/
jumpstats.sp
2211 lines (2074 loc) · 106 KB
/
jumpstats.sp
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// Credits: LJStats by justshoot, Zipcore
public Function_BlockJump(client)
{
decl Float:pos[3], Float:origin[3];
GetAimOrigin(client, pos);
TraceClientGroundOrigin(client, origin, 100.0);
decl bool:funclinear;
funclinear=false;
//get aim target
decl String:classname[32];
new target = TraceClientViewEntity(client);
if (IsValidEdict(target))
GetEntityClassname(target, classname, 32);
if (StrEqual(classname,"func_movelinear"))
funclinear=true;
if((FloatAbs(pos[2] - origin[2]) <= 0.002) || (funclinear && FloatAbs(pos[2] - origin[2]) <= 0.6))
{
GetBoxFromPoint(origin, g_fOriginBlock[client]);
GetBoxFromPoint(pos, g_fDestBlock[client]);
CalculateBlockGap(client, origin, pos);
g_fBlockHeight[client] = pos[2];
}
else
{
g_bLJBlock[client] = false;
PrintToChat(client, "%t", "LJblock1",MOSSGREEN,WHITE,RED);
}
}
// Credits: LJStats by justshoot, Zipcore
stock TE_SendBlockPoint(client, const Float:pos1[3], const Float:pos2[3], model)
{
decl Float:buffer[4][3];
buffer[2] = pos1;
buffer[3] = pos2;
buffer[0] = buffer[2];
buffer[0][1] = buffer[3][1];
buffer[1] = buffer[3];
buffer[1][1] = buffer[2][1];
decl randco[4];
randco[0] = GetRandomInt(0, 255);
randco[1] = GetRandomInt(0, 255);
randco[2] = GetRandomInt(0, 255);
randco[3] = GetRandomInt(125, 255);
TE_SetupBeamPoints(buffer[3], buffer[0], model, 0, 0, 0, 0.13, 2.0, 2.0, 10, 0.0, randco, 0);
TE_SendToClient(client);
TE_SetupBeamPoints(buffer[0], buffer[2], model, 0, 0, 0, 0.13, 2.0, 2.0, 10, 0.0, randco, 0);
TE_SendToClient(client);
TE_SetupBeamPoints(buffer[2], buffer[1], model, 0, 0, 0, 0.13, 2.0, 2.0, 10, 0.0, randco, 0);
TE_SendToClient(client);
TE_SetupBeamPoints(buffer[1], buffer[3], model, 0, 0, 0, 0.13, 2.0, 2.0, 10, 0.0, randco, 0);
TE_SendToClient(client);
}
// Credits: LJStats by justshoot, Zipcore
GetEdgeOrigin1(client, Float:ground[3], Float:result[3])
{
result[0] = FloatDiv(g_fEdgeVector[client][0]*ground[0] + g_fEdgeVector[client][1]*g_fEdgePoint1[client][0], g_fEdgeVector[client][0]+g_fEdgeVector[client][1]);
result[1] = FloatDiv(g_fEdgeVector[client][1]*ground[1] - g_fEdgeVector[client][0]*g_fEdgePoint1[client][1], g_fEdgeVector[client][1]-g_fEdgeVector[client][0]);
result[2] = ground[2];
}
GetEdgeOrigin2(client, Float:ground[3], Float:result[3])
{
result[0] = FloatDiv(g_fEdgeVector[client][0]*ground[0] + g_fEdgeVector[client][1]*g_fEdgePoint2[client][0], g_fEdgeVector[client][0]+g_fEdgeVector[client][1]);
result[1] = FloatDiv(g_fEdgeVector[client][1]*ground[1] - g_fEdgeVector[client][0]*g_fEdgePoint2[client][1], g_fEdgeVector[client][1]-g_fEdgeVector[client][0]);
result[2] = ground[2];
}
// Credits: LJStats by justshoot, Zipcore
stock TraceWallOrigin(Float:fOrigin[3], Float:vAngles[3], Float:result[3])
{
new Handle:trace = TR_TraceRayFilterEx(fOrigin, vAngles, MASK_SHOT, RayType_Infinite, TraceEntityFilterPlayer);
if(TR_DidHit(trace))
{
TR_GetEndPosition(result, trace);
CloseHandle(trace);
return 1;
}
CloseHandle(trace);
return 0;
}
// Credits: LJStats by justshoot, Zipcore
stock TraceGroundOrigin(Float:fOrigin[3], Float:result[3])
{
new Float:vAngles[3] = {90.0, 0.0, 0.0};
new Handle:trace = TR_TraceRayFilterEx(fOrigin, vAngles, MASK_SHOT, RayType_Infinite, TraceEntityFilterPlayer);
if(TR_DidHit(trace))
{
TR_GetEndPosition(result, trace);
CloseHandle(trace);
return 1;
}
CloseHandle(trace);
return 0;
}
// Credits: LJStats by justshoot, Zipcore
stock GetBeamEndOrigin(Float:fOrigin[3], Float:vAngles[3], Float:distance, Float:result[3])
{
decl Float:AngleVector[3];
GetAngleVectors(vAngles, AngleVector, NULL_VECTOR, NULL_VECTOR);
NormalizeVector(AngleVector, AngleVector);
ScaleVector(AngleVector, distance);
AddVectors(fOrigin, AngleVector, result);
}
// Credits: LJStats by justshoot, Zipcore
stock GetBeamHitOrigin(Float:fOrigin[3], Float:vAngles[3], Float:result[3])
{
new Handle:trace = TR_TraceRayFilterEx(fOrigin, vAngles, MASK_SHOT, RayType_Infinite, TraceEntityFilterPlayer);
if(TR_DidHit(trace))
{
TR_GetEndPosition(result, trace);
CloseHandle(trace);
}
}
// Credits: LJStats by justshoot, Zipcore
stock GetAimOrigin(client, Float:hOrigin[3])
{
decl Float:vAngles[3], Float:fOrigin[3];
GetClientEyePosition(client,fOrigin);
GetClientEyeAngles(client, vAngles);
new Handle:trace = TR_TraceRayFilterEx(fOrigin, vAngles, MASK_SHOT, RayType_Infinite, TraceEntityFilterPlayer);
if(TR_DidHit(trace))
{
TR_GetEndPosition(hOrigin, trace);
CloseHandle(trace);
return 1;
}
CloseHandle(trace);
return 0;
}
// Credits: LJStats by justshoot, Zipcore
stock GetBoxFromPoint(Float:origin[3], Float:result[2][3])
{
decl Float:temp[3];
temp = origin;
temp[2] += 1.0;
new Float:ang[4][3];
ang[1][1] = 90.0;
ang[2][1] = 180.0;
ang[3][1] = -90.0;
new bool:edgefound[4];
new Float:dist[4];
decl Float:tempdist[4], Float:position[3], Float:ground[3], Float:Last[4], Float:Edge[4][3];
for(new i = 0; i < 4; i++)
{
TraceWallOrigin(temp, ang[i], Edge[i]);
tempdist[i] = GetVectorDistance(temp, Edge[i]);
Last[i] = origin[2];
while(dist[i] < tempdist[i])
{
if(edgefound[i])
break;
GetBeamEndOrigin(temp, ang[i], dist[i], position);
TraceGroundOrigin(position, ground);
if((Last[i] != ground[2])&&(Last[i] > ground[2]))
{
Edge[i] = ground;
edgefound[i] = true;
}
Last[i] = ground[2];
dist[i] += 10.0;
}
if(!edgefound[i])
{
TraceGroundOrigin(Edge[i], Edge[i]);
edgefound[i] = true;
}
else
{
ground = Edge[i];
ground[2] = origin[2];
MakeVectorFromPoints(ground, origin, position);
GetVectorAngles(position, ang[i]);
ground[2] -= 1.0;
GetBeamHitOrigin(ground, ang[i], Edge[i]);
}
Edge[i][2] = origin[2];
}
if(edgefound[0]&&edgefound[1]&&edgefound[2]&&edgefound[3])
{
result[0][2] = origin[2];
result[1][2] = origin[2];
result[0][0] = Edge[0][0];
result[0][1] = Edge[1][1];
result[1][0] = Edge[2][0];
result[1][1] = Edge[3][1];
}
}
// Credits: LJStats by justshoot, Zipcore
CalculateBlockGap(client, Float:startblock[3], Float:endblock[3])
{
new Float:distance = GetVectorDistance(startblock, endblock);
new Float:rad = DegToRad(15.0);
new Float:newdistance = FloatDiv(distance, Cosine(rad));
decl Float:eye[3], Float:eyeangle[2][3];
new Float:temp = 0.0;
GetClientEyePosition(client, eye);
GetClientEyeAngles(client, eyeangle[0]);
eyeangle[0][0] = 0.0;
eyeangle[1] = eyeangle[0];
eyeangle[0][1] += 10.0;
eyeangle[1][1] -= 10.0;
decl Float:position[3], Float:ground[3], Float:Last[2], Float:Edge[2][3];
new bool:edgefound[2];
while(temp < newdistance)
{
temp += 10.0;
for(new i = 0; i < 2 ; i++)
{
if(edgefound[i])
continue;
GetBeamEndOrigin(eye, eyeangle[i], temp, position);
TraceGroundOrigin(position, ground);
if(temp == 10.0)
{
Last[i] = ground[2];
}
else
{
if((Last[i] != ground[2])&&(Last[i] > ground[2]))
{
Edge[i] = ground;
edgefound[i] = true;
}
Last[i] = ground[2];
}
}
}
decl Float:temp2[2][3];
if(edgefound[0] && edgefound[1])
{
for(new i = 0; i < 2 ; i++)
{
temp2[i] = Edge[i];
temp2[i][2] = startblock[2] - 1.0;
if(eyeangle[i][1] > 0)
{
eyeangle[i][1] -= 180.0;
}
else
{
eyeangle[i][1] += 180.0;
}
GetBeamHitOrigin(temp2[i], eyeangle[i], Edge[i]);
}
}
else
{
g_bLJBlock[client] = false;
PrintToChat(client, "%t", "LJblock2",MOSSGREEN,WHITE,RED);
return;
}
g_fEdgePoint1[client] = Edge[0];
MakeVectorFromPoints(Edge[0], Edge[1], position);
g_fEdgeVector[client] = position;
NormalizeVector(g_fEdgeVector[client], g_fEdgeVector[client]);
CorrectEdgePoint(client);
GetVectorAngles(position, position);
position[1] += 90.0;
GetBeamHitOrigin(Edge[0], position, Edge[1]);
distance = GetVectorDistance(Edge[0], Edge[1]);
g_BlockDist[client] = RoundToNearest(distance);
g_fEdgePoint2[client] = Edge[1];
if (g_fEdgePoint1[client][0] < g_fEdgePoint2[client][0])
g_fEdgePoint2[client][0] = g_fEdgePoint2[client][0] - 16.0;
else
g_fEdgePoint2[client][0] = g_fEdgePoint2[client][0] + 16.0;
if (g_fEdgePoint1[client][1] < g_fEdgePoint2[client][1])
g_fEdgePoint2[client][1] = g_fEdgePoint2[client][1] - 16.0;
else
g_fEdgePoint2[client][1] = g_fEdgePoint2[client][1] + 16.0;
new Float:surface = GetVectorDistance(g_fDestBlock[client][0],g_fDestBlock[client][1]);
surface *= surface;
if (surface > 1000000)
{
PrintToChat(client, "%t", "LJblock3",MOSSGREEN,WHITE,RED);
return;
}
if(!IsCoordInBlockPoint(Edge[1],g_fDestBlock[client],true))
{
g_bLJBlock[client] = false;
PrintToChat(client, "%t", "LJblock4",MOSSGREEN,WHITE,RED);
return;
}
TE_SetupBeamPoints(Edge[0], Edge[1], g_Beam[0], 0, 0, 0, 1.0, 1.0, 1.0, 10, 0.0, {0,255,255,155}, 0);
TE_SendToClient(client);
if(g_BlockDist[client] > 225 && g_BlockDist[client] <= 300)
{
PrintToChat(client, "%t", "LJblock5", MOSSGREEN,WHITE, LIMEGREEN,GREEN, g_BlockDist[client],LIMEGREEN);
g_bLJBlock[client] = true;
}
else
{
if (g_BlockDist[client] < 225)
PrintToChat(client, "%t", "LJblock6", MOSSGREEN,WHITE, RED,DARKRED,g_BlockDist[client],RED);
else
if (g_BlockDist[client] > 300)
PrintToChat(client, "%t", "LJblock7", MOSSGREEN,WHITE, RED,DARKRED,g_BlockDist[client],RED);
}
}
CorrectEdgePoint(client)
{
decl Float:vec[3];
vec[0] = 0.0 - g_fEdgeVector[client][1];
vec[1] = g_fEdgeVector[client][0];
vec[2] = 0.0;
ScaleVector(vec, 16.0);
AddVectors(g_fEdgePoint1[client], vec, g_fEdgePoint1[client]);
}
// Credits: LJStats by justshoot, Zipcore
stock bool:IsCoordInBlockPoint(const Float:origin[3], const Float:pos[2][3], bool:ignorez)
{
new bool:bX, bool:bY, bool:bZ;
decl Float:temp[2][3];
temp[0] = pos[0];
temp[1] = pos[1];
temp[0][0] += 16.0;
temp[0][1] += 16.0;
temp[1][0] -= 16.0;
temp[1][1] -= 16.0;
if (ignorez)
bZ=true;
if(temp[0][0] > temp[1][0])
{
if(temp[0][0] >= origin[0] >= temp[1][0])
{
bX = true;
}
}
else
{
if(temp[1][0] >= origin[0] >= temp[0][0])
{
bX = true;
}
}
if(temp[0][1] > temp[1][1])
{
if(temp[0][1] >= origin[1] >= temp[1][1])
{
bY = true;
}
}
else
{
if(temp[1][1] >= origin[1] >= temp[0][1])
{
bY = true;
}
}
if(temp[0][2] + 0.002 >= origin[2] >= temp[0][2])
{
bZ = true;
}
if(bX&&bY&&bZ)
{
return true;
}
else
{
return false;
}
}
public Prethink (client, bool:ladderjump)
{
g_fLastJump[client] = GetEngineTime()
g_fJumpOffTime[client] = GetEngineTime();
decl weapon;
weapon = GetEntPropEnt(client, Prop_Data, "m_hActiveWeapon");
if (!client || !IsPlayerAlive(client) || g_bNoClipUsed[client] || weapon == -1 || GetEntProp(client, Prop_Data, "m_nWaterLevel") > 0)
{
g_bNoClipUsed[client] = false;
return;
}
//booster or moving plattform?
decl Float:flVelocity[3];
GetEntPropVector(client, Prop_Data, "m_vecBaseVelocity", flVelocity);
if (flVelocity[0] != 0.0 || flVelocity[1] != 0.0 || flVelocity[2] != 0.0)
g_js_bInvalidGround[client] = true;
else
g_js_bInvalidGround[client] = false;
//reset vars
g_js_Good_Sync_Frames[client] = 0.0;
g_js_Sync_Frames[client] = 0.0;
for( new i = 0; i < 25; i++ )
{
g_js_Strafe_Air_Time[client][i] = 0.0;
g_js_Strafe_Good_Sync[client][i] = 0.0;
g_js_Strafe_Frames[client][i] = 0;
g_js_Strafe_Gained[client][i] = 0.0;
g_js_Strafe_Lost[client][i] = 0.0;
g_js_Strafe_Max_Speed[client][i] = 0.0;
}
decl Float:fVelocity[3];
GetEntPropVector(client, Prop_Data, "m_vecVelocity", fVelocity);
g_js_fMax_Speed[client] = 0.0;
g_js_StrafeCount[client] = 0;
g_bCountJump[client] = false;
g_js_bDropJump[client] = false;
g_js_bPlayerJumped[client] = true;
g_js_Strafing_AW[client] = false;
g_js_Strafing_SD[client] = false;
g_js_bFuncMoveLinear[client] = false;
g_js_fMax_Height[client] = -99999.0;
g_fMovingDirection[client] = 0.0;
GetGroundOrigin(client, g_js_fJump_JumpOff_Pos[client]);
//*workaround: some grounds are not detected by getgroundorigin
new Float:fPosDiffArray[3];
GetClientAbsOrigin(client, fPosDiffArray);
new Float:fPosDiff = FloatAbs(fPosDiffArray[2]- g_js_fJump_JumpOff_Pos[client][2]);
if (fPosDiff > 10.0)
g_js_fJump_JumpOff_Pos[client] = fPosDiffArray;
//dropped?
if (g_js_fJump_JumpOff_PosLastHeight[client] != -1.012345)
{
decl Float: fGroundDiff ;
fGroundDiff = g_js_fJump_JumpOff_Pos[client][2] - g_js_fJump_JumpOff_PosLastHeight[client];
if (fGroundDiff > -0.1 && fGroundDiff < 0.1)
fGroundDiff = 0.0;
if ((GetEngineTime() - g_fLastTimeDoubleDucked[client]) < 0.35 && g_js_DuckCounter[client] > 0 && (fGroundDiff == 0.0 || fGroundDiff == -40.00))
g_bCountJump[client]=true;
else
if(fGroundDiff <= -1.5)
{
g_js_bDropJump[client] = true;
g_js_fDropped_Units[client] = FloatAbs(fGroundDiff);
}
}
//bhop?
if (g_js_GroundFrames[client] < 11)
g_js_bBhop[client] = true;
else
g_js_bBhop[client] = false;
//ladder jump?
if (ladderjump)
{
g_js_fPreStrafe[client] = GetSpeed(client);
g_js_fJump_JumpOff_Pos[client] = g_fLastPosition[client];
g_bLadderJump[client]=true;
g_js_LadderDirectionCounter[client] = 0;
g_js_fLadderDirection[client] = 0.0;
g_bBeam[client] = true;
}
else
g_js_fPreStrafe[client] = GetSpeed(client);
//reset beam
if (!ladderjump)
{
if (g_js_fPreStrafe[client] < 249.0)
g_bBeam[client] = false;
g_bLadderJump[client]=false;
}
//last InitialLastHeight
g_js_fJump_JumpOff_PosLastHeight[client] = g_js_fJump_JumpOff_Pos[client][2];
//noclip check
if ((GetEngineTime() - g_fLastTimeNoClipUsed[client]) < 4.0)
DoValidTeleport(client, NULL_VECTOR, NULL_VECTOR, Float:{0.0,0.0,-100.0});
}
public Postthink(client)
{
if (!IsValidClient(client))
return;
new bool:bPersonalBest=false;
new String:szPersonalBest[32];
decl ground_frames;
ground_frames = g_js_GroundFrames[client];
decl strafes;
strafes = g_js_StrafeCount[client];
g_js_GroundFrames[client] = 0;
g_js_fMax_Speed_Final[client] = g_js_fMax_Speed[client];
decl String:szName[128];
GetClientName(client, szName, 128);
//get landing position & calc distance
g_js_fJump_DistanceX[client] = g_js_fJump_Landing_Pos[client][0] - g_js_fJump_JumpOff_Pos[client][0];
if(g_js_fJump_DistanceX[client] < 0)
g_js_fJump_DistanceX[client] = -g_js_fJump_DistanceX[client];
g_js_fJump_DistanceZ[client] = g_js_fJump_Landing_Pos[client][1] - g_js_fJump_JumpOff_Pos[client][1];
if(g_js_fJump_DistanceZ[client] < 0)
g_js_fJump_DistanceZ[client] = -g_js_fJump_DistanceZ[client];
g_js_fJump_Distance[client] = SquareRoot(Pow(g_js_fJump_DistanceX[client], 2.0) + Pow(g_js_fJump_DistanceZ[client], 2.0));
g_js_fJump_Distance[client] = g_js_fJump_Distance[client] + 32.0;
//ground diff
decl Float: fGroundDiff;
fGroundDiff = g_js_fJump_Landing_Pos[client][2] - g_js_fJump_JumpOff_Pos[client][2];
decl Float: fJump_Height;
if (fGroundDiff > -0.1 && fGroundDiff < 0.1)
fGroundDiff = 0.0;
//workaround
if (g_js_bFuncMoveLinear[client] && fGroundDiff < 0.6 && fGroundDiff > -0.6)
fGroundDiff = 0.0;
//ground diff 2
decl Float: groundpos[3];
GetClientAbsOrigin(client, groundpos);
decl Float: fGroundDiff2;
fGroundDiff2 = groundpos[2] - g_fLastPositionOnGround[client][2];
//GetHeight
if (g_js_fJump_JumpOff_Pos[client][2] < 0.0 && g_js_fMax_Height[client] > 0.0)
fJump_Height = FloatAbs(g_js_fJump_JumpOff_Pos[client][2]) + g_js_fMax_Height[client];
else
if (g_js_fJump_JumpOff_Pos[client][2] > 0.0 && g_js_fMax_Height[client] < 0.0)
fJump_Height = FloatAbs(g_js_fMax_Height[client] + g_js_fJump_JumpOff_Pos[client][2]);
else
if (FloatAbs(g_js_fJump_JumpOff_Pos[client][2]) > FloatAbs(g_js_fMax_Height[client]))
fJump_Height = FloatAbs(g_js_fJump_JumpOff_Pos[client][2]) - FloatAbs(g_js_fMax_Height[client]);
else
fJump_Height = FloatAbs(g_js_fMax_Height[client]) - FloatAbs(g_js_fJump_JumpOff_Pos[client][2]);
g_flastHeight[client] = fJump_Height;
//sync/strafes
decl sync;
sync = RoundToNearest(g_js_Good_Sync_Frames[client] / g_js_Sync_Frames[client] * 100.0);
g_js_Strafes_Final[client] = strafes;
g_js_Sync_Final[client] = sync;
//Calc & format strafe sync for chat output
decl String:szStrafeSync[255];
decl String:szStrafeSync2[255];
decl strafe_sync;
if (g_bStrafeSync[client] && strafes > 2 && strafes < 25)
{
for (new i = 1; i <= strafes; i++)
{
if (i==0)
Format(szStrafeSync, 255, "[%cKZ%c] %cSync:",MOSSGREEN,WHITE,GRAY);
if (g_js_Strafe_Frames[client][i] == 0 || g_js_Strafe_Good_Sync[client][i] == 0.0)
strafe_sync = 0;
else
strafe_sync = RoundToNearest(g_js_Strafe_Good_Sync[client][i] / g_js_Strafe_Frames[client][i] * 100);
if (i==0)
Format(szStrafeSync2, 255, " %c%i.%c %i%c",GRAY, (i),LIMEGREEN,strafe_sync,PERCENT);
else
Format(szStrafeSync2, 255, "%c - %i.%c %i%c",GRAY, (i),LIMEGREEN,strafe_sync,PERCENT);
StrCat(szStrafeSync, sizeof(szStrafeSync), szStrafeSync2);
if ((i) == strafes)
{
Format(szStrafeSync2, 255, " %c[%c%i%c%c]",GRAY,PURPLE, sync,PERCENT,GRAY);
StrCat(szStrafeSync, sizeof(szStrafeSync), szStrafeSync2);
}
}
}
else
Format(szStrafeSync,255, "");
decl String:szStrafeStats[1024];
decl String:szGained[16];
decl String:szLost[16];
//Format StrafeStats Console
if(2 < strafes <= 25)
{
new Float:FSync;
decl Float:fStrafeAirtime;
decl Float:fStrafeAirtimePerc;
Format(szStrafeStats,1024, " #. Sync Gained Lost MaxSpeed AirTime\n");
for( new i = 1; i <= strafes; i++ )
{
if (i == 1)
fStrafeAirtime = g_js_Strafe_Air_Time[client][i+1] - g_fJumpOffTime[client];
else
{
if (i == strafes)
fStrafeAirtime = g_fLandingTime[client] - g_js_Strafe_Air_Time[client][i];
else
if (i < strafes )
fStrafeAirtime = g_js_Strafe_Air_Time[client][i+1] - g_js_Strafe_Air_Time[client][i];
}
fStrafeAirtimePerc = FloatAbs(fStrafeAirtime / g_fAirTime[client] * 100.0);
FSync += g_js_Strafe_Good_Sync[client][i] / g_js_Strafe_Frames[client][i] * 100;
decl sync2;
sync2 = RoundToNearest(g_js_Strafe_Good_Sync[client][i] / g_js_Strafe_Frames[client][i] * 100);
if (sync2 < 0)
sync2 = 0;
if (g_js_Strafe_Gained[client][i] < 10.0)
Format(szGained,16, "%.3f ", g_js_Strafe_Gained[client][i]);
else
Format(szGained,16, "%.3f", g_js_Strafe_Gained[client][i]);
if (g_js_Strafe_Lost[client][i] < 10.0)
Format(szLost,16, "%.3f ", g_js_Strafe_Lost[client][i]);
else
Format(szLost,16, "%.3f", g_js_Strafe_Lost[client][i]);
Format(szStrafeStats,1024, "%s%2i. %3i%s %s %s %3.3f %.0f%c\n",\
szStrafeStats,\
i,\
sync2,\
PERCENT,\
szGained,\
szLost,\
g_js_Strafe_Max_Speed[client][i],\
fStrafeAirtimePerc,\
PERCENT);
}
sync = RoundToZero(FSync / strafes);
}
else
Format(szStrafeStats,1024, "");
//ladderjump
if (g_bLadderJump[client])
{
new Float: fHeightOffset = (g_js_fJump_JumpOff_Pos[client][2] - g_js_fJump_Landing_Pos[client][2]);
if (fHeightOffset <= 10.0)
{
g_js_fJump_JumpOff_Pos[client][2] = g_js_fJump_Landing_Pos[client][2];
fGroundDiff = 0.0;
fGroundDiff2 = 0.0;
g_js_fJump_Distance[client] = GetVectorDistance(g_js_fJump_JumpOff_Pos[client], g_js_fJump_Landing_Pos[client]);
}
new Float: fSumLadderDir = g_js_fLadderDirection[client] / float(g_js_LadderDirectionCounter[client]);
new Float: max;
if (g_js_fJump_Distance[client] < 80.0)
max = 0.3;
else
max = 0.5;
if (fSumLadderDir < max)
{
Format(g_js_szLastJumpDistance[client], 256, "<font color='#948d8d'>invalid</font>");
PostThinkPost(client, ground_frames);
return;
}
}
decl Float:maxdiff,Float:maxdiff2;
//vertical jump/failstats
if (IsFakeClient(client))
{
maxdiff = 2.0;
maxdiff2 = maxdiff * -1;
}
else
{
maxdiff = 1.82;
maxdiff2 = maxdiff * -1;
}
if (fGroundDiff2 > maxdiff || fGroundDiff2 < maxdiff2 || fGroundDiff != 0.0)
{
if (g_js_block_lj_valid[client])
{
decl String:sBlock[32];
Format(sBlock, 32, "%T", "LjBlock", client, GRAY,YELLOW,g_BlockDist[client],GRAY);
decl Float:fFailedDistance;
fFailedDistance = GetVectorDistance(g_js_fJump_JumpOff_Pos[client], g_fFailedLandingPos[client]) + 32.0;
Format(g_js_szLastJumpDistance[client], 256, "<font color='#948d8d'>Failed (%.3f)</font>", fFailedDistance);
PrintToConsole(client, "[FailStats] Block %i - Distance: %.4f, Pre %.3f, Max %.3f, Height %.1f, Sync %i%c, JumpOff Edge %.3f", g_BlockDist[client],fFailedDistance,g_js_fPreStrafe[client],g_js_fMax_Speed_Final[client],fJump_Height,sync,PERCENT,g_fEdgeDistJumpOff[client]);
PrintToConsole(client, "%s", szStrafeStats);
PrintToChat(client, "%t", "ClientLongJumpBlockFailstats", MOSSGREEN,WHITE,GRAY,GRAY,LIGHTBLUE,fFailedDistance,GRAY,LIGHTBLUE,strafes,GRAY, LIGHTBLUE,g_js_fPreStrafe[client], GRAY,LIGHTBLUE,g_js_fMax_Speed_Final[client],GRAY,LIGHTBLUE,fJump_Height,GRAY,LIGHTBLUE,sync,PERCENT,GRAY,LIGHTBLUE,g_fEdgeDistJumpOff[client],GRAY,sBlock);
PostThinkPost(client, ground_frames);
return;
}
Format(g_js_szLastJumpDistance[client], 256, "<font color='#948d8d'>vertical</font>");
PostThinkPost(client, ground_frames);
return;
}
decl String:sDirection[32];
//Get jump direction
if (g_fMovingDirection[client] > 0.75)
Format(sDirection, 32, "");
else
if (g_fMovingDirection[client] < -0.75)
Format(sDirection, 32, " (bw)");
else
Format(sDirection, 32, " (sw)");
//t00-b4d
if((g_js_fJump_Distance[client] < 150.0 && !g_bLadderJump[client]) || (g_bLadderJump[client] && g_js_fJump_Distance[client] < 40.0))
{
//multibhop count proforma
if (g_js_Last_Ground_Frames[client] < 11 && ground_frames < 11 && fGroundDiff == 0.0 && fJump_Height <= 67.0 && !g_js_bDropJump[client])
g_js_MultiBhop_Count[client]++;
else
g_js_MultiBhop_Count[client]=1;
if (fGroundDiff==0.0)
Format(g_js_szLastJumpDistance[client], 256, "<font color='#948d8d'>%.3f units%s</font>", g_js_fJump_Distance[client],sDirection);
else
Format(g_js_szLastJumpDistance[client], 256, "<font color='#948d8d'>vertical</font>");
PostThinkPost(client, ground_frames);
return;
}
//change BotName (szName) for jumpstats output
if (client == g_ProBot)
Format(szName,sizeof(szName), "%s (Pro Replay)", g_szReplayName);
if (client == g_TpBot)
Format(szName,sizeof(szName), "%s (TP Replay)", g_szReplayNameTp);
//invalid jump
if (g_fAirTime[client] > 0.83 && !IsFakeClient(client))
{
Format(g_js_szLastJumpDistance[client], 256, "<font color='#948d8d'>invalid</font>");
PostThinkPost(client, ground_frames);
return;
}
decl bool: ValidJump;
ValidJump=false;
//LadderJump
if (g_bLadderJump[client] && fGroundDiff == 0.0 && fJump_Height <= 75.0)
{
//block invalid bot distances (has something to do with the ground-detection of the replay bot) WORKAROUND
if ((IsFakeClient(client) && g_js_fJump_Distance[client] > (g_dist_god_ladder * 1.05)) || strafes > 20)
{
Format(g_js_szLastJumpDistance[client], 256, "<font color='#948d8d'>invalid</font>");
PostThinkPost(client, ground_frames);
return;
}
Format(g_js_szLastJumpDistance[client], 256, "<font color='#948d8d'>%.3f units%s</font>", g_js_fJump_Distance[client],sDirection);
if (g_js_fPersonal_LadderJump_Record[client] < g_js_fJump_Distance[client] && !IsFakeClient(client))
{
bPersonalBest = true;
Format(szPersonalBest, 32, "%T", "Jumpstats_PersonalBest",client,YELLOW);
}
//min
if (g_js_fJump_Distance[client] >= g_dist_min_ladder && g_js_fJump_Distance[client] < g_dist_perfect_ladder)
{
ValidJump = true;
Format(g_js_szLastJumpDistance[client], 256, "<font color='#676060'><b>%.3f units%s</b></font>", g_js_fJump_Distance[client],sDirection);
g_js_GODLIKE_Count[client]=0;
PrintToChat(client, "%t", "ClientLadderJump1",MOSSGREEN,WHITE, GRAY,g_js_fJump_Distance[client],LIMEGREEN, strafes, GRAY, LIMEGREEN, g_js_fPreStrafe[client], GRAY, LIMEGREEN,fJump_Height,GRAY, LIMEGREEN,sync,PERCENT,GRAY);
PrintToConsole(client, " ");
PrintToConsole(client, "[KZ] %s jumped %0.4f units with a LadderJump%s [%i Strafes | %.3f Pre | %.3f Max | Height %.1f | %i%c Sync]",szName, g_js_fJump_Distance[client],sDirection,strafes, g_js_fPreStrafe[client], g_js_fMax_Speed_Final[client],fJump_Height,sync,PERCENT);
PrintToConsole(client, "%s", szStrafeStats);
}
else
//perfect
if (g_js_fJump_Distance[client] >= g_dist_perfect_ladder && g_js_fJump_Distance[client] < g_dist_impressive_ladder)
{
ValidJump = true;
g_js_GODLIKE_Count[client]=0;
Format(g_js_szLastJumpDistance[client], 256, "<font color='#4B75BF'><b>%.3f units%s</b></font>", g_js_fJump_Distance[client],sDirection);
PrintToConsole(client, " ");
PrintToChat(client, "%t", "ClientLadderJump2",MOSSGREEN,WHITE,BLUE,GRAY,BLUE,g_js_fJump_Distance[client],GRAY,LIMEGREEN,strafes,GRAY,LIMEGREEN,g_js_fPreStrafe[client],GRAY,LIMEGREEN,g_js_fMax_Speed_Final[client],GRAY,LIMEGREEN, fJump_Height,GRAY,LIMEGREEN, sync,PERCENT,GRAY,szPersonalBest);
PrintToConsole(client, "[KZ] %s jumped %0.4f units with a LadderJump%s [%i Strafes | %.3f Pre | %.3f Max | Height %.1f | %i%c Sync]",szName, g_js_fJump_Distance[client],sDirection,strafes, g_js_fPreStrafe[client], g_js_fMax_Speed_Final[client],fJump_Height,sync,PERCENT);
PrintToConsole(client, "%s", szStrafeStats);
decl String:buffer[255];
Format(buffer, sizeof(buffer), "play %s", PERFECT_RELATIVE_SOUND_PATH);
if (g_EnableQuakeSounds[client] == 1)
ClientCommand(client, buffer);
PlayQuakeSound_Spec(client,buffer);
//all
if (!IsFakeClient(client))
for (new i = 1; i <= MaxClients; i++)
{
if (IsValidClient(i))
{
if (g_ColorChat[i] == 1 && i != client)
{
if (g_SpecTarget[i] == client && !IsPlayerAlive(i))
{
PrintToConsole(i, " ");
PrintToChat(i, "%t", "ClientLadderJump2",MOSSGREEN,WHITE,BLUE,GRAY,BLUE,g_js_fJump_Distance[client],GRAY,LIMEGREEN,strafes,GRAY,LIMEGREEN,g_js_fPreStrafe[client],GRAY,LIMEGREEN,g_js_fMax_Speed_Final[client],GRAY,LIMEGREEN, fJump_Height,GRAY,LIMEGREEN, sync,PERCENT,GRAY,szPersonalBest);
PrintToConsole(i, "[KZ] %s jumped %0.4f units with a LadderJump%s [%i Strafes | %.3f Pre | %.3f Max | Height %.1f | %i%c Sync]",szName, g_js_fJump_Distance[client],sDirection,strafes, g_js_fPreStrafe[client], g_js_fMax_Speed_Final[client],fJump_Height,sync,PERCENT);
PrintToConsole(i, "%s", szStrafeStats);
}
else
PrintToChat(i, "%t", "Jumpstats_LadderJumpAll",MOSSGREEN,WHITE,BLUE,szName, LIGHTBLUE,BLUE, g_js_fJump_Distance[client],LIGHTBLUE,BLUE,sDirection,szPersonalBest);
}
}
}
}
else
//impressive
if (g_js_fJump_Distance[client] >= g_dist_impressive_ladder && g_js_fJump_Distance[client] < g_dist_god_ladder)
{
ValidJump = true;
g_js_GODLIKE_Count[client]=0;
Format(g_js_szLastJumpDistance[client], 256, "<font color='#21982a'><b>%.3f units%s</b></font>", g_js_fJump_Distance[client],sDirection);
PrintToConsole(client, " ");
PrintToChat(client, "%t", "ClientLadderJump2",MOSSGREEN,WHITE,GREEN,GRAY,GREEN,g_js_fJump_Distance[client],GRAY,LIMEGREEN,strafes,GRAY,LIMEGREEN,g_js_fPreStrafe[client],GRAY,LIMEGREEN,g_js_fMax_Speed_Final[client],GRAY,LIMEGREEN, fJump_Height,GRAY,LIMEGREEN, sync,PERCENT,GRAY,szPersonalBest);
PrintToConsole(client, "[KZ] %s jumped %0.4f units with a LadderJump%s [%i Strafes | %.3f Pre | %.3f Max | Height %.1f | %i%c Sync]",szName, g_js_fJump_Distance[client],sDirection,strafes, g_js_fPreStrafe[client], g_js_fMax_Speed_Final[client],fJump_Height,sync,PERCENT);
PrintToConsole(client, "%s", szStrafeStats);
decl String:buffer[255];
Format(buffer, sizeof(buffer), "play %s", IMPRESSIVE_RELATIVE_SOUND_PATH);
if (g_EnableQuakeSounds[client] == 1)
ClientCommand(client, buffer);
PlayQuakeSound_Spec(client,buffer);
//all
if (!IsFakeClient(client))
for (new i = 1; i <= MaxClients; i++)
{
if (IsValidClient(i))
{
if (g_ColorChat[i] == 1 && i != client)
{
if (g_SpecTarget[i] == client && !IsPlayerAlive(i))
{
PrintToConsole(i, " ");
PrintToChat(i, "%t", "ClientLadderJump2",MOSSGREEN,WHITE,GREEN,GRAY,GREEN,g_js_fJump_Distance[client],GRAY,LIMEGREEN,strafes,GRAY,LIMEGREEN,g_js_fPreStrafe[client],GRAY,LIMEGREEN,g_js_fMax_Speed_Final[client],GRAY,LIMEGREEN, fJump_Height,GRAY,LIMEGREEN, sync,PERCENT,GRAY,szPersonalBest);
PrintToConsole(i, "[KZ] %s jumped %0.4f units with a LadderJump%s [%i Strafes | %.3f Pre | %.3f Max | Height %.1f | %i%c Sync]",szName, g_js_fJump_Distance[client],sDirection,strafes, g_js_fPreStrafe[client], g_js_fMax_Speed_Final[client],fJump_Height,sync,PERCENT);
PrintToConsole(i, "%s", szStrafeStats);
}
else
PrintToChat(i, "%t", "Jumpstats_LadderJumpAll",MOSSGREEN,WHITE,GREEN,szName, MOSSGREEN,GREEN, g_js_fJump_Distance[client],MOSSGREEN,GREEN,sDirection,szPersonalBest);
}
}
}
}
//godlike
else
if (g_js_fJump_Distance[client] >= g_dist_god_ladder)
{
// strafe hack protection
if (strafes < 3)
{
Format(g_js_szLastJumpDistance[client], 256, "<font color='#948d8d'>invalid</font>");
PostThinkPost(client, ground_frames);
return;
}
ValidJump = true;
Format(g_js_szLastJumpDistance[client], 256, "<font color='#9a0909'><b>%.3f units%s</b></font>", g_js_fJump_Distance[client],sDirection);
g_js_GODLIKE_Count[client]++;
//Client
PrintToConsole(client, " ");
PrintToChat(client, "%t", "ClientLadderJump2",MOSSGREEN,WHITE,DARKRED,GRAY,DARKRED,g_js_fJump_Distance[client],GRAY,LIMEGREEN,strafes,GRAY,LIMEGREEN,g_js_fPreStrafe[client],GRAY,LIMEGREEN, g_js_fMax_Speed_Final[client],GRAY,LIMEGREEN,fJump_Height,GRAY, LIMEGREEN, sync,PERCENT,GRAY,szPersonalBest);
PrintToConsole(client, "[KZ] %s jumped %0.4f units with a LadderJump%s [%i Strafes | %.3f Pre | %.3f Max | Height %.1f | %i%c Sync]",szName, g_js_fJump_Distance[client],sDirection,strafes, g_js_fPreStrafe[client], g_js_fMax_Speed_Final[client],fJump_Height,sync,PERCENT);
PrintToConsole(client, "%s", szStrafeStats);
if (g_js_GODLIKE_Count[client]==3)
PrintToChat(client, "%t", "Jumpstats_OnRampage",MOSSGREEN,WHITE,YELLOW,szName);
else
if (g_js_GODLIKE_Count[client]==5)
PrintToChat(client, "%t", "Jumpstats_IsDominating",MOSSGREEN,WHITE,YELLOW,szName);
//all
if (!IsFakeClient(client))
for (new i = 1; i <= MaxClients; i++)
{
if (IsValidClient(i))
{
if (g_ColorChat[i] == 1 && i != client)
{
if (g_SpecTarget[i] == client && !IsPlayerAlive(i))
{
PrintToConsole(i, " ");
PrintToChat(i, "%t", "ClientLadderJump2",MOSSGREEN,WHITE,DARKRED,GRAY,DARKRED,g_js_fJump_Distance[client],GRAY,LIMEGREEN,strafes,GRAY,LIMEGREEN,g_js_fPreStrafe[client],GRAY,LIMEGREEN, g_js_fMax_Speed_Final[client],GRAY,LIMEGREEN,fJump_Height,GRAY, LIMEGREEN, sync,PERCENT,GRAY,szPersonalBest);
PrintToConsole(i, "[KZ] %s jumped %0.4f units with a LadderJump%s [%i Strafes | %.3f Pre | %.3f Max | Height %.1f | %i%c Sync]",szName, g_js_fJump_Distance[client],sDirection,strafes, g_js_fPreStrafe[client], g_js_fMax_Speed_Final[client],fJump_Height,sync,PERCENT);
PrintToConsole(i, "%s", szStrafeStats);
}
else
PrintToChat(i, "%t", "Jumpstats_LadderJumpAll",MOSSGREEN,WHITE,DARKRED,szName, RED,DARKRED, g_js_fJump_Distance[client], RED,DARKRED,sDirection,szPersonalBest);
if (g_js_GODLIKE_Count[client]==3)
PrintToChat(i, "%t", "Jumpstats_OnRampage",MOSSGREEN,WHITE,YELLOW,szName);
else
if (g_js_GODLIKE_Count[client]==5)
PrintToChat(i, "%t", "Jumpstats_IsDominating",MOSSGREEN,WHITE,YELLOW,szName);
}
}
}
PlayLeetJumpSound(client);
if (g_js_GODLIKE_Count[client] != 3 && g_js_GODLIKE_Count[client] != 5)
{
decl String:buffer[255];
Format(buffer, sizeof(buffer), "play %s", GODLIKE_RELATIVE_SOUND_PATH);
PlayQuakeSound_Spec(client,buffer);
}
}
else
g_js_GODLIKE_Count[client]=0;
//strafesync chat
if (g_bStrafeSync[client] && g_js_fJump_Distance[client] >= g_dist_min_ladder)
PrintToChat(client,"%s", szStrafeSync);
//new best
if (bPersonalBest && ValidJump)
{
if (g_js_fPersonal_LadderJump_Record[client] > 0.0)
PrintToChat(client, "%t", "Jumpstats_BeatLadderJumpBest",MOSSGREEN,WHITE,YELLOW, g_js_fJump_Distance[client]);
g_js_fPersonal_LadderJump_Record[client] = g_js_fJump_Distance[client];
db_updateLadderJumpRecord(client);
}
}
//Chat Output
//LongJump
if (!g_bCountJump[client] && !g_bLadderJump[client] && ground_frames > 11 && fGroundDiff == 0.0 && fJump_Height <= 67.0 && g_js_fJump_Distance[client] < 300.0 && g_js_fMax_Speed_Final[client] > 200.0)
{
if (g_bPreStrafe && !IsFakeClient(client))
{
if ((g_Server_Tickrate == 64 && strafes < 4 && g_js_fJump_Distance[client] > 265.0) || (g_Server_Tickrate == 102 && strafes < 4 && g_js_fJump_Distance[client] > 270.0) || (g_Server_Tickrate == 128 && strafes < 4 && g_js_fJump_Distance[client] > 275.0))
{
Format(g_js_szLastJumpDistance[client], 256, "<font color='#948d8d'>invalid</font>");
PostThinkPost(client, ground_frames);
return;
}
}
else
{
if ((g_Server_Tickrate == 64 && strafes < 4 && g_js_fJump_Distance[client] > 250.0) || (g_Server_Tickrate == 102 && strafes < 4 && g_js_fJump_Distance[client] > 255.0) || (g_Server_Tickrate == 128 && strafes < 4 && g_js_fJump_Distance[client] > 260.0))
{
Format(g_js_szLastJumpDistance[client], 256, "<font color='#948d8d'>invalid</font>");
PostThinkPost(client, ground_frames);
return;
}
}
if (strafes > 20 || g_bTouchedBooster[client])
{
Format(g_js_szLastJumpDistance[client], 256, "<font color='#948d8d'>invalid</font>");
PostThinkPost(client, ground_frames);
return;
}
///
//block invalid bot distances (has something to do with the ground-detection of the replay bot) WORKAROUND
if (IsFakeClient(client) && g_js_fJump_Distance[client] > (g_dist_god_lj * 1.025))
{
Format(g_js_szLastJumpDistance[client], 256, "<font color='#948d8d'>invalid</font>");
PostThinkPost(client, ground_frames);
return;
}
if (g_js_fPreStrafe[client] > 276.9 || g_js_fPreStrafe[client] < 200.0)
{
if (g_js_fPreStrafe[client] < 200.0)
Format(g_js_szLastJumpDistance[client], 256, "<font color='#948d8d'>%.3f units%s</font>", g_js_fJump_Distance[client],sDirection);
else
Format(g_js_szLastJumpDistance[client], 256, "<font color='#948d8d'>invalid</font>");
PostThinkPost(client, ground_frames);
return;
}
decl Float:temp[3];
decl bool:ljblock;
ljblock=false;
//decl Float:LandingEdge;
decl String:sBlockDist[32];
Format(sBlockDist, 32, "");
decl String:sBlockDistCon[32];
Format(sBlockDistCon, 32, "");
if(g_bLJBlock[client] && g_BlockDist[client] > 225 && g_js_fJump_Distance[client] >= float(g_BlockDist[client]))
{
if (g_js_block_lj_valid[client])
{
if (g_js_block_lj_jumpoff_pos[client])
{
if (IsCoordInBlockPoint(g_js_fJump_Landing_Pos[client],g_fOriginBlock[client],true))
{
GetEdgeOrigin1(client, g_fLastPosition[client], temp);
//LandingEdge = GetVectorDistance(temp, g_fLastPosition[client]);
Format(sBlockDist, 32, "%T", "LjBlock", client,GRAY,YELLOW,g_BlockDist[client],GRAY);
Format(sBlockDistCon, 32, " [%i block]", g_BlockDist[client]);
ljblock=true;
}