/**
* \brief Constructor of an extension declares everything the extension contains: objects, actions, conditions and expressions.
*/
DraggableAutomatismJsExtension()
{
SetExtensionInformation("DraggableAutomatism",
_("Draggable Automatism"),
_("Automatism allowing to move objects with the mouse"),
"Florian Rival",
"Open source (MIT License)");
DeclareDraggableAutomatismExtension(*this);
GetAutomatismMetadata("DraggableAutomatism::Draggable").SetIncludeFile("DraggableAutomatism/draggableruntimeautomatism.js");
GetAllConditionsForAutomatism("DraggableAutomatism::Draggable")["DraggableAutomatism::Dragged"].SetFunctionName("isDragged").SetIncludeFile("DraggableAutomatism/draggableruntimeautomatism.js");
GD_COMPLETE_EXTENSION_COMPILATION_INFORMATION();
};
/**
* \brief Constructor of an extension declares everything the extension contains : Objects, actions, conditions and expressions.
*/
TopDownMovementAutomatismJsExtension()
{
DeclareTopDownMovementAutomatismExtension(*this);
GetAutomatismMetadata("TopDownMovementAutomatism::TopDownMovementAutomatism")
.SetIncludeFile("TopDownMovementAutomatism/topdownmovementruntimeautomatism.js");
std::map<std::string, gd::InstructionMetadata > & autActions = GetAllActionsForAutomatism("TopDownMovementAutomatism::TopDownMovementAutomatism");
std::map<std::string, gd::InstructionMetadata > & autConditions = GetAllConditionsForAutomatism("TopDownMovementAutomatism::TopDownMovementAutomatism");
std::map<std::string, gd::ExpressionMetadata > & autExpressions = GetAllExpressionsForAutomatism("TopDownMovementAutomatism::TopDownMovementAutomatism");
autConditions["TopDownMovementAutomatism::IsMoving"].codeExtraInformation.SetFunctionName("isMoving");
autActions["TopDownMovementAutomatism::Acceleration"].codeExtraInformation.SetFunctionName("setAcceleration").SetAssociatedGetter("getAcceleration");
autConditions["TopDownMovementAutomatism::Acceleration"].codeExtraInformation.SetFunctionName("getAcceleration");
autActions["TopDownMovementAutomatism::Deceleration"].codeExtraInformation.SetFunctionName("setDeceleration").SetAssociatedGetter("getDeceleration");
autConditions["TopDownMovementAutomatism::Deceleration"].codeExtraInformation.SetFunctionName("getDeceleration");
autActions["TopDownMovementAutomatism::MaxSpeed"].codeExtraInformation.SetFunctionName("setMaxSpeed").SetAssociatedGetter("getMaxSpeed");
autConditions["TopDownMovementAutomatism::MaxSpeed"].codeExtraInformation.SetFunctionName("getMaxSpeed");
autConditions["TopDownMovementAutomatism::Speed"].codeExtraInformation.SetFunctionName("getSpeed");
autActions["TopDownMovementAutomatism::AngularMaxSpeed"].codeExtraInformation.SetFunctionName("setAngularMaxSpeed").SetAssociatedGetter("getAngularMaxSpeed");
autConditions["TopDownMovementAutomatism::AngularMaxSpeed"].codeExtraInformation.SetFunctionName("getAngularMaxSpeed");
autActions["TopDownMovementAutomatism::AngleOffset"].codeExtraInformation.SetFunctionName("setAngleOffset").SetAssociatedGetter("getAngleOffset");
autConditions["TopDownMovementAutomatism::AngleOffset"].codeExtraInformation.SetFunctionName("getAngleOffset");
autActions["TopDownMovementAutomatism::AllowDiagonals"].codeExtraInformation.SetFunctionName("allowDiagonals");
autConditions["TopDownMovementAutomatism::DiagonalsAllowed"].codeExtraInformation.SetFunctionName("diagonalsAllowed");
autActions["TopDownMovementAutomatism::RotateObject"].codeExtraInformation.SetFunctionName("setRotateObject");
autConditions["TopDownMovementAutomatism::ObjectRotated"].codeExtraInformation.SetFunctionName("isObjectRotated");
autActions["TopDownMovementAutomatism::SimulateLeftKey"].codeExtraInformation.SetFunctionName("simulateLeftKey");
autActions["TopDownMovementAutomatism::SimulateRightKey"].codeExtraInformation.SetFunctionName("simulateRightKey");
autActions["TopDownMovementAutomatism::SimulateUpKey"].codeExtraInformation.SetFunctionName("simulateUpKey");
autActions["TopDownMovementAutomatism::SimulateDownKey"].codeExtraInformation.SetFunctionName("simulateDownKey");
autActions["TopDownMovementAutomatism::SimulateControl"].codeExtraInformation.SetFunctionName("simulateControl");
autActions["TopDownMovementAutomatism::IgnoreDefaultControls"].codeExtraInformation.SetFunctionName("ignoreDefaultControls");
autExpressions["Acceleration"].codeExtraInformation.SetFunctionName("getAcceleration");
autExpressions["Deceleration"].codeExtraInformation.SetFunctionName("getDeceleration");
autExpressions["MaxSpeed"].codeExtraInformation.SetFunctionName("getMaxSpeed");
autExpressions["Speed"].codeExtraInformation.SetFunctionName("getSpeed");
autExpressions["AngularMaxSpeed"].codeExtraInformation.SetFunctionName("getAngularMaxSpeed");
autExpressions["AngleOffset"].codeExtraInformation.SetFunctionName("getAngleOffset");
GD_COMPLETE_EXTENSION_COMPILATION_INFORMATION();
};
/**
* \brief Constructor of an extension declares everything the extension contains : Objects, actions, conditions and expressions.
*/
DestroyOutsideAutomatismJsExtension()
{
SetExtensionInformation("DestroyOutsideAutomatism",
_("Destroy Outside Screen Automatism"),
_("Automatism destroying object when they go outside the screen"),
"Florian Rival",
"zlib/libpng License (Open Source)");
DeclareDestroyOutsideAutomatismExtension(*this);
GetAutomatismMetadata("DestroyOutsideAutomatism::DestroyOutside").SetIncludeFile("DestroyOutsideAutomatism/destroyoutsideruntimeautomatism.js");
GetAllConditionsForAutomatism("DestroyOutsideAutomatism::DestroyOutside")["DestroyOutsideAutomatism::ExtraBorder"].codeExtraInformation
.SetFunctionName("getExtraBorder").SetIncludeFile("DestroyOutsideAutomatism/destroyoutsideruntimeautomatism.js");
GetAllActionsForAutomatism("DestroyOutsideAutomatism::DestroyOutside")["DestroyOutsideAutomatism::ExtraBorder"].codeExtraInformation
.SetFunctionName("setExtraBorder").SetAssociatedGetter("getExtraBorder").SetIncludeFile("DestroyOutsideAutomatism/destroyoutsideruntimeautomatism.js");
GD_COMPLETE_EXTENSION_COMPILATION_INFORMATION();
};
/**
* \brief Constructor of an extension declares everything the extension contains: objects, actions, conditions and expressions.
*/
PlatformAutomatismJsExtension()
{
SetExtensionInformation("PlatformAutomatism",
_("Platform Automatism"),
_("Allows to use controllable objects which can run and jump on platforms."),
"Florian Rival",
"Open source (MIT License)");
DeclarePlatformAutomatismExtension(*this);
GetAutomatismMetadata("PlatformAutomatism::PlatformAutomatism")
.SetIncludeFile("PlatformAutomatism/platformruntimeautomatism.js")
.AddIncludeFile("PlatformAutomatism/platformerobjectruntimeautomatism.js");
GetAutomatismMetadata("PlatformAutomatism::PlatformerObjectAutomatism")
.SetIncludeFile("PlatformAutomatism/platformruntimeautomatism.js")
.AddIncludeFile("PlatformAutomatism/platformerobjectruntimeautomatism.js");
{
std::map<std::string, gd::InstructionMetadata > & autActions = GetAllActionsForAutomatism("PlatformAutomatism::PlatformerObjectAutomatism");
std::map<std::string, gd::InstructionMetadata > & autConditions = GetAllConditionsForAutomatism("PlatformAutomatism::PlatformerObjectAutomatism");
std::map<std::string, gd::ExpressionMetadata > & autExpressions = GetAllExpressionsForAutomatism("PlatformAutomatism::PlatformerObjectAutomatism");
autConditions["PlatformAutomatism::IsMoving"].SetFunctionName("isMoving");
autConditions["PlatformAutomatism::IsOnFloor"].SetFunctionName("isOnFloor");
autConditions["PlatformAutomatism::IsOnLadder"].SetFunctionName("isOnLadder");
autConditions["PlatformAutomatism::IsJumping"].SetFunctionName("isJumping");
autConditions["PlatformAutomatism::IsFalling"].SetFunctionName("isFalling");
autConditions["PlatformAutomatism::Gravity"].SetFunctionName("getGravity");
autActions["PlatformAutomatism::Gravity"].SetFunctionName("setGravity").SetGetter("getGravity");
autExpressions["Gravity"].SetFunctionName("getGravity");
autConditions["PlatformAutomatism::MaxFallingSpeed"].SetFunctionName("getMaxFallingSpeed");
autActions["PlatformAutomatism::MaxFallingSpeed"].SetFunctionName("setMaxFallingSpeed").SetGetter("getMaxFallingSpeed");
autExpressions["MaxFallingSpeed"].SetFunctionName("getMaxFallingSpeed");
autConditions["PlatformAutomatism::Acceleration"].SetFunctionName("getAcceleration");
autActions["PlatformAutomatism::Acceleration"].SetFunctionName("setAcceleration").SetGetter("getAcceleration");
autExpressions["Acceleration"].SetFunctionName("getAcceleration");
autConditions["PlatformAutomatism::Deceleration"].SetFunctionName("getDeceleration");
autActions["PlatformAutomatism::Deceleration"].SetFunctionName("setDeceleration").SetGetter("getDeceleration");
autExpressions["Deceleration"].SetFunctionName("getDeceleration");
autConditions["PlatformAutomatism::MaxSpeed"].SetFunctionName("getMaxSpeed");
autActions["PlatformAutomatism::MaxSpeed"].SetFunctionName("setMaxSpeed").SetGetter("getMaxSpeed");
autExpressions["MaxSpeed"].SetFunctionName("getMaxSpeed");
autConditions["PlatformAutomatism::JumpSpeed"].SetFunctionName("getJumpSpeed");
autActions["PlatformAutomatism::JumpSpeed"].SetFunctionName("setJumpSpeed").SetGetter("getJumpSpeed");
autExpressions["JumpSpeed"].SetFunctionName("getJumpSpeed");
autActions["PlatformAutomatism::SetCanJump"].SetFunctionName("setCanJump");
autActions["PlatformAutomatism::SimulateLeftKey"].SetFunctionName("simulateLeftKey");
autActions["PlatformAutomatism::SimulateRightKey"].SetFunctionName("simulateRightKey");
autActions["PlatformAutomatism::SimulateUpKey"].SetFunctionName("simulateUpKey");
autActions["PlatformAutomatism::SimulateDownKey"].SetFunctionName("simulateDownKey");
autActions["PlatformAutomatism::SimulateLadderKey"].SetFunctionName("simulateLadderKey");
autActions["PlatformAutomatism::SimulateJumpKey"].SetFunctionName("simulateJumpKey");
autActions["PlatformAutomatism::SimulateControl"].SetFunctionName("simulateControl");
autActions["PlatformAutomatism::IgnoreDefaultControls"].SetFunctionName("ignoreDefaultControls");
}
{
std::map<std::string, gd::InstructionMetadata > & autActions = GetAllActionsForAutomatism("PlatformAutomatism::PlatformAutomatism");
autActions["PlatformAutomatism::ChangePlatformType"].SetFunctionName("changePlatformType");
}
GD_COMPLETE_EXTENSION_COMPILATION_INFORMATION();
};