WIP: TX implementation — per-device settings, separate analyzer, sound-card mic

- Settings: TTXSettings record + LoadTX/SaveTX, JSON section "tx" per MAC
- WDSPEngine: separate TX_DISP_ID analyzer with own FFT/Window/Det/Avg
  parameters, ApplyTXAnalyzerSettings + setters
- WDSPEngine: full TX chain setters (Filter/Compressor/Leveler/ALC/
  PhaseRot/EQ/AMCarrier/FM/CTCSS) + ApplyTXChainSettings
- WDSPEngine: ProcessTXBlock now feeds TX analyzer in DISPLAY_BLOCK_SIZE
  chunks (was passing whole FTXOut → analyzer ignored most of it)
- WDSPEngine: ActiveDisplayID switches RX/TX in UpdateSpectrum
- WDSPEngine: RX audio muted while TX active to avoid local feedback
- WDSPEngine: default EQ frequencies in Create (zero freqs broke TX chain)
- WDSPEngine: PushTXMicSampleD + OnPullMicSamples for sound-card path
- AudioInput: Available counter for non-blocking pull
- MainForm: PullSoundCardMic, BuildMicLineSelectByte, SendDUCSpecific
  with mic bias/boost/line/PTT bits, OnTXSettingsChange
- MainForm: auto-switch MicSource on TX device select, TX diagnostic
  in StatusBar panel [5]
- SettingsForm: new Transmit nav page with Microphone, Filter, Dynamic
  processing, EQ, AM/FM/CTCSS, TX Display sections

NOT YET WORKING: sound-card mic produces ring activity but signal still
not visible on TX spectrum/waterfall — needs further investigation.

Co-Authored-By: Claude Opus 4.7 <noreply@anthropic.com>
This commit is contained in:
2026-05-05 08:06:58 +03:00
co-authored by Claude Opus 4.7
parent fa38e433e1
commit ce97ee486c
6 changed files with 1461 additions and 100 deletions
+6 -5
View File
@@ -274,19 +274,20 @@ begin
end;
// Цветовая схема водопада для светлой темы.
// Шум исчезает в фоне (кремовый), сигналы: зелень → бирюза → синева → индиго.
// Шум растворяется в фоне панели; сигналы: синий → cyan → зелёный → жёлтый → оранжевый → красный.
function WaterfallLightTheme(ValueDB, LowDB, HighDB: Double): LongWord;
const
NSTOPS = 8;
SR: array[0..NSTOPS-1] of Integer = (240, 210, 148, 60, 14, 8, 24, 64);
SG: array[0..NSTOPS-1] of Integer = (238, 228, 200, 164, 132, 96, 52, 6);
SB: array[0..NSTOPS-1] of Integer = (230, 190, 118, 68, 96, 148, 166, 100);
// panel steel blue cyan green yell orange red
SR: array[0..NSTOPS-1] of Integer = (224, 160, 20, 0, 0, 220, 255, 255);
SG: array[0..NSTOPS-1] of Integer = (230, 185, 80, 185, 200, 210, 90, 20);
SB: array[0..NSTOPS-1] of Integer = (232, 210, 200, 210, 80, 0, 0, 20);
var
T: Double;
Seg: Integer;
R, G, B: Integer;
begin
if ValueDB <= LowDB then begin Result := $FFF0EEE6; Exit; end;
if ValueDB <= LowDB then begin Result := $FFE0E6E8; Exit; end;
if ValueDB >= HighDB then begin Result := ($FF shl 24) or (SR[NSTOPS-1] shl 16) or (SG[NSTOPS-1] shl 8) or SB[NSTOPS-1]; Exit; end;
T := (ValueDB - LowDB) / Max(1E-9, HighDB - LowDB) * (NSTOPS - 1);
Seg := Min(NSTOPS - 2, Trunc(T));