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Refactor MovingPlatformComponent to support subcomponents for movement and rotation

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- Introduced PlatformSubComponent as a base class for platform movement logic.
- Added MoverSubComponent for standard path-following behavior.
- Implemented SimpleMoverSubComponent for auto-generating two-waypoint paths.
- Created RotatorSubComponent to handle angular velocity and rotation along paths.
- Updated MovingPlatformComponent to manage multiple subcomponents and their states.
- Modified serialization and update logic to accommodate new subcomponent architecture.
- Adjusted GameMessages to include additional parameters for platform state synchronization.
- Enhanced SimplePhysicsComponent to prevent double movement when on a moving platform.
- Added new CMakeLists.txt for organizing MovingPlatformComponent files.
This commit is contained in:
Aaron Kimbrell
2026-04-08 16:32:10 -05:00
parent 247576e101
commit 5e40aaf420
17 changed files with 1097 additions and 430 deletions
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55
dGame/dComponents/MovingPlatformComponent/SimpleMoverSubComponent.cpp Normal file
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#include "SimpleMoverSubComponent.h"
#include "Zone.h"
SimpleMoverSubComponent::SimpleMoverSubComponent(Entity* parentEntity, const NiPoint3& startPos,
const NiQuaternion& startRot, const NiPoint3& platformMove, float platformMoveTime)
: PlatformSubComponent(parentEntity, nullptr) {
GeneratePath(startPos, startRot, platformMove, platformMoveTime);
m_Path = m_GeneratedPath.get();
m_TimeBasedMovement = false;
// Auto-activate and set up initial segment (matching client GenerateSimpleMoverPath)
if (m_Path && !m_Path->pathWaypoints.empty()) {
m_Active = true;
SetupWaypointSegment(m_CurrentWaypointIndex);
}
}
void SimpleMoverSubComponent::GeneratePath(const NiPoint3& startPos, const NiQuaternion& startRot,
const NiPoint3& platformMove, float platformMoveTime) {
auto path = std::make_unique<Path>();
path->pathType = PathType::MovingPlatform;
path->pathBehavior = PathBehavior::Once;
path->pathName = "SimpleMoverPath";
path->movingPlatform.timeBasedMovement = 0;
// Waypoint 0: start position
PathWaypoint wp0;
wp0.position = startPos;
wp0.rotation = startRot;
wp0.movingPlatform.wait = 0.0f;
// Waypoint 1: start + rotated platformMove
NiPoint3 move = platformMove;
NiPoint3 rotatedMove = move.RotateByQuaternion(startRot);
PathWaypoint wp1;
wp1.position = startPos + rotatedMove;
wp1.rotation = startRot;
wp1.movingPlatform.wait = 0.0f;
// Calculate speed: length(platformMove) / platformMoveTime
float speed = 0.0f;
if (move.SquaredLength() > 0.0f && platformMoveTime > 0.0f) {
speed = platformMove.Length() / platformMoveTime;
}
wp0.speed = speed;
wp1.speed = speed;
path->pathWaypoints.push_back(wp0);
path->pathWaypoints.push_back(wp1);
path->waypointCount = 2;
m_GeneratedPath = std::move(path);
}