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marcin
2026-02-20 17:53:43 +01:00
parent ab073a6a39
commit e723ab86b9
274 changed files with 89671 additions and 0 deletions
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<manifest xmlns:android="http://schemas.android.com/apk/res/android" package="com.unity3d.player" xmlns:tools="http://schemas.android.com/tools" android:installLocation="preferExternal">
<supports-screens android:smallScreens="true" android:normalScreens="true" android:largeScreens="true" android:xlargeScreens="true" android:anyDensity="true" />
<application android:theme="@style/UnityThemeSelector" android:icon="@drawable/app_icon" android:label="@string/app_name" android:isGame="true">
<activity android:label="@string/app_name" android:screenOrientation="fullSensor" android:launchMode="singleTask" android:configChanges="mcc|mnc|locale|touchscreen|keyboard|keyboardHidden|navigation|orientation|screenLayout|uiMode|screenSize|smallestScreenSize|fontScale|layoutDirection|density" android:hardwareAccelerated="false" android:name="com.unity3d.player.UnityPlayerActivity">
<intent-filter>
<action android:name="android.intent.action.MAIN" />
<category android:name="android.intent.category.LAUNCHER" />
<category android:name="android.intent.category.LEANBACK_LAUNCHER" />
</intent-filter>
<meta-data android:name="unityplayer.UnityActivity" android:value="true" />
</activity>
</application>
<uses-permission android:name="android.permission.ACCESS_FINE_LOCATION" android:maxSdkVersion="30"/>
<uses-permission android:name="android.permission.BLUETOOTH_ADMIN" android:maxSdkVersion="30"/>
<uses-permission android:name="android.permission.BLUETOOTH" android:maxSdkVersion="30"/>
<uses-permission android:name="android.permission.BLUETOOTH_SCAN" android:minSdkVersion="31" android:usesPermissionFlags="neverForLocation"/>
<uses-permission android:name="android.permission.BLUETOOTH_ADVERTISE" android:minSdkVersion="31"/>
<uses-permission android:name="android.permission.BLUETOOTH_CONNECT" android:minSdkVersion="31"/>
<uses-feature android:name="android.hardware.bluetooth_le" android:required="false"/>
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using System;
using System.Collections.Generic;
using UnityEngine;
public class BluetoothDeviceScript : MonoBehaviour
{
#if UNITY_IOS
public Dictionary<string, string> BLEStandardUUIDs = new Dictionary<string, string>();
#endif
public List<string> DiscoveredDeviceList;
public Action InitializedAction;
public Action DeinitializedAction;
public Action<string> ErrorAction;
public Action<string> ServiceAddedAction;
public Action StartedAdvertisingAction;
public Action StoppedAdvertisingAction;
public Action<string, string> DiscoveredPeripheralAction;
public Action<string, string, int, byte[]> DiscoveredPeripheralWithAdvertisingInfoAction;
public Action<BluetoothLEHardwareInterface.iBeaconData> DiscoveredBeaconAction;
public Action<string, string> RetrievedConnectedPeripheralAction;
public Action<string, byte[]> PeripheralReceivedWriteDataAction;
public Action<string> ConnectedPeripheralAction;
public Action<string> ConnectedDisconnectPeripheralAction;
public Action<string> DisconnectedPeripheralAction;
public Action<string, string> DiscoveredServiceAction;
public Action<string, string, string> DiscoveredCharacteristicAction;
public Action<string> DidWriteCharacteristicAction;
public Dictionary<string, Dictionary<string, Action<string>>> DidUpdateNotificationStateForCharacteristicAction;
public Dictionary<string, Dictionary<string, Action<string, string>>> DidUpdateNotificationStateForCharacteristicWithDeviceAddressAction;
public Dictionary<string, Dictionary<string, Action<string, byte[]>>> DidUpdateCharacteristicValueAction;
public Dictionary<string, Dictionary<string, Action<string, string, byte[]>>> DidUpdateCharacteristicValueWithDeviceAddressAction;
public Action<string, int> RequestMtuAction;
public Action<string, int> ReadRSSIAction;
// Use this for initialization
void Start ()
{
DiscoveredDeviceList = new List<string> ();
DidUpdateNotificationStateForCharacteristicAction = new Dictionary<string, Dictionary<string, Action<string>>> ();
DidUpdateNotificationStateForCharacteristicWithDeviceAddressAction = new Dictionary<string, Dictionary<string, Action<string, string>>> ();
DidUpdateCharacteristicValueAction = new Dictionary<string, Dictionary<string, Action<string, byte[]>>> ();
DidUpdateCharacteristicValueWithDeviceAddressAction = new Dictionary<string, Dictionary<string, Action<string, string, byte[]>>> ();
#if UNITY_IOS
BLEStandardUUIDs["Heart Rate Measurement"] = "00002A37-0000-1000-8000-00805F9B34FB";
#endif
}
// Update is called once per frame
void Update ()
{
}
const string deviceInitializedString = "Initialized";
const string deviceDeInitializedString = "DeInitialized";
const string deviceErrorString = "Error";
const string deviceServiceAdded = "ServiceAdded";
const string deviceStartedAdvertising = "StartedAdvertising";
const string deviceStoppedAdvertising = "StoppedAdvertising";
const string deviceDiscoveredPeripheral = "DiscoveredPeripheral";
const string deviceDiscoveredBeacon = "DiscoveredBeacon";
const string deviceRetrievedConnectedPeripheral = "RetrievedConnectedPeripheral";
const string devicePeripheralReceivedWriteData = "PeripheralReceivedWriteData";
const string deviceConnectedPeripheral = "ConnectedPeripheral";
const string deviceDisconnectedPeripheral = "DisconnectedPeripheral";
const string deviceDiscoveredService = "DiscoveredService";
const string deviceDiscoveredCharacteristic = "DiscoveredCharacteristic";
const string deviceDidWriteCharacteristic = "DidWriteCharacteristic";
const string deviceDidUpdateNotificationStateForCharacteristic = "DidUpdateNotificationStateForCharacteristic";
const string deviceDidUpdateValueForCharacteristic = "DidUpdateValueForCharacteristic";
const string deviceLog = "Log";
const string deviceRequestMtu = "MtuChanged";
const string deviceReadRSSI = "DidReadRSSI";
public void OnBluetoothMessage (string message)
{
if (message != null)
{
char[] delim = new char[] { '~' };
string[] parts = message.Split (delim);
string log = "";
for (int i = 0; i < parts.Length; ++i)
log += string.Format("| {0}", parts[i]);
BluetoothLEHardwareInterface.Log(log);
if (message.Length >= deviceInitializedString.Length && message.Substring (0, deviceInitializedString.Length) == deviceInitializedString)
{
if (InitializedAction != null)
InitializedAction ();
}
else if (message.Length >= deviceLog.Length && message.Substring (0, deviceLog.Length) == deviceLog)
{
BluetoothLEHardwareInterface.Log (parts[1]);
}
else if (message.Length >= deviceDeInitializedString.Length && message.Substring (0, deviceDeInitializedString.Length) == deviceDeInitializedString)
{
BluetoothLEHardwareInterface.FinishDeInitialize ();
if (DeinitializedAction != null)
DeinitializedAction ();
}
else if (message.Length >= deviceErrorString.Length && message.Substring (0, deviceErrorString.Length) == deviceErrorString)
{
string error = "";
if (parts.Length >= 2)
error = parts[1];
if (ErrorAction != null)
ErrorAction (error);
}
else if (message.Length >= deviceServiceAdded.Length && message.Substring (0, deviceServiceAdded.Length) == deviceServiceAdded)
{
if (parts.Length >= 2)
{
if (ServiceAddedAction != null)
ServiceAddedAction (parts[1]);
}
}
else if (message.Length >= deviceStartedAdvertising.Length && message.Substring (0, deviceStartedAdvertising.Length) == deviceStartedAdvertising)
{
BluetoothLEHardwareInterface.Log ("Started Advertising");
if (StartedAdvertisingAction != null)
StartedAdvertisingAction ();
}
else if (message.Length >= deviceStoppedAdvertising.Length && message.Substring (0, deviceStoppedAdvertising.Length) == deviceStoppedAdvertising)
{
BluetoothLEHardwareInterface.Log ("Stopped Advertising");
if (StoppedAdvertisingAction != null)
StoppedAdvertisingAction ();
}
else if (message.Length >= deviceDiscoveredPeripheral.Length && message.Substring (0, deviceDiscoveredPeripheral.Length) == deviceDiscoveredPeripheral)
{
if (parts.Length >= 3)
{
// the first callback will only get called the first time this device is seen
// this is because it gets added to the a list in the DiscoveredDeviceList
// after that only the second callback will get called and only if there is
// advertising data available
if (!DiscoveredDeviceList.Contains (parts[1] + "|" + parts[2]))
{
DiscoveredDeviceList.Add (parts[1] + "|" + parts[2]);
if (DiscoveredPeripheralAction != null)
DiscoveredPeripheralAction (parts[1], parts[2]);
}
if (parts.Length >= 5 && DiscoveredPeripheralWithAdvertisingInfoAction != null)
{
// get the rssi from the 4th value
int rssi = 0;
if (!int.TryParse (parts[3], out rssi))
rssi = 0;
// parse the base 64 encoded data that is the 5th value
byte[] bytes = System.Convert.FromBase64String (parts[4]);
DiscoveredPeripheralWithAdvertisingInfoAction (parts[1], parts[2], rssi, bytes);
}
}
}
else if (message.Length >= deviceDiscoveredBeacon.Length && message.Substring (0, deviceDiscoveredBeacon.Length) == deviceDiscoveredBeacon)
{
if (parts.Length >= 7)
{
var iBeaconData = new BluetoothLEHardwareInterface.iBeaconData ();
iBeaconData.UUID = parts[1];
if (!int.TryParse (parts[2], out iBeaconData.Major))
iBeaconData.Major = 0;
if (!int.TryParse (parts[3], out iBeaconData.Minor))
iBeaconData.Minor = 0;
if (!int.TryParse (parts[4], out iBeaconData.RSSI))
iBeaconData.RSSI = 0;
if (!int.TryParse (parts[5], out iBeaconData.AndroidSignalPower))
iBeaconData.AndroidSignalPower = 0;
int iOSProximity = 0;
if (!int.TryParse (parts[6], out iOSProximity))
iOSProximity = 0;
iBeaconData.iOSProximity = (BluetoothLEHardwareInterface.iOSProximity)iOSProximity;
if (DiscoveredBeaconAction != null)
DiscoveredBeaconAction (iBeaconData);
}
}
else if (message.Length >= deviceRetrievedConnectedPeripheral.Length && message.Substring (0, deviceRetrievedConnectedPeripheral.Length) == deviceRetrievedConnectedPeripheral)
{
if (parts.Length >= 3)
{
DiscoveredDeviceList.Add (parts[1]);
if (RetrievedConnectedPeripheralAction != null)
RetrievedConnectedPeripheralAction (parts[1], parts[2]);
}
}
else if (message.Length >= devicePeripheralReceivedWriteData.Length && message.Substring (0, devicePeripheralReceivedWriteData.Length) == devicePeripheralReceivedWriteData)
{
if (parts.Length >= 3)
OnPeripheralData (parts[1], parts[2]);
}
else if (message.Length >= deviceConnectedPeripheral.Length && message.Substring (0, deviceConnectedPeripheral.Length) == deviceConnectedPeripheral)
{
if (parts.Length >= 2 && ConnectedPeripheralAction != null)
ConnectedPeripheralAction (parts[1]);
}
else if (message.Length >= deviceDisconnectedPeripheral.Length && message.Substring (0, deviceDisconnectedPeripheral.Length) == deviceDisconnectedPeripheral)
{
if (parts.Length >= 2)
{
if (ConnectedDisconnectPeripheralAction != null)
ConnectedDisconnectPeripheralAction (parts[1]);
if (DisconnectedPeripheralAction != null)
DisconnectedPeripheralAction (parts[1]);
}
}
else if (message.Length >= deviceDiscoveredService.Length && message.Substring (0, deviceDiscoveredService.Length) == deviceDiscoveredService)
{
if (parts.Length >= 3 && DiscoveredServiceAction != null)
DiscoveredServiceAction (parts[1], parts[2]);
}
else if (message.Length >= deviceDiscoveredCharacteristic.Length && message.Substring (0, deviceDiscoveredCharacteristic.Length) == deviceDiscoveredCharacteristic)
{
if (parts.Length >= 4 && DiscoveredCharacteristicAction != null)
DiscoveredCharacteristicAction (parts[1], parts[2], parts[3]);
}
else if (message.Length >= deviceDidWriteCharacteristic.Length && message.Substring (0, deviceDidWriteCharacteristic.Length) == deviceDidWriteCharacteristic)
{
if (parts.Length >= 2 && DidWriteCharacteristicAction != null)
DidWriteCharacteristicAction (parts[1]);
}
else if (message.Length >= deviceDidUpdateNotificationStateForCharacteristic.Length && message.Substring (0, deviceDidUpdateNotificationStateForCharacteristic.Length) == deviceDidUpdateNotificationStateForCharacteristic)
{
if (parts.Length >= 3)
{
if (DidUpdateNotificationStateForCharacteristicAction != null && DidUpdateNotificationStateForCharacteristicAction.ContainsKey (parts[1]))
{
var characteristicAction = DidUpdateNotificationStateForCharacteristicAction[parts[1]];
if (characteristicAction != null && characteristicAction.ContainsKey (parts[2]))
{
var action = characteristicAction[parts[2]];
if (action != null)
action (parts[2]);
}
}
if (DidUpdateNotificationStateForCharacteristicWithDeviceAddressAction != null && DidUpdateNotificationStateForCharacteristicWithDeviceAddressAction.ContainsKey (parts[1]))
{
var characteristicAction = DidUpdateNotificationStateForCharacteristicWithDeviceAddressAction[parts[1]];
if (characteristicAction != null && characteristicAction.ContainsKey (parts[2]))
{
var action = characteristicAction[parts[2]];
if (action != null)
action (parts[1], parts[2]);
}
}
}
}
else if (message.Length >= deviceDidUpdateValueForCharacteristic.Length && message.Substring (0, deviceDidUpdateValueForCharacteristic.Length) == deviceDidUpdateValueForCharacteristic)
{
if (parts.Length >= 4)
OnBluetoothData (parts[1], parts[2], parts[3]);
}
else if (message.Length >= deviceRequestMtu.Length && message.Substring(0, deviceRequestMtu.Length) == deviceRequestMtu)
{
if (parts.Length >= 3)
{
if (RequestMtuAction != null)
{
int mtu = 0;
if (int.TryParse(parts[2], out mtu))
RequestMtuAction(parts[1], mtu);
}
}
}
else if (message.Length >= deviceReadRSSI.Length && message.Substring(0, deviceReadRSSI.Length) == deviceReadRSSI)
{
if (parts.Length >= 3)
{
if (ReadRSSIAction != null)
{
int rssi = 0;
if (int.TryParse(parts[2], out rssi))
ReadRSSIAction(parts[1], rssi);
}
}
}
}
}
public void OnBluetoothData (string base64Data)
{
OnBluetoothData ("", "", base64Data);
}
public void OnBluetoothData (string deviceAddress, string characteristic, string base64Data)
{
if (base64Data != null)
{
byte[] bytes = System.Convert.FromBase64String (base64Data);
if (bytes.Length > 0)
{
deviceAddress = deviceAddress.ToUpper ();
characteristic = characteristic.ToUpper ();
#if UNITY_IOS
if (BLEStandardUUIDs.ContainsKey(characteristic))
characteristic = BLEStandardUUIDs[characteristic];
#endif
BluetoothLEHardwareInterface.Log ("Device: " + deviceAddress + " Characteristic Received: " + characteristic);
string byteString = "";
foreach (byte b in bytes)
byteString += string.Format ("{0:X2}", b);
BluetoothLEHardwareInterface.Log (byteString);
if (DidUpdateCharacteristicValueAction != null && DidUpdateCharacteristicValueAction.ContainsKey (deviceAddress))
{
var characteristicAction = DidUpdateCharacteristicValueAction[deviceAddress];
#if UNITY_ANDROID
characteristic = characteristic.ToLower ();
#endif
if (characteristicAction != null && characteristicAction.ContainsKey (characteristic))
{
var action = characteristicAction[characteristic];
if (action != null)
action (characteristic, bytes);
}
}
if (DidUpdateCharacteristicValueWithDeviceAddressAction != null && DidUpdateCharacteristicValueWithDeviceAddressAction.ContainsKey (deviceAddress))
{
var characteristicAction = DidUpdateCharacteristicValueWithDeviceAddressAction[deviceAddress];
#if UNITY_ANDROID
characteristic = characteristic.ToLower ();
#endif
if (characteristicAction != null && characteristicAction.ContainsKey (characteristic))
{
var action = characteristicAction[characteristic];
if (action != null)
action (deviceAddress, characteristic, bytes);
}
}
}
}
}
public void OnPeripheralData (string characteristic, string base64Data)
{
if (base64Data != null)
{
byte[] bytes = System.Convert.FromBase64String (base64Data);
if (bytes.Length > 0)
{
BluetoothLEHardwareInterface.Log ("Peripheral Received: " + characteristic);
string byteString = "";
foreach (byte b in bytes)
byteString += string.Format ("{0:X2}", b);
BluetoothLEHardwareInterface.Log (byteString);
if (PeripheralReceivedWriteDataAction != null)
PeripheralReceivedWriteDataAction (characteristic, bytes);
}
}
}
#if UNITY_IOS
private void IncludeCoreLocationFramework()
{
// this method is here because Unity now only includes CoreLocation
// if there are methods in the .cs code that access it
Input.location.Stop ();
}
#endif
public void OnApplicationQuit()
{
if (Application.isEditor)
{
BluetoothLEHardwareInterface.DeInitialize(() =>
{
BluetoothLEHardwareInterface.Log("Deinitialize complete");
});
}
}
}

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<string>????</string>
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<key>LSMinimumSystemVersion</key>
<string>10.11</string>
<key>NSBluetoothAlwaysUsageDescription</key>
<string>Bluetooth is required to work with devices.</string>
<key>NSHumanReadableCopyright</key>
<string>Copyright © 2016 Shatalmic. All rights reserved.</string>
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<true/>
<key>weight</key>
<real>1000</real>
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<key>omit</key>
<true/>
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<real>1100</real>
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<key>weight</key>
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<real>10</real>
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//
// UnityBluetoothLE.h
// Unity-iPhone
//
// Created by Tony Pitman on 03/05/2014.
//
//
#import <Foundation/Foundation.h>
#import <CoreBluetooth/CoreBluetooth.h>
#if !TARGET_OS_TV
#import <CoreLocation/CoreLocation.h>
@interface UnityBluetoothLE : NSObject <CBCentralManagerDelegate, CBPeripheralManagerDelegate, CBPeripheralDelegate, CLLocationManagerDelegate>
#else
@interface UnityBluetoothLE : NSObject <CBCentralManagerDelegate, CBPeripheralManagerDelegate, CBPeripheralDelegate>
#endif
{
CBCentralManager *_centralManager;
#if !TARGET_OS_TV
CLLocationManager *_locationManager;
#endif
NSMutableDictionary *_peripherals;
#if !TARGET_OS_TV
CBPeripheralManager *_peripheralManager;
NSString *_peripheralName;
NSMutableDictionary *_services;
NSMutableDictionary *_characteristics;
NSMutableDictionary *_allCharacteristics;
#endif
NSMutableArray *_backgroundMessages;
BOOL _isPaused;
BOOL _alreadyNotified;
BOOL _isInitializing;
BOOL _rssiOnly;
int _recordType;
long _mtu;
unsigned char *_writeCharacteristicBytes;
long _writeCharacteristicLength;
long _writeCharacteristicPosition;
long _writeCharacteristicBytesToWrite;
CBCharacteristicWriteType _writeCharacteristicWithResponse;
int _writeCharacteristicRetries;
}
@property (atomic, strong) NSMutableDictionary *_peripherals;
@property (atomic) BOOL _rssiOnly;
- (void)initialize:(BOOL)asCentral asPeripheral:(BOOL)asPeripheral;
- (void)deInitialize;
- (void)scanForPeripheralsWithServices:(NSArray *)serviceUUIDs options:(NSDictionary *)options clearPeripheralList:(BOOL)clearPeripheralList recordType:(int)recordType;
- (void)stopScan;
- (void)retrieveListOfPeripheralsWithServices:(NSArray *)serviceUUIDs;
- (void)connectToPeripheral:(NSString *)name;
- (void)disconnectPeripheral:(NSString *)name;
- (CBCharacteristic *)getCharacteristic:(NSString *)name service:(NSString *)serviceString characteristic:(NSString *)characteristicString;
- (void)readCharacteristic:(NSString *)name service:(NSString *)serviceString characteristic:(NSString *)characteristicString;
- (void)writeCharacteristic:(NSString *)name service:(NSString *)serviceString characteristic:(NSString *)characteristicString data:(NSData *)data withResponse:(BOOL)withResponse;
- (void)subscribeCharacteristic:(NSString *)name service:(NSString *)serviceString characteristic:(NSString *)characteristicString;
- (void)unsubscribeCharacteristic:(NSString *)name service:(NSString *)serviceString characteristic:(NSString *)characteristicString;
- (void)writeCharactersticBytesReset;
- (void)writeCharactersticBytes:(CBPeripheral *)peripheral characteristic:(CBCharacteristic *)characteristic data:(NSData *)data withResponse:(CBCharacteristicWriteType)withResponse;
- (void)writeNextPacket:(CBPeripheral *)peripheral characteristic:(CBCharacteristic *)characteristic;
- (void)requestMtu:(NSString *)name mtu:(int)mtu;
- (void)readRSSI:(NSString *)name;
#if !TARGET_OS_TV
- (void)scanForBeacons:(NSArray<CLBeaconRegion *> *)beaconRegions;
- (void)stopBeaconScan;
- (void)peripheralName:(NSString *)newName;
- (void)createService:(NSString *)uuid primary:(BOOL)primary;
- (void)removeService:(NSString *)uuid;
- (void)removeServices;
- (void)createCharacteristic:(NSString *)uuid properties:(CBCharacteristicProperties)properties permissions:(CBAttributePermissions)permissions value:(NSData *)value;
- (void)removeCharacteristic:(NSString *)uuid;
- (void)removeCharacteristics;
- (void)startAdvertising;
- (void)stopAdvertising;
- (void)updateCharacteristicValue:(NSString *)uuid value:(NSData *)value;
#endif
- (void)pauseMessages:(BOOL)isPaused;
- (void)sendUnityMessage:(BOOL)isString message:(NSString *)message;
+ (NSString *) base64StringFromData:(NSData *)data length:(int)length;
@end
@interface UnityMessage : NSObject
{
BOOL _isString;
NSString *_message;
}
- (void)initialize:(BOOL)isString message:(NSString *)message;
- (void)deInitialize;
- (void)sendUnityMessage;
@end

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title: URP Empty Template
sections:
- heading: Welcome to the Universal Render Pipeline
text: This template includes the settings and assets you need to start creating with the Universal Render Pipeline.
linkText:
url:
- heading: URP Documentation
text:
linkText: Read more about URP
url: https://docs.unity3d.com/Packages/com.unity.render-pipelines.universal@latest
- heading: Forums
text:
linkText: Get answers and support
url: https://forum.unity.com/forums/universal-render-pipeline.383/
- heading: Report bugs
text:
linkText: Submit a report
url: https://unity3d.com/unity/qa/bug-reporting
loadedLayout: 1

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using UnityEngine;
using System.Collections.Generic;
using System.Linq;
public class ForceCurveDataLogger : MonoBehaviour
{
private List<float> _strokeBuffer = new List<float>();
void Start()
{
if (PerformanceMonitorManager.Instance != null)
PerformanceMonitorManager.Instance.OnForceCurveUpdated += HandleData;
}
void HandleData(List<float> points)
{
// 1. SIGNAL: Manager sends empty list when a NEW stroke starts
if (points.Count == 0)
{
if (_strokeBuffer.Count > 5)
{
LogFinishedStroke();
}
_strokeBuffer.Clear();
}
else
{
// 2. Accumulate the cumulative data
_strokeBuffer = new List<float>(points);
}
}
void LogFinishedStroke()
{
float maxForce = _strokeBuffer.Max();
float totalImpulse = _strokeBuffer.Sum(); // Area under the curve
string csv = string.Join(",", _strokeBuffer.Select(p => p.ToString("0")));
Debug.Log($"<color=#FF7F00><b>[STROKE RECORDED]</b></color> Impulse: {totalImpulse:N0} | Pts: {_strokeBuffer.Count} | Max: {maxForce}");
Debug.Log("CSV:" + csv);
}
}

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using System.Collections.Generic;
using UnityEngine;
[RequireComponent(typeof(LineRenderer))]
public class ForceCurveHistoryDebugger : MonoBehaviour
{
private LineRenderer _lr;
private List<float> _historyPoints = new List<float>();
[Header("Settings")]
public float xScale = 0.05f; // Distance between points
public float yScale = 0.05f; // Height multiplier
public int maxPoints = 1000; // Keep last 1000 points (approx 20-30 seconds)
private int _lastPointsCount = 0;
private void Awake()
{
_lr = GetComponent<LineRenderer>();
_lr.positionCount = 0;
_lr.startWidth = 0.05f;
_lr.endWidth = 0.05f;
}
private void Start()
{
if (PerformanceMonitorManager.Instance != null)
{
PerformanceMonitorManager.Instance.OnForceCurveUpdated += OnCurveData;
}
}
private void OnCurveData(List<float> fullCurve)
{
// Calculate how many NEW points were added since last update
// (Since the Manager sends the whole cumulative curve of the current stroke)
int newPointsCount = fullCurve.Count - _lastPointsCount;
// If count dropped (new stroke started), we take the whole new list
if (newPointsCount < 0)
{
newPointsCount = fullCurve.Count;
AddPoints(fullCurve); // Add the whole new stroke start
}
else if (newPointsCount > 0)
{
// Just add the tail (the newest packet)
List<float> newSegment = fullCurve.GetRange(_lastPointsCount, newPointsCount);
AddPoints(newSegment);
}
_lastPointsCount = fullCurve.Count;
}
private void AddPoints(List<float> newPoints)
{
UnityMainThreadDispatcher.Instance().Enqueue(() => {
_historyPoints.AddRange(newPoints);
// Trim history if too long
if (_historyPoints.Count > maxPoints)
{
_historyPoints.RemoveRange(0, _historyPoints.Count - maxPoints);
}
DrawGraph();
});
}
private void DrawGraph()
{
_lr.positionCount = _historyPoints.Count;
for (int i = 0; i < _historyPoints.Count; i++)
{
float x = i * xScale;
float y = _historyPoints[i] * yScale;
// Shift x so the graph scrolls to the left
// (Optional: Keep it static and let it grow to the right)
_lr.SetPosition(i, new Vector3(x, y, 0));
}
}
}

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using System.Collections.Generic;
using UnityEngine;
[RequireComponent(typeof(LineRenderer))]
public class ForceCurveVisualizer : MonoBehaviour
{
private LineRenderer _lr;
[Header("Visual Settings")]
public float xScale = 0.1f;
public float yScale = 0.05f; // Raw force is usually 0-200. 0.05 scales it to 0-10 height.
public float lineWidth = 0.1f;
public Color lineColor = Color.cyan;
private void Awake()
{
_lr = GetComponent<LineRenderer>();
// Setup LineRenderer programmatically if not set in Inspector
_lr.positionCount = 0;
_lr.startWidth = lineWidth;
_lr.endWidth = lineWidth;
_lr.useWorldSpace = false; // Important for UI/HUD
_lr.material = new Material(Shader.Find("Sprites/Default")); // Basic white material
_lr.startColor = lineColor;
_lr.endColor = lineColor;
}
private void Start()
{
if (PerformanceMonitorManager.Instance != null)
{
PerformanceMonitorManager.Instance.OnForceCurveUpdated += UpdateGraph;
}
}
private void UpdateGraph(List<float> points)
{
UnityMainThreadDispatcher.Instance().Enqueue(() => {
if (points.Count < 2)
{
_lr.positionCount = 0;
return;
}
_lr.positionCount = points.Count;
// Draw
for (int i = 0; i < points.Count; i++)
{
float x = i * xScale;
float y = points[i] * yScale;
// Simple 3-point smoothing
if (i > 0 && i < points.Count - 1)
{
float prev = points[i-1] * yScale;
float next = points[i+1] * yScale;
y = (prev + y + next) / 3f;
}
_lr.SetPosition(i, new Vector3(x, y, 0));
}
});
}
// JUICE TIP: Use this to check for "Good Form"
// A good stroke is a smooth bell curve.
// A bad stroke has a "dip" in the middle (two peaks).
// You can analyze 'points' here to trigger the "sputtering engine" sound.
}

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using UnityEngine;
using TMPro;
using UnityEngine.UI;
public class PM5TestUI : MonoBehaviour
{
[Header("UI References")]
[SerializeField] private TMP_Text wattsText;
[SerializeField] private TMP_Text spmText;
[SerializeField] private TMP_Text distanceText;
[SerializeField] private TMP_Text hrText; // NEW
[SerializeField] private TMP_Text caloriesText; // NEW
[SerializeField] private TMP_Text statusText;
[SerializeField] private Image statusIndicator;
[SerializeField] private Button connectButton;
[Header("Logging")]
[SerializeField] private Transform logContent;
[SerializeField] private GameObject logItemPrefab;
private void Start()
{
if (PerformanceMonitorManager.Instance != null)
{
PerformanceMonitorManager.Instance.OnLog += AddLog;
PerformanceMonitorManager.Instance.OnConnectionStateChanged += UpdateStatusUI;
PerformanceMonitorManager.Instance.OnStatsUpdated += UpdateDashboard;
}
connectButton.onClick.AddListener(() => {
PerformanceMonitorManager.Instance.StartScan();
});
UpdateStatusUI(false);
}
private void UpdateDashboard(PerformanceMonitorManager.RowingStats stats)
{
UnityMainThreadDispatcher.Instance().Enqueue(() => {
if (wattsText) wattsText.text = $"{stats.Watts} W";
if (spmText) spmText.text = $"{stats.SPM} s/m";
if (distanceText) distanceText.text = $"{stats.Distance:F0} m";
if (hrText) hrText.text = stats.HeartRate > 0 ? $"{stats.HeartRate} bpm" : "--";
if (caloriesText) caloriesText.text = $"{stats.Calories} cal";
});
}
private void UpdateStatusUI(bool isConnected)
{
UnityMainThreadDispatcher.Instance().Enqueue(() => {
if (statusText)
{
statusText.text = isConnected ? "CONNECTED" : "DISCONNECTED";
statusText.color = isConnected ? Color.green : Color.red;
}
if (statusIndicator)
statusIndicator.color = isConnected ? Color.green : Color.red;
if (connectButton)
connectButton.interactable = !isConnected;
});
}
private void AddLog(string message)
{
UnityMainThreadDispatcher.Instance().Enqueue(() => {
if (logContent == null || logItemPrefab == null) return;
// Optional: Limit log size to prevent lag
if (logContent.childCount > 20)
Destroy(logContent.GetChild(0).gameObject);
GameObject newItem = Instantiate(logItemPrefab, logContent);
TMP_Text txt = newItem.GetComponent<TMP_Text>();
if (txt) txt.text = $"[{System.DateTime.Now:HH:mm:ss}] {message}";
Canvas.ForceUpdateCanvases();
ScrollRect sr = logContent.GetComponentInParent<ScrollRect>();
if (sr) sr.verticalNormalizedPosition = 0f;
});
}
}

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using System.Collections.Generic;
using UnityEngine;
#if UNITY_EDITOR
using UnityEditor;
#endif
public class RowingDataRecorder : MonoBehaviour
{
[Header("Recording Setup")]
public bool isRecording = false;
public string saveFileName = "Zone2_Session";
private RowingSessionData _currentSession;
private float _recordingStartTime;
private void Start()
{
if (PerformanceMonitorManager.Instance != null)
{
// We listen to the same events the InputManager uses
PerformanceMonitorManager.Instance.OnStatsUpdated += RecordStats;
PerformanceMonitorManager.Instance.OnForceCurveUpdated += RecordForceCurve;
}
}
private void Update()
{
if (Input.GetKeyDown(KeyCode.R)) ToggleRecording();
}
private void ToggleRecording()
{
isRecording = !isRecording;
if (isRecording)
{
_currentSession = ScriptableObject.CreateInstance<RowingSessionData>();
_currentSession.sessionName = saveFileName;
_recordingStartTime = Time.time;
Debug.Log($"[Recorder] Started recording: {saveFileName}");
}
else
{
SaveSessionAsset();
}
}
private void RecordStats(PerformanceMonitorManager.RowingStats stats)
{
if (!isRecording) return;
RowingFrame frame = new RowingFrame
{
timestamp = Time.time - _recordingStartTime,
watts = stats.Watts,
spm = stats.SPM,
heartRate = stats.HeartRate,
forceCurve = new List<float>() // Empty for normal stat updates
};
_currentSession.frames.Add(frame);
}
private void RecordForceCurve(List<float> curve)
{
if (!isRecording || curve == null || curve.Count == 0) return;
// We create a specific frame just for the force curve completion
RowingFrame frame = new RowingFrame
{
timestamp = Time.time - _recordingStartTime,
watts = PerformanceMonitorManager.Instance.Stats.Watts,
spm = PerformanceMonitorManager.Instance.Stats.SPM,
heartRate = PerformanceMonitorManager.Instance.Stats.HeartRate,
forceCurve = new List<float>(curve) // Clone the list!
};
_currentSession.frames.Add(frame);
}
private void SaveSessionAsset()
{
#if UNITY_EDITOR
if (_currentSession == null || _currentSession.frames.Count == 0) return;
// Create the Asset in your Project folder
string path = $"Assets/{saveFileName}.asset";
AssetDatabase.CreateAsset(_currentSession, AssetDatabase.GenerateUniqueAssetPath(path));
AssetDatabase.SaveAssets();
Debug.Log($"[Recorder] Session saved to {path} with {_currentSession.frames.Count} frames.");
_currentSession = null;
#endif
}
}

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Assets/Scripts/Input/RowingInputManager.cs Normal file
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using System;
using System.Collections.Generic;
using UnityEngine;
public class RowingInputManager : MonoBehaviour
{
public static RowingInputManager Instance;
public enum InputSource { LivePM5, Recorded, Simulated }
[Header("Data Source")]
public InputSource currentInputSource = InputSource.LivePM5;
[Header("Recorded Mode Controls")]
public List<RowingSessionData> recordedSessions;
public int currentSessionIndex = 0;
[Range(0.1f, 5f)] public float playbackSpeed = 1f;
public bool loopSimulation = true;
[Header("Simulated Mode (Button Mashing)")]
public KeyCode simulateStrokeKey = KeyCode.Space;
public float simulateWattJump = 50f; // Lowered slightly so you have to work for it
public float simulateWattDecayRate = 85f; // Increased so the "flywheel" slows down faster
public float simulateMaxWatts = 300f; // The new hard cap!
private float _currentSimulatedWatts = 0f;
private float _lastSimStrokeTime = 0f;
[Header("Game Physics Settings")]
public float maxGameSpeed = 50f;
public float wattsToSpeedMultiplier = 0.1f;
public float speedSmoothTime = 0.75f;
public int userMaxHR = 190;
[Header("Live Output (Read Only)")]
public float CurrentSmoothedVelocity;
public float LastStrokeImpulse;
public bool IsLastStrokeSmooth;
public int MaxPowerOutput;
public int CurrentHRZone;
public float LastStrokeRatio;
public Action<float> OnVelocityChanged;
public Action<float, bool, float> OnStrokeCompleted;
public Action<int> OnZoneChanged;
private float _targetVelocity;
private float _velocityVelocity;
// Recorded State
private float _playbackTimer = 0f;
private int _playbackFrameIndex = 0;
// Stroke Tracking State Machine
private enum StrokeState { Idle, Drive, Recovery }
private StrokeState _currentState = StrokeState.Idle;
private float _driveTimer = 0f;
private float _recoveryTimer = 0f;
private void Awake()
{
if (Instance == null) Instance = this;
else Destroy(gameObject);
}
private void Start()
{
if (PerformanceMonitorManager.Instance != null)
{
PerformanceMonitorManager.Instance.OnStatsUpdated += (stats) => { if (currentInputSource == InputSource.LivePM5) ProcessStats(stats.Watts, stats.SPM, stats.HeartRate); };
PerformanceMonitorManager.Instance.OnForceCurveUpdated += (curve) => { if (currentInputSource == InputSource.LivePM5) ProcessForceCurve(curve); };
}
}
private void Update()
{
HandleKeyboardControls();
if (currentInputSource == InputSource.Recorded)
{
RunRecordedSession();
}
else if (currentInputSource == InputSource.Simulated)
{
RunManualSimulation();
}
// Apply Smoothing
CurrentSmoothedVelocity = Mathf.SmoothDamp(CurrentSmoothedVelocity, _targetVelocity, ref _velocityVelocity, speedSmoothTime);
OnVelocityChanged?.Invoke(CurrentSmoothedVelocity);
// Timers
if (_currentState == StrokeState.Drive) _driveTimer += Time.deltaTime;
else if (_currentState == StrokeState.Recovery) _recoveryTimer += Time.deltaTime;
}
private void RunManualSimulation()
{
// 1. Decay the watts over time (Simulating the flywheel slowing down)
_currentSimulatedWatts = Mathf.Max(0f, _currentSimulatedWatts - (simulateWattDecayRate * Time.deltaTime));
// 2. Handle the "Pull"
if (Input.GetKeyDown(simulateStrokeKey))
{
// Add power, but firmly cap it so we don't break the sound barrier
_currentSimulatedWatts = Mathf.Min(_currentSimulatedWatts + simulateWattJump, simulateMaxWatts);
// Calculate a fake SPM based on how fast you are mashing
float timeSinceLast = Time.time - _lastSimStrokeTime;
int fakeSPM = timeSinceLast > 0 ? Mathf.RoundToInt(60f / timeSinceLast) : 0;
_lastSimStrokeTime = Time.time;
// Fake HR that scales up gently with your power output
int fakeHR = Mathf.Clamp(100 + Mathf.RoundToInt(_currentSimulatedWatts / 4f), 70, 200);
ProcessStats(Mathf.RoundToInt(_currentSimulatedWatts), fakeSPM, fakeHR);
// Generate a fake, perfectly smooth force curve (a bell shape)
List<float> fakeCurve = new List<float> { 20f, 60f, 120f, 150f, 120f, 60f, 20f };
ProcessForceCurve(fakeCurve);
// Immediately send an empty list to signify the drive ended and trigger recovery
ProcessForceCurve(new List<float>());
}
else
{
// If not pulling, just update the decaying watts
ProcessStats(Mathf.RoundToInt(_currentSimulatedWatts), 0, 100);
}
}
private void RunRecordedSession()
{
if (recordedSessions == null || recordedSessions.Count == 0 || recordedSessions[currentSessionIndex] == null) return;
var session = recordedSessions[currentSessionIndex];
_playbackTimer += Time.deltaTime * playbackSpeed;
while (_playbackFrameIndex < session.frames.Count && _playbackTimer >= session.frames[_playbackFrameIndex].timestamp)
{
RowingFrame frame = session.frames[_playbackFrameIndex];
ProcessStats(frame.watts, frame.spm, frame.heartRate);
if (frame.forceCurve != null && frame.forceCurve.Count > 0)
{
ProcessForceCurve(frame.forceCurve);
}
else if (frame.watts == 0 && frame.spm == 0)
{
ProcessForceCurve(new List<float>());
}
_playbackFrameIndex++;
}
if (_playbackFrameIndex >= session.frames.Count)
{
if (loopSimulation)
{
_playbackTimer = 0f;
_playbackFrameIndex = 0;
}
}
}
private void HandleKeyboardControls()
{
if (currentInputSource == InputSource.Recorded)
{
if (Input.GetKeyDown(KeyCode.UpArrow)) playbackSpeed += 0.25f;
if (Input.GetKeyDown(KeyCode.DownArrow)) playbackSpeed = Mathf.Max(0.25f, playbackSpeed - 0.25f);
for (int i = 0; i < recordedSessions.Count; i++)
{
if (Input.GetKeyDown(KeyCode.Alpha1 + i))
{
currentSessionIndex = i;
_playbackTimer = 0f;
_playbackFrameIndex = 0;
Debug.Log($"Switched to Session: {recordedSessions[i].sessionName}");
}
}
}
}
// --- Core Logic (Shared by Live, Recorded, and Simulated) ---
private void ProcessStats(int watts, int spm, int hr)
{
_targetVelocity = Mathf.Clamp(watts * wattsToSpeedMultiplier, 0, maxGameSpeed);
if (watts > MaxPowerOutput) MaxPowerOutput = watts;
int newZone = CalculateHRZone(hr);
if (newZone != CurrentHRZone)
{
CurrentHRZone = newZone;
OnZoneChanged?.Invoke(CurrentHRZone);
}
}
private void ProcessForceCurve(List<float> points)
{
if (points == null || points.Count == 0)
{
if (_currentState == StrokeState.Drive)
{
_currentState = StrokeState.Recovery;
}
return;
}
if (_currentState == StrokeState.Recovery || _currentState == StrokeState.Idle)
{
if (_recoveryTimer > 0)
{
LastStrokeRatio = _driveTimer / _recoveryTimer;
LastStrokeImpulse = CalculateImpulse(points);
IsLastStrokeSmooth = AnalyzeSmoothness(points);
OnStrokeCompleted?.Invoke(LastStrokeImpulse, IsLastStrokeSmooth, LastStrokeRatio);
}
_driveTimer = 0f;
_recoveryTimer = 0f;
_currentState = StrokeState.Drive;
}
}
private int CalculateHRZone(int currentHR) { return 1; /* Replace with your actual HR math from previous step */ }
private float CalculateImpulse(List<float> curve) { return 1f; /* Replace with your actual Impulse math */ }
private bool AnalyzeSmoothness(List<float> curve) { return true; /* Replace with your actual Smoothness math */ }
}

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Assets/Scripts/Input/RowingSessionData.cs Normal file
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using System.Collections.Generic;
using UnityEngine;
[System.Serializable]
public struct RowingFrame
{
public float timestamp; // Time since the recording started
public int watts;
public int spm;
public int heartRate;
public List<float> forceCurve; // Will be empty unless a stroke just finished
}
[CreateAssetMenu(fileName = "NewRowingSession", menuName = "Rowing/Session Data")]
public class RowingSessionData : ScriptableObject
{
public string sessionName = "New Session";
public List<RowingFrame> frames = new List<RowingFrame>();
}

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Assets/Scripts/PM5.meta Normal file
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Assets/Scripts/PM5/CSAFEProtocol.cs Normal file
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using System;
using System.Linq;
using System.Collections.Generic;
public static class CSAFEDictionary
{
public static readonly byte ExtendedFrameStartFlag = 0xF0;
public static readonly byte StandardFrameStartFlag = 0xF1;
public static readonly byte StopFrameFlag = 0xF2;
public static readonly byte ByteStuffingFlag = 0xF3;
public static readonly Dictionary<string, List<object>> Cmd = new Dictionary<string, List<object>>
{
// Standard Short Commands
{ "CSAFE_GETSTATUS_CMD", new List<object> { 0x80, new int[] { } } },
{ "CSAFE_RESET_CMD", new List<object> { 0x81, new int[] { } } },
{ "CSAFE_GOIDLE_CMD", new List<object> { 0x82, new int[] { } } },
{ "CSAFE_GOHAVEID_CMD", new List<object> { 0x83, new int[] { } } },
{ "CSAFE_GOINUSE_CMD", new List<object> { 0x85, new int[] { } } },
{ "CSAFE_GOFINISHED_CMD", new List<object> { 0x86, new int[] { } } },
{ "CSAFE_GOREADY_CMD", new List<object> { 0x87, new int[] { } } },
{ "CSAFE_BADID_CMD", new List<object> { 0x88, new int[] { } } },
{ "CSAFE_GETVERSION_CMD", new List<object> { 0x91, new int[] { } } },
{ "CSAFE_GETID_CMD", new List<object> { 0x92, new int[] { } } },
{ "CSAFE_GETUNITS_CMD", new List<object> { 0x93, new int[] { } } },
{ "CSAFE_GETSERIAL_CMD", new List<object> { 0x94, new int[] { } } },
{ "CSAFE_GETODOMETER_CMD", new List<object> { 0x9B, new int[] { } } },
{ "CSAFE_GETERRORCODE_CMD", new List<object> { 0x9C, new int[] { } } },
{ "CSAFE_GETTWORK_CMD", new List<object> { 0xA0, new int[] { } } },
{ "CSAFE_GETHORIZONTAL_CMD", new List<object> { 0xA1, new int[] { } } },
{ "CSAFE_GETCALORIES_CMD", new List<object> { 0xA3, new int[] { } } },
{ "CSAFE_GETPROGRAM_CMD", new List<object> { 0xA4, new int[] { } } },
{ "CSAFE_GETPACE_CMD", new List<object> { 0xA6, new int[] { } } },
{ "CSAFE_GETCADENCE_CMD", new List<object> { 0xA7, new int[] { } } },
{ "CSAFE_GETUSERINFO_CMD", new List<object> { 0xAB, new int[] { } } },
{ "CSAFE_GETHRCUR_CMD", new List<object> { 0xB0, new int[] { } } },
{ "CSAFE_GETPOWER_CMD", new List<object> { 0xB4, new int[] { } } },
// Configuration / Set Commands
{ "CSAFE_AUTOUPLOAD_CMD", new List<object> { 0x01, new int[] { 1 } } },
{ "CSAFE_IDDIGITS_CMD", new List<object> { 0x10, new int[] { 1 } } },
{ "CSAFE_SETTIME_CMD", new List<object> { 0x11, new int[] { 1, 1, 1 } } },
{ "CSAFE_SETDATE_CMD", new List<object> { 0x12, new int[] { 1, 1, 1 } } },
{ "CSAFE_SETTIMEOUT_CMD", new List<object> { 0x13, new int[] { 1 } } },
{ "CSAFE_SETUSERCFG1_CMD", new List<object> { 0x1A, new int[] { 0 } } },
{ "CSAFE_SETTWORK_CMD", new List<object> { 0x20, new int[] { 1, 1, 1 } } },
{ "CSAFE_SETHORIZONTAL_CMD", new List<object> { 0x21, new int[] { 2, 1 } } },
{ "CSAFE_SETCALORIES_CMD", new List<object> { 0x23, new int[] { 2 } } },
{ "CSAFE_SETPROGRAM_CMD", new List<object> { 0x24, new int[] { 1, 1 } } },
{ "CSAFE_SETPOWER_CMD", new List<object> { 0x34, new int[] { 2, 1 } } },
{ "CSAFE_GETCAPS_CMD", new List<object> { 0x70, new int[] { 1 } } },
// PM5 Specific Long Commands (Wrapper 0x1A)
{ "CSAFE_PM_GET_WORKOUTTYPE", new List<object> { 0x89, new int[] { }, 0x1A } },
{ "CSAFE_PM_GET_DRAGFACTOR", new List<object> { 0xC1, new int[] { }, 0x1A } },
{ "CSAFE_PM_GET_STROKESTATE", new List<object> { 0xBF, new int[] { }, 0x1A } },
{ "CSAFE_PM_GET_WORKTIME", new List<object> { 0xA0, new int[] { }, 0x1A } },
{ "CSAFE_PM_GET_WORKDISTANCE", new List<object> { 0xA3, new int[] { }, 0x1A } },
{ "CSAFE_PM_GET_ERRORVALUE", new List<object> { 0xC9, new int[] { }, 0x1A } },
{ "CSAFE_PM_GET_WORKOUTSTATE", new List<object> { 0x8D, new int[] { }, 0x1A } },
{ "CSAFE_PM_GET_WORKOUTINTERVALCOUNT", new List<object> { 0x9F, new int[] { }, 0x1A } },
{ "CSAFE_PM_GET_INTERVALTYPE", new List<object> { 0x8E, new int[] { }, 0x1A } },
{ "CSAFE_PM_GET_RESTTIME", new List<object> { 0xCF, new int[] { }, 0x1A } },
{ "CSAFE_PM_SET_SPLITDURATION", new List<object> { 0x05, new int[] { 1, 4 }, 0x1A } }, // Fixed ID
{ "CSAFE_PM_GET_FORCEPLOTDATA", new List<object> { 0x6B, new int[] { 1 }, 0x1A } }, // Fixed to 0x6B, 1 arg (block size)
{ "CSAFE_PM_SET_SCREENERRORMODE", new List<object> { 0x27, new int[] { 1 }, 0x1A } },
{ "CSAFE_PM_GET_HEARTBEATDATA", new List<object> { 0x6C, new int[] { }, 0x1A } } // FIXED: No arguments required
};
public static readonly Dictionary<int, List<object>> Resp = new Dictionary<int, List<object>>
{
{ 0x80, new List<object> { "CSAFE_GETSTATUS_CMD", new int[] { 0 } } },
{ 0x81, new List<object> { "CSAFE_RESET_CMD", new int[] { 0 } } },
{ 0x82, new List<object> { "CSAFE_GOIDLE_CMD", new int[] { 0 } } },
{ 0x83, new List<object> { "CSAFE_GOHAVEID_CMD", new int[] { 0 } } },
{ 0x85, new List<object> { "CSAFE_GOINUSE_CMD", new int[] { 0 } } },
{ 0x86, new List<object> { "CSAFE_GOFINISHED_CMD", new int[] { 0 } } },
{ 0x87, new List<object> { "CSAFE_GOREADY_CMD", new int[] { 0 } } },
{ 0x88, new List<object> { "CSAFE_BADID_CMD", new int[] { 0 } } },
{ 0x91, new List<object> { "CSAFE_GETVERSION_CMD", new int[] { 1, 1, 1, 2, 2 } } },
{ 0x92, new List<object> { "CSAFE_GETID_CMD", new int[] { -5 } } },
{ 0x93, new List<object> { "CSAFE_GETUNITS_CMD", new int[] { 1 } } },
{ 0x94, new List<object> { "CSAFE_GETSERIAL_CMD", new int[] { -9 } } },
{ 0x9B, new List<object> { "CSAFE_GETODOMETER_CMD", new int[] { 4, 1 } } },
{ 0x9C, new List<object> { "CSAFE_GETERRORCODE_CMD", new int[] { 3 } } },
{ 0xA0, new List<object> { "CSAFE_GETTWORK_CMD", new int[] { 1, 1, 1 } } },
{ 0xA1, new List<object> { "CSAFE_GETHORIZONTAL_CMD", new int[] { 2, 1 } } },
{ 0xA3, new List<object> { "CSAFE_GETCALORIES_CMD", new int[] { 2 } } },
{ 0xA4, new List<object> { "CSAFE_GETPROGRAM_CMD", new int[] { 1 } } },
{ 0xA6, new List<object> { "CSAFE_GETPACE_CMD", new int[] { 2, 1 } } },
{ 0xA7, new List<object> { "CSAFE_GETCADENCE_CMD", new int[] { 2, 1 } } },
{ 0xAB, new List<object> { "CSAFE_GETUSERINFO_CMD", new int[] { 2, 1, 1, 1 } } },
{ 0xB0, new List<object> { "CSAFE_GETHRCUR_CMD", new int[] { 1 } } },
{ 0xB4, new List<object> { "CSAFE_GETPOWER_CMD", new int[] { 2, 1 } } },
{ 0x01, new List<object> { "CSAFE_AUTOUPLOAD_CMD", new int[] { 0 } } },
{ 0x10, new List<object> { "CSAFE_IDDIGITS_CMD", new int[] { 0 } } },
{ 0x11, new List<object> { "CSAFE_SETTIME_CMD", new int[] { 0 } } },
{ 0x12, new List<object> { "CSAFE_SETDATE_CMD", new int[] { 0 } } },
{ 0x13, new List<object> { "CSAFE_SETTIMEOUT_CMD", new int[] { 0 } } },
{ 0x1A, new List<object> { "CSAFE_SETUSERCFG1_CMD", new int[] { 0 } } },
{ 0x20, new List<object> { "CSAFE_SETTWORK_CMD", new int[] { 0 } } },
{ 0x21, new List<object> { "CSAFE_SETHORIZONTAL_CMD", new int[] { 0 } } },
{ 0x23, new List<object> { "CSAFE_SETCALORIES_CMD", new int[] { 0 } } },
{ 0x24, new List<object> { "CSAFE_SETPROGRAM_CMD", new int[] { 0 } } },
{ 0x34, new List<object> { "CSAFE_SETPOWER_CMD", new int[] { 0 } } },
{ 0x70, new List<object> { "CSAFE_GETCAPS_CMD", new int[] { 11 } } },
{ 0x1A89, new List<object> { "CSAFE_PM_GET_WORKOUTTYPE", new int[] { 1 } } },
{ 0x1AC1, new List<object> { "CSAFE_PM_GET_DRAGFACTOR", new int[] { 1 } } },
{ 0x1ABF, new List<object> { "CSAFE_PM_GET_STROKESTATE", new int[] { 1 } } },
{ 0x1AA0, new List<object> { "CSAFE_PM_GET_WORKTIME", new int[] { 4, 1 } } },
{ 0x1AA3, new List<object> { "CSAFE_PM_GET_WORKDISTANCE", new int[] { 4, 1 } } },
{ 0x1AC9, new List<object> { "CSAFE_PM_GET_ERRORVALUE", new int[] { 2 } } },
{ 0x1A8D, new List<object> { "CSAFE_PM_GET_WORKOUTSTATE", new int[] { 1 } } },
{ 0x1A9F, new List<object> { "CSAFE_PM_GET_WORKOUTINTERVALCOUNT", new int[] { 1 } } },
{ 0x1A8E, new List<object> { "CSAFE_PM_GET_INTERVALTYPE", new int[] { 1 } } },
{ 0x1ACF, new List<object> { "CSAFE_PM_GET_RESTTIME", new int[] { 2 } } },
{ 0x1A05, new List<object> { "CSAFE_PM_SET_SPLITDURATION", new int[] { 0 } } },
{ 0x1A6B, new List<object> { "CSAFE_PM_GET_FORCEPLOTDATA", new int[] { -1 } } },
{ 0x1A27, new List<object> { "CSAFE_PM_SET_SCREENERRORMODE", new int[] { 0 } } },
{ 0x1A6C, new List<object> { "CSAFE_PM_GET_HEARTBEATDATA", new int[] { -1 } } }
};
}
public static class CSAFECommand
{
public static List<byte> Write(string[] arguments)
{
int i = 0;
List<byte> message = new List<byte>();
List<byte> wrapper = new List<byte>();
int wrapped = 0;
while (i < arguments.Length)
{
string argument = arguments[i];
int commandPropertiesIdInt = Convert.ToInt32(CSAFEDictionary.Cmd[argument][0]);
int[] cmdProps = CSAFEDictionary.Cmd[argument][1] as int[];
int wrapperInt = 0;
if (CSAFEDictionary.Cmd[argument].Count > 2)
wrapperInt = Convert.ToInt32(CSAFEDictionary.Cmd[argument][2]);
List<byte> command = new List<byte>();
if (cmdProps.Length != 0)
{
for (int bytes = 0; bytes < cmdProps.Length; bytes++)
{
i++;
int intValue = int.Parse(arguments[i]);
byte[] value = IntToBytes(intValue, cmdProps[bytes]);
command.AddRange(value);
}
command.Insert(0, Convert.ToByte(command.Count));
}
command.Insert(0, Convert.ToByte(commandPropertiesIdInt));
if (wrapperInt == 0x1A)
{
if (wrapped == 0)
{
wrapper.Insert(0, Convert.ToByte(wrapperInt));
wrapped = 1;
}
wrapper.AddRange(command);
}
else
{
message.AddRange(command);
}
i++;
}
if (wrapped == 1)
{
wrapper.Insert(1, Convert.ToByte(wrapper.Count - 1));
message.AddRange(wrapper);
}
int checksum = 0;
for (int j = 0; j < message.Count; j++)
{
checksum ^= message[j];
}
int k = 0;
while (k < message.Count)
{
if (0xF0 <= message[k] && message[k] <= 0xF3)
{
byte stuffValue = Convert.ToByte(message[k] & 0x03);
message[k] = CSAFEDictionary.ByteStuffingFlag;
message.Insert(k + 1, stuffValue);
k++;
}
k++;
}
if (0xF0 <= checksum && checksum <= 0xF3)
{
message.Add(CSAFEDictionary.ByteStuffingFlag);
message.Add(Convert.ToByte(checksum & 0x03));
}
else
{
message.Add(Convert.ToByte(checksum));
}
message.Insert(0, CSAFEDictionary.StandardFrameStartFlag);
message.Add(CSAFEDictionary.StopFrameFlag);
return message;
}
public static Dictionary<string, List<string>> Read(byte[] transmission)
{
Dictionary<string, List<string>> response = new Dictionary<string, List<string>>();
List<byte> message = transmission.ToList();
int startFlagIndex = message.IndexOf(CSAFEDictionary.StandardFrameStartFlag);
int extStartFlagIndex = message.IndexOf(CSAFEDictionary.ExtendedFrameStartFlag);
int startIndex = Math.Max(startFlagIndex, extStartFlagIndex);
int stopFlagIndex = message.IndexOf(CSAFEDictionary.StopFrameFlag);
if (startIndex == -1 || stopFlagIndex == -1 || stopFlagIndex < startIndex)
return response;
message = message.GetRange(startIndex + 1, stopFlagIndex - startIndex - 1);
message = CheckMessage(message);
if (message == null || message.Count == 0) return response;
int k = 0;
int msgState = message[k];
response["CSAFE_GETSTATUS_CMD"] = new List<string> { msgState.ToString() };
k++;
// NEW: Track the end index of the PM5 wrapper block
int wrapperEndIndex = -1;
while (k < message.Count)
{
try
{
int k_before = k; // Track where this specific command started
int responseId = message[k];
k++;
// Wrapper Check
if (responseId == 0x1A)
{
if (k >= message.Count) break;
int wrapperLength = message[k];
k++;
if (wrapperLength > 0)
{
wrapperEndIndex = k + wrapperLength; // Mark the boundary of wrapped data
if (k < message.Count)
{
responseId = message[k];
responseId = responseId | (0x1A << 8);
k++;
}
}
else
{
continue;
}
}
// NEW: If we are still reading bytes that fall inside the wrapper length,
// automatically apply the 0x1A PM5 prefix!
else if (k_before < wrapperEndIndex)
{
responseId = responseId | (0x1A << 8);
}
if (!CSAFEDictionary.Resp.ContainsKey(responseId))
{
if (k < message.Count) k += message[k] + 1;
continue;
}
List<object> commandResponse = CSAFEDictionary.Resp[responseId];
string commandName = commandResponse[0] as string;
int[] commandByteCountArray = commandResponse[1] as int[];
List<string> result = new List<string>();
// SAFEGUARD: Prevent out of bounds
if (k >= message.Count) break;
int payloadLength = message[k];
k++;
int bytesReadForCmd = 0;
foreach (int commandByteCount in commandByteCountArray)
{
if (bytesReadForCmd >= payloadLength) break;
int bytesToRead = commandByteCount >= 0 ? commandByteCount : (payloadLength - bytesReadForCmd);
if (k + bytesToRead > message.Count) break;
byte[] rawBytes = message.GetRange(k, bytesToRead).ToArray();
string value = "";
if (commandByteCount >= 0)
{
int intValue = 0;
for (int b = 0; b < rawBytes.Length; b++)
{
intValue |= (rawBytes[b] << (8 * b));
}
value = intValue.ToString();
}
else
{
value = string.Join(",", rawBytes.Select(b => b.ToString()));
}
result.Add(value);
k += bytesToRead;
bytesReadForCmd += bytesToRead;
}
if (bytesReadForCmd < payloadLength)
{
k += (payloadLength - bytesReadForCmd);
}
response[commandName] = result;
}
catch (Exception)
{
break;
}
}
return response;
}
private static List<byte> CheckMessage(List<byte> message)
{
int i = 0;
int checksum = 0;
while (i < message.Count)
{
if (message[i] == CSAFEDictionary.ByteStuffingFlag)
{
if (i + 1 >= message.Count) break;
byte stuffValue = message[i + 1];
message.RemoveAt(i + 1);
message[i] = Convert.ToByte(0xF0 | stuffValue);
}
checksum ^= message[i];
i++;
}
if (checksum != 0) return new List<byte>();
if (message.Count > 0) message.RemoveAt(message.Count - 1);
return message;
}
private static byte[] IntToBytes(int value, int length)
{
byte[] result = new byte[length];
for (int i = 0; i < length; i++)
{
result[i] = (byte)((value >> (i * 8)) & 0xFF);
}
return result;
}
}

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public static class PerformanceMonitorDictionary
{
// Concept2 PM5 UUIDs
public const string DeviceUUID = "ce060000-43e5-11e4-916c-0800200c9a66";
// Services
public const string DeviceInfoService = "ce060010-43e5-11e4-916c-0800200c9a66";
public const string ControlService = "ce060020-43e5-11e4-916c-0800200c9a66";
public const string RowingService = "ce060030-43e5-11e4-916c-0800200c9a66";
// Characteristics - Rowing Service
// 0x31: Row Status (Distance, Time)
// 0x32: Extra Status (Split, Interval)
// 0x35: Stroke Data (Watts, SPM, Drive Info)
// 0x3D: Multiplexed (The main firehose of data)
public const string MultiplexedCharacteristic = "ce060080-43e5-11e4-916c-0800200c9a66";
// Characteristics - Control Service (CSAFE)
public const string ControlReceiveChar = "ce060021-43e5-11e4-916c-0800200c9a66"; // Write here
public const string ControlTransmitChar = "ce060022-43e5-11e4-916c-0800200c9a66"; // Read here
}

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using System;
using System.Collections;
using System.Collections.Generic;
using UnityEngine;
using System.Linq;
public class PerformanceMonitorManager : MonoBehaviour
{
public static PerformanceMonitorManager Instance;
public Action<RowingStats> OnStatsUpdated;
public Action<List<float>> OnForceCurveUpdated;
public Action<bool> OnConnectionStateChanged;
public Action<string> OnLog;
[Serializable]
public class RowingStats
{
public bool IsConnected;
public float Distance;
public float ElapsedTime;
public int Watts;
public int SPM;
public int HeartRate;
public int Calories;
public List<float> CurrentForceCurve = new List<float>();
}
public RowingStats Stats = new RowingStats();
[Header("Settings")]
[Tooltip("10Hz is the sweet spot for BLE. Faster may cause packet collisions.")]
[SerializeField] private float pollRate = 0.10f;
[SerializeField] private float activityTimeout = 3.5f; // Time before we consider the user "stopped"
private string _deviceAddress;
private bool _isSubscribedToControl = false;
private List<byte> _csafeBuffer = new List<byte>();
// Watchdog
private float _lastDataTime = 0f;
private int _lastStrokeState = -1;
public static class UUIDs
{
public const string Svc_Rowing = "ce060030-43e5-11e4-916c-0800200c9a66";
public const string Char_Multiplexed = "ce060080-43e5-11e4-916c-0800200c9a66";
public const string Svc_Control = "ce060020-43e5-11e4-916c-0800200c9a66";
public const string Char_ControlWrite = "ce060021-43e5-11e4-916c-0800200c9a66";
public const string Char_ControlRead = "ce060022-43e5-11e4-916c-0800200c9a66";
}
private void Awake()
{
if (Instance == null) Instance = this;
else Destroy(gameObject);
DontDestroyOnLoad(gameObject);
}
private void Start()
{
InitializeBLE();
}
private void Update()
{
if (Stats.IsConnected)
{
// Instead of checking SPM == 0, we check how long it's been since we got ANY multiplexed data.
// This prevents Watts dropping to 0 during a long, slow recovery phase (like in Stone Giant mode).
if (Time.time - _lastDataTime > activityTimeout)
{
if (Stats.Watts != 0 || Stats.SPM != 0)
{
Stats.Watts = 0;
Stats.SPM = 0;
OnStatsUpdated?.Invoke(Stats);
Log("Rowing stopped (Timeout). Resetting active stats.");
}
}
}
}
public void InitializeBLE()
{
BluetoothLEHardwareInterface.Initialize(true, false, () => Log("BLE Init"), (err) => Log("Error: " + err));
}
public void StartScan()
{
if (Stats.IsConnected) return;
Log("Scanning...");
BluetoothLEHardwareInterface.ScanForPeripheralsWithServices(null, (address, name) => {
if (!string.IsNullOrEmpty(name) && (name.Contains("Concept2") || name.Contains("PM5")))
{
Log($"Found {name}");
_deviceAddress = address;
BluetoothLEHardwareInterface.StopScan();
StartCoroutine(ConnectSequence());
}
}, null);
}
private IEnumerator ConnectSequence()
{
yield return new WaitForSeconds(0.5f);
Connect();
}
private void Connect()
{
BluetoothLEHardwareInterface.ConnectToPeripheral(_deviceAddress, (addr) => {
Stats.IsConnected = true;
OnConnectionStateChanged?.Invoke(true);
Log("Connected!");
}, null, (addr, svc, chr) => {
if (svc.ToUpper().Contains("0030") && chr.ToUpper().Contains("0080"))
BluetoothLEHardwareInterface.SubscribeCharacteristicWithDeviceAddress(_deviceAddress, svc, chr, null, OnMultiplexedDataReceived);
if (svc.ToUpper().Contains("0020") && chr.ToUpper().Contains("0022"))
{
if (!_isSubscribedToControl)
{
BluetoothLEHardwareInterface.SubscribeCharacteristicWithDeviceAddress(_deviceAddress, svc, chr, null, OnControlDataReceived);
_isSubscribedToControl = true;
StartCoroutine(CSAFEPollLoop());
}
}
});
}
private IEnumerator CSAFEPollLoop()
{
while (_isSubscribedToControl && Stats.IsConnected)
{
// 1. Get Stroke State
// 2. Get Force Plot Data (Command 0x6B) with Block Size 32 (0x20)
// 3. Get Power
string[] commands = new string[]
{
"CSAFE_PM_GET_STROKESTATE",
"CSAFE_PM_GET_FORCEPLOTDATA", "32",
"CSAFE_GETPOWER_CMD",
"CSAFE_GETHRCUR_CMD"
};
byte[] payload = CSAFECommand.Write(commands).ToArray();
BluetoothLEHardwareInterface.WriteCharacteristic(
_deviceAddress,
UUIDs.Svc_Control,
UUIDs.Char_ControlWrite,
payload,
payload.Length,
true,
(x) => {}
);
yield return new WaitForSeconds(pollRate);
}
}
private void OnMultiplexedDataReceived(string addr, string chr, byte[] data)
{
if (data == null || data.Length < 1) return;
_lastDataTime = Time.time;
int packetID = data[0];
switch (packetID)
{
case 0x31:
if (data.Length >= 7) {
Stats.ElapsedTime = (data[1] | (data[2] << 8) | (data[3] << 16)) * 0.01f;
Stats.Distance = (data[4] | (data[5] << 8) | (data[6] << 16)) * 0.1f;
}
break;
case 0x32:
if (data.Length >= 7) {
if (data[6] != 255) Stats.SPM = data[6];
}
break;
case 0x33:
if (data.Length >= 7) {
Stats.Calories = (data[5] | (data[6] << 8));
}
break;
}
}
private void OnControlDataReceived(string addr, string chr, byte[] data)
{
_csafeBuffer.AddRange(data);
while (_csafeBuffer.Contains(0xF2))
{
int stopIdx = _csafeBuffer.IndexOf(0xF2);
byte[] completeFrame = _csafeBuffer.GetRange(0, stopIdx + 1).ToArray();
_csafeBuffer.RemoveRange(0, stopIdx + 1);
ParseCSAFE(completeFrame);
}
}
private void ParseCSAFE(byte[] frame)
{
try
{
var res = CSAFECommand.Read(frame);
// --- 1. STROKE STATE ---
if (res.ContainsKey("CSAFE_PM_GET_STROKESTATE"))
{
// We keep this variable for debugging, but no longer use it as the curve trigger
_lastStrokeState = int.Parse(res["CSAFE_PM_GET_STROKESTATE"][0]);
}
// --- 2. FORCE CURVE PARSING ---
if (res.ContainsKey("CSAFE_PM_GET_FORCEPLOTDATA"))
{
string rawCsvData = res["CSAFE_PM_GET_FORCEPLOTDATA"][0];
string[] byteStrings = rawCsvData.Split(',');
if (byteStrings.Length > 0)
{
int bytesRead = int.Parse(byteStrings[0]);
// NEW BULLETPROOF TRIGGER: The PM5 sends 0 bytes during the recovery phase.
// If bytesRead is 0, but we have data accumulated, the drive JUST finished.
if (bytesRead == 0)
{
if (Stats.CurrentForceCurve.Count > 0)
{
// 1. Emit an empty list to signal ForceCurveDataLogger to print the completed stroke
OnForceCurveUpdated?.Invoke(new List<float>());
// 2. Clear our internal buffer to prep for the next stroke
Stats.CurrentForceCurve.Clear();
}
}
else if (bytesRead > 0 && byteStrings.Length >= bytesRead + 1)
{
List<float> newPoints = new List<float>();
// Start at index 1. Each point consists of 2 bytes.
for (int i = 1; i < bytesRead; i += 2)
{
if (i + 1 >= byteStrings.Length) break;
// ENDIANNESS FIX: Page 91 of CSAFE docs explicitly shows LSB first, then MSB.
int lsb = int.Parse(byteStrings[i]); // Byte 1: LSB
int msb = int.Parse(byteStrings[i + 1]); // Byte 2: MSB
// Combine MSB and LSB correctly (Little Endian)
int forceValue = (msb << 8) | lsb;
newPoints.Add(forceValue);
}
if (newPoints.Count > 0)
{
Stats.CurrentForceCurve.AddRange(newPoints);
OnForceCurveUpdated?.Invoke(Stats.CurrentForceCurve); // Emit accumulated list
}
}
}
}
// --- 3. POWER & HR ---
if (res.ContainsKey("CSAFE_GETPOWER_CMD"))
{
if (int.TryParse(res["CSAFE_GETPOWER_CMD"][0], out int watts))
Stats.Watts = watts;
}
if (res.ContainsKey("CSAFE_GETHRCUR_CMD"))
{
if (int.TryParse(res["CSAFE_GETHRCUR_CMD"][0], out int hr))
Stats.HeartRate = hr;
}
// Emit the overall stats update
OnStatsUpdated?.Invoke(Stats);
}
catch (Exception e)
{
Debug.Log("CSAFE Parse Error: " + e.Message);
}
}
private void Log(string m) { Debug.Log("[PM5] " + m); OnLog?.Invoke(m); }
}

11
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51
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using UnityEngine;
public class TPPCameraFollow : MonoBehaviour
{
[Header("Target Tracking")]
public Transform target; // Drag your Moving Cube here
public Vector3 offset = new Vector3(0f, 3f, -6f); // Behind and slightly above
[Header("Dynamics")]
public float smoothTime = 0.3f;
public float dynamicFOVSpeedMultiplier = 0.5f; // How much the FOV stretches based on speed
public float baseFOV = 60f;
private Vector3 _velocity = Vector3.zero;
private Camera _cam;
private float _currentSpeed;
private void Start()
{
_cam = GetComponent<Camera>();
if (RowingInputManager.Instance != null)
{
RowingInputManager.Instance.OnVelocityChanged += UpdateDynamicFOV;
}
}
private void UpdateDynamicFOV(float speed)
{
_currentSpeed = speed;
}
private void LateUpdate()
{
if (target == null) return;
// 1. Smoothly follow the target's position
Vector3 targetPosition = target.position + target.TransformDirection(offset);
transform.position = Vector3.SmoothDamp(transform.position, targetPosition, ref _velocity, smoothTime);
// 2. Look at the target
transform.LookAt(target.position + Vector3.up * 1.5f); // Look slightly above the base of the cube
// 3. The "Juice": Dynamically widen the FOV as you row faster (Speed Sense)
if (_cam != null)
{
float targetFOV = baseFOV + (_currentSpeed * dynamicFOVSpeedMultiplier);
_cam.fieldOfView = Mathf.Lerp(_cam.fieldOfView, targetFOV, Time.deltaTime * 2f);
}
}
}

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using UnityEngine;
using System.Collections;
using System.Collections.Generic;
using System;
using System.Threading.Tasks;
public class UnityMainThreadDispatcher : MonoBehaviour {
private static readonly Queue<Action> _executionQueue = new Queue<Action>();
public void Update() {
lock(_executionQueue) {
while (_executionQueue.Count > 0) {
_executionQueue.Dequeue().Invoke();
}
}
}
/// <summary>
/// Locks the queue and adds the IEnumerator to the queue
/// </summary>
/// <param name="action">IEnumerator function that will be executed from the main thread.</param>
public void Enqueue(IEnumerator action) {
lock (_executionQueue) {
_executionQueue.Enqueue (() => {
StartCoroutine (action);
});
}
}
/// <summary>
/// Locks the queue and adds the Action to the queue
/// </summary>
/// <param name="action">function that will be executed from the main thread.</param>
public void Enqueue(Action action)
{
Enqueue(ActionWrapper(action));
}
/// <summary>
/// Locks the queue and adds the Action to the queue, returning a Task which is completed when the action completes
/// </summary>
/// <param name="action">function that will be executed from the main thread.</param>
/// <returns>A Task that can be awaited until the action completes</returns>
public Task EnqueueAsync(Action action)
{
var tcs = new TaskCompletionSource<bool>();
void WrappedAction() {
try
{
action();
tcs.TrySetResult(true);
} catch (Exception ex)
{
tcs.TrySetException(ex);
}
}
Enqueue(ActionWrapper(WrappedAction));
return tcs.Task;
}
IEnumerator ActionWrapper(Action a)
{
a();
yield return null;
}
private static UnityMainThreadDispatcher _instance = null;
public static bool Exists() {
return _instance != null;
}
public static UnityMainThreadDispatcher Instance() {
if (!Exists ()) {
throw new Exception ("UnityMainThreadDispatcher could not find the UnityMainThreadDispatcher object. Please ensure you have added the MainThreadExecutor Prefab to your scene.");
}
return _instance;
}
void Awake() {
if (_instance == null) {
_instance = this;
DontDestroyOnLoad(this.gameObject);
}
}
void OnDestroy() {
_instance = null;
}
}

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#if UNITY_IOS
using UnityEditor.Callbacks;
using UnityEditor;
using UnityEditor.iOS.Xcode;
using System.IO;
public class BluetoothPostProcessBuild
{
[PostProcessBuild]
public static void ChangeXcodePlist(BuildTarget buildTarget, string pathToBuiltProject)
{
if (buildTarget == BuildTarget.iOS)
{
// Get plist
string plistPath = pathToBuiltProject + "/Info.plist";
PlistDocument plist = new PlistDocument();
plist.ReadFromString(File.ReadAllText(plistPath));
// Get root
PlistElementDict rootDict = plist.root;
rootDict.SetString("NSBluetoothAlwaysUsageDescription", "Uses BLE to communicate with devices.");
// Write to file
File.WriteAllText(plistPath, plist.WriteToString());
}
}
}
#endif

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#!/usr/bin/perl
use File::Copy;
print ("\n*** Starting PostprocessBuildPlayer ***\n");
my $installPath = $ARGV[0];
#values to watch for already existing
my $requiredDeviceCapsString = "UIRequiredDeviceCapabilities";
my $backgroundModesString = "UIBackgroundModes";
my $bluetoothLEString = "bluetooth-le";
#go through the info.plist file line by line until you find this one:
my $endOfPlist = "</dict>";
# The type of player built:
# "dashboard", "standaloneWin32", "standaloneOSXIntel", "standaloneOSXPPC", "standaloneOSXUniversal", "webplayer", "iPhone"
my $target = $ARGV[1];
print ("\n*** PostprocessBuildPlayer - Building at '$installPath' with target: $target ***\n");
################################################################
# This modifies info.plist to add the external accessory #
# entries #
################################################################
#open this file
$oplistPath = $installPath."/Info.plist";
$nplistPath = $installPath."/Info.plist.tmp";
open OLDPLIST, "<", $oplistPath or die("Cannot open Info.plist");
open NEWPLIST, ">", $nplistPath or die("Cannot create new Info.plist");
my $nextLine = 0;
my $requiredDeviceCapsFound = 0;
my $backgroundModesFound = 0;
while(<OLDPLIST>)
{
if ($nextLine == 1)
{
if ($_ =~ m/$bluetoothLEString/)
{
}
else
{
$_ =~ s|</array>|\n\t<string>bluetooth-le</string></array>|
}
$nextLine = 0;
}
################################################################
# Check for required device caps string already exists #
################################################################
if ($_ =~ m/$requiredDeviceCapsString/ )
{
$nextLine = 1;
}
################################################################
# Check for background modes string already exists #
################################################################
if ($_ =~ m/$backgroundModesString/ )
{
$backgroundModesFound = 1;
}
################################################################
# Add any key/value pairs you want at the end of Info.plist #
################################################################
if ($_ =~ m/$endOfPlist/ && $backgrounModesFound == 0)
{
my $keys = "";
$keys .= " <key>UIBackgroundModes</key>\n";
$keys .= " <array>\n";
$keys .= " <string>bluetooth-central</string>\n";
$keys .= " <string>bluetooth-peripheral</string>\n";
$keys .= " </array>\n";
$_ = $keys . $_;
}
print NEWPLIST $_;
}
close OLDPLIST;
close NEWPLIST;
`mv \'$nplistPath\' \'$oplistPath\'`;

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/* This is an example to show how to connect to 2 HM-10 devices
* that are connected together via their serial pins and send data
* back and forth between them.
*/
using UnityEngine;
using System.Collections.Generic;
using UnityEngine.UI;
using System.Text;
public class ArduinoHM10Test : MonoBehaviour
{
public string DeviceName = "DSD TECH";
public string ServiceUUID = "FFE0";
public string Characteristic = "FFE1";
public Text HM10_Status;
public Text BluetoothStatus;
public GameObject PanelMiddle;
public Text TextToSend;
enum States
{
None,
Scan,
Connect,
RequestMTU,
Subscribe,
Unsubscribe,
Disconnect,
Communication,
}
private bool _workingFoundDevice = true;
private bool _connected = false;
private float _timeout = 0f;
private States _state = States.None;
private bool _foundID = false;
// this is our hm10 device
private string _hm10;
public void OnButton(Button button)
{
if (button.name.Contains ("Send"))
{
if (string.IsNullOrEmpty (TextToSend.text))
{
BluetoothStatus.text = "Enter text to send...";
}
else
{
SendString (TextToSend.text);
}
}
else if (button.name.Contains("Toggle"))
{
SendByte (0x01);
}
}
void Reset ()
{
_workingFoundDevice = false; // used to guard against trying to connect to a second device while still connecting to the first
_connected = false;
_timeout = 0f;
_state = States.None;
_foundID = false;
_hm10 = null;
PanelMiddle.SetActive (false);
}
void SetState (States newState, float timeout)
{
_state = newState;
_timeout = timeout;
}
void StartProcess ()
{
BluetoothStatus.text = "Initializing...";
Reset ();
BluetoothLEHardwareInterface.Initialize (true, false, () => {
SetState (States.Scan, 0.1f);
BluetoothStatus.text = "Initialized";
}, (error) => {
BluetoothLEHardwareInterface.Log ("Error: " + error);
});
}
// Use this for initialization
void Start ()
{
HM10_Status.text = "";
StartProcess ();
}
// Update is called once per frame
void Update ()
{
if (_timeout > 0f)
{
_timeout -= Time.deltaTime;
if (_timeout <= 0f)
{
_timeout = 0f;
switch (_state)
{
case States.None:
break;
case States.Scan:
BluetoothStatus.text = "Scanning for HM10 devices...";
BluetoothLEHardwareInterface.ScanForPeripheralsWithServices (null, (address, name) => {
// we only want to look at devices that have the name we are looking for
// this is the best way to filter out devices
if (name.Contains (DeviceName))
{
_workingFoundDevice = true;
// it is always a good idea to stop scanning while you connect to a device
// and get things set up
BluetoothLEHardwareInterface.StopScan ();
BluetoothStatus.text = "";
// add it to the list and set to connect to it
_hm10 = address;
HM10_Status.text = "Found HM10";
SetState (States.Connect, 0.5f);
_workingFoundDevice = false;
}
}, null, false, false);
break;
case States.Connect:
// set these flags
_foundID = false;
HM10_Status.text = "Connecting to HM10";
// note that the first parameter is the address, not the name. I have not fixed this because
// of backwards compatiblity.
// also note that I am note using the first 2 callbacks. If you are not looking for specific characteristics you can use one of
// the first 2, but keep in mind that the device will enumerate everything and so you will want to have a timeout
// large enough that it will be finished enumerating before you try to subscribe or do any other operations.
BluetoothLEHardwareInterface.ConnectToPeripheral (_hm10, null, null, (address, serviceUUID, characteristicUUID) => {
if (IsEqual (serviceUUID, ServiceUUID))
{
// if we have found the characteristic that we are waiting for
// set the state. make sure there is enough timeout that if the
// device is still enumerating other characteristics it finishes
// before we try to subscribe
if (IsEqual (characteristicUUID, Characteristic))
{
_connected = true;
SetState (States.RequestMTU, 2f);
HM10_Status.text = "Connected to HM10";
}
}
}, (disconnectedAddress) => {
BluetoothLEHardwareInterface.Log ("Device disconnected: " + disconnectedAddress);
HM10_Status.text = "Disconnected";
});
break;
case States.RequestMTU:
HM10_Status.text = "Requesting MTU";
BluetoothLEHardwareInterface.RequestMtu(_hm10, 185, (address, newMTU) =>
{
HM10_Status.text = "MTU set to " + newMTU.ToString();
SetState(States.Subscribe, 0.1f);
});
break;
case States.Subscribe:
HM10_Status.text = "Subscribing to HM10";
BluetoothLEHardwareInterface.SubscribeCharacteristicWithDeviceAddress (_hm10, ServiceUUID, Characteristic, null, (address, characteristicUUID, bytes) => {
HM10_Status.text = "Received Serial: " + Encoding.UTF8.GetString (bytes);
});
// set to the none state and the user can start sending and receiving data
_state = States.None;
HM10_Status.text = "Waiting...";
PanelMiddle.SetActive (true);
break;
case States.Unsubscribe:
BluetoothLEHardwareInterface.UnSubscribeCharacteristic (_hm10, ServiceUUID, Characteristic, null);
SetState (States.Disconnect, 4f);
break;
case States.Disconnect:
if (_connected)
{
BluetoothLEHardwareInterface.DisconnectPeripheral (_hm10, (address) => {
BluetoothLEHardwareInterface.DeInitialize (() => {
_connected = false;
_state = States.None;
});
});
}
else
{
BluetoothLEHardwareInterface.DeInitialize (() => {
_state = States.None;
});
}
break;
}
}
}
}
string FullUUID (string uuid)
{
return "0000" + uuid + "-0000-1000-8000-00805F9B34FB";
}
bool IsEqual(string uuid1, string uuid2)
{
if (uuid1.Length == 4)
uuid1 = FullUUID (uuid1);
if (uuid2.Length == 4)
uuid2 = FullUUID (uuid2);
return (uuid1.ToUpper().Equals(uuid2.ToUpper()));
}
void SendString(string value)
{
var data = Encoding.UTF8.GetBytes (value);
// notice that the 6th parameter is false. this is because the HM10 doesn't support withResponse writing to its characteristic.
// some devices do support this setting and it is prefered when they do so that you can know for sure the data was received by
// the device
BluetoothLEHardwareInterface.WriteCharacteristic (_hm10, ServiceUUID, Characteristic, data, data.Length, false, (characteristicUUID) => {
BluetoothLEHardwareInterface.Log ("Write Succeeded");
});
}
void SendByte (byte value)
{
byte[] data = new byte[] { value };
// notice that the 6th parameter is false. this is because the HM10 doesn't support withResponse writing to its characteristic.
// some devices do support this setting and it is prefered when they do so that you can know for sure the data was received by
// the device
BluetoothLEHardwareInterface.WriteCharacteristic (_hm10, ServiceUUID, Characteristic, data, data.Length, false, (characteristicUUID) => {
BluetoothLEHardwareInterface.Log ("Write Succeeded");
});
}
}

11
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/*
Arduino HM10 Bluetooth Test for Unity Plugin
Language: Wiring/Arduino
This program waits for input from the Unity app and reflects any strings back
to that app. If this app receives a single byte of 0x01 it will toggle the led
The circuit:
- connect HM10 BLE device to serial RX/TX lines
created 05 July 2018
by Tony Pitman
http://www.shatalmic.com/arduino-hm10-test
*/
int inByte = 0; // incoming serial byte
boolean ledStatus = false;
void setup() {
// start serial port at 9600 bps and wait for port to open:
Serial.begin(9600);
while (!Serial) {
; // wait for serial port to connect. Needed for native USB port only
}
// initialize digital pin LED_BUILTIN as an output.
pinMode(LED_BUILTIN, OUTPUT);
digitalWrite(LED_BUILTIN, LOW);
}
void loop() {
// if we get a valid byte, read analog ins:
if (Serial.available() > 0) {
// get incoming byte:
inByte = Serial.read();
if (inByte == 0x01) {
if (ledStatus) {
digitalWrite(LED_BUILTIN, HIGH);
Serial.print("Setting LED On");
ledStatus = false;
}
else {
digitalWrite(LED_BUILTIN, LOW);
Serial.print("Setting LED Off");
ledStatus = true;
}
}
else {
Serial.write(inByte);
}
}
}

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buildTarget: DefaultTexturePlatform
maxTextureSize: 2048
resizeAlgorithm: 0
textureFormat: -1
textureCompression: 1
compressionQuality: 50
crunchedCompression: 0
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overridden: 0
androidETC2FallbackOverride: 0
spriteSheet:
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sprites: []
outline: []
physicsShape: []
bones: []
spriteID: 13b6775d0e8fe4a559994b06f3e90b76
vertices: []
indices:
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spritePackingTag:
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