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3DTryg - Remastered
Включает профессиональные функции для управления (координаты / вращения / векторы / дуги / области / смещение), поддерживаемые (2D / 3D)
Видео:
- Knife Shoot
- EngineV6
- EngineX
- Missile Launch
- Vehicle Missile Launch (ColAndreas Version)
- GetGroundRotation
- GetPlayerCollisionFlags (ColAndreas)
- Marica Mortar V1
- Heavy Marica Mortar
- Acid Renia (FCNPC)
- Beta Interceptor (FCNPC)
- GoToPlayerOnGroundCol (FCNPC)
- IsElementOnPlayerScreen (ColAndreas)
- Arc Points
- Missile Launcher Aim Player
- GetRandomPointOnSphericalSector
- Vehicle Missile Congreve Rocket
- Magic Wand
- Vehicle Parachute
- Portal Gun #1
- Portal Gun #2
- Marica Mortar V2
- Stingers (Cops and Robbers)
- NPC Driver Eye
- PET SAR v1.0
- Vehicle Speed Control
- Prototype Grenade Detection
Код:
Library: 3DTryg.inc
Copyright © 2021 Abyss Morgan. All rights reserved.
Contributors: Nero_3D (Shisk), Crayder, IllidanS4, RyDeR, Zoutdaxv, hesambia, Neil Lamoureux, Ivan_Ino, Ralfie, Unrea1, $continue$, Switel12, Mr.Reus
Website: N/A
Plugins: ColAndreas, Streamer, FCNPC, YSF
Internal Modules: Player, Vehicle, Actor, VehicleCollision, PlayerCollision, ActorCollision, GrenadeDetection, Universal, Draw3D, Cast3D, CatchItems
Platforms:
- SA:MP 0.3.7
- SA:MP 0.3 DL
File Version:
- Gen. 2 v1.0.0
Plugin Versions:
- ColAndreas Version: 1.5.0
- YSF Version: R19 (kurta999)
- Streamer Version: 2.9.5
- FCNPC Version: 2.0.0
Foreach Types:
- FoxForeach
- StandaloneForeach
- YSI Foreach
- GetPlayerPoolSize
Compiler Options:
- TRYG3D_DISABLE_INIT //Use before 3DTryg.inc for disable ColAndreas Auto Init
- TRYG3D_ENABLE_PLAYER //Use before 3DTryg.inc for enable Player Module
- TRYG3D_ENABLE_VEHICLE //Use before 3DTryg.inc for enable Module
- TRYG3D_ENABLE_ACTOR //Use before 3DTryg.inc for enable Module
- TRYG3D_ENABLE_GRENADEDETECTION //Use before 3DTryg.inc for enable Module
- TRYG3D_ENABLE_VEHICLECOL //Use before 3DTryg.inc for enable Module
- TRYG3D_ENABLE_PLAYERCOL //Use before 3DTryg.inc for enable Module
- TRYG3D_ENABLE_ACTORCOL //Use before 3DTryg.inc for enable Module
- TRYG3D_ENABLE_UNIVERSAL //Use before 3DTryg.inc for enable Module
- TRYG3D_ENABLE_DRAW3D //Use before 3DTryg.inc for enable Draw3D Module
- TRYG3D_ENABLE_CAST3D //Use before 3DTryg.inc for enable Cast3D Module
- TRYG3D_ENABLE_CATCHITEMS //Use before 3DTryg.inc for enable CatchItems Module
- TRYG3D_ENABLE_COLANDREAS //Use before 3DTryg.inc for enable ColAndreas Plugin Module
- TRYG3D_ENABLE_STREAMER //Use before 3DTryg.inc for enable Streamer Plugin Module
- TRYG3D_ENABLE_FCNPC //Use before 3DTryg.inc for enable FCNPC Plugin Module
- TRYG3D_ENABLE_YSF //Use before 3DTryg.inc for enable YSF Plugin Module
# Complementary Functions
Float: sqrtN(Float:value, Float:exponent);
abs(value);
Float: fabs(Float:value);
power(value, Float:exponent);
bool: IsEven(value);
# Internal Functions
Float: Tryg3D::RandomFloat(const Float:min, const Float:max, accuracy = TRYG3D_DEFAULT_RANDOM_ACCURACY);
Float: Tryg3D::RandomFloatEx(const Float:min, const Float:max, accuracy = TRYG3D_DEFAULT_RANDOM_ACCURACY);
Tryg3D::RandomInteger(const min, const max);
Float: Tryg3D::CalculatePercent(const Float:value, const Float:maxvalue);
Float: Tryg3D::CompressRotation(const Float:rotation);
Float: Tryg3D::DeCompressRotation(Float:rotation);
Tryg3D::SwapInt(&variable1, &variable2);
Tryg3D::SwapFloat(&Float:variable1, &Float:variable2);
Tryg3D::RecoilVector(&Float:vx, &Float:vy, &Float:vz, const Float:sx, const Float:sy, const Float:sz);
Float: Tryg3D::NormalizeVector(&Float:x, &Float:y, &Float:z = 0.0);
Float: Tryg3D::SingleClock(max_items,index);
Float: Tryg3D::EvenClock(max_items,index);
Float: Tryg3D::UnevenClock(max_items,index);
Tryg3D::NLTZ(value);
Tryg3D::NMTZ(value);
Float: Tryg3D::NLTZF(Float:value);
Float: Tryg3D::NMTZF(Float:value);
Tryg3D::NLTV(value, min);
Tryg3D::NMTV(value, max);
Float: Tryg3D::NLTVF(Float:value, Float:min);
Float: Tryg3D::NMTVF(Float:value, Float:max);
Tryg3D::GetWeaponDamage(weaponid);
bool: Tryg3D::RotationInRange(const Float:rotation, Float:min, Float:max);
Float: Tryg3D::RoundAccuracy(Float:value);
Tryg3D::AppendLineArguments2D(Float:line[2], Float:x, Float:y);
Tryg3D::AppendLineArguments3D(Float:line[3], Float:x, Float:y, Float:z);
Tryg3D::DivideValues(denominator, &Float:x, &Float:y, &Float:z);
Float: Tryg3D::RecoilFloat(Float:value, Float:recoil);
Tryg3D::SetStreamDistance(const Float:streamdistance);
Float: Tryg3D::GetStreamDistance();
Tryg3D::KeyPressed(key);
Tryg3D::KeyReleased(key);
Tryg3D::KeyHolding(key);
Tryg3D::SecToTimeDay(seconds); //%d:%02d:%02d:%02d
Tryg3D::MSToTimeDay(milliseconds); //%d:%02d:%02d:%02d
Tryg3D::SecToTime(seconds); //%02d:%02d:%02d
Tryg3D::MSToTime(milliseconds); //%02d:%02d:%02d
Tryg3D::SecToTimeMini(seconds); //%02d:%02d
Tryg3D::MSToTimeMini(milliseconds); //%02d:%02d
# Quaternion Functions
Tryg3D::EulerToQuat(Float:rx, Float:ry, Float:rz, &Float:qw, &Float:qx, &Float:qy, &Float:qz);
Tryg3D::QuatToEuler(&Float:rx, &Float:ry, &Float:rz, Float:qw, Float:qx, Float:qy, Float:qz);
Tryg3D::GetRotationMatrixEuler(Float:matrix[][], const Float:rx, const Float:ry, const Float:rz);
Tryg3D::GetRotationMatrixEulerEx(Float:matrix[][], const Float:rx, const Float:ry, const Float:rz, const EulerModes: mode = T3D:euler_default);
Tryg3D::MatrixRotate(const Float:matrix[][], const Float:oX, const Float:oY, const Float:oZ, &Float:x, &Float:y, &Float:z);
Tryg3D::MatrixRotateReverse(const Float:matrix[][], const Float:oX, const Float:oY, const Float:oZ, &Float:x, &Float:y, &Float:z);
Tryg3D::GetQuatFromEuler(Float:rx, Float:ry, Float:rz, &Float:qw, &Float:qx, &Float:qy, &Float:qz, EulerModes: mode = T3D:euler_default);
Tryg3D::QuatRotate(const Float:qw, const Float:qx, const Float:qy, const Float:qz, const Float:oX, const Float:oY, const Float:oZ, &Float:tx, &Float:ty, &Float:tz);
Tryg3D::EulerRotate(Float:rx, Float:ry, Float:rz, Float:oX, Float:oY, Float:oZ, &Float:tx,&Float:ty,&Float:tz);
Tryg3D::EulerRotateEx(Float:rx, Float:ry, Float:rz, Float:oX, Float:oY, Float:oZ, &Float:tx, &Float:ty, &Float:tz, EulerModes: mode = T3D:euler_default);
Tryg3D::GetQuatUpVector(const Float:qw, const Float:qx, const Float:qy, const Float:qz, &Float:vx, &Float:vy, &Float:vz);
# Screen Functions
Tryg3D::NormCrossProduct(&Float:x, &Float:y, &Float:z, Float:v1x, Float:v1y, Float:v1z, Float:v2x, Float:v2y, Float:v2z);
Tryg3D::ScreenToWorld(const playerid, const Float:screenX, const Float:screenY, &Float:vX, &Float:vY, &Float:vZ);
Tryg3D::WorldToScreen(const playerid, Float:x, Float:y, Float:z, &Float:screenX, &Float:screenY);
Tryg3D::ScreenToWorldCol(const playerid, const Float:distance, const Float:screenX, const Float:screenY, &Float:wX, &Float:wY, &Float:wZ);
# General Functions
Float: Tryg3D::GetDistance1D(const Float:x1, const Float:x2);
Float: Tryg3D::GetDistance2D(const Float:x1, const Float:y1, const Float:x2, const Float:y2);
Float: Tryg3D::GetDistance3D(const Float:x1, const Float:y1, const Float:z1, const Float:x2, const Float:y2, const Float:z2);
bool: Tryg3D::IsPolygonClosed(const Float:points[], const max_points = sizeof(points));
bool: Tryg3D::IsValidPolygon(const Float:points[], const max_points = sizeof(points));
ElementOrientation: Tryg3D::GetOrientation(Float:angle);
bool: Tryg3D::GetOrientationName(orientation_name[], const Float:angle, bool:as_compass = false, const maxdest = sizeof(orientation_name));
Float: Tryg3D::GetEllipseRadius(const Float:x, const Float:y, const Float:angle);
Float: Tryg3D::GetLineSize2D(const Float:points[][2], const max_points = sizeof(points));
Float: Tryg3D::GetLineSize3D(const Float:points[][3], const max_points = sizeof(points));
Tryg3D::GetRotationFor2Point2D(const Float:x, const Float:y, const Float:tx, const Float:ty, &Float:rz);
Tryg3D::GetPointInFront2D(const Float:x, const Float:y, const Float:rz, const Float:radius, &Float:tx, &Float:ty);
Tryg3D::GetPointInFront3D(const Float:x, const Float:y, const Float:z, const Float:rx, const Float:rz, const Float:radius, &Float:tx, &Float:ty, &Float:tz);
Tryg3D::GetRotationFor2Point3D(const Float:x, const Float:y, const Float:z, const Float:tx, const Float:ty, const Float:tz, &Float:rx, &Float:rz);
Tryg3D::GetPointInFront3DEx(const Float:x, const Float:y, const Float:z, const Float:rx, const Float:ry, const Float:rz, const Float:radius, &Float:tx, &Float:ty, &Float:tz);
Tryg3D::GetPointFor2Point2D(const Float:x1, const Float:y1, const Float:x2, const Float:y2, const Float:percent_size, &Float:tx, &Float:ty);
Tryg3D::GetPointFor2Point3D(const Float:x1, const Float:y1, const Float:z1, const Float:x2, const Float:y2, const Float:z2, const Float:percent_size, &Float:tx, &Float:ty, &Float:tz);
Tryg3D::GetPointFor2Point2DEx(const Float:x1, const Float:y1, const Float:x2, const Float:y2, const Float:distance, &Float:tx, &Float:ty);
Tryg3D::GetPointFor2Point3DEx(const Float:x1, const Float:y1, const Float:z1, const Float:x2, const Float:y2, const Float:z2, const Float:distance, &Float:tx, &Float:ty, &Float:tz);
Float: Tryg3D::GetDistancePointToLine(const Float:px, const Float:py, const Float:pz, const Float:sX, const Float:sY, const Float:sZ, const Float:eX, const Float:eY, const Float:eZ, &Float:iX = 0.0, &Float:iY = 0.0, &Float:iZ = 0.0);
Float: Tryg3D::GetDistancePointToLineEx(const Float:px, const Float:py, const Float:pz, const Float:sX, const Float:sY, const Float:sZ, const Float:eX, const Float:eY, const Float:eZ, &Float:iX = 0.0, &Float:iY = 0.0, &Float:iZ = 0.0);
Tryg3D::GetNearest2DPointOnPolygon(const Float:polygon_points[], const Float:x, const Float:y, &Float:tx, &Float:ty, const max_points = sizeof(polygon_points));
Float: Tryg3D::GetLineCosTheta2D(const Float:StartLine1[2], const Float:EndLine1[2], const Float:StartLine2[2], const Float:EndLine2[2]);
Float: Tryg3D::GetLineCosTheta3D(const Float:StartLine1[3], const Float:EndLine1[3], const Float:StartLine2[3], const Float:EndLine2[3]);
bool: Tryg3D::IsLinesParallel2D(const Float:StartLine1[2], const Float:EndLine1[2], const Float:StartLine2[2], const Float:EndLine2[2]);
bool: Tryg3D::IsLinesParallel3D(const Float:StartLine1[3], const Float:EndLine1[3], const Float:StartLine2[3], const Float:EndLine2[3]);
bool: Tryg3D::IsLinesPerpendicular2D(const Float:StartLine1[2], const Float:EndLine1[2], const Float:StartLine2[2], const Float:EndLine2[2]);
bool: Tryg3D::IsLinesPerpendicular3D(const Float:StartLine1[3], const Float:EndLine1[3], const Float:StartLine2[3], const Float:EndLine2[3]);
bool: Tryg3D::IsPointBetween2Points2D(const Float:px, const Float:py, const Float:x1, const Float:y1, const Float:x2, const Float:y2);
bool: Tryg3D::IsPointBetween2Points3D(const Float:px, const Float:py, const Float:pz, const Float:x1, const Float:y1, const Float:z1, const Float:x2, const Float:y2, const Float:z2);
Tryg3D::GetGangZone(const Float:x, const Float:y, const Float:radius, &Float:minx, &Float:miny, &Float:maxx, &Float:maxy);
bool: Tryg3D::IsProbable(const Float:chance, const accuracy = TRYG3D_DEFAULT_RANDOM_ACCURACY);
Tryg3D::RandomItemFromArray(const items[][LootArray], const max_items = sizeof(items), const accuracy = TRYG3D_DEFAULT_RANDOM_ACCURACY);
Tryg3D::GetWeaponShotPos(playerid, hittype, &Float:fx, &Float:fy, &Float:fz);
# Converter Functions
Float: Tryg3D::ShiftDegreeToRadian(const Float:value);
Float: Tryg3D::ShiftDegreeToRadianEx(const Float:value);
Float: Tryg3D::ShiftDegreeToGrades(const Float:value);
Float: Tryg3D::ShiftRadianToDegree(const Float:value);
Float: Tryg3D::ShiftRadianToDegreeEx(const Float:value);
Float: Tryg3D::ShiftRadianToGrades(const Float:value);
Float: Tryg3D::ShiftGradesToDegree(const Float:value);
Float: Tryg3D::ShiftGradesToRadian(const Float:value);
Tryg3D::ShiftRotationToVector(const Float:rx, const Float:rz, &Float:vx, &Float:vy, &Float:vz);
Tryg3D::ShiftVectorToRotation(const Float:vx, const Float:vy, const Float:vz, &Float:rx, &Float:rz);
bool: Tryg3D::ShiftVectorRotation(const Float:x, const Float:y, const Float:z, const Float:rx, const Float:ry, const Float:rz, &Float:tx, &Float:ty, &Float:tz);
Tryg3D::ShiftOffsetToPosition(const Float:x, const Float:y, const Float:z, Float:rx, Float:ry, Float:rz, const Float:offset_x, const Float:offset_y, const Float:offset_z, &Float:tx, &Float:ty, &Float:tz);
Tryg3D::ShiftPositionToOffset(const Float:x, const Float:y, const Float:z, const Float:rx, const Float:ry, const Float:rz, &Float:offset_x, &Float:offset_y, &Float:offset_z, const Float:tx, const Float:ty, const Float:tz);
Tryg3D::ShiftLineRotation(const Float:sX, const Float:sY, const Float:sZ, Float:eX, Float:eY, Float:eZ, const Float:rx, const Float:ry, const Float:rz, &Float:nX, &Float:nY, &Float:nZ);
bool: Tryg3D::ShiftLineRotationVector(const Float:sX, const Float:sY, const Float:sZ, Float:eX, Float:eY, Float:eZ, const Float:rx, const Float:ry, const Float:rz, &Float:nX, &Float:nY, &Float:nZ);
Tryg3D::ShiftSpeedToMoveTime(const Float:x, const Float:y, const Float:z, const Float:tx, const Float:ty, const Float:tz, const Float:speed);
Float: Tryg3D::ShiftMoveTimeToSpeed(const Float:x, const Float:y, const Float:z, const Float:tx, const Float:ty, const Float:tz, const movement_time);
# Extended Functions
bool: Tryg3D::IsPointToPointVector(const Float:x, const Float:y, const Float:z, const Float:tx, const Float:ty, const Float:tz, &Float:vx, &Float:vy, &Float:vz);
Tryg3D::GetArcPoints3D(const Float:x, const Float:y, const Float:z, const Float:tx, const Float:ty, const Float:tz, Float:ry, const Float:height, Float:points[][3], const max_points = sizeof(points));
Tryg3D::GetCube3DPoint(const OrientationCube3D:orientation, const Float:x, const Float:y, const Float:z, const Float:rx, const Float:ry, const Float:rz, const Float:size_x, const Float:size_y, const Float:size_z, &Float:tx, &Float:ty, &Float:tz);
# ColAndreas Functions
Tryg3D::IsColAndreasInit();
Tryg3D::SafeColAndreasInit();
Tryg3D::IsCollisionFlag(const value, const flag);
Tryg3D::IsPointInUnderwater(const Float:x, const Float:y, const Float:z);
Tryg3D::FindGroundZ(const Float:x, const Float:y, const Float:z, &Float:gZ);
Tryg3D::MovePointCol(const Float:StartX, const Float:StartY, const Float:StartZ, const Float:EndX, const Float:EndY, const Float:EndZ, &Float:x, &Float:y, &Float:z);
Tryg3D::MovePointColCutLine(const Float:sX, const Float:sY, const Float:sZ, const Float:eX, const Float:eY, const Float:eZ, &Float:x, &Float:y, &Float:z, const Float:cut_size = 0.0);
Tryg3D::GetPointInFront3DCol(const Float:x, const Float:y, const Float:z, const Float:rx, const Float:rz, const Float:radius, &Float:tx, &Float:ty, &Float:tz);
Tryg3D::GetPointInFront3DColEx(const Float:x, const Float:y, const Float:z, const Float:rx, const Float:ry, const Float:rz, const Float:radius, &Float:tx, &Float:ty, &Float:tz);
Float: Tryg3D::GetPointInFrontOfPlayerCol(const playerid, &Float:tx, &Float:ty, const Float:radius);
Float: Tryg3D::GetPointInFrontOfCamera2DCol(const playerid, &Float:tx, &Float:ty, const Float:radius);
Tryg3D::GetPointInFrontOfCamera3DCol(const playerid, &Float:tx, &Float:ty, &Float:tz, const Float:radius, &Float:rx = 0.0, &Float:rz = 0.0);
Tryg3D::GetPointInFrontOfVehicleCol(const vehicleid, &Float:tx, &Float:ty, &Float:tz, const Float:radius, &Float:rx = 0.0, &Float:rz = 0.0);
Tryg3D::UndergroundFindZ(const Float:x, const Float:y, &Float:z);
Tryg3D::InteriorFindZ(const Float:px, const Float:py, const Float:pz, const Float:size = 2.0, &Float:z = 0.0);
bool: Tryg3D::IsPointInWater(const Float:x, const Float:y, const Float:z = 0.0);
bool: Tryg3D::IsPointInUnderground(const Float:x, const Float:y, const Float:z);
bool: Tryg3D::IsPointInAir(const Float:x, const Float:y, const Float:z, const bool:interior = false, const Float:max_distance = 2.2);
bool: Tryg3D::IsPointInGround(const Float:x, const Float:y, const Float:z, const bool:interior = false, const Float:max_distance = 2.2);
Tryg3D::GetPointCollisionFlags(const Float:x, const Float:y, const Float:z, const interiorid = 0);
Tryg3D::IsBetweenPlayersIsWall(const playerid, const targetid);
Tryg3D::IsBetweenPlayerToPointIsWall(const playerid, const Float:x, const Float:y, const Float:z);
bool: Tryg3D::GetPointInWallForPoint(const Float:x, const Float:y, const Float:z, const Float:radius, &Float:tx, &Float:ty, &Float:tz, const Float:sector = 90.0);
Tryg3D::SetCameraDirectionLookAt(const playerid, const Float:x, const Float:y, const Float:z, const Float:distance = 5.0, const Float:rx = 20.0, const Float:sector = 90.0);
bool: Tryg3D::CollisionCheck(const Float:StartX, const Float:StartY, const Float:StartZ, const Float:EndX, const Float:EndY, const Float:EndZ, &Float:x, &Float:y, &Float:z, &Item3D:item_type = Item3D:0, &element_id = 0, const Float:cut_size = 0.0, const ignore_vehicle = INVALID_VEHICLE_ID, const ignore_player = INVALID_PLAYER_ID, const ignore_actor = INVALID_ACTOR_ID, const collision_flags = TRYG3D_COLLISION_FLAG_ALL);
bool: Tryg3D::GetWallRotation(const Float:sx, const Float:sy, const Float:sz, const Float:ex, const Float:ey, const Float:ez, &Float:rx, &Float:rz, &Float:px = 0.0, &Float:py = 0.0, &Float:pz = 0.0, const Float:size = 1.0, const Float:cut_size = 0.0);
Tryg3D::GetGroundRotation(const Float:x, const Float:y, const Float:size, &Float:rx, &Float:ry);
bool: Tryg3D::IsPointInWaterFrontOfPlayer(const playerid, const Float:radius);
bool: Tryg3D::IsPointInSphericalSectorEx(const Float:px, const Float:py, const Float:pz, const Float:x, const Float:y, const Float:z, const Float:rx, const Float:rz, const Float:radius, const Float:vrx, const Float:vrz, const ignore_vehicle = INVALID_VEHICLE_ID, const ignore_player = INVALID_PLAYER_ID, const ignore_actor = INVALID_ACTOR_ID, const collision_flags = TRYG3D_COLLISION_FLAG_OBJECT);
# ColAndreas Callbacks
OnColAndreasRemoveBuilding();
OnColAndreasInitSuccess();
OnColAndreasInitFail();
# Area Functions
bool: Tryg3D::IsPointInCylinder3D(const Float:px, const Float:py, const Float:pz, const Float:xA, const Float:yA, const Float:zA, const Float:xB, const Float:yB, const Float:zB, const Float:radius);
bool: Tryg3D::IsPointInCube(const Float:px, const Float:py, const Float:pz, const Float:minx, const Float:miny, const Float:minz, const Float:maxx, const Float:maxy, const Float:maxz);
bool: Tryg3D::IsPointInCube3D(const Float:px, const Float:py, const Float:pz, const Float:x, const Float:y, const Float:z, const Float:rx, const Float:ry, const Float:rz, Float:size_x, Float:size_y, Float:size_z);
bool: Tryg3D::IsPointInCone3D(const Float:px, const Float:py, const Float:pz, const Float:xA, const Float:yA, const Float:zA, const Float:xB, const Float:yB, const Float:zB, const Float:radius_a, const Float:radius_b);
bool: Tryg3D::IsPointInCircularSector(const Float:px, const Float:py, const Float:x, const Float:y, Float:rz, const Float:radius, Float:view_angle);
bool: Tryg3D::IsPointInSphericalSector(const Float:px, const Float:py, const Float:pz, const Float:x, const Float:y, const Float:z, const Float:rx, const Float:rz, const Float:radius, const Float:vrx, const Float:vrz);
bool: Tryg3D::IsPointInEllipse(const Float:px, const Float:py, const Float:cx, const Float:cy, const Float:size_x, const Float:size_y);
bool: Tryg3D::IsPointInEllipticalCylinder(const Float:px, const Float:py, const Float:pz, const Float:cx, const Float:cy, const Float:minz, const Float:maxz, const Float:size_x, const Float:size_y);
bool: Tryg3D::IsPointInPolygon(const Float:x, const Float:y, const Float:points[], const max_points = sizeof(points));
bool: Tryg3D::IsPointInCylinder2D(const Float:px, const Float:py, const Float:pz, const Float:x, const Float:y, const Float:minz, const Float:maxz, const Float:radius);
bool: Tryg3D::IsPointInCone2D(const Float:px, const Float:py, const Float:pz, const Float:x, const Float:y, const Float:minz, const Float:maxz, const Float:radius_a, const Float:radius_b);
bool: Tryg3D::IsPointInCircle(const Float:px, const Float:py, const Float:x, const Float:y, const Float:radius);
bool: Tryg3D::IsPointInSphere(const Float:px, const Float:py, const Float:pz, const Float:x, const Float:y, const Float:z, const Float:radius);
bool: Tryg3D::IsPointInRectangle(const Float:px, const Float:py, const Float:minx, const Float:miny, const Float:maxx, const Float:maxy);
# Random Functions
Tryg3D::GetRandomHit(const Float:x, const Float:y, const Float:z, const range, &Float:tx, &Float:ty, &Float:tz);
Tryg3D::GetPointInCircle(const Float:x, const Float:y, const Float:radius, &Float:tx, &Float:ty);
Tryg3D::GetPointInCylinder2D(const Float:x, const Float:y, const Float:minz, const Float:maxz, const Float:radius, &Float:tx, &Float:ty, &Float:tz);
bool: Tryg3D::GetPointInCylinder3D(const Float:xA, const Float:yA, const Float:zA, const Float:xB, const Float:yB, const Float:zB, const Float:radius, &Float:tx, &Float:ty, &Float:tz);
Tryg3D::GetPointInSphere(const Float:x, const Float:y, const Float:z, const Float:radius, &Float:tx, &Float:ty, &Float:tz);
Tryg3D::GetPointInRectangle(const Float:minx, const Float:miny, const Float:maxx, const Float:maxy, &Float:tx, &Float:ty);
Tryg3D::GetPointInCube(const Float:minx, const Float:miny, const Float:minz, const Float:maxx, const Float:maxy, const Float:maxz, &Float:tx, &Float:ty, &Float:tz);
Tryg3D::GetPointInCube3D(const Float:x, const Float:y, const Float:z, const Float:rx, const Float:ry, const Float:rz, Float:size_x, Float:size_y, Float:size_z, &Float:tx, &Float:ty, &Float:tz);
Tryg3D::GetPointInCone2D(const Float:x, const Float:y, const Float:minz, const Float:maxz, const Float:radius_a, const Float:radius_b, &Float:tx, &Float:ty, &Float:tz);
Tryg3D::GetPointInCone3D(const Float:xA, const Float:yA, const Float:zA, const Float:xB, const Float:yB, const Float:zB, const Float:radius_a, const Float:radius_b, &Float:tx, &Float:ty, &Float:tz);
Tryg3D::GetPointInCircularSector(const Float:x, const Float:y, const Float:rz, const Float:radius, Float:view_angle, &Float:tx, &Float:ty);
Tryg3D::GetPointInSphericalSector(const Float:x, const Float:y, const Float:z, const Float:rx, const Float:rz, const Float:radius, Float:vrx, Float:vrz, &Float:tx, &Float:ty, &Float:tz);
Tryg3D::GetPointInEllipse(const Float:cx, const Float:cy, const Float:size_x, const Float:size_y, &Float:tx, &Float:ty);
Tryg3D::GetPointInEllipticalCylinder(const Float:cx, const Float:cy, const Float:minz, const Float:maxz, const Float:size_x, Float:size_y, &Float:tx, &Float:ty, &Float:tz);
Tryg3D::GetPointInPolygon(const Float:points[], &Float:tx, &Float:ty, const max_points = sizeof(points), max_iterations = 10000);
Float: Tryg3D::GetPointOnClock(const Float:x, const Float:y, const Float:radius, &Float:tx, &Float:ty, &Float:trz, Float:rz = TRYG3D_INVALID_ROTATION);
Tryg3D::GetPointOnCircle(const Float:x, const Float:y, const Float:radius, &Float:tx, &Float:ty);
Tryg3D::GetPointOnCylinder2D(const Float:x, const Float:y, const Float:minz, const Float:maxz, const Float:radius, &Float:tx, &Float:ty, &Float:tz);
Tryg3D::GetPointOnCylinder3D(const Float:xA, const Float:yA, const Float:zA, const Float:xB, const Float:yB, const Float:zB, const Float:radius, &Float:tx, &Float:ty, &Float:tz);
Tryg3D::GetPointOnSphere(const Float:x, const Float:y, const Float:z, const Float:radius, &Float:tx, &Float:ty, &Float:tz);
Tryg3D::GetPointOnRectangle(const Float:minx, const Float:miny, const Float:maxx, const Float:maxy, &Float:tx, &Float:ty);
Tryg3D::GetPointOnCube(const Float:minx, const Float:miny, const Float:minz, const Float:maxx, const Float:maxy, const Float:maxz, &Float:tx, &Float:ty, &Float:tz);
Tryg3D::GetPointOnCube3D(const Float:x, const Float:y, const Float:z, const Float:rx, const Float:ry, const Float:rz, Float:size_x, Float:size_y, Float:size_z, &Float:tx, &Float:ty, &Float:tz);
Tryg3D::GetPointOnCone3D(const Float:xA, const Float:yA, const Float:zA, const Float:xB, const Float:yB, const Float:zB, const Float:radius_a, const Float:radius_b, &Float:tx, &Float:ty, &Float:tz);
Tryg3D::GetPointOnCircularSector(const Float:x, const Float:y, const Float:rz, const Float:radius, Float:view_angle, &Float:tx, &Float:ty);
Tryg3D::GetPointOnSphericalSector(const Float:x, const Float:y, const Float:z, const Float:rx, const Float:rz, const Float:radius, Float:vrx, Float:vrz, &Float:tx, &Float:ty, &Float:tz);
Tryg3D::GetPointOnEllipse(const Float:cx, const Float:cy, const Float:size_x, const Float:size_y, &Float:tx, &Float:ty);
Tryg3D::GetPointOnEllipticalCyl2D(const Float:cx, const Float:cy, const Float:minz, const Float:maxz, const Float:size_x, const Float:size_y, &Float:tx, &Float:ty, &Float:tz);
# Draw3D Functions
Tryg3D::DrawCircle3D(const Float:x, const Float:y, const Float:z, const Float:radius, Float:points[][3], const max_sector = 36, const Float:rx = 90.0, const Float:ry = 0.0, const max_points = sizeof(points));
Tryg3D::DrawCylinder3D(const Float:xA, const Float:yA, const Float:zA, const Float:xB, const Float:yB, const Float:zB, const Float:radius, Float:points[][3], const max_sector = 36, const max_circles = 5, const max_points = sizeof(points));
Tryg3D::DrawSphere(const Float:x, const Float:y, const Float:z, const Float:radius, Float:points[][3], const max_sector = 36, const max_circles = 5, const max_points = sizeof(points));
Tryg3D::DrawCone3D(const Float:xA, const Float:yA, const Float:zA, const Float:xB, const Float:yB, const Float:zB, const Float:radius, Float:points[][3], const max_sector = 36, const max_circles = 5, const max_points = sizeof(points));
Tryg3D::DrawRectangle2D(const Float:minx, const Float:miny, const Float:maxx, const Float:maxy, Float:points[][2], const points_per_wall = 36, const max_points = sizeof(points));
Tryg3D::DrawPolygon2D(const Float:polygon_points[], Float:points[][2], const points_per_line = 36, const max_polygon_points = sizeof(polygon_points), const max_points = sizeof(points));
Tryg3D::DrawCube2D(const Float:minx, const Float:miny, const Float:minz, const Float:maxx, const Float:maxy, const Float:maxz, Float:points[][3], const points_per_wall = 36, const max_points = sizeof(points));
# Cast3D Functions
Tryg3D::CastExplosion(const Float:x, const Float:y, const Float:z, const type, const Float:radius, const worldid = -1, const interiorid = -1, const playerid = -1, const Float:distance = 200.0);
Tryg3D::CastExplosionDMG(const Float:x, const Float:y, const Float:z, const type, const Float:radius, const worldid = -1, const interiorid = -1, const playerid = -1, const Float:distance = 200.0, const Float:damage = 82.5, const Float:vehicle_damage = 82.5, const byplayerid = INVALID_PLAYER_ID, const ignore_vehicle = INVALID_VEHICLE_ID, const ignore_actor = INVALID_ACTOR_ID, const collision_flags = TRYG3D_COLLISION_FLAG_NONE);
Tryg3D::CastExplosionRangeDMG(const Float:x, const Float:y, const Float:z, const type, const Float:radius, const worldid = -1, const interiorid = -1, const playerid = -1, const Float:distance = 200.0, const Float:min_damage = 10.0, const Float:max_damage = 82.5, const Float:min_vehicle_damage = 50.0, const Float:max_vehicle_damage = 250.0, const byplayerid = INVALID_PLAYER_ID, const ignore_vehicle = INVALID_VEHICLE_ID, const ignore_actor = INVALID_ACTOR_ID, const collision_flags = TRYG3D_COLLISION_FLAG_NONE);
Tryg3D::CastDamage(const weaponid, const bodypart, const Float:damage, const Float:vehicle_damage, const Float:x, const Float:y, const Float:z, const Float:radius, const worldid = -1, const interiorid = -1, const playerid = -1, const byplayerid = INVALID_PLAYER_ID);
Tryg3D::CastGravity(const Float:x, const Float:y, const Float:z, const Float:radius, Float:power = 1.0, const worldid = -1, const interiorid = -1, const playerid = -1, const byplayerid = INVALID_PLAYER_ID);
# Vehicle Functions
Tryg3D::GetVehicleFlags(vehicleid)
Tryg3D::IsVehicleFlag(vehicleid, flag)
Tryg3D::GetVehicleRotation(const vehicleid, &Float:rx, &Float:ry, &Float:rz);
Tryg3D::GetPartPos(const modelid, const partid, const Float:x, const Float:y, const Float:z, const Float:rx, const Float:ry, const Float:rz, &Float:tx, &Float:ty, &Float:tz, Float:offset_x = 0.0, Float:offset_y = 0.0, Float:offset_z = 0.0);
Tryg3D::GetVehiclePartPos(const vehicleid, const partid, &Float:tx, &Float:ty, &Float:tz, Float:offset_x = 0.0, Float:offset_y = 0.0, Float:offset_z = 0.0);
Tryg3D::GenerateVehicleFlags(const modelid);
Tryg3D::GetVehicleModelDefaultFlags(const modelid);
Tryg3D::GetVehicleModelFlags(const modelid);
Tryg3D::SetVehicleModelFlags(const modelid, const value);
Tryg3D::ToggleVehicleModelFlag(const modelid, const flag, const bool:toggle);
Tryg3D::IsVehicleInRangeOfPoint(const vehicleid, const Float:range, const Float:x, const Float:y, const Float:z);
Tryg3D::CountVisibleVehicles(const playerid);
Float: Tryg3D::GetVehicleSpeed(const vehicleid);
Tryg3D::SetVehicleSpeed(const vehicleid, const Float:speed);
Float: Tryg3D::GetPointInFrontOfVehicle2D(const vehicleid, &Float:tx, &Float:ty, const Float:radius);
Tryg3D::GetPointInFrontOfVehicle3D(const vehicleid, &Float:tx, &Float:ty, &Float:tz, const Float:radius, &Float:rx = 0.0, &Float:rz = 0.0);
# Actor Functions
Tryg3D::CountActors();
Tryg3D::CountVisibleActors(playerid);
# Player Functions
bool: Tryg3D::IsPlayerSpawned(const playerid);
bool: Tryg3D::IsPlayerSkydiving(playerid);
bool: Tryg3D::IsPlayerUsingParachute(playerid);
bool: Tryg3D::IsPlayerFall(playerid);
bool: Tryg3D::IsPlayerAiming(playerid);
bool: Tryg3D::IsPlayerStay(playerid);
bool: Tryg3D::IsPlayerSwim(playerid);
bool: Tryg3D::IsPlayerJump(playerid);
bool: Tryg3D::IsPlayerParaFall(playerid);
bool: Tryg3D::IsPlayerParaGlide(playerid);
bool: Tryg3D::IsPlayerRunning(playerid);
Tryg3D::GivePlayerDamage(const targetid, Float:amount, const playerid, const weaponid, const bodypart);
Tryg3D::CountPlayers(const bool:isplayer = true, const bool:isnpc = true);
Tryg3D::CountVisiblePlayers(const playerid, const bool:isplayer = true, const bool:isnpc = true);
Float: Tryg3D::GetPointInFrontOfPlayer(const playerid, &Float:tx, &Float:ty, const Float:radius);
Tryg3D::GetPlayerCameraRotation(const playerid, &Float:rx, &Float:rz);
Tryg3D::GetPlayerCameraZAngle(const playerid, &Float:z_angle);
Float: Tryg3D::GetPointInFrontOfCamera2D(const playerid, &Float:tx, &Float:ty, const Float:radius);
Float: Tryg3D::GetPlayerSpeed(const playerid);
Tryg3D::GetPlayerTargetAngle(const playerid, const Float:x, const Float:y, &Float:rz);
Tryg3D::SetPlayerTargetAngle(const playerid, const Float:x, const Float:y, &Float:rz = 0.0);
Tryg3D::GetPlayerTargetPlayerAngle(const playerid, const targetid, &Float:rz);
Tryg3D::SetPlayerTargetPlayerAngle(const playerid, const targetid, &Float:rz = 0.0);
Tryg3D::GetPointInFrontOfCamera3D(const playerid, &Float:tx, &Float:ty, &Float:tz, const Float:radius, &Float:rx = 0.0, &Float:rz = 0.0);
Tryg3D::IsPlayerLookAtSky(const playerid);
Tryg3D::IsPlayerFakeSpectating(const playerid, const bool:force_disable = true);
Float: Tryg3D::GetCameraTargetDistance(const Float:CamX, const Float:CamY, const Float:CamZ, const Float:ObjX, const Float:ObjY, const Float:ObjZ, const Float:FrX, const Float:FrY, const Float:FrZ);
Tryg3D::IsPlayerAimingAt(const playerid, const Float:x, const Float:y, const Float:z, const Float:radius);
Tryg3D::GetPlayerCameraLookAt(const playerid, &Float:x, &Float:y, &Float:z);
# Universal Functions
Tryg3D::ItemGetInvalidID(const Item3D:item_type);
bool: Tryg3D::ItemGetPos(const TRYG3D_ELEMENT_TAG:elementid, const Item3D:element_type, &Float:x, &Float:y, &Float:z);
Tryg3D::ItemGetVirtualWorld(const TRYG3D_ELEMENT_TAG:elementid, const Item3D:element_type);
Tryg3D::ItemGetInterior(const TRYG3D_ELEMENT_TAG:elementid, const Item3D:element_type);
bool: Tryg3D::ItemGetRotationQuat(const TRYG3D_ELEMENT_TAG:elementid, const Item3D:element_type, &Float:qw, &Float:qx, &Float:qy, &Float:qz);
bool: Tryg3D::ItemGetUpVector(const TRYG3D_ELEMENT_TAG:elementid, const Item3D:element_type, &Float:vx, &Float:vy, &Float:vz);
bool: Tryg3D::ItemGetUpPos(const TRYG3D_ELEMENT_TAG:elementid, const Item3D:element_type, const Float:radius, &Float:x, &Float:y, &Float:z, const bool:reverse = false);
bool: Tryg3D::ItemOnPlayerScreen(const playerid, const TRYG3D_ELEMENT_TAG:targetid, const Item3D:target_type = item_player, const ElementOrientation:orientation = o_front, const Float:rx = TRYG3D_INVALID_ROTATION, const Float:rz = TRYG3D_INVALID_ROTATION, const Float:vrx = VERTICAL_CAMERA_RADIUS, const Float:vrz = HORIZONTAL_CAMERA_RADIUS, const bool:testVW = true, const ignore_vehicle = INVALID_VEHICLE_ID, const ignore_player = INVALID_PLAYER_ID, const ignore_actor = INVALID_ACTOR_ID, const collision_flags = TRYG3D_COLLISION_FLAG_OBJECT);
bool: Tryg3D::ItemOnFakeScreen(const Float:x, const Float:y, const Float:z, const TRYG3D_ELEMENT_TAG:targetid, const Item3D:target_type, const Float:rx, const Float:rz, const Float:vrx = VERTICAL_CAMERA_RADIUS, const Float:vrz = HORIZONTAL_CAMERA_RADIUS, const ignore_vehicle = INVALID_VEHICLE_ID, const ignore_player = INVALID_PLAYER_ID, const ignore_actor = INVALID_ACTOR_ID, const collision_flags = TRYG3D_COLLISION_FLAG_OBJECT);
Float: Tryg3D::ItemGetDistance(const TRYG3D_ELEMENT_TAG:elementid, const Item3D:element_type, const TRYG3D_ELEMENT_TAG:targetid, const Item3D:target_type);
Float: Tryg3D::ItemGetDistanceFromPoint(const TRYG3D_ELEMENT_TAG:elementid, const Item3D:element_type, const Float:x, const Float:y, const Float:z);
bool: Tryg3D::ItemInCircle(const TRYG3D_ELEMENT_TAG:elementid, const Item3D:element_type, const Float:x, const Float:y, const Float:radius);
bool: Tryg3D::ItemInCylinder3D(const TRYG3D_ELEMENT_TAG:elementid, const Item3D:element_type, const Float:xA, const Float:yA, const Float:zA, const Float:xB, const Float:yB, const Float:zB, const Float:radius);
bool: Tryg3D::ItemInCylinder2D(const TRYG3D_ELEMENT_TAG:elementid, const Item3D:element_type, const Float:x, const Float:y, const Float:minz, const Float:maxz, const Float:radius);
bool: Tryg3D::ItemInSphere(const TRYG3D_ELEMENT_TAG:elementid, const Item3D:element_type, const Float:x, const Float:y, const Float:z, const Float:radius);
bool: Tryg3D::ItemInRectangle(const TRYG3D_ELEMENT_TAG:elementid, const Item3D:element_type, const Float:minx, const Float:miny, const Float:maxx, const Float:maxy);
bool: Tryg3D::ItemInCube(const TRYG3D_ELEMENT_TAG:elementid, const Item3D:element_type, const Float:minx, const Float:miny, const Float:minz,Float:maxx, const Float:maxy, const Float:maxz);
bool: Tryg3D::ItemInPolygon(const TRYG3D_ELEMENT_TAG:elementid, const Item3D:element_type, const Float:points[], const maxpoints = sizeof(points));
bool: Tryg3D::ItemInCircularSector(const TRYG3D_ELEMENT_TAG:elementid, const Item3D:element_type, const Float:x, const Float:y, const Float:rz, const Float:radius, const Float:view_angle);
bool: Tryg3D::ItemInSphericalSector(const TRYG3D_ELEMENT_TAG:elementid, const Item3D:element_type, const Float:x, const Float:y, const Float:z, const Float:rx, const Float:rz, const Float:radius, const Float:vrx, const Float:vrz);
bool: Tryg3D::ItemInCone2D(const TRYG3D_ELEMENT_TAG:elementid, const Item3D:element_type, const Float:x, const Float:y, const Float:minz, const Float:maxz, const Float:radius_a, const Float:radius_b);
bool: Tryg3D::ItemInCone3D(const TRYG3D_ELEMENT_TAG:elementid, const Item3D:element_type, const Float:xA, const Float:yA, const Float:zA, const Float:xB, const Float:yB, const Float:zB, const Float:radius_a, const Float:radius_b);
bool: Tryg3D::ItemInCube3D(const TRYG3D_ELEMENT_TAG:elementid, const Item3D:element_type, const Float:x, const Float:y, const Float:z, const Float:rx, const Float:ry, const Float:rz, const Float:size_x, const Float:size_y, const Float:size_z);
bool: Tryg3D::ItemInEllipse(const TRYG3D_ELEMENT_TAG:elementid, const Item3D:element_type, const Float:cx, const Float:cy, const Float:size_x, const Float:size_y);
bool: Tryg3D::ItemInEllipticalCylinder2D(const TRYG3D_ELEMENT_TAG:elementid, const Item3D:element_type, const Float:cx, const Float:cy, const Float:minz, const Float:maxz, const Float:size_x, const Float:size_y);
bool: Tryg3D::ItemGetToPointVector(const TRYG3D_ELEMENT_TAG:elementid, const Item3D:element_type, const Float:tx, const Float:ty, const Float:tz, &Float:vx, &Float:vy, &Float:vz);
bool: Tryg3D::ItemGetRotatedVector(const TRYG3D_ELEMENT_TAG:elementid, const Item3D:element_type, const Float:tx, const Float:ty, const Float:tz, &Float:vx, &Float:vy, &Float:vz, const bool:return_vector = true, const Float:rx = 0.0, const Float:ry = 0.0, const Float:rz = 0.0);
bool: Tryg3D::ItemGetOrientationPos(const TRYG3D_ELEMENT_TAG:elementid, const Item3D:element_type, const ElementOrientation:orientation, const Float:distance, &Float:tx, &Float:ty, &Float:tz);
bool: Tryg3D::ItemInRangeOfPoint(const Float:x, const Float:y, const Float:z, const Float:range, const TRYG3D_ELEMENT_TAG:targetid, const Item3D:target_type = item_player, const ignore_vehicle = INVALID_VEHICLE_ID, const ignore_player = INVALID_PLAYER_ID, const ignore_actor = INVALID_ACTOR_ID, const collision_flags = TRYG3D_COLLISION_FLAG_NONE);
bool: Tryg3D::ItemInRangeOfItem(const TRYG3D_ELEMENT_TAG:elementid, const Item3D:element_type, const Float:range, const TRYG3D_ELEMENT_TAG:targetid, const Item3D:target_type = item_player, const ignore_vehicle = INVALID_VEHICLE_ID, const ignore_player = INVALID_PLAYER_ID, const ignore_actor = INVALID_ACTOR_ID, const collision_flags = TRYG3D_COLLISION_FLAG_NONE);
bool: Tryg3D::ItemIsPlayerInRange(const playerid, const Float:range, const TRYG3D_ELEMENT_TAG:targetid, const Item3D:target_type = item_player, const ignore_vehicle = INVALID_VEHICLE_ID, const ignore_player = INVALID_PLAYER_ID, const ignore_actor = INVALID_ACTOR_ID, const collision_flags = TRYG3D_COLLISION_FLAG_NONE);
# Universal Functions (Streamer)
bool: Tryg3D::ItemInDynamicArea(const TRYG3D_ELEMENT_TAG:elementid, const Item3D:element_type, const STREAMER_TAG_AREA:areaid);
Tryg3D::ItemGetInDynamicArea(const STREAMER_TAG_AREA:areaid, const Item3D:element_type, element_list[], const max_element = sizeof(element_list));
# Universal Functions (ColAndreas)
bool: Tryg3D::ItemCollisionToPoint(const Float:x, const Float:y, const Float:z, const TRYG3D_ELEMENT_TAG:targetid, const Item3D:target_type, const ignore_vehicle = INVALID_VEHICLE_ID, const ignore_player = INVALID_PLAYER_ID, const ignore_actor = INVALID_ACTOR_ID, const collision_flags = TRYG3D_COLLISION_FLAG_ALL);
bool: Tryg3D::ItemCollisionToItem(const TRYG3D_ELEMENT_TAG:elementid, const Item3D:element_type, const TRYG3D_ELEMENT_TAG:targetid, const Item3D:target_type, const ignore_vehicle = INVALID_VEHICLE_ID, const ignore_player = INVALID_PLAYER_ID, const ignore_actor = INVALID_ACTOR_ID, const collision_flags = TRYG3D_COLLISION_FLAG_ALL);
Tryg3D::ItemToItemIsWall(const TRYG3D_ELEMENT_TAG:elementid, const Item3D:element_type, const TRYG3D_ELEMENT_TAG:targetid, const Item3D:target_type);
Tryg3D::ItemToPointIsWall(const Float:x, const Float:y, const Float:z, const TRYG3D_ELEMENT_TAG:targetid, const Item3D:target_type);
Tryg3D::ItemGetCollisionFlags(const TRYG3D_ELEMENT_TAG:elementid, const Item3D:element_type);
Tryg3D::ItemGetOrientationPosCol(const TRYG3D_ELEMENT_TAG:elementid, const Item3D:element_type, const ElementOrientation:orientation, const Float:distance, &Float:tx, &Float:ty, &Float:tz);
bool: Tryg3D::ItemIsPointInWaterOrient(const TRYG3D_ELEMENT_TAG:elementid, const Item3D:element_type, const Float:radius, const ElementOrientation:orientation = o_front);
# Streamer Functions
Tryg3D::SetPlayerAbsolutePosition(const playerid, const Float:x, const Float:y, const Float:z, const Float:angle, const worldid = -1, const interiorid = -1, const compensatedtime = -1, const freezeplayer = 1);
Tryg3D::SetPlayerAbsolutePositionVeh(const playerid, const Float:x, const Float:y, const Float:z, const Float:angle, const worldid = -1, const interiorid = -1, const compensatedtime = -1, const freezeplayer = 1);
bool: Tryg3D::IsVehicleFullyInArea(const vehicleid, const STREAMER_TAG_AREA:areaid);
Tryg3D::GetPointInDynamicArea(const STREAMER_TAG_AREA:areaid, &Float:tx, &Float:ty, &Float:tz);
# FCNPC Functions
bool: FCNPC::InRangeOfPoint(const npcid, const Float:range, const Float:x, const Float:y, const Float:z);
Float: FCNPC::GetPointInFront(const npcid, &Float:tx, &Float:ty, const Float:radius);
FCNPC::GetTargetAngle(const npcid, const Float:x, const Float:y, &Float:rz);
FCNPC::SetTargetAngle(const npcid, const Float:x, const Float:y, &Float:rz = 0.0);
FCNPC::SetVehicleRotation(const npcid, const Float:rx, const Float:ry, const Float:rz);
bool: FCNPC::SetVehicleTargetRotation(const npcid, const Float:tx, const Float:ty, const Float:tz, const Float:ry = 0.0);
FCNPC::GoToAir(const npcid, const Float:x, const Float:y, const Float:z, const type = FCNPC_MOVE_TYPE_AUTO, const Float:speed = FCNPC_MOVE_SPEED_AUTO, const Float:min_distance = 0.0, const stopdelay = 250);
Float: FCNPC::GetPointInFrontCol(const npcid, &Float:tx, &Float:ty, const Float:radius);
FCNPC::GoToCol(const npcid, const Float:x, const Float:y, const Float:z, const type = FCNPC_MOVE_TYPE_AUTO, const Float:speed = FCNPC_MOVE_SPEED_AUTO, const mode = FCNPC_MOVE_MODE_AUTO, const Float:cut_size = 0.0, const bool:set_angle = true, const Float:min_distance = 0.0, const stopdelay = 250);
FCNPC::GoToPlayerCol(const npcid, const playerid, const type = FCNPC_MOVE_TYPE_AUTO, const Float:speed = FCNPC_MOVE_SPEED_AUTO, const mode = FCNPC_MOVE_MODE_AUTO, const Float:cut_size = 0.0, const bool:set_angle = true, const Float:min_distance = 0.0, const stopdelay = 250);
FCNPC::GoToPlayerOnGroundCol(const npcid, const playerid, const type = FCNPC_MOVE_TYPE_AUTO, const Float:speed = FCNPC_MOVE_SPEED_AUTO, const mode = FCNPC_MOVE_MODE_AUTO, const Float:cut_size = 1.0, const Float:climbing = 2.0, const bool:set_angle = true, const Float:min_distance = 0.0, const stopdelay = 250);
FCNPC::GoToAirCol(const npcid, const Float:x, const Float:y, const Float:z, const type = FCNPC_MOVE_TYPE_AUTO, const Float:speed = FCNPC_MOVE_SPEED_AUTO, const Float:cut_size = 0.0, const Float:min_distance = 0.0, const stopdelay = 250);
FCNPC::SetFloorPos(const npcid);
FCNPC::GoToPlayerOnGroundColVeh(const npcid, const playerid, const type = FCNPC_MOVE_TYPE_AUTO, const Float:speed = FCNPC_MOVE_SPEED_AUTO, const mode = FCNPC_MOVE_MODE_AUTO, const Float:cut_size = 1.0, const Float:climbing = 2.0, const bool:set_angle = true, const Float:min_distance = 0.0, const stopdelay = 250);
FCNPC::RandomMoveInDynamicArea(const npcid, const STREAMER_TAG_AREA:areaid, const Float:climbing = 2.0, const type = FCNPC_MOVE_TYPE_AUTO, const Float:speed = FCNPC_MOVE_SPEED_AUTO, const mode = FCNPC_MOVE_MODE_AUTO, const bool:set_angle = true, const Float:min_distance = 0.0, const stopdelay = 250);
FCNPC::SetAbsolutePosition(const npcid, const Float:x, const Float:y, const Float:z, const Float:angle, const worldid = -1, const interiorid = -1, const compensatedtime = -1, const freezeplayer = 1);
# YSF Functions
Tryg3D::GetPlayerHydraReactorRX(const playerid);
Tryg3D::IsPlayerHydraReactorBoost(const playerid);
Tryg3D::CountTextDraw();
Tryg3D::CountVisibleTextDraw(const playerid);
Tryg3D::CountPlayerTextDraw(const playerid);
Tryg3D::CountVisiblePlayerTextDraw(const playerid);
Tryg3D::CountGangZone();
Tryg3D::CountVisibleGangZone(const playerid);
Tryg3D::CountPlayerGangZone(const playerid);
Tryg3D::CountVisiblePlayerGangZone(const playerid);
bool: Tryg3D::IsVehicleOnSpawn(const vehicleid, const Float:check_radius = 1.0);
bool: Tryg3D::IsPlayerOnSpawn(const playerid, Float:check_radius = 1.0);
Tryg3D::GetPlayerRotation(const playerid, &Float:rx, &Float:ry, &Float:rz);
Tryg3D::GetPointInGangZone(const zoneid, &Float:tx, &Float:ty);
Tryg3D::GetPointInPlayerGangZone(const playerid,zoneid, &Float:tx, &Float:ty);
# CatchItems Functions
Tryg3D::GetStreamType(Stream:data);
Tryg3D::IsValidStream(Stream:data);
bool: Tryg3D::IsPointInStream(const Float:x, const Float:y, const Float:z, const Stream:AreaData[Stream3D]);
bool: Tryg3D::ItemInStream(const TRYG3D_ELEMENT_TAG:elementid, const Item3D:element_type, const Stream:AreaData[Stream3D], const worldid = -1, const interiorid = -1);
Tryg3D::GetInStream(const Stream:AreaData[Stream3D], const Item3D:element_type, element_list[], const worldid = -1, const interiorid = -1, const max_element = sizeof(element_list));
Tryg3D::CatchCircle(const Float:x, const Float:y, const Float:radius, const Item3D:element_type, element_list[], const worldid = -1, const interiorid = -1, const max_element = sizeof(element_list));
Tryg3D::CatchCylinder2D(const Float:x, const Float:y, const Float:minz, const Float:maxz, const Float:radius, const Item3D:element_type, element_list[], const worldid = -1, const interiorid = -1, const max_element = sizeof(element_list));
Tryg3D::CatchCylinder3D(const Float:xA, const Float:yA, const Float:zA, const Float:xB, const Float:yB, const Float:zB, const Float:radius, const Item3D:element_type, element_list[], const worldid = -1, const interiorid = -1, const max_element = sizeof(element_list));
Tryg3D::CatchSphere(const Float:x, const Float:y, const Float:z, const Float:radius, const Item3D:element_type, element_list[], const worldid = -1, const interiorid = -1, const max_element = sizeof(element_list));
Tryg3D::CatchRectangle(const Float:minx, const Float:miny, const Float:maxx, const Float:maxy, const Item3D:element_type, element_list[], const worldid = -1, const interiorid = -1, const max_element = sizeof(element_list));
Tryg3D::CatchStreamCube(const Float:minx, const Float:miny, const Float:minz, const Float:maxx, const Float:maxy, const Float:maxz, const Item3D:element_type, element_list[], const worldid = -1, const interiorid = -1, const max_element = sizeof(element_list));
Tryg3D::CatchPolygon(const Float:points[], const Item3D:element_type, element_list[], const worldid = -1, const interiorid = -1, const max_element = sizeof(element_list), const maxpoints = sizeof(points));
Tryg3D::CatchCircularSector(const Float:x, const Float:y, const Float:rz, const Float:radius, const Float:view_angle, const Item3D:element_type, element_list[], const worldid = -1, const interiorid = -1, const max_element = sizeof(element_list));
Tryg3D::CatchSphericalSector(const Float:x, const Float:y, const Float:z, const Float:rx, const Float:rz, const Float:radius, const Float:vrx, const Float:vrz, const Item3D:element_type, element_list[], const worldid = -1, const interiorid = -1, const max_element = sizeof(element_list));
Tryg3D::CatchCone2D(const Float:x, const Float:y, const Float:minz, const Float:maxz, const Float:radius_a, const Float:radius_b, const Item3D:element_type, element_list[], const worldid = -1, const interiorid = -1, const max_element = sizeof(element_list));
Tryg3D::CatchCone3D(const Float:xA, const Float:yA, const Float:zA, const Float:xB, const Float:yB, const Float:zB, const Float:pointA_radius, const Float:pointB_radius, const Item3D:element_type, element_list[], const worldid = -1, const interiorid = -1, const max_element = sizeof(element_list));
Tryg3D::CatchCube3D(const Float:x, const Float:y, const Float:z, const Float:rx, const Float:ry, const Float:rz, const Float:size_x, const Float:size_y, const Float:size_z, const Item3D:element_type, element_list[], const worldid = -1, const interiorid = -1, const max_element = sizeof(element_list));
Tryg3D::CatchEllipse(const Float:cx,Float:cy, const Float:size_x, const Float:size_y, const Item3D:element_type, element_list[], const worldid = -1, const interiorid = -1, const max_element = sizeof(element_list));
Tryg3D::CatchEllipticalCylinder2D(const Float:cx, const Float:cy, const Float:minz, const Float:maxz, const Float:size_x, const Float:size_y, const Item3D:element_type, element_list[], const worldid = -1, const interiorid = -1, const max_element = sizeof(element_list));
Tryg3D::CatchSphericalSectorEx(const Float:x, const Float:y, const Float:z, const Float:rx, const Float:rz, const Float:radius, const Float:vrx, const Float:vrz, const Item3D:element_type, element_list[], const ignore_vehicle = INVALID_VEHICLE_ID, const ignore_player = INVALID_PLAYER_ID, const ignore_actor = INVALID_ACTOR_ID, const collision_flags = TRYG3D_COLLISION_FLAG_OBJECT, const worldid = -1, const interiorid = -1, const max_element = sizeof(element_list));
# Grenade Detection Callbacks
OnPlayerDroppingGrenade(playerid, weaponid, Float:x, Float:y, Float:z);
OnPlayerGrenadeExplode(playerid, weaponid, Float:x, Float:y, Float:z);
# VehicleCollision Functions
Tryg3D::IsVehicleCollisionEnabled();
Tryg3D::InitVehicleCollision(); //OnGameModeInit / OnFilterScriptInit
Tryg3D::ExitVehicleCollision();
Tryg3D::SyncVehicleCollision(vehicleid); //EVF -> OnVehicleCreated
bool: Tryg3D::IsToggledVehicleCollision(vehicleid);
Tryg3D::ToggleVehicleCollision(vehicleid, bool:toggle);
# PlayerCollision Functions
Tryg3D::IsPlayerCollisionEnabled();
Tryg3D::InitPlayerCollision(); //OnGameModeInit / OnFilterScriptInit
Tryg3D::ExitPlayerCollision();
Tryg3D::SyncPlayerCollision(playerid); //auto called after player spawn
bool: Tryg3D::IsToggledPlayerCollision(playerid);
Tryg3D::TogglePlayerCollision(playerid, bool:toggle);
# ActorCollision Functions
Tryg3D::IsActorCollisionEnabled();
Tryg3D::InitActorCollision(); //OnGameModeInit / OnFilterScriptInit
Tryg3D::ExitActorCollision();
Tryg3D::SyncActorCollision(actorid); //After create/change actor position
bool: Tryg3D::IsToggledActorCollision(actorid);
Tryg3D::ToggleActorCollision(actorid, bool:toggle);
# Definitions
TRYG3D_ELEMENT_TAG
FLOAT_PI
FLOAT_EULER
FLOAT_NAN
FLOAT_DEFECT
FLOAT_INFINITY
VERTICAL_CAMERA_RADIUS
HORIZONTAL_CAMERA_RADIUS
C_IN_GAME_X
C_IN_GAME_Y
C_IN_GAME_YW
C_ON_SCREEN_X
C_ON_SCREEN_Y
TRYG3D_MAX_POLYGON_POINTS
TRYG3D_VEHICLE_SPEED_MULTIPLIER
TRYG3D_PLAYER_SPEED_MULTIPLIER
TRYG3D_DEFAULT_RANDOM_ACCURACY
TRYG3D_CHARACTER_GROUND_Z_DIFF
TRYG3D_MAX_AREA_CHECK
TRYG3D_INVALID_ROTATION
TRYG3D_INVALID_VIRTUAL_WORLD
TRYG3D_INVALID_MOVE_TIME
TRYG3D_INVALID_MOVE_SPEED
TRYG3D_INVALID_ORIENTATION
TRYG3D_MAX_MODULES_STRING
TRYG3D_RANDOM_MAX_ANGLE
TRYG3D_VBTP
TRYG3D_VLTP
TRYG3D_EXTRA_DATA_FLAG_VEHICLE
TRYG3D_EXTRA_DATA_FLAG_PLAYER
TRYG3D_EXTRA_DATA_FLAG_ACTOR
WEAPON_DYNAMIC_EXPLOSION_DMG
WEAPON_DYNAMIC_EXPLOSION_RANGE
//ColAndreas collision flags
TRYG3D_COLLISION_FLAG_NONE, TRYG3D_COLLISION_FLAG_OBJECT, TRYG3D_COLLISION_FLAG_VEHICLE, TRYG3D_COLLISION_FLAG_PLAYER, TRYG3D_COLLISION_FLAG_ACTOR, TRYG3D_COLLISION_FLAG_ALL
//Player position flags
POSITION_FLAG_WORLD, POSITION_FLAG_INTERIOR, POSITION_FLAG_AIR, POSITION_FLAG_GROUND, POSITION_FLAG_WATER, POSITION_FLAG_UNDERWATER, POSITION_FLAG_UNDERGROUND
//Vehicle flags
VF_STREET, VF_AIRBORNE, VF_NATATORIAL, VF_MILITARY, VF_TRAIN, VF_RC, VF_CARRIAGE, VF_AIRPLANE, VF_HELICOPTER, VF_BIKES, VF_TRAILER, VF_TOWABLE, VF_POLICE
// Vehicle parts
VEHICLE_PART_RFTIRE // Right Front tire
VEHICLE_PART_LFTIRE // Left Front tire
VEHICLE_PART_RRTIRE // Right Rear tire
VEHICLE_PART_LRTIRE // Left Rear tire
VEHICLE_PART_HOOD // In Front
VEHICLE_PART_TRUNK // Behind
VEHICLE_PART_ROOF // Roof
VEHICLE_PART_CHASSIS // Chassis
VEHICLE_PART_PETROLCAP // Petrolcap
# Enums
enum 'EulerModes'
- T3D:euler_xzx
- T3D:euler_xyx
- T3D:euler_yxy
- T3D:euler_yzy
- T3D:euler_zyz
- T3D:euler_zxz
- T3D:euler_xzy
- T3D:euler_xyz
- T3D:euler_yxz
- T3D:euler_yzx
- T3D:euler_zyx
- T3D:euler_zxy
enum 'OrientationCube3D'
- o_left_back_down
- o_right_back_down
- o_right_front_down
- o_left_front_down
- o_left_back_up
- o_right_back_up
- o_right_front_up
- o_left_front_up
enum 'ElementOrientation'
- o_left
- o_right
- o_up
- o_down
- o_front
- o_back
- o_front_left
- o_front_right
- o_back_left
- o_back_right
enum 'Vectors3D'
- Float: T3D:X - Position X
- Float: T3D:Y - Position Y
- Float: T3D:Z - Position Z
- Float: T3D:A - Angle
enum 'Float3D'
- Float: T3D:X - Position X
- Float: T3D:Y - Position Y
- Float: T3D:Z - Position Z
- Float: T3D:rX - Rotation X
- Float: T3D:rY - Rotation Y
- Float: T3D:rZ - Rotation Z
- Float: T3D:tX - Target Position X
- Float: T3D:tY - Target Position Y
- Float: T3D:tZ - Target Position Z
- T3D:VW - Virtual World ID
- T3D:INT - Interior ID
- Float: T3D:SPEED - Speed
enum 'LongFloat3D'
- Float: T3D:X - Position X
- Float: T3D:Y - Position Y
- Float: T3D:Z - Position Z
- Float: T3D:rX - Rotation X
- Float: T3D:rY - Rotation Y
- Float: T3D:rZ - Rotation Z
- Float: T3D:tX - Target Position X
- Float: T3D:tY - Target Position Y
- Float: T3D:tZ - Target Position Z
- Float: T3D:trX - Target Rotation X
- Float: T3D:trY - Target Rotation Y
- Float: T3D:trZ - Target Rotation Z
- Float: T3D:VecX - Vector Position X
- Float: T3D:VecY - Vector Position Y
- Float: T3D:VecZ - Vector Position Z
- T3D:VW - Virtual World ID
- T3D:INT - Interior ID
- Float: T3D:SPEED - Speed
enum 'LootArray'
- ItemID
- Float: ItemChance
enum 'Item3D'
- item_player
- item_npc
- item_actor
- item_object
- item_vehicle
- item_dynamic_object
- item_dynamic_pickup
- item_dynamic_cp
- item_dynamic_racecp
- item_dynamic_mapicon
- item_dynamic_3dtext
- item_dynamic_actor
- item_dynamic_vehicle
- item_fcnpc
enum 'StreamType'
- s_invalid
- s_circle
- s_cylinder2d
- s_cylinder3d
- s_sphere
- s_rectangle
- s_cube2d
- s_cube3d
- s_polygon
- s_circularsector
- s_sphericalsector
- s_cone2d
- s_cone3d
- s_ellipse
- s_ellipticalcyl2d
- a_sphericalsectorex
Скачать:
3DTryg.inc
GitHub
Дополнительные функции доступны с плагинами:
ColAndreas (Рекомендуется 1 ГБ ОЗУ для сервера при использовании этого плагина)
YSF
Streamer
FCNPC
Поддерживаемые элементы:
1. Персонаж Элементы:
- Player's
- NPC's
- Actor's
- FCNPC's
2. Статический Элементы:
- Object's
- Vehicle's
- GangZone's
3. Динамический Элементы:
- DynamicObject's
- DynamicPickup's
- DynamicCP's
- DynamicRaceCP's
- DynamicMapIcon's
- Dynamic3DText's
- DynamicActor's
4. Области 2D / 3D:
a) Геометрические фигуры:
- Круг
- прямоугольник
- многоугольник
- Круговой сектор
- Эллипс
- Конус 2D
b) Чанк:
- Цилиндр 2D
- Сфера
- Куб
- Эллиптический цилиндр 2D
c) Повернутый кусок:
- Цилиндр 3D
- Сферический сектор
- Куб 3D
- Конус 3D
Эта тема переведена, автор не может полностью помочь на русском языке.
-
Обновлять v5.2.0:
- Удалены функции (из-за не ожидаемого эффекта):
Код:
SetPlayerLookAtPlayer(playerid,targetid,cut=CAMERA_CUT);
SetPlayerCameraRotation(playerid,Float:rx,Float:rz);
SetPlayerCameraZAngle(playerid,Float:rz);
- Переименованные функции:
Код:
Tryg3D::GetRotationMatrixEuler -> Tryg3D::GetRotationMatrixEulerEx
Tryg3D::EulerRotate -> Tryg3D::EulerRotateEx
GetVehicleDefaultFlagsByModel -> GenerateVehicleDefaultFlags
- Добавленные функции:
Код:
GetVehicleDefaultFlagsByModel(modelid); //оптимизированный
Tryg3D::GetRotationMatrixEuler(Float:matrix[][],Float:rx,Float:ry,Float:rz); //простая версия Tryg3D::GetRotationMatrixEulerEx
Tryg3D::EulerRotate(Float:rX,Float:rY,Float:rZ,Float:oX,Float:oY,Float:oZ,&Float:tx,&Float:ty,&Float:tz); //простая версия Tryg3D::EulerRotateEx
- Добавлены опции:
Код:
ENABLE_3D_TRYG_GRENADEDETECTION //Use before 3DTryg.inc for enable Grenade detection feature (Callback: OnPlayerDroppingGrenade)
- Оптимизация
- Обновлен Streamer до версии 2.9.5
-
Обновление v5.2.1:
- Добавить возвращающийся objectid из ColAndreas::RayCastLine внутренние функции:
Код:
ColAndreas::FindGroundZ
MovePointCol
MovePointColCutLine
MovePointColCutLineEx
GetPointInFront3DCol
GetPointInFront3DColEx
Item::GetOrientationPosCol - return -1 if fail
-
Update v5.3.0:
- Новые определения (#define):
Код:
WEAPON_DYNAMIC_EXPLOSION_DMG - Cast3D::ExplosionDMG
WEAPON_DYNAMIC_EXPLOSION_RANGE - Cast3D::ExplosionRangeDMG
TRYG3D_MAX_AREA_CHECK - define area check limit when using Vehicle/Player/Actor collision
TRYG3D_COLLISION_FLAG_NONE
TRYG3D_COLLISION_FLAG_OBJECT
TRYG3D_COLLISION_FLAG_VEHICLE
TRYG3D_COLLISION_FLAG_PLAYER
TRYG3D_COLLISION_FLAG_ACTOR
TRYG3D_COLLISION_FLAG_ALL
- Включение функций для использования коллизий (актеров/машин/игроков)
Код:
ENABLE_3D_TRYG_VEHICLECOL //Use before 3DTryg.inc for enable VehicleCollision Module
ENABLE_3D_TRYG_PLAYERCOL //Use before 3DTryg.inc for enable PlayerCollision Module
ENABLE_3D_TRYG_ACTORCOL //Use before 3DTryg.inc for enable ActorCollision Module
- Переименованы функции:
Код:
CreateDynamicExplosion -> Cast3D::Explosion
CreateDynamicExplosionDMG -> Cast3D::ExplosionDMG
SendFakeDamageInRadius -> Cast3D::Damage
SendGravityInRadius -> Cast3D::Gravity
- Добавлены функции:
Код:
bool:IsPolygonClosed(const Float:points[],maxpoints = sizeof(points));
bool:IsValidPolygon(const Float:points[],maxpoints = sizeof(points));
// Автор: $continue$, Nero_3D (It can work outside the cylinder, use GetDistanceFromPointToLine if you need check only in cylinder)
Float:GetDistanceFromPointToLineEx(Float:px,Float:py,Float:pz,Float:sX,Float:sY,Float:sZ,Float:eX,Float:eY,Float:eZ,&Float:iX=0.0,&Float:iY=0.0,&Float:iZ=0.0);
// Автор: $continue$
GetNearest2DPointOnPolygon(const Float:polygon_points[],Float:x,Float:y,&Float:tx,&Float:ty,maxpoints = sizeof(polygon_points));
Cast3D::ExplosionRangeDMG(Float:x,Float:y,Float:z,type,Float:radius,worldid = -1,interiorid = -1,playerid = -1,Float:distance = 200.0,Float:min_damage=10.0,Float:max_damage=82.5,Float:min_vehicle_damage=50.0,Float:max_vehicle_damage=250.0,byplayerid=INVALID_PLAYER_ID,ignore_vehicle = INVALID_VEHICLE_ID,ignore_actor = INVALID_ACTOR_ID,collision_flags = TRYG3D_COLLISION_FLAG_NONE);
Tryg3D::GetOrientation(Float:angle);
Tryg3D::GetOrientationName(orientation_name[],Float:angle,bool:as_compass=false,maxdest = sizeof(orientation_name));
- Добавлены функции для работы с ColAndreas:
Код:
//example: collision_flags = TRYG3D_COLLISION_FLAG_OBJECT + TRYG3D_COLLISION_FLAG_VEHICLE
Tryg3D::CollisionCheck(Float:StartX,Float:StartY,Float:StartZ,Float:EndX,Float:EndY,Float:EndZ,&Float:x,&Float:y,&Float:z,&Item3D_Type:item_type=Item3D_Type:0,&element_id=0,Float:cut_size=0.0,ignore_vehicle = INVALID_VEHICLE_ID,ignore_player = INVALID_PLAYER_ID,ignore_actor = INVALID_ACTOR_ID,collision_flags = TRYG3D_COLLISION_FLAG_ALL);
Item::CollisionToPoint(Float:x,Float:y,Float:z,TRYG3D_ELEMENT_TAG:targetid,Item3D_Type:target_type,ignore_vehicle = INVALID_VEHICLE_ID,ignore_player = INVALID_PLAYER_ID,ignore_actor = INVALID_ACTOR_ID,collision_flags = TRYG3D_COLLISION_FLAG_ALL);
Item::CollisionToItem(TRYG3D_ELEMENT_TAG:elementid,Item3D_Type:element_type,TRYG3D_ELEMENT_TAG:targetid,Item3D_Type:target_type,ignore_vehicle = INVALID_VEHICLE_ID,ignore_player = INVALID_PLAYER_ID,ignore_actor = INVALID_ACTOR_ID,collision_flags = TRYG3D_COLLISION_FLAG_ALL);
- Обновлены функции:
Код:
Random::PointInPolygon(const Float:points[],&Float:tx,&Float:ty,maxpoints = sizeof(points), max_iterations = 10000); //return -1 if polygon is invalid or iteration limit exceeded
// Добавлен параметр для проверки коллизии
Cast3D::ExplosionDMG(Float:x,Float:y,Float:z,type,Float:radius,worldid = -1,interiorid = -1,playerid = -1,Float:distance = 200.0,Float:damage=82.5,Float:vehicle_damage=82.5,byplayerid=INVALID_PLAYER_ID,ignore_vehicle = INVALID_VEHICLE_ID,ignore_actor = INVALID_ACTOR_ID,collision_flags = TRYG3D_COLLISION_FLAG_NONE);
// Изменен синтаксис функций, теперь функция возвращает modelid коллизии:
UndergroundFindZ(Float:x,Float:y,&Float:z);
InteriorFindZ(Float:px,Float:py,Float:pz,Float:size=2.0,&Float:z=0.0);
// Теперь GetArcPoints3D возвращает количество используемых точек
GetArcPoints3D(...);
/*
• Удалены параметры: testLOS и veh_col
• Добавлен новый "движок" для определения коллизии (по умолчанию коллизии не проверяются. Функция может быть использована без ColAndreas)
*/
Item::InRangeOfPoint(Float:x,Float:y,Float:z,Float:range,TRYG3D_ELEMENT_TAG:targetid,Item3D_Type:target_type=item_player,ignore_vehicle = INVALID_VEHICLE_ID,ignore_player = INVALID_PLAYER_ID,ignore_actor = INVALID_ACTOR_ID,collision_flags = TRYG3D_COLLISION_FLAG_NONE);
Item::IsPlayerInRange(playerid,Float:range,targetid,Item3D_Type:target_type=item_player,ignore_vehicle = INVALID_VEHICLE_ID,ignore_player = INVALID_PLAYER_ID,ignore_actor = INVALID_ACTOR_ID,collision_flags = TRYG3D_COLLISION_FLAG_NONE);
Item::InRangeOfItem(elementid,Item3D_Type:element_type,Float:range,targetid,Item3D_Type:target_type=item_player,ignore_vehicle = INVALID_VEHICLE_ID,ignore_player = INVALID_PLAYER_ID,ignore_actor = INVALID_ACTOR_ID,collision_flags = TRYG3D_COLLISION_FLAG_NONE);
Area::PointInSphericalSectorEx(Float:px,Float:py,Float:pz,Float:x,Float:y,Float:z,Float:rx,Float:rz,Float:radius,Float:vrx,Float:vrz,ignore_vehicle = INVALID_VEHICLE_ID,ignore_player = INVALID_PLAYER_ID,ignore_actor = INVALID_ACTOR_ID,collision_flags = TRYG3D_COLLISION_FLAG_OBJECT);
Item::OnPlayerScreen(playerid,targetid,Item3D_Type:target_type=item_player,element_orientation:orientation=o_front,Float:rx=INVALID_ROTATION,Float:rz=INVALID_ROTATION,Float:vrx=VERTICAL_CAMERA_RADIUS,Float:vrz=HORIZONTAL_CAMERA_RADIUS,bool:testVW=true,ignore_vehicle = INVALID_VEHICLE_ID,ignore_player = INVALID_PLAYER_ID,ignore_actor = INVALID_ACTOR_ID,collision_flags = TRYG3D_COLLISION_FLAG_OBJECT);
Item::OnFakeScreen(Float:x,Float:y,Float:z,targetid,Item3D_Type:target_type,Float:rx,Float:rz,Float:vrx=VERTICAL_CAMERA_RADIUS,Float:vrz=HORIZONTAL_CAMERA_RADIUS,ignore_vehicle = INVALID_VEHICLE_ID,ignore_player = INVALID_PLAYER_ID,ignore_actor = INVALID_ACTOR_ID,collision_flags = TRYG3D_COLLISION_FLAG_OBJECT);
CatchItems::SphericalSectorEx(Float:x,Float:y,Float:z,Float:rx,Float:rz,Float:radius,Float:vrx,Float:vrz,Item3D_Type:element_type,element_list[],ignore_vehicle = INVALID_VEHICLE_ID,ignore_player = INVALID_PLAYER_ID,ignore_actor = INVALID_ACTOR_ID,collision_flags = TRYG3D_COLLISION_FLAG_OBJECT,worldid = -1,interiorid = -1,max_element=sizeof(element_list));
- Добавлены функции для определения коллизий с игроком:
Код:
IsPlayerCollisionEnabled();
Tryg3D::InitPlayerCollision(); //OnGameModeInit / OnFilterScriptInit
Tryg3D::ExitPlayerCollision();
Tryg3D::SyncPlayerCollision(playerid); //auto called after player spawn
IsToggledPlayerCollision(playerid);
TogglePlayerCollision(playerid,bool:toggle);
- Добавлены функции для определения коллизий с актером:
Код:
IsActorCollisionEnabled();
Tryg3D::InitActorCollision(); //OnGameModeInit / OnFilterScriptInit
Tryg3D::ExitActorCollision();
Tryg3D::SyncActorCollision(actorid); //Must be call after create/change actor position
IsToggledActorCollision(actorid);
ToggleActorCollision(actorid,bool:toggle);
- Добавлена валидация полигонов
- Добавлено автозакрытие полигонов в функции
- Удалены определения (#define):
Код:
DISABLE_3D_TRYG_VEHICLECOL
- Исправлена синхронизация коллизии после инициализации
- Исправлены функции:
Код:
Draw3D::Cube2D - плохая дистацния между вертикальными точками
- Функции помеченные как устаревший:
Код:
MovePointColWithVehicle -> Tryg3D::CollisionCheck
MovePointColWithVehicleCut -> Tryg3D::CollisionCheck
Item::ToPointIsVeh -> Item::CollisionToPoint
Item::ToItemIsVeh -> Item::CollisionToItem
- Удалены устаревший макросы:
Код:
GetArcPointsFloor2D
GetArcPointsCellar2D
GetArcPointsLarboard2D
GetArcPointsStarboard2D
GetArcPointsFloor3D
GetArcPointsCellar3D
GetArcPointsStarboard3D
GetArcPointsLarboard3D
IsPlayerInCircularSector
IsPlayerInCube3D
IsPlayerInEllipse
IsPlayerInEllipticalCylinder2D
IsPlayerInSphericalSector
IsPlayerInCylinder3D
IsPlayerInCylinder2D
IsObjectInRangeOfPoint
GetObjectDistanceFromPoint
IsDynamicObjectInRangeOfPoint
IsDynamicActorInRangeOfPoint
- Обновлена совместимость библиотек (требуется повторная загрузка, если вы используете):
Код:
EVF.inc
ExtendedGrenade.inc
Mines.inc
Missile.inc
Missions.inc
VehicleMissileCol.inc
-
Update v5.3.1:
- Добавлены обратные вызовы:
Код:
OnPlayerGrenadeExplode(playerid,weaponid,Float:x,Float:y,Float:z); //позвонил после OnPlayerDroppingGrenade для weaponid 16
- Добавлена взрывозащита для Cast3D::Explosion функции, когда радиус разнесения меньше исходного радиуса взрыва
- Оптимизация
-
Выпущена новая версия 3DTryg (3DTryg Generation 2 v1.0.0)
Новые названия функций вы можете найти тут:
New function names:
https://pastebin.com/78r1x3MC
Все библиотеки, которые используют 3DTryg обновлены.
Every Libs using 3DTryg are also updated.
Если Вы используйте 3DTryg или другие библиотеки с 3DTryg, вам нужно обновить название функций. Вы можете обратится по вопросу миграции на новую версию в моем дискорде: https://discord.gg/Z43HHMt
Новый 3DTryg требует включения модуля перед использованием, библиотеки, использующие 3DTryg, могут сообщить вам, что вам нужно включить перед использованием.
Список обновленных библоиотек для 3DTryg.inc Gen. 2 v1.0.0
Код:
ExtendedGrenade.inc
Graffiti.inc
Hunting.inc
Hyperion.inc
Knife.inc
Legion.inc
Magic.inc
Mines.inc
Missile.inc
Missions.inc
PortalGun.inc
Santa.inc
SpecialVehicle.inc
Stingers.inc
VehPara.inc
VehicleMissileCol.inc
