/// //Updates a GObject using a Template state // //Parameters: // obj: A pointer to the GObject being updated // state: A pointer to the state updating the GObject void State_ParkourController_Update(GObject* obj, State* state) { //Get a reference to the state members struct State_ParkourController_Members* members = (struct State_ParkourController_Members*)state->members; //If it needs to be updated, update the shoot timer if(members->shootTimer < members->shootCooldown) { float dt = TimeManager_GetDeltaSec(); members->shootTimer += dt; } //If the left mouse button is down, shoot if(InputManager_IsMouseButtonPressed(0)) { State_ParkourController_Shoot(obj, state); } //Get a reference to the camera Camera* cam = RenderingManager_GetRenderingBuffer()->camera; //Determine if the object is colliding with anything if(obj->collider->currentCollisions->size > 0) { //Determine if the object is on the ground if(State_ParkourController_IsOnGround(obj)) { //Allow the object to accelerate State_ParkourController_Accelerate(obj, state); if(InputManager_IsKeyDown(' ')) { State_ParkourController_Jump(obj, state); } } //If the spacebar is being pressed even if the object is not on the floor if(InputManager_IsKeyDown(' ')) { //Attempt to wallrun! State_ParkourController_Wallrun(obj, state); } else if(members->verticalRunning || members->horizontalRunning) { //Wall jump! State_ParkourController_WallJump(obj, state); //If vertically wallrunning, start spinning right round baby right round! if(members->verticalRunning) members->spinningTimer = 0.0f; //The object was wallrunning but now (s)he stopped before the wall ended members->verticalRunning = members->horizontalRunning = 0; } } else if(members->verticalRunning || members->horizontalRunning) { if(members->verticalRunning) { State_ParkourController_WallVault(obj, state); } //The character was wallrunning but now there is no wall members->verticalRunning = members->horizontalRunning = 0; } //If the parkour controller currently spinning off a wall, let it continue, else let the player rotate the controller if(members->spinningTimer < members->spinningTime) { float dt = TimeManager_GetDeltaSec(); members->spinningTimer += dt; Camera_ChangeYaw(cam, spinningRate * dt); } else { //Allow the user to rotate the parkour controller State_ParkourController_Rotate(state); } //Set the position of the camera to match the object Camera_SetPosition(cam, obj->frameOfReference->position); }
/// //Updates the object attached to a runner controller //This object will always accelerate forward while on a surface unless the velocity is already at the max velocity. // //Parameters: // obj: A pointer to the gameobject to update as a runner // state: A pointer to the runner controller state void State_RunnerController_Update(GObject* obj, State* state) { struct State_RunnerController_Members* members = (struct State_RunnerController_Members*)state->members; //If the object is colliding with something, allow it to possibly wall run if(obj->collider->currentCollisions->size > 0) { //If the user is pressing RMB if(InputManager_IsMouseButtonPressed(2)) { State_RunnerController_Wallrun(obj, state); } else if(members->verticalRunning || members->horizontalRunning) { //Wall jump if(members->verticalRunning) { members->spinningTimer = 0.0f; } State_RunnerController_WallJump(obj, state); members->verticalRunning = members->horizontalRunning = 0; } else { if(State_RunnerController_IsOnGround(obj, state)) { State_RunnerController_Accelerate(obj, state); } } //If the user is pressing LMB if(InputManager_IsMouseButtonPressed(0)) { State_RunnerController_Jump(obj, state); } } else if(members->verticalRunning || members->horizontalRunning) { //Wall vault if(members->verticalRunning) { State_RunnerController_WallVault(obj, state); } members->verticalRunning = members->horizontalRunning = 0; } Camera* cam = RenderingManager_GetRenderingBuffer()->camera; if(members->spinningTimer < members->spinningTime) { float dt = TimeManager_GetDeltaSec(); members->spinningTimer += dt; Camera_ChangeYaw(cam, spinningRate * dt); } else { //Rotate runner State_RunnerController_Rotate(obj, state); } //Grab the camera // Set position of Camera to the body Camera_SetPosition(cam, obj->body->frame->position); }
// translate the character and his bounding box. // Parameters: // GO: The game object this state is attached to (Used for translating the bounding box) // state: The first person camera state updating the gameObject void State_CharacterController_Translate(GObject* GO, State* state) { Camera* cam = RenderingManager_GetRenderingBuffer()->camera; //Get members struct State_CharacterController_Members* members = (struct State_CharacterController_Members*)state->members; if(InputManager_GetInputBuffer().mouseLock) { // Gets the time per second float dt = TimeManager_GetDeltaSec(); Vector netMvmtVec; Vector partialMvmtVec; Vector_INIT_ON_STACK(netMvmtVec, 3); Vector_INIT_ON_STACK(partialMvmtVec, 3); if (InputManager_IsKeyDown('w')) { //Get "back" Vector Matrix_SliceRow(&partialMvmtVec, cam->rotationMatrix, 2, 0, 3); //Subtract "back" Vector from netMvmtVec Vector_Decrement(&netMvmtVec, &partialMvmtVec); //Or in one step but less pretty... Faster though. I think I want readable here for now though. //Vector_DecrementArray(netMvmtVec.components, Matrix_Index(cam->rotationMatrix, 2, 0), 3); } if (InputManager_IsKeyDown('s')) { //Get "back" Vector Matrix_SliceRow(&partialMvmtVec, cam->rotationMatrix, 2, 0, 3); //Add "back" Vector to netMvmtVec Vector_Increment(&netMvmtVec, &partialMvmtVec); } if (InputManager_IsKeyDown('a')) { //Get "Right" Vector Matrix_SliceRow(&partialMvmtVec, cam->rotationMatrix, 0, 0, 3); //Subtract "Right" Vector From netMvmtVec Vector_Decrement(&netMvmtVec, &partialMvmtVec); } if (InputManager_IsKeyDown('d')) { //Get "Right" Vector Matrix_SliceRow(&partialMvmtVec, cam->rotationMatrix, 0, 0, 3); //Add "Right" Vector to netMvmtVec Vector_Increment(&netMvmtVec, &partialMvmtVec); } if (Vector_GetMag(&netMvmtVec) > 0.0f) { // Get the projection and keep player grounded Vector perpMvmtVec; Vector_INIT_ON_STACK(perpMvmtVec, 3); Vector_GetProjection(&perpMvmtVec, &netMvmtVec, &Vector_E2); Vector_Decrement(&netMvmtVec, &perpMvmtVec); // Normalize vector and scale Vector_Normalize(&netMvmtVec); Vector_Scale(&netMvmtVec, members->movementSpeed); //Apply Impulse RigidBody_ApplyImpulse(GO->body, &netMvmtVec, &Vector_ZERO); } } // If vector is going too fast, the maxspeed will keep it from going faster, by scaling it by maxspeed. if(Vector_GetMag(GO->body->velocity) >= members->maxSpeed) { Vector_Normalize(GO->body->velocity); Vector_Scale(GO->body->velocity,members->maxSpeed); } // Set position of Camera to the body Camera_SetPosition(cam,GO->body->frame->position); }