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Rev 19 Rev 22
Line 19... Line 19...
19 
        public const byte USBCMD_READ_BUTTONS = 100;
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        public const byte USBCMD_READ_BUTTONS = 100;
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        public const byte USBCMD_LEDS_SET = 101;
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        public const byte USBCMD_LEDS_SET = 101;
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        public const byte USBCMD_GET_ANALOG = 102;
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        public const byte USBCMD_GET_ANALOG = 102;
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        public const byte USBCMD_SET_POWER_LED = 103;
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        public const byte USBCMD_SET_POWER_LED = 103;
23 
 
 23 
 
- 
 
 24 
        // The min analg value we'll ever read from the pot
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        // If the analog val ever drops below this, a uint to int
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        //  conversion will make the number >17k. If its not low enough
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        //  the volume will never be able to be musted. Should probably
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        //  be calibrated or the protection resistor removed from the
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        //  analog pot ground line
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 30 
        public const uint DEV_ANALOG_MIN = 4;
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 31 
 
24 
        private int simStatus { get; set; }
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        private int simStatus { get; set; }
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        public byte ledStatus { get; set; }
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        public byte ledStatus { get; set; }
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        public byte buttonStatus { get; set; }
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        public byte buttonStatus { get; set; }
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        public byte analogValue { get; set; }
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        public byte analogValue { get; set; }
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        public byte powerLedStatus { get; set; }
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        public byte powerLedStatus { get; set; }
Line 64... Line 72...
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 72 
 
65 
            inputTimer.Enabled = false;
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            inputTimer.Enabled = false;
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            inputTimer.AutoReset = true;
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            inputTimer.AutoReset = true;
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            inputTimer.Interval = NITPanels.CFG_INPUT_TIMER_INTERVAL;
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            inputTimer.Interval = NITPanels.CFG_INPUT_TIMER_INTERVAL;
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            inputTimer.Elapsed += inputTimer_Elapsed;
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            inputTimer.Elapsed += inputTimer_Elapsed;
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 77 
 
- 
 
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            // VolControl Stuff
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            // Default the user setting to the first device it not already set
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            if (Properties.Settings.Default.volcontroldevice == ""
- 
 
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                && volcontrol.deviceCount > 0) {
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                Properties.Settings.Default.volcontroldevice = volcontrol.devices.ElementAt(0);
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                Properties.Settings.Default.Save();
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            }
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            // Retrieve the user setting for the selected device, find its index
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            if (volcontrol.deviceCount > 0) {
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                string selectedDevice = Properties.Settings.Default.volcontroldevice;
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                for (int i = 0; i < volcontrol.deviceCount; i++) {
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 90 
                    if (selectedDevice == volcontrol.devices.ElementAt(i)) {
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                        volcontrol.selectedDeviceIndex = (uint)i;
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                        break;
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                    }
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                }
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            }
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        }
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        }
70 
 
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71 
        void inputTimer_Elapsed(object sender, ElapsedEventArgs e) {
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        void inputTimer_Elapsed(object sender, ElapsedEventArgs e) {
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            this.SimButtons();
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            this.SimButtons();
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        }
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        }
Line 97... Line 124...
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        public override void FsxReady() {
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        public override void FsxReady() {
98 
            this.powerUp();
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            this.powerUp();
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        }
 126 
        }
100 
 
 127 
 
101 
        public override void reAssign() {
 128 
        public override void reAssign() {
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            if (this.simStatus != 0)
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            if (this.simStatus != 0  && this.fsx != null)
103 
                return;
 130 
                return;
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 131 
 
105 
            this.fsx.requestAudioSelData();
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            this.fsx.requestAudioSelData();
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        }
 133 
        }
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Line 125... Line 152...
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                return;
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                return;
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 153 
 
127 
            if (data.dwRequestID != (uint)FSXObject.DATA_REQUESTS.AUDIOSEL_REQ)
 154 
            if (data.dwRequestID != (uint)FSXObject.DATA_REQUESTS.AUDIOSEL_REQ)
128 
                return;
 155 
                return;
129 
 
 156 
 
130 
 
 - 
 
131 
            FSXObject.AudioSel_Data audioseldata = (FSXObject.AudioSel_Data)data.dwData[0];
 157 
            FSXObject.AudioSel_Data audioseldata = (FSXObject.AudioSel_Data)data.dwData[0];
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            this.setLed(0, audioseldata.com1);
 158 
            this.setLed(0, audioseldata.com1);
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            this.setLed(1, audioseldata.com2);
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            this.setLed(1, audioseldata.com2);
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            this.setLed(2, audioseldata.comb);
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            this.setLed(2, audioseldata.comb);
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            this.setLed(3, audioseldata.vor1);
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            this.setLed(3, audioseldata.vor1);
Line 154... Line 180...
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                if (NITPanels.readBit(this.buttonStatus, i)) {      // Check an audio button is pressed
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                if (NITPanels.readBit(this.buttonStatus, i)) {      // Check an audio button is pressed
155 
                    this.fsx.AudioSelButton(i);                          //  and if so, send of the audio select event
 181 
                    this.fsx.AudioSelButton(i);                          //  and if so, send of the audio select event
156 
                    timers[i].Enabled = true;                       //  and start up a timer to debounce the button
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                    timers[i].Enabled = true;                       //  and start up a timer to debounce the button
157 
                }
 183 
                }
158 
            }
 184 
            }
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 185 
 
- 
 
 186 
 
- 
 
 187 
            // VolControl Stuff
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 188 
            float setVolume = NITPanels.map_f(this.analogValue, DEV_ANALOG_MIN, 255, 0.00F, 1.00F);
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 189 
            float devVolume = this.volcontrol.getDeviceVolume();
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 190 
            if (setVolume != devVolume)
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 191 
                this.volcontrol.setDeviceVolume(setVolume);
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 192 
 
159 
        }
 193 
        }
160 
 
 194 
 
161 
        public void updateInput() {
 195 
        public void updateInput() {
162 
            byte[] data = new byte[8];
 196 
            byte[] data = new byte[8];
163 
            int transferred;
 197 
            int transferred;