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@Electron-x
Electron-x committed Aug 6, 2019
1 parent fa2c9dd commit b8f7c72
Showing 1 changed file with 88 additions and 74 deletions.
162 changes: 88 additions & 74 deletions DoTelemetry.cpp
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Original file line number Diff line number Diff line change
Expand Up @@ -9,29 +9,29 @@ void DoTelemetry(STelemetryData* pTelemetry)
{
TCHAR szText[MAX_CONTROLTEXT];
static int nRaceNumber = 0; // Number of attempts
static BOOL bAddFinalColumns = FALSE; // Append some statistics after the end of each race

// Static variables for storing values for the statistical data:
static Nat32 uTopSpeed = 0; // Top speed per race
static int nNbGearchanges = 0; // Number of gear changes per race
static int nNbBrakesUsed = 0; // Number of braking operations per race
static int nNbRumbles = 0; // Number of rumbles per race
static BOOL bIsRumbling = FALSE; // Are we rumbling right now?
static Nat32 uFullspeedTime = 0; // Total time at full throttle
static BOOL bAddFinalColumns = FALSE; // Append some stats after the end of each race

// Static variables for storing values for the statistics:
static Nat32 uTopSpeed = 0; // Top speed per race
static int nNbGearchanges = 0; // Number of gear changes per race
static int nNbBrakesUsed = 0; // Number of braking operations per race
static Nat32 uMaxNbCheckpoints = 0; // Highest number of CPs per game client
static int nNbRumbles = 0; // Number of rumbles per race
static BOOL bIsRumbling = FALSE; // Are we rumbling right now?
static Nat32 uFullspeedTime = 0; // Total time at full throttle
static Nat32 uFullspeedTimestamp = 0; // Full throttle timestamp
static BOOL bIsFullspeed = FALSE; // Are we going full throttle right now?
static Nat32 uWheelSlipTime = 0; // Total time of wheel slippage
static BOOL bIsFullspeed = FALSE; // Are we going full throttle right now?
static Nat32 uWheelSlipTime = 0; // Total time of wheel slippage
static Nat32 uWheelSlipTimestamp = 0; // Wheel slip timestamp
static BOOL bIsSlipping = FALSE; // Is a wheel slipping right now?
static Nat32 uMaxNbCheckpoints = 0; // Highest number of CPs per game client
static BOOL bIsSlipping = FALSE; // Is a wheel slipping right now?

// Test for updated telemetry data records
if (pTelemetry->Current.UpdateNumber == pTelemetry->Previous.UpdateNumber)
return;

pTelemetry->Previous.UpdateNumber = pTelemetry->Current.UpdateNumber;

// STelemetry header version; will be displayed in the About box
// STelemetry header version; will be displayed in the about box
if (pTelemetry->Current.Header.Version != uHeaderVersion)
uHeaderVersion = pTelemetry->Current.Header.Version;

Expand Down Expand Up @@ -67,10 +67,9 @@ void DoTelemetry(STelemetryData* pTelemetry)
SendMessage(hwndTBSteering, TBM_CLEARSEL, (WPARAM)TRUE, 0);
SendMessage(hwndTBSteering, TBM_SETPOS, (WPARAM)TRUE, 0);
}
if (hwndPBThrottle != NULL)
SendMessage(hwndPBThrottle, PBM_SETPOS, 0, 0);
if (hwndPBRumble != NULL)
SendMessage(hwndPBRumble, PBM_SETPOS, 0, 0);

if (hwndPBThrottle != NULL) SendMessage(hwndPBThrottle, PBM_SETPOS, 0, 0);
if (hwndPBRumble != NULL) SendMessage(hwndPBRumble, PBM_SETPOS, 0, 0);

return; // Nothing to monitor

Expand All @@ -96,23 +95,26 @@ void DoTelemetry(STelemetryData* pTelemetry)
// Race state
if (pTelemetry->Current.Race.State != pTelemetry->Previous.Race.State)
{
// Handle the start of a race (Race state changes from "BeforeState" to "Running")
// Handle the start of a race (race state changes from "BeforeState" to "Running")
if (pTelemetry->Previous.Race.State == STelemetry::ERaceState_BeforeState &&
pTelemetry->Current.Race.State == STelemetry::ERaceState_Running)
{
uTopSpeed = 0;
nNbGearchanges = 0;
nNbBrakesUsed = 0;
uMaxNbCheckpoints = 0;

bIsRumbling = pTelemetry->Current.Vehicle.RumbleIntensity > uRumbleThreshold / 100.0f;
nNbRumbles = bIsRumbling ? 1 : 0;
bIsFullspeed = pTelemetry->Current.Vehicle.InputGasPedal >= uFullspeedThreshold / 100.0f;

uFullspeedTime = 0;
uFullspeedTimestamp = pTelemetry->Current.Vehicle.Timestamp;
bIsSlipping = pTelemetry->Current.Vehicle.WheelsIsSliping[0] || pTelemetry->Current.Vehicle.WheelsIsSliping[1] ||
pTelemetry->Current.Vehicle.WheelsIsSliping[2] || pTelemetry->Current.Vehicle.WheelsIsSliping[3];
bIsFullspeed = pTelemetry->Current.Vehicle.InputGasPedal >= uFullspeedThreshold / 100.0f;

uWheelSlipTime = 0;
uWheelSlipTimestamp = pTelemetry->Current.Vehicle.Timestamp;
uMaxNbCheckpoints = 0;
bIsSlipping = pTelemetry->Current.Vehicle.WheelsIsSliping[0] || pTelemetry->Current.Vehicle.WheelsIsSliping[1] ||
pTelemetry->Current.Vehicle.WheelsIsSliping[2] || pTelemetry->Current.Vehicle.WheelsIsSliping[3];

// Add a new race to the list-view control and increment the number of attempts
if (ListView_AddRace(hwndListView, nRaceNumber + 1, COLUMN_AUTOFIT) != -1)
Expand All @@ -124,25 +126,30 @@ void DoTelemetry(STelemetryData* pTelemetry)
MultiByteToWideChar(CP_UTF8, 0, pTelemetry->Current.Game.MapId, -1, szText, _countof(szText));
ListView_AddRaceText(hwndListView, nRaceNumber, COLUMN_AUTOFIT, szMapIdentifier, szText);
}

if (dwColumns & COL_MAPNAME)
{
MultiByteToWideChar(CP_UTF8, 0, pTelemetry->Current.Game.MapName, -1, szText, _countof(szText));
ListView_AddRaceText(hwndListView, nRaceNumber, COLUMN_AUTOFIT, szTrackName, szText);
}

if (dwColumns & COL_PLAYERMODEL)
{
MultiByteToWideChar(CP_UTF8, 0, pTelemetry->Current.Game.GameplayVariant, -1, szText, _countof(szText));
ListView_AddRaceText(hwndListView, nRaceNumber, COLUMN_AUTOFIT, szPlayerModel, szText);
}

if (dwColumns & (COL_DATE | COL_TIME))
{
SYSTEMTIME st;
GetLocalTime(&st);

if (dwColumns & COL_DATE)
{
_sntprintf(szText, _countof(szText), TEXT("%02u-%02u-%02u"), st.wYear, st.wMonth, st.wDay);
ListView_AddRaceText(hwndListView, nRaceNumber, COLUMN_AUTOFIT, szDate, szText);
}

if (dwColumns & COL_TIME)
{
_sntprintf(szText, _countof(szText), TEXT("%02u:%02u:%02u"), st.wHour, st.wMinute, st.wSecond);
Expand All @@ -151,7 +158,7 @@ void DoTelemetry(STelemetryData* pTelemetry)
}
}

// Handle the end of a race (Race state changes from "Running" to "Finished" or "BeforeStart")
// Handle the end of a race (race state changes from "Running" to "Finished" or "BeforeStart")
if (pTelemetry->Previous.Race.State == STelemetry::ERaceState_Running &&
(pTelemetry->Current.Race.State == STelemetry::ERaceState_Finished ||
pTelemetry->Current.Race.State == STelemetry::ERaceState_BeforeState))
Expand All @@ -163,6 +170,7 @@ void DoTelemetry(STelemetryData* pTelemetry)

if (bIsFullspeed)
uFullspeedTime += pTelemetry->Current.Vehicle.Timestamp - uFullspeedTimestamp;

if (bIsSlipping)
uWheelSlipTime += pTelemetry->Current.Vehicle.Timestamp - uWheelSlipTimestamp;
}
Expand All @@ -175,15 +183,19 @@ void DoTelemetry(STelemetryData* pTelemetry)
case STelemetry::ERaceState_BeforeState:
StatusBar_SetText(hwndStatusBar, SBP_RACESTATE, szRaceBeforeStart);
break;

case STelemetry::ERaceState_Running:
StatusBar_SetText(hwndStatusBar, SBP_RACESTATE, szRaceRunning);
break;

case STelemetry::ERaceState_Finished:
StatusBar_SetText(hwndStatusBar, SBP_RACESTATE, szRaceFinished);
break;
//case STelemetry::ERaceState_Eliminated:
// StatusBar_SetText(hwndStatusBar, SBP_RACESTATE, szRaceEliminated);
// break;

//case STelemetry::ERaceState_Eliminated:
// StatusBar_SetText(hwndStatusBar, SBP_RACESTATE, szRaceEliminated);
// break;

default:
StatusBar_SetText(hwndStatusBar, SBP_RACESTATE, TEXT(""));
}
Expand Down Expand Up @@ -269,15 +281,15 @@ void DoTelemetry(STelemetryData* pTelemetry)
{
Nat32 uCurrentSpeedMeter = pTelemetry->Current.Vehicle.SpeedMeter;

if (uCurrentSpeedMeter > uTopSpeed)
uTopSpeed = uCurrentSpeedMeter;

if (bMilesPerHour)
_sntprintf(szText, _countof(szText), szSpeedMph, MulDiv(uCurrentSpeedMeter, 1000000, 1609344));
else
_sntprintf(szText, _countof(szText), szSpeedKmh, uCurrentSpeedMeter);
StatusBar_SetText(hwndStatusBar, SBP_SPEEDMETER, szText, TRUE);

if (uCurrentSpeedMeter > uTopSpeed)
uTopSpeed = uCurrentSpeedMeter;

pTelemetry->Previous.Vehicle.SpeedMeter = uCurrentSpeedMeter;
}

Expand All @@ -293,11 +305,11 @@ void DoTelemetry(STelemetryData* pTelemetry)
// Gear
if (pTelemetry->Current.Vehicle.EngineCurGear != pTelemetry->Previous.Vehicle.EngineCurGear)
{
nNbGearchanges++;

_sntprintf(szText, _countof(szText), szEngineCurGear, pTelemetry->Current.Vehicle.EngineCurGear);
StatusBar_SetText(hwndStatusBar, SBP_CURGEAR, szText, TRUE);

nNbGearchanges++;

pTelemetry->Previous.Vehicle.EngineCurGear = pTelemetry->Current.Vehicle.EngineCurGear;
}

Expand Down Expand Up @@ -327,16 +339,8 @@ void DoTelemetry(STelemetryData* pTelemetry)
{
float fCurrentInputGasPedal = pTelemetry->Current.Vehicle.InputGasPedal;

if (hwndPBThrottle != NULL)
SendMessage(hwndPBThrottle, PBM_SETPOS, (WPARAM)((fCurrentInputGasPedal * 100.0) + 0.5), 0);
else
{
_sntprintf(szText, _countof(szText), szGasPedal, fCurrentInputGasPedal * 100.0);
StatusBar_SetText(hwndStatusBar, SBP_THROTTLE, szText, TRUE);
}

// Determine full throttle percentage per race. The default threshold of 0.85 does
// not take into account releasing the throttle during shifting (powershifting)
// Determine full throttle percentage per race. The default threshold
// of 0.85 compensates that the game throttles down during shifting.
if (fCurrentInputGasPedal >= uFullspeedThreshold / 100.0f)
{
if (!bIsFullspeed)
Expand All @@ -354,6 +358,14 @@ void DoTelemetry(STelemetryData* pTelemetry)
}
}

if (hwndPBThrottle != NULL)
SendMessage(hwndPBThrottle, PBM_SETPOS, (WPARAM)((fCurrentInputGasPedal * 100.0) + 0.5), 0);
else
{
_sntprintf(szText, _countof(szText), szGasPedal, fCurrentInputGasPedal * 100.0);
StatusBar_SetText(hwndStatusBar, SBP_THROTTLE, szText, TRUE);
}

pTelemetry->Previous.Vehicle.InputGasPedal = fCurrentInputGasPedal;
}

Expand Down Expand Up @@ -389,14 +401,6 @@ void DoTelemetry(STelemetryData* pTelemetry)
{
float fCurrentRumbleIntensity = pTelemetry->Current.Vehicle.RumbleIntensity;

if (hwndPBRumble != NULL)
SendMessage(hwndPBRumble, PBM_SETPOS, (WPARAM)((fCurrentRumbleIntensity * 100.0) + 0.5), 0);
else
{
_sntprintf(szText, _countof(szText), szRumbleIntensity, fCurrentRumbleIntensity * 100.0);
StatusBar_SetText(hwndStatusBar, SBP_RUMBLE, szText, TRUE);
}

// Determine number of rumbles per race
if (fCurrentRumbleIntensity > uRumbleThreshold / 100.0f)
{
Expand All @@ -412,6 +416,14 @@ void DoTelemetry(STelemetryData* pTelemetry)
bIsRumbling = FALSE;
}

if (hwndPBRumble != NULL)
SendMessage(hwndPBRumble, PBM_SETPOS, (WPARAM)((fCurrentRumbleIntensity * 100.0) + 0.5), 0);
else
{
_sntprintf(szText, _countof(szText), szRumbleIntensity, fCurrentRumbleIntensity * 100.0);
StatusBar_SetText(hwndStatusBar, SBP_RUMBLE, szText, TRUE);
}

pTelemetry->Previous.Vehicle.RumbleIntensity = fCurrentRumbleIntensity;
}

Expand All @@ -433,7 +445,7 @@ void DoTelemetry(STelemetryData* pTelemetry)
// Map UID
if (strcmp(pTelemetry->Current.Game.MapId, pTelemetry->Previous.Game.MapId) != 0)
{
// Clear all races after map changes
// Clear all races after map change
if (strcmp(pTelemetry->Current.Game.MapId, "Unassigned") != 0)
if (ListView_DeleteAllRaces(hwndListView))
nRaceNumber = 0;
Expand Down Expand Up @@ -487,27 +499,29 @@ void DoTelemetry(STelemetryData* pTelemetry)
// after program start and at the start of each game session
void InitTelemetryData(STelemetryData* pTelemetry)
{
if (pTelemetry != NULL)
{
// As a precaution, set all member variables to zero
memset(&pTelemetry->Previous, 0, sizeof(pTelemetry->Previous));

// Set all variables that can be zero at startup to a different value
pTelemetry->Previous.Game.State = (STelemetry::EGameState) - 1;
pTelemetry->Previous.Race.State = (STelemetry::ERaceState) - 1;
pTelemetry->Previous.Race.Time = (Nat32)-2; // -1 is a regular value
pTelemetry->Previous.Race.NbRespawns = (Nat32)-2; // -1 is a regular value
pTelemetry->Previous.Race.NbCheckpoints = (Nat32)-1;
pTelemetry->Previous.Vehicle.InputSteer = -2.0f; // -1.0 is a regular value
pTelemetry->Previous.Vehicle.InputGasPedal = -1.0f;
pTelemetry->Previous.Vehicle.InputIsBraking = (Bool)-1;
pTelemetry->Previous.Vehicle.EngineRpm = -1.0f;
pTelemetry->Previous.Vehicle.EngineCurGear = -1;
pTelemetry->Previous.Vehicle.WheelsIsSliping[0] = (Bool)-1;
pTelemetry->Previous.Vehicle.WheelsIsSliping[1] = (Bool)-1;
pTelemetry->Previous.Vehicle.WheelsIsSliping[2] = (Bool)-1;
pTelemetry->Previous.Vehicle.WheelsIsSliping[3] = (Bool)-1;
pTelemetry->Previous.Vehicle.RumbleIntensity = -1.0f;
pTelemetry->Previous.Vehicle.SpeedMeter = (Nat32)-1;
}
if (pTelemetry == NULL)
return;

// As a precaution, set all member variables to zero
memset(&pTelemetry->Previous, 0, sizeof(pTelemetry->Previous));

// Set all variables that can be zero at startup to a different value
pTelemetry->Previous.Game.State = (STelemetry::EGameState)-1;

pTelemetry->Previous.Race.State = (STelemetry::ERaceState)-1;
pTelemetry->Previous.Race.Time = (Nat32)-2; // -1 is a regular value
pTelemetry->Previous.Race.NbRespawns = (Nat32)-2; // -1 is a regular value
pTelemetry->Previous.Race.NbCheckpoints = (Nat32)-1;

pTelemetry->Previous.Vehicle.InputSteer = -2.0f; // -1.0 is a regular value
pTelemetry->Previous.Vehicle.InputGasPedal = -1.0f;
pTelemetry->Previous.Vehicle.InputIsBraking = (Bool)-1;
pTelemetry->Previous.Vehicle.EngineRpm = -1.0f;
pTelemetry->Previous.Vehicle.EngineCurGear = -1;
pTelemetry->Previous.Vehicle.WheelsIsSliping[0] = (Bool)-1;
pTelemetry->Previous.Vehicle.WheelsIsSliping[1] = (Bool)-1;
pTelemetry->Previous.Vehicle.WheelsIsSliping[2] = (Bool)-1;
pTelemetry->Previous.Vehicle.WheelsIsSliping[3] = (Bool)-1;
pTelemetry->Previous.Vehicle.RumbleIntensity = -1.0f;
pTelemetry->Previous.Vehicle.SpeedMeter = (Nat32)-1;
}

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