RigsofRods  2023.09
Soft-body Physics Simulation
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ActorAngelscript.cpp
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1 /*
2  This source file is part of Rigs of Rods
3  Copyright 2005-2012 Pierre-Michel Ricordel
4  Copyright 2007-2012 Thomas Fischer
5  Copyright 2013-2022 Petr Ohlidal
6 
7  For more information, see http://www.rigsofrods.org/
8 
9  Rigs of Rods is free software: you can redistribute it and/or modify
10  it under the terms of the GNU General Public License version 3, as
11  published by the Free Software Foundation.
12 
13  Rigs of Rods is distributed in the hope that it will be useful,
14  but WITHOUT ANY WARRANTY; without even the implied warranty of
15  MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
16  GNU General Public License for more details.
17 
18  You should have received a copy of the GNU General Public License
19  along with Rigs of Rods. If not, see <http://www.gnu.org/licenses/>.
20 */
21 
22 #include "Actor.h"
23 #include "AngelScriptBindings.h"
24 #include "ScriptEngine.h"
25 #include "ScriptUtils.h"
26 #include "SimData.h"
27 #include <angelscript.h>
28 
29 using namespace AngelScript;
30 
31 void RoR::RegisterActor(asIScriptEngine *engine)
32 {
33  int result;
34 
35  // enum truckStates
36  result = engine->RegisterEnum("TruckState"); ROR_ASSERT(result>=0);
37  result = engine->RegisterEnumValue("TruckState", "TS_SIMULATED", static_cast<int>(ActorState::LOCAL_SIMULATED)); ROR_ASSERT(result>=0);
38  result = engine->RegisterEnumValue("TruckState", "TS_SLEEPING", static_cast<int>(ActorState::LOCAL_SLEEPING)); ROR_ASSERT(result>=0);
39  result = engine->RegisterEnumValue("TruckState", "TS_NETWORKED", static_cast<int>(ActorState::NETWORKED_OK)); ROR_ASSERT(result>=0);
40 
41  // enum truckTypes
42  result = engine->RegisterEnum("truckTypes"); ROR_ASSERT(result>=0);
43  result = engine->RegisterEnumValue("truckTypes", "TT_NOT_DRIVEABLE", NOT_DRIVEABLE); ROR_ASSERT(result>=0);
44  result = engine->RegisterEnumValue("truckTypes", "TT_TRUCK", TRUCK); ROR_ASSERT(result>=0);
45  result = engine->RegisterEnumValue("truckTypes", "TT_AIRPLANE", AIRPLANE); ROR_ASSERT(result>=0);
46  result = engine->RegisterEnumValue("truckTypes", "TT_BOAT", BOAT); ROR_ASSERT(result>=0);
47  result = engine->RegisterEnumValue("truckTypes", "TT_MACHINE", MACHINE); ROR_ASSERT(result>=0);
48  result = engine->RegisterEnumValue("truckTypes", "TT_AI", AI); ROR_ASSERT(result>=0);
49 
50  // enum FlareType
51  result = engine->RegisterEnum("FlareType"); ROR_ASSERT(result >= 0);
52  result = engine->RegisterEnumValue("FlareType", "FLARE_TYPE_NONE", (int)FlareType::NONE); ROR_ASSERT(result >= 0);
53  result = engine->RegisterEnumValue("FlareType", "FLARE_TYPE_HEADLIGHT", (int)FlareType::HEADLIGHT); ROR_ASSERT(result >= 0);
54  result = engine->RegisterEnumValue("FlareType", "FLARE_TYPE_HIGH_BEAM", (int)FlareType::HIGH_BEAM); ROR_ASSERT(result >= 0);
55  result = engine->RegisterEnumValue("FlareType", "FLARE_TYPE_FOG_LIGHT", (int)FlareType::FOG_LIGHT); ROR_ASSERT(result >= 0);
56  result = engine->RegisterEnumValue("FlareType", "FLARE_TYPE_TAIL_LIGHT", (int)FlareType::TAIL_LIGHT); ROR_ASSERT(result >= 0);
57  result = engine->RegisterEnumValue("FlareType", "FLARE_TYPE_BRAKE_LIGHT", (int)FlareType::BRAKE_LIGHT); ROR_ASSERT(result >= 0);
58  result = engine->RegisterEnumValue("FlareType", "FLARE_TYPE_REVERSE_LIGHT", (int)FlareType::REVERSE_LIGHT); ROR_ASSERT(result >= 0);
59  result = engine->RegisterEnumValue("FlareType", "FLARE_TYPE_SIDELIGHT", (int)FlareType::SIDELIGHT); ROR_ASSERT(result >= 0);
60  result = engine->RegisterEnumValue("FlareType", "FLARE_TYPE_BLINKER_LEFT", (int)FlareType::BLINKER_LEFT); ROR_ASSERT(result >= 0);
61  result = engine->RegisterEnumValue("FlareType", "FLARE_TYPE_BLINKER_RIGHT", (int)FlareType::BLINKER_RIGHT); ROR_ASSERT(result >= 0);
62  result = engine->RegisterEnumValue("FlareType", "FLARE_TYPE_USER", (int)FlareType::USER); ROR_ASSERT(result >= 0);
63  result = engine->RegisterEnumValue("FlareType", "FLARE_TYPE_DASHBOARD", (int)FlareType::DASHBOARD); ROR_ASSERT(result >= 0);
64 
65  // enum BlinkType
66  result = engine->RegisterEnum("BlinkType"); ROR_ASSERT(result >= 0);
67  result = engine->RegisterEnumValue("BlinkType", "BLINK_NONE", (int)BLINK_NONE); ROR_ASSERT(result >= 0);
68  result = engine->RegisterEnumValue("BlinkType", "BLINK_LEFT", (int)BLINK_LEFT); ROR_ASSERT(result >= 0);
69  result = engine->RegisterEnumValue("BlinkType", "BLINK_RIGHT", (int)BLINK_RIGHT); ROR_ASSERT(result >= 0);
70  result = engine->RegisterEnumValue("BlinkType", "BLINK_WARN", (int)BLINK_WARN); ROR_ASSERT(result >= 0);
71 
72  // enum ActorModifyRequestType
73  result = engine->RegisterEnum("ActorModifyRequestType"); ROR_ASSERT(result >= 0);
74  result = engine->RegisterEnumValue("ActorModifyRequestType", "ACTOR_MODIFY_REQUEST_INVALID", (int)ActorModifyRequest::Type::INVALID); ROR_ASSERT(result >= 0);
75  result = engine->RegisterEnumValue("ActorModifyRequestType", "ACTOR_MODIFY_REQUEST_RELOAD", (int)ActorModifyRequest::Type::RELOAD); ROR_ASSERT(result >= 0);
76  result = engine->RegisterEnumValue("ActorModifyRequestType", "ACTOR_MODIFY_REQUEST_RESET_ON_INIT_POS", (int)ActorModifyRequest::Type::RESET_ON_INIT_POS); ROR_ASSERT(result >= 0);
77  result = engine->RegisterEnumValue("ActorModifyRequestType", "ACTOR_MODIFY_REQUEST_RESET_ON_SPOT", (int)ActorModifyRequest::Type::RESET_ON_SPOT); ROR_ASSERT(result >= 0);
78  result = engine->RegisterEnumValue("ActorModifyRequestType", "ACTOR_MODIFY_REQUEST_SOFT_RESET", (int)ActorModifyRequest::Type::SOFT_RESET); ROR_ASSERT(result >= 0);
79  result = engine->RegisterEnumValue("ActorModifyRequestType", "ACTOR_MODIFY_REQUEST_RESTORE_SAVED", (int)ActorModifyRequest::Type::RESTORE_SAVED); ROR_ASSERT(result >= 0);
80  result = engine->RegisterEnumValue("ActorModifyRequestType", "ACTOR_MODIFY_REQUEST_WAKE_UP", (int)ActorModifyRequest::Type::WAKE_UP); ROR_ASSERT(result >= 0);
81 
82  // enum ActorSimAttr
83  result = engine->RegisterEnum("ActorSimAttr"); ROR_ASSERT(result >= 0);
84  result = engine->RegisterEnumValue("ActorSimAttr", "ACTORSIMATTR_NONE", (int)ACTORSIMATTR_NONE); ROR_ASSERT(result >= 0);
85  // ... TractionControl
86  result = engine->RegisterEnumValue("ActorSimAttr", "ACTORSIMATTR_TC_RATIO", (int)ACTORSIMATTR_TC_RATIO); ROR_ASSERT(result >= 0);
87  result = engine->RegisterEnumValue("ActorSimAttr", "ACTORSIMATTR_TC_PULSE_TIME", (int)ACTORSIMATTR_TC_PULSE_TIME); ROR_ASSERT(result >= 0);
88  result = engine->RegisterEnumValue("ActorSimAttr", "ACTORSIMATTR_TC_WHEELSLIP_CONSTANT", (int)ACTORSIMATTR_TC_WHEELSLIP_CONSTANT); ROR_ASSERT(result >= 0);
89  // ... Engine
90  result = engine->RegisterEnumValue("ActorSimAttr", "ACTORSIMATTR_ENGINE_SHIFTDOWN_RPM", (int)ACTORSIMATTR_ENGINE_SHIFTDOWN_RPM); ROR_ASSERT(result >= 0);
91  result = engine->RegisterEnumValue("ActorSimAttr", "ACTORSIMATTR_ENGINE_SHIFTUP_RPM", (int)ACTORSIMATTR_ENGINE_SHIFTUP_RPM); ROR_ASSERT(result >= 0);
92  result = engine->RegisterEnumValue("ActorSimAttr", "ACTORSIMATTR_ENGINE_TORQUE", (int)ACTORSIMATTR_ENGINE_TORQUE); ROR_ASSERT(result >= 0);
93  result = engine->RegisterEnumValue("ActorSimAttr", "ACTORSIMATTR_ENGINE_DIFF_RATIO", (int)ACTORSIMATTR_ENGINE_DIFF_RATIO); ROR_ASSERT(result >= 0);
94  result = engine->RegisterEnumValue("ActorSimAttr", "ACTORSIMATTR_ENGINE_GEAR_RATIOS_ARRAY", (int)ACTORSIMATTR_ENGINE_GEAR_RATIOS_ARRAY); ROR_ASSERT(result >= 0);
95  // ... Engoption
96  result = engine->RegisterEnumValue("ActorSimAttr", "ACTORSIMATTR_ENGOPTION_ENGINE_INERTIA", (int)ACTORSIMATTR_ENGOPTION_ENGINE_INERTIA); ROR_ASSERT(result >= 0);
97  result = engine->RegisterEnumValue("ActorSimAttr", "ACTORSIMATTR_ENGOPTION_ENGINE_TYPE", (int)ACTORSIMATTR_ENGOPTION_ENGINE_TYPE); ROR_ASSERT(result >= 0);
98  result = engine->RegisterEnumValue("ActorSimAttr", "ACTORSIMATTR_ENGOPTION_CLUTCH_FORCE", (int)ACTORSIMATTR_ENGOPTION_CLUTCH_FORCE); ROR_ASSERT(result >= 0);
99  result = engine->RegisterEnumValue("ActorSimAttr", "ACTORSIMATTR_ENGOPTION_SHIFT_TIME", (int)ACTORSIMATTR_ENGOPTION_SHIFT_TIME); ROR_ASSERT(result >= 0);
100  result = engine->RegisterEnumValue("ActorSimAttr", "ACTORSIMATTR_ENGOPTION_CLUTCH_TIME", (int)ACTORSIMATTR_ENGOPTION_CLUTCH_TIME); ROR_ASSERT(result >= 0);
101  result = engine->RegisterEnumValue("ActorSimAttr", "ACTORSIMATTR_ENGOPTION_POST_SHIFT_TIME", (int)ACTORSIMATTR_ENGOPTION_POST_SHIFT_TIME); ROR_ASSERT(result >= 0);
102  result = engine->RegisterEnumValue("ActorSimAttr", "ACTORSIMATTR_ENGOPTION_STALL_RPM", (int)ACTORSIMATTR_ENGOPTION_STALL_RPM); ROR_ASSERT(result >= 0);
103  result = engine->RegisterEnumValue("ActorSimAttr", "ACTORSIMATTR_ENGOPTION_IDLE_RPM", (int)ACTORSIMATTR_ENGOPTION_IDLE_RPM); ROR_ASSERT(result >= 0);
104  result = engine->RegisterEnumValue("ActorSimAttr", "ACTORSIMATTR_ENGOPTION_MAX_IDLE_MIXTURE", (int)ACTORSIMATTR_ENGOPTION_MAX_IDLE_MIXTURE); ROR_ASSERT(result >= 0);
105  result = engine->RegisterEnumValue("ActorSimAttr", "ACTORSIMATTR_ENGOPTION_MIN_IDLE_MIXTURE", (int)ACTORSIMATTR_ENGOPTION_MIN_IDLE_MIXTURE); ROR_ASSERT(result >= 0);
106  result = engine->RegisterEnumValue("ActorSimAttr", "ACTORSIMATTR_ENGOPTION_BRAKING_TORQUE", (int)ACTORSIMATTR_ENGOPTION_BRAKING_TORQUE); ROR_ASSERT(result >= 0);
107  // ... Engturbo2 (actually'engturbo'withtype=2)
108  result = engine->RegisterEnumValue("ActorSimAttr", "ACTORSIMATTR_ENGTURBO2_INERTIA_FACTOR", (int)ACTORSIMATTR_ENGTURBO2_INERTIA_FACTOR); ROR_ASSERT(result >= 0);
109  result = engine->RegisterEnumValue("ActorSimAttr", "ACTORSIMATTR_ENGTURBO2_NUM_TURBOS", (int)ACTORSIMATTR_ENGTURBO2_NUM_TURBOS); ROR_ASSERT(result >= 0);
110  result = engine->RegisterEnumValue("ActorSimAttr", "ACTORSIMATTR_ENGTURBO2_MAX_RPM", (int)ACTORSIMATTR_ENGTURBO2_MAX_RPM); ROR_ASSERT(result >= 0);
111  result = engine->RegisterEnumValue("ActorSimAttr", "ACTORSIMATTR_ENGTURBO2_ENGINE_RPM_OP", (int)ACTORSIMATTR_ENGTURBO2_ENGINE_RPM_OP); ROR_ASSERT(result >= 0);
112  result = engine->RegisterEnumValue("ActorSimAttr", "ACTORSIMATTR_ENGTURBO2_BOV_ENABLED", (int)ACTORSIMATTR_ENGTURBO2_BOV_ENABLED); ROR_ASSERT(result >= 0);
113  result = engine->RegisterEnumValue("ActorSimAttr", "ACTORSIMATTR_ENGTURBO2_BOV_MIN_PSI", (int)ACTORSIMATTR_ENGTURBO2_BOV_MIN_PSI); ROR_ASSERT(result >= 0);
114  result = engine->RegisterEnumValue("ActorSimAttr", "ACTORSIMATTR_ENGTURBO2_WASTEGATE_ENABLED", (int)ACTORSIMATTR_ENGTURBO2_WASTEGATE_ENABLED); ROR_ASSERT(result >= 0);
115  result = engine->RegisterEnumValue("ActorSimAttr", "ACTORSIMATTR_ENGTURBO2_WASTEGATE_MAX_PSI", (int)ACTORSIMATTR_ENGTURBO2_WASTEGATE_MAX_PSI); ROR_ASSERT(result >= 0);
116  result = engine->RegisterEnumValue("ActorSimAttr", "ACTORSIMATTR_ENGTURBO2_WASTEGATE_THRESHOLD_N", (int)ACTORSIMATTR_ENGTURBO2_WASTEGATE_THRESHOLD_N); ROR_ASSERT(result >= 0);
117  result = engine->RegisterEnumValue("ActorSimAttr", "ACTORSIMATTR_ENGTURBO2_WASTEGATE_THRESHOLD_P", (int)ACTORSIMATTR_ENGTURBO2_WASTEGATE_THRESHOLD_P); ROR_ASSERT(result >= 0);
118  result = engine->RegisterEnumValue("ActorSimAttr", "ACTORSIMATTR_ENGTURBO2_ANTILAG_ENABLED", (int)ACTORSIMATTR_ENGTURBO2_ANTILAG_ENABLED); ROR_ASSERT(result >= 0);
119  result = engine->RegisterEnumValue("ActorSimAttr", "ACTORSIMATTR_ENGTURBO2_ANTILAG_CHANCE", (int)ACTORSIMATTR_ENGTURBO2_ANTILAG_CHANCE); ROR_ASSERT(result >= 0);
120  result = engine->RegisterEnumValue("ActorSimAttr", "ACTORSIMATTR_ENGTURBO2_ANTILAG_MIN_RPM", (int)ACTORSIMATTR_ENGTURBO2_ANTILAG_MIN_RPM); ROR_ASSERT(result >= 0);
121  result = engine->RegisterEnumValue("ActorSimAttr", "ACTORSIMATTR_ENGTURBO2_ANTILAG_POWER", (int)ACTORSIMATTR_ENGTURBO2_ANTILAG_POWER); ROR_ASSERT(result >= 0);
122 
123  // class Actor (historically Beam)
124  Actor::RegisterRefCountingObject(engine, "BeamClass");
125  ActorPtr::RegisterRefCountingObjectPtr(engine, "BeamClassPtr", "BeamClass");
126 
127  // - physics state (PLEASE maintain the same order as 'Actor.h' and 'doc/angelscript/.../BeamClass.h')
128  result = engine->RegisterObjectMethod("BeamClass", "TruckState getTruckState()", asMETHOD(Actor,getTruckState), asCALL_THISCALL); ROR_ASSERT(result>=0);
129  result = engine->RegisterObjectMethod("BeamClass", "vector3 getPosition()", asMETHOD(Actor,getPosition), asCALL_THISCALL); ROR_ASSERT(result>=0);
130  /*alias:*/result = engine->RegisterObjectMethod("BeamClass", "vector3 getVehiclePosition()", asMETHOD(Actor,getPosition), asCALL_THISCALL); ROR_ASSERT(result>=0);
131  result = engine->RegisterObjectMethod("BeamClass", "float getRotation()", asMETHOD(Actor,getRotation), asCALL_THISCALL); ROR_ASSERT(result>=0);
132  /*alias:*/result = engine->RegisterObjectMethod("BeamClass", "float getHeadingDirectionAngle()", asMETHOD(Actor,getRotation), asCALL_THISCALL); ROR_ASSERT(result>=0);
133  result = engine->RegisterObjectMethod("BeamClass", "quaternion getOrientation()", asMETHOD(Actor,getOrientation), asCALL_THISCALL); ROR_ASSERT(result>=0);
134  result = engine->RegisterObjectMethod("BeamClass", "float getSpeed()", asMETHOD(Actor,getSpeed), asCALL_THISCALL); ROR_ASSERT(result>=0);
135  result = engine->RegisterObjectMethod("BeamClass", "vector3 getGForces()", asMETHOD(Actor,getGForces), asCALL_THISCALL); ROR_ASSERT(result>=0);
136  result = engine->RegisterObjectMethod("BeamClass", "float getTotalMass(bool)", asMETHOD(Actor,getTotalMass), asCALL_THISCALL); ROR_ASSERT(result>=0);
137  result = engine->RegisterObjectMethod("BeamClass", "float getDryMass()", asMETHOD(Actor, getDryMass), asCALL_THISCALL); ROR_ASSERT(result >= 0);
138  result = engine->RegisterObjectMethod("BeamClass", "float getLoadedMass()", asMETHOD(Actor, getLoadedMass), asCALL_THISCALL); ROR_ASSERT(result >= 0);
139  result = engine->RegisterObjectMethod("BeamClass", "float getInitialDryMass()", asMETHOD(Actor, getInitialDryMass), asCALL_THISCALL); ROR_ASSERT(result >= 0);
140  result = engine->RegisterObjectMethod("BeamClass", "float getInitialLoadedMass()", asMETHOD(Actor, getInitialLoadedMass), asCALL_THISCALL); ROR_ASSERT(result >= 0);
141  result = engine->RegisterObjectMethod("BeamClass", "int getNodeCount()", asMETHOD(Actor,getNodeCount), asCALL_THISCALL); ROR_ASSERT(result>=0);
142  result = engine->RegisterObjectMethod("BeamClass", "vector3 getNodePosition(int)", asMETHOD(Actor, getNodePosition), asCALL_THISCALL); ROR_ASSERT(result>=0);
143  result = engine->RegisterObjectMethod("BeamClass", "float getNodeInitialMass(int)", asMETHOD(Actor, getNodeInitialMass), asCALL_THISCALL); ROR_ASSERT(result>=0);
144  result = engine->RegisterObjectMethod("BeamClass", "float getNodeMass(int)", asMETHOD(Actor, getNodeMass), asCALL_THISCALL); ROR_ASSERT(result >= 0);
145  result = engine->RegisterObjectMethod("BeamClass", "vector3 getNodeVelocity(int)", asMETHOD(Actor, getNodeVelocity), asCALL_THISCALL); ROR_ASSERT(result>=0);
146  result = engine->RegisterObjectMethod("BeamClass", "vector3 getNodeForces(int)", asMETHOD(Actor, getNodeForces), asCALL_THISCALL); ROR_ASSERT(result >= 0);
147  result = engine->RegisterObjectMethod("BeamClass", "void getNodeMassOptions(int, bool&inout, bool&inout)", asMETHOD(Actor, getNodeMassOptions), asCALL_THISCALL); ROR_ASSERT(result >= 0);
148  result = engine->RegisterObjectMethod("BeamClass", "bool isNodeWheelRim(int)", asMETHOD(Actor,isNodeWheelRim), asCALL_THISCALL); ROR_ASSERT(result>=0);
149  result = engine->RegisterObjectMethod("BeamClass", "bool isNodeWheelTire(int)", asMETHOD(Actor,isNodeWheelTire), asCALL_THISCALL); ROR_ASSERT(result>=0);
150  result = engine->RegisterObjectMethod("BeamClass", "int getWheelNodeCount()", asMETHOD(Actor,getWheelNodeCount), asCALL_THISCALL); ROR_ASSERT(result>=0);
151  result = engine->RegisterObjectMethod("BeamClass", "float getWheelSpeed()", asMETHOD(Actor,getWheelSpeed), asCALL_THISCALL); ROR_ASSERT(result>=0);
152  result = engine->RegisterObjectMethod("BeamClass", "void reset(bool)", asMETHOD(Actor,reset), asCALL_THISCALL); ROR_ASSERT(result>=0);
153  result = engine->RegisterObjectMethod("BeamClass", "int getShockCount()", AngelScript::asMETHOD(Actor,getShockCount), AngelScript::asCALL_THISCALL); ROR_ASSERT(result>=0);
154  result = engine->RegisterObjectMethod("BeamClass", "float getShockSpringRate(int)", AngelScript::asMETHOD(Actor,getShockSpringRate), AngelScript::asCALL_THISCALL); ROR_ASSERT(result>=0);
155  result = engine->RegisterObjectMethod("BeamClass", "float getShockDamping(int)", AngelScript::asMETHOD(Actor,getShockDamping), AngelScript::asCALL_THISCALL); ROR_ASSERT(result>=0);
156  result = engine->RegisterObjectMethod("BeamClass", "float getShockVelocity(int)", AngelScript::asMETHOD(Actor,getShockVelocity), AngelScript::asCALL_THISCALL); ROR_ASSERT(result>=0);
157  result = engine->RegisterObjectMethod("BeamClass", "int getShockNode1(int)", AngelScript::asMETHOD(Actor, getShockNode1), AngelScript::asCALL_THISCALL); ROR_ASSERT(result >= 0);
158  result = engine->RegisterObjectMethod("BeamClass", "int getShockNode2(int)", AngelScript::asMETHOD(Actor, getShockNode2), AngelScript::asCALL_THISCALL); ROR_ASSERT(result >= 0);
159  result = engine->RegisterObjectMethod("BeamClass", "float getAirbrakeIntensity()", asMETHOD(Actor,getAirbrakeIntensity), asCALL_THISCALL); ROR_ASSERT(result>=0);
160  result = engine->RegisterObjectMethod("BeamClass", "int getAircraftFlaps()", asMETHOD(Actor,getAircraftFlaps), asCALL_THISCALL); ROR_ASSERT(result>=0);
161 
162  // - physics editing (PLEASE maintain the same order as 'Actor.h' and 'doc/angelscript/.../BeamClass.h')
163  result = engine->RegisterObjectMethod("BeamClass", "void scaleTruck(float)", asMETHOD(Actor,scaleTruck), asCALL_THISCALL); ROR_ASSERT(result>=0);
164  result = engine->RegisterObjectMethod("BeamClass", "void setMass(float)", asMETHOD(Actor,setMass), asCALL_THISCALL); ROR_ASSERT(result>=0);
165  result = engine->RegisterObjectMethod("BeamClass", "void setLoadedMass(float)", asMETHOD(Actor,setLoadedMass), asCALL_THISCALL); ROR_ASSERT(result>=0);
166  result = engine->RegisterObjectMethod("BeamClass", "void setNodeMass(int, float)", asMETHOD(Actor, setNodeMass), asCALL_THISCALL); ROR_ASSERT(result >= 0);
167  result = engine->RegisterObjectMethod("BeamClass", "void setNodeMassOptions(int, bool, bool)", asMETHOD(Actor, setNodeMassOptions), asCALL_THISCALL); ROR_ASSERT(result >= 0);
168  result = engine->RegisterObjectMethod("BeamClass", "void setSimAttribute(ActorSimAttr, float)", asMETHOD(Actor, setSimAttribute), asCALL_THISCALL); ROR_ASSERT(result >= 0);
169  result = engine->RegisterObjectMethod("BeamClass", "float getSimAttribute(ActorSimAttr)", asMETHOD(Actor, getSimAttribute), asCALL_THISCALL); ROR_ASSERT(result >= 0);
170  result = engine->RegisterObjectMethod("BeamClass", "void recalculateNodeMasses()", asMETHOD(Actor,recalculateNodeMasses), asCALL_THISCALL); ROR_ASSERT(result>=0);
171  result = engine->RegisterObjectMethod("BeamClass", "void setAirbrakeIntensity(float)", asMETHOD(Actor,setAirbrakeIntensity), asCALL_THISCALL); ROR_ASSERT(result>=0);
172  result = engine->RegisterObjectMethod("BeamClass", "void setAircraftFlaps(int)", asMETHOD(Actor,setAircraftFlaps), asCALL_THISCALL); ROR_ASSERT(result>=0);
173 
174  // - user interaction (PLEASE maintain the same order as 'Actor.h' and 'doc/angelscript/.../BeamClass.h')
175  result = engine->RegisterObjectMethod("BeamClass", "void parkingbrakeToggle()", asMETHOD(Actor,parkingbrakeToggle), asCALL_THISCALL); ROR_ASSERT(result>=0);
176  result = engine->RegisterObjectMethod("BeamClass", "void tractioncontrolToggle()", asMETHOD(Actor,tractioncontrolToggle), asCALL_THISCALL); ROR_ASSERT(result>=0);
177  result = engine->RegisterObjectMethod("BeamClass", "void antilockbrakeToggle()", asMETHOD(Actor,antilockbrakeToggle), asCALL_THISCALL); ROR_ASSERT(result>=0);
178  result = engine->RegisterObjectMethod("BeamClass", "void toggleCustomParticles()", asMETHOD(Actor,toggleCustomParticles), asCALL_THISCALL); ROR_ASSERT(result>=0);
179  result = engine->RegisterObjectMethod("BeamClass", "bool getCustomParticleMode()", asMETHOD(Actor,getCustomParticleMode), asCALL_THISCALL); ROR_ASSERT(result>=0);
180  result = engine->RegisterObjectMethod("BeamClass", "bool isLocked()", asMETHOD(Actor,isLocked), asCALL_THISCALL); ROR_ASSERT(result>=0);
181  result = engine->RegisterObjectMethod("BeamClass", "void setForcedCinecam(int, int)", asMETHOD(Actor, setForcedCinecam), asCALL_THISCALL); ROR_ASSERT(result >= 0);
182  result = engine->RegisterObjectMethod("BeamClass", "void clearForcedCinecam()", asMETHOD(Actor, clearForcedCinecam), asCALL_THISCALL); ROR_ASSERT(result >= 0);
183  result = engine->RegisterObjectMethod("BeamClass", "bool getForcedCinecam(int& inout, int& inout)", asMETHOD(Actor, getForcedCinecam), asCALL_THISCALL); ROR_ASSERT(result >= 0);
184  result = engine->RegisterObjectMethod("BeamClass", "int getNumCinecams() const", asMETHOD(Actor, getNumCinecams), asCALL_THISCALL); ROR_ASSERT(result >= 0);
185 
186 
187  // - subsystems (PLEASE maintain the same order as 'Actor.h' and 'doc/angelscript/.../BeamClass.h')
188  result = engine->RegisterObjectMethod("BeamClass", "DashBoardManagerClassPtr@ getDashboardManager()", asMETHOD(Actor, getDashboardManager), asCALL_THISCALL); ROR_ASSERT(result >= 0);
189  result = engine->RegisterObjectMethod("BeamClass", "VehicleAIClassPtr @getVehicleAI()", asMETHOD(Actor,getVehicleAI), asCALL_THISCALL); ROR_ASSERT(result>=0);
190  result = engine->RegisterObjectMethod("BeamClass", "EngineClassPtr @getEngine()", asMETHOD(Actor, getEngine), asCALL_THISCALL); ROR_ASSERT(result >= 0);
191  result = engine->RegisterObjectMethod("BeamClass", "int getAircraftEngineCount()", asMETHOD(Actor, getAircraftEngineCount), asCALL_THISCALL); ROR_ASSERT(result >= 0);
192  result = engine->RegisterObjectMethod("BeamClass", "AircraftEngineClassPtr@ getAircraftEngine(int)", asMETHOD(Actor, getAircraftEngine), asCALL_THISCALL); ROR_ASSERT(result >= 0);
193  result = engine->RegisterObjectMethod("BeamClass", "TurbojetClassPtr@ getTurbojet(int)", asMETHOD(Actor, getTurbojet), asCALL_THISCALL); ROR_ASSERT(result >= 0);
194  result = engine->RegisterObjectMethod("BeamClass", "TurbopropClassPtr@ getTurboprop(int)", asMETHOD(Actor, getTurboprop), asCALL_THISCALL); ROR_ASSERT(result >= 0);
195  result = engine->RegisterObjectMethod("BeamClass", "AutopilotClassPtr@ getAutopilot()", asMETHOD(Actor, getAutopilot), asCALL_THISCALL); ROR_ASSERT(result >= 0);
196  result = engine->RegisterObjectMethod("BeamClass", "int getScrewpropCount()", asMETHOD(Actor, getScrewpropCount), asCALL_THISCALL); ROR_ASSERT(result >= 0);
197  result = engine->RegisterObjectMethod("BeamClass", "ScrewpropClassPtr@ getScrewprop(int)", asMETHOD(Actor, getScrewprop), asCALL_THISCALL); ROR_ASSERT(result >= 0);
198  result = engine->RegisterObjectMethod("BeamClass", "Ogre::MaterialPtr getManagedMaterialInstance(const string &in)", asMETHOD(Actor, getManagedMaterialInstance), asCALL_THISCALL); ROR_ASSERT(result >= 0);
199  result = engine->RegisterObjectMethod("BeamClass", "array<string>@ getManagedMaterialNames()", asFUNCTIONPR([](Actor* self) -> CScriptArray*{
200  return RoR::VectorToScriptArray(self->getManagedMaterialNames(), "string"); }, (Actor*), CScriptArray*), asCALL_CDECL_OBJFIRST); ROR_ASSERT(result>=0);
201 
202  // - lights (PLEASE maintain the same ordering as 'Actor.h' and 'doc/angelscript/.../BeamClass.h')
203  result = engine->RegisterObjectMethod("BeamClass", "int getBlinkType()", asMETHOD(Actor, getBlinkType), asCALL_THISCALL); ROR_ASSERT(result >= 0);
204  result = engine->RegisterObjectMethod("BeamClass", "void setBlinkType(int)", asMETHOD(Actor, setBlinkType), asCALL_THISCALL); ROR_ASSERT(result >= 0);
205  result = engine->RegisterObjectMethod("BeamClass", "bool getCustomLightVisible(int)", asMETHOD(Actor, getCustomLightVisible), asCALL_THISCALL); ROR_ASSERT(result >= 0);
206  result = engine->RegisterObjectMethod("BeamClass", "void setCustomLightVisible(int, bool)", asMETHOD(Actor, setCustomLightVisible), asCALL_THISCALL); ROR_ASSERT(result >= 0);
207  result = engine->RegisterObjectMethod("BeamClass", "bool getBeaconMode()", asMETHOD(Actor, getBeaconMode), asCALL_THISCALL); ROR_ASSERT(result >= 0);
208  result = engine->RegisterObjectMethod("BeamClass", "void beaconsToggle()", asMETHOD(Actor, beaconsToggle), asCALL_THISCALL); ROR_ASSERT(result >= 0);
209  result = engine->RegisterObjectMethod("BeamClass", "bool getBrakeLightVisible()", asMETHOD(Actor, getBrakeLightVisible), asCALL_THISCALL); ROR_ASSERT(result >= 0);
210  result = engine->RegisterObjectMethod("BeamClass", "bool getReverseLightVisible()", asMETHOD(Actor, getReverseLightVisible), asCALL_THISCALL); ROR_ASSERT(result >= 0);
211  result = engine->RegisterObjectMethod("BeamClass", "int countCustomLights(int)", asMETHOD(Actor, countCustomLights), asCALL_THISCALL); ROR_ASSERT(result >= 0);
212  result = engine->RegisterObjectMethod("BeamClass", "int countFlaresByType(FlareType)", asMETHOD(Actor, countFlaresByType), asCALL_THISCALL); ROR_ASSERT(result >= 0);
213 
214  // - organizational (PLEASE maintain the same ordering as 'Actor.h' and 'doc/angelscript/.../BeamClass.h')
215  result = engine->RegisterObjectMethod("BeamClass", "string getTruckName()", asMETHOD(Actor,getTruckName), asCALL_THISCALL); ROR_ASSERT(result>=0);
216  result = engine->RegisterObjectMethod("BeamClass", "string getTruckFileName()", asMETHOD(Actor,getTruckFileName), asCALL_THISCALL); ROR_ASSERT(result>=0);
217  result = engine->RegisterObjectMethod("BeamClass", "string getTruckFileResourceGroup()", asMETHOD(Actor, getTruckFileResourceGroup), asCALL_THISCALL); ROR_ASSERT(result >= 0);
218  result = engine->RegisterObjectMethod("BeamClass", "int getTruckType()", asMETHOD(Actor,getTruckType), asCALL_THISCALL); ROR_ASSERT(result>=0);
219  result = engine->RegisterObjectMethod("BeamClass", "string getSectionConfig()", asMETHOD(Actor, getSectionConfig), asCALL_THISCALL); ROR_ASSERT(result >= 0);
220  result = engine->RegisterObjectMethod("BeamClass", "int getInstanceId()", asMETHOD(Actor, getInstanceId), asCALL_THISCALL); ROR_ASSERT(result >= 0);
221 }
ROR_ASSERT
#define ROR_ASSERT(_EXPR)
Definition: Application.h:40
RoR::ACTORSIMATTR_ENGOPTION_POST_SHIFT_TIME
@ ACTORSIMATTR_ENGOPTION_POST_SHIFT_TIME
Time (in seconds) until full torque is transferred - Param #6 of 'engoption'.
Definition: SimData.h:946
RoR::VectorToScriptArray
AngelScript::CScriptArray * VectorToScriptArray(const std::vector< T > &vec, const std::string &decl)
Definition: ScriptUtils.h:43
RoR::MACHINE
@ MACHINE
its a machine
Definition: SimData.h:88
RoR::TRUCK
@ TRUCK
its a truck (or other land vehicle)
Definition: SimData.h:85
RoR::ACTORSIMATTR_ENGINE_DIFF_RATIO
@ ACTORSIMATTR_ENGINE_DIFF_RATIO
Differential ratio (aka global gear ratio) - Param #4 of 'engine'.
Definition: SimData.h:937
AngelScriptBindings.h
RoR::ACTORSIMATTR_ENGOPTION_MIN_IDLE_MIXTURE
@ ACTORSIMATTR_ENGOPTION_MIN_IDLE_MIXTURE
Min throttle to maintain idle RPM - Param #10 of 'engoption'.
Definition: SimData.h:950
RoR::ACTORSIMATTR_NONE
@ ACTORSIMATTR_NONE
Definition: SimData.h:926
RoR::ACTORSIMATTR_ENGOPTION_BRAKING_TORQUE
@ ACTORSIMATTR_ENGOPTION_BRAKING_TORQUE
How much engine brakes on zero throttle - Param #11 of 'engoption'.
Definition: SimData.h:951
RoR::ACTORSIMATTR_ENGTURBO2_WASTEGATE_THRESHOLD_N
@ ACTORSIMATTR_ENGTURBO2_WASTEGATE_THRESHOLD_N
1 - WgThreshold ~ calculated from Param #10 of 'engturbo2'
Definition: SimData.h:962
RoR::ACTORSIMATTR_ENGTURBO2_BOV_ENABLED
@ ACTORSIMATTR_ENGTURBO2_BOV_ENABLED
Blow-off valve - Param #6 of 'engturbo2'.
Definition: SimData.h:958
RoR::ACTORSIMATTR_ENGTURBO2_MAX_RPM
@ ACTORSIMATTR_ENGTURBO2_MAX_RPM
MaxPSI * 10000 ~ calculated from Param #4 of 'engturbo2'.
Definition: SimData.h:956
RoR::NOT_DRIVEABLE
@ NOT_DRIVEABLE
not drivable at all
Definition: SimData.h:84
Actor.h
RoR::ACTORSIMATTR_ENGTURBO2_NUM_TURBOS
@ ACTORSIMATTR_ENGTURBO2_NUM_TURBOS
Number of turbos - Param #3 of 'engturbo2'.
Definition: SimData.h:955
SimData.h
Core data structures for simulation; Everything affected by by either physics, network or user intera...
RoR::ACTORSIMATTR_ENGOPTION_ENGINE_INERTIA
@ ACTORSIMATTR_ENGOPTION_ENGINE_INERTIA
Definition: SimData.h:941
RoR::ACTORSIMATTR_ENGTURBO2_INERTIA_FACTOR
@ ACTORSIMATTR_ENGTURBO2_INERTIA_FACTOR
Time to spool up - Param #2 of 'engturbo2'.
Definition: SimData.h:954
RoR::RegisterActor
void RegisterActor(AngelScript::asIScriptEngine *engine)
defined in ActorAngelscript.cpp
ScriptEngine.h
RoR::ACTORSIMATTR_ENGTURBO2_WASTEGATE_THRESHOLD_P
@ ACTORSIMATTR_ENGTURBO2_WASTEGATE_THRESHOLD_P
1 + WgThreshold ~ calculated from Param #10 of 'engturbo2'
Definition: SimData.h:963
RoR::ACTORSIMATTR_ENGINE_TORQUE
@ ACTORSIMATTR_ENGINE_TORQUE
Engine torque in newton-meters (N/m) - Param #3 of 'engine'.
Definition: SimData.h:936
RoR::BLINK_RIGHT
@ BLINK_RIGHT
Definition: SimData.h:117
RoR::BLINK_WARN
@ BLINK_WARN
Definition: SimData.h:118
RoR::ACTORSIMATTR_ENGOPTION_STALL_RPM
@ ACTORSIMATTR_ENGOPTION_STALL_RPM
RPM where engine stalls - Param #7 of 'engoption'.
Definition: SimData.h:947
RoR::ACTORSIMATTR_TC_PULSE_TIME
@ ACTORSIMATTR_TC_PULSE_TIME
Pulse duration in seconds, safe values <0.00005 - 1>
Definition: SimData.h:930
RoR::ACTORSIMATTR_ENGTURBO2_WASTEGATE_MAX_PSI
@ ACTORSIMATTR_ENGTURBO2_WASTEGATE_MAX_PSI
Definition: SimData.h:961
RoR::AIRPLANE
@ AIRPLANE
its an airplane
Definition: SimData.h:86
RoR::ACTORSIMATTR_ENGINE_GEAR_RATIOS_ARRAY
@ ACTORSIMATTR_ENGINE_GEAR_RATIOS_ARRAY
Gearbox - Format: "<reverse_gear> <neutral_gear> <forward_gear 1> [<forward gear 2>]....
Definition: SimData.h:938
RoR::ACTORSIMATTR_ENGTURBO2_WASTEGATE_ENABLED
@ ACTORSIMATTR_ENGTURBO2_WASTEGATE_ENABLED
Definition: SimData.h:960
RoR::BLINK_LEFT
@ BLINK_LEFT
Definition: SimData.h:116
RoR::ACTORSIMATTR_ENGOPTION_CLUTCH_FORCE
@ ACTORSIMATTR_ENGOPTION_CLUTCH_FORCE
Definition: SimData.h:943
RoR::ACTORSIMATTR_ENGTURBO2_BOV_MIN_PSI
@ ACTORSIMATTR_ENGTURBO2_BOV_MIN_PSI
Blow-off valve PSI threshold - Param #7 of 'engturbo2'.
Definition: SimData.h:959
RoR::ACTORSIMATTR_ENGTURBO2_ANTILAG_CHANCE
@ ACTORSIMATTR_ENGTURBO2_ANTILAG_CHANCE
Definition: SimData.h:965
RoR::ACTORSIMATTR_ENGOPTION_SHIFT_TIME
@ ACTORSIMATTR_ENGOPTION_SHIFT_TIME
Definition: SimData.h:944
RoR::ACTORSIMATTR_ENGTURBO2_ANTILAG_MIN_RPM
@ ACTORSIMATTR_ENGTURBO2_ANTILAG_MIN_RPM
Definition: SimData.h:966
RoR::BLINK_NONE
@ BLINK_NONE
Definition: SimData.h:115
RoR::ACTORSIMATTR_ENGTURBO2_ENGINE_RPM_OP
@ ACTORSIMATTR_ENGTURBO2_ENGINE_RPM_OP
Engine RPM threshold for turbo to operate - Param #5 of 'engturbo2'.
Definition: SimData.h:957
ScriptUtils.h
RoR::ACTORSIMATTR_ENGINE_SHIFTDOWN_RPM
@ ACTORSIMATTR_ENGINE_SHIFTDOWN_RPM
Automatic transmission - Param #1 of 'engine'.
Definition: SimData.h:934
RoR::ACTORSIMATTR_ENGOPTION_ENGINE_TYPE
@ ACTORSIMATTR_ENGOPTION_ENGINE_TYPE
Definition: SimData.h:942
RoR::ACTORSIMATTR_TC_RATIO
@ ACTORSIMATTR_TC_RATIO
Regulating force, safe values: <1 - 20>
Definition: SimData.h:929
RoR::ACTORSIMATTR_ENGOPTION_MAX_IDLE_MIXTURE
@ ACTORSIMATTR_ENGOPTION_MAX_IDLE_MIXTURE
Max throttle to maintain idle RPM - Param #9 of 'engoption'.
Definition: SimData.h:949
RoR::ACTORSIMATTR_ENGTURBO2_ANTILAG_POWER
@ ACTORSIMATTR_ENGTURBO2_ANTILAG_POWER
Definition: SimData.h:967
RoR::ACTORSIMATTR_ENGOPTION_IDLE_RPM
@ ACTORSIMATTR_ENGOPTION_IDLE_RPM
Target idle RPM - Param #8 of 'engoption'.
Definition: SimData.h:948
RoR::BOAT
@ BOAT
its a boat
Definition: SimData.h:87
RoR::ACTORSIMATTR_ENGTURBO2_ANTILAG_ENABLED
@ ACTORSIMATTR_ENGTURBO2_ANTILAG_ENABLED
Definition: SimData.h:964
RoR::AI
@ AI
machine controlled by an Artificial Intelligence
Definition: SimData.h:89
RoR::ACTORSIMATTR_TC_WHEELSLIP_CONSTANT
@ ACTORSIMATTR_TC_WHEELSLIP_CONSTANT
Minimum wheel slip threshold, safe value = 0.25.
Definition: SimData.h:931
RoR::ACTORSIMATTR_ENGINE_SHIFTUP_RPM
@ ACTORSIMATTR_ENGINE_SHIFTUP_RPM
Automatic transmission - Param #2 of 'engine'.
Definition: SimData.h:935
RoR::ACTORSIMATTR_ENGOPTION_CLUTCH_TIME
@ ACTORSIMATTR_ENGOPTION_CLUTCH_TIME
Definition: SimData.h:945
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