <p class=func><span class=keyword>setIQCorrections</span>
(<strong>bool</strong> useIQCorrection, <strong>float32_t</strong> gainI, (<strong>bool</strong> useIQCorrection, <strong>float32_t</strong> gainI,
<strong>float32_t</strong> crossIQ,<strong>float32_t</strong> crossQI);</p> <strong>float32_t</strong> crossIQ,<strong>float32_t</strong> crossQI);</p>
@ -4012,15 +4027,31 @@ look ahead delay, as well.</p>
Additionally, getTransmitEnable() will go false when all characters in the buffer have Additionally, getTransmitEnable() will go false when all characters in the buffer have
been fully sent. This can be useful for control of Transmit/Receive.</p> been fully sent. This can be useful for control of Transmit/Receive.</p>
<p class=func><span class=keyword><strong>getBufferSpace</strong></span>();</p>
<p class=desc>Returns the number of places (of 512) left in the character buffer.</p>
<p class=func><span class=keyword>amplitude</span>(<strong>float32_t</strong> a);</p> <p class=func><span class=keyword>amplitude</span>(<strong>float32_t</strong> a);</p>
<p class=desc>Sets a, the zero-to-peak amplitude of the transmit signal. The default is 1.0. <p class=desc>Sets a, the zero-to-peak amplitude of the transmit signal. The default is 1.0.
No return value.</p> No return value.</p>
<p class=func><span class=keyword>frequency</span>(<strong>float32_t</strong> f);</p> <p class=func><span class=keyword>setFrequency</span>(<strong>float32_t</strong> f);</p>
<p class=desc>Sets the frequency of the CW waveform. The default is 600 Hz. Any value up to <p class=desc>Sets the frequency of the CW waveform. The default is 600 Hz. Any value up to
half of the sample rate can be used. half of the sample rate can be used.
No return value.</p> No return value.</p>
<p class=func><span class=keyword>setCWSpeedWPM</span>(<strong>uint16_t</strong> speed);</p>
<p class=desc>Sets the speed ofCW sending. The default is 13 WPM. The speed is the highest of
the following that does not exceed the requested speed. There is no return value.
<pre>
5 11 17 23 29
6 12 18 24 30
7 13 19 25 35
8 14 20 26 40
9 15 21 27 50
10 16 22 28
</pre>
</p>
<p class=func><span class=keyword>setLongDashMs</span>(<strong>uint32_t</strong> longDashMs);</p> <p class=func><span class=keyword>setLongDashMs</span>(<strong>uint32_t</strong> longDashMs);</p>
<p class=desc>Sets the length, in milliseconds, of the long dash, longDashMs. This is sent by a <p class=desc>Sets the length, in milliseconds, of the long dash, longDashMs. This is sent by a
semi-colon in the CW buffer. The default is 1000 milliseconds. No return value.</p> semi-colon in the CW buffer. The default is 1000 milliseconds. No return value.</p>

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