EIC code displayed by LXR master/​firebird/​firebird-ng/​src/​app/​services/​game-controller.service.ts	Source navigation Diff markup Identifier search General search
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 import { Injectable } from '@angular/core';
 import * as THREE from "three";
 import {BehaviorSubject, Observable, Subject} from "rxjs";
 import {ThreeService} from "./three.service";
 import {LocalStorageService} from "./local-storage.service";
 
 
 export enum GamepadButtonIndexes {
   ButtonA = 0,
   ButtonB = 1,
   ButtonX = 2,
   ButtonY = 3,
   ButtonLB = 4,
   ButtonRB = 5,
   ButtonLT = 6,
   ButtonRT = 7,
   Select = 8,
   Start = 9,
 }
 
 export class GamepadObservableButton {
   private onPressSubject = new Subject<boolean>();
   public onPress = this.onPressSubject.asObservable();
   public state: GamepadButton = {pressed: false, touched: false, value: 0};
 
   constructor(public index: GamepadButtonIndexes) {
   }
 
   updateState(newState: GamepadButton) {
     if(this.onPressSubject.observed) {
       if(newState.pressed != this.state.pressed) {
         this.onPressSubject.next(newState.pressed);
       }
     }
     this.state = newState;
   }
 
   updateFromGamepadState(gamepad: Gamepad) {
     this.updateState(gamepad.buttons[this.index]);
   }
 }
 
 @Injectable({
   providedIn: 'root'
 })
 export class GameControllerService {
 
   private xAxisSubject = new BehaviorSubject<number>(0);
   public xAxisChanged = this.xAxisSubject.asObservable();
   public xAxis = 0;
 
   private yAxisSubject = new BehaviorSubject<number>(0);
   private yAxisChanged = this.yAxisSubject.asObservable();
   public yAxis: number = 0;
   public buttons: GamepadButton[] = [];
   public prevButtons: GamepadButton[] = [];
 
 
   public buttonA: GamepadObservableButton = new GamepadObservableButton(GamepadButtonIndexes.ButtonA);
   public buttonB: GamepadObservableButton = new GamepadObservableButton(GamepadButtonIndexes.ButtonB);
   public buttonX: GamepadObservableButton = new GamepadObservableButton(GamepadButtonIndexes.ButtonX);
   public buttonY: GamepadObservableButton = new GamepadObservableButton(GamepadButtonIndexes.ButtonY);
   public buttonLB: GamepadObservableButton = new GamepadObservableButton(GamepadButtonIndexes.ButtonLB);
   public buttonRB: GamepadObservableButton = new GamepadObservableButton(GamepadButtonIndexes.ButtonRB);
   public buttonLT: GamepadObservableButton = new GamepadObservableButton(GamepadButtonIndexes.ButtonLT);
   public buttonRT: GamepadObservableButton = new GamepadObservableButton(GamepadButtonIndexes.ButtonRT);
   public buttonStart: GamepadObservableButton = new GamepadObservableButton(GamepadButtonIndexes.Start);
   public buttonSelect: GamepadObservableButton = new GamepadObservableButton(GamepadButtonIndexes.Select);
 
   public activeGamepad: Gamepad|null = null;
   private frameCallbackRef: (() => void) | null = null;
   private isControllerEnabled: boolean = false;
 
   animationLoopHandler () {
     // Only process if controller is enabled
     if (!this.isControllerEnabled) {
       return;
     }
 
     const epsilon = 0.01;
     const gamepads = navigator.getGamepads();
     for (const gamepad of gamepads) {
       if (gamepad) {
 
         this.activeGamepad = gamepad;
         // Example: Using left joystick to control OrbitControls
         // Axis 0: Left joystick horizontal (left/right)
         // Axis 1: Left joystick vertical (up/down)
         this.xAxis = gamepad.axes[0];
         this.yAxis = gamepad.axes[1];
 
         if(Math.abs(this.xAxis - this.xAxisSubject.value) > epsilon) {
           this.xAxisSubject.next(this.xAxis);
         }
 
         if(Math.abs(this.yAxis - this.yAxisSubject.value) > epsilon) {
           this.yAxisSubject.next(this.yAxis);
         }
 
         const xAxis = gamepad.axes[0];
         const yAxis = gamepad.axes[1];
 
         if (Math.abs(xAxis) > 0.1 || Math.abs(yAxis) > 0.1) {
           this.rotateCamera(xAxis, yAxis);
         }
 
         // Zooming using buttons (X and A)
         const zoomInButton = gamepad.buttons[2]; // X button
         const zoomOutButton = gamepad.buttons[0]; // A button
 
         if (zoomInButton.pressed) {
           this.zoom(0.99);
         }
 
         if (zoomOutButton.pressed) {
           this.zoom(1.01);
         }
 
         // Strafe functionality
         // B button for strafe left
         if (this.buttonB.state.pressed) {
           this.strafe(-0.5);
         }
 
         // RT button for strafe right  
         if (this.buttonRT.state.pressed) {
           this.strafe(0.5);
         }
 
         // Default view on LT button press
         if (this.buttonLT.state.pressed) {
           this.resetToDefaultView();
         }
 
         this.buttonSelect.updateFromGamepadState(gamepad);
         this.buttonStart.updateFromGamepadState(gamepad);
 
         this.buttonA.updateFromGamepadState(gamepad);
         this.buttonB.updateFromGamepadState(gamepad);
         this.buttonY.updateFromGamepadState(gamepad);
         this.buttonX.updateFromGamepadState(gamepad);
 
         this.buttonLB.updateFromGamepadState(gamepad);
         this.buttonRB.updateFromGamepadState(gamepad);
         this.buttonLT.updateFromGamepadState(gamepad);
         this.buttonRT.updateFromGamepadState(gamepad);
 
         break; // Only use the first connected gamepad
       }
     }
   };
 
 
   rotateCamera(xAxisChange: number, yAxisChange: number) {
     let orbitControls = this.three.controls;
     let camera = this.three.camera;
 
     const offset = new THREE.Vector3(); // Offset of the camera from the target
     const quat = new THREE.Quaternion().setFromUnitVectors(camera.up, new THREE.Vector3(0, 1, 0));
     const quatInverse = quat.clone().invert();
 
     const currentPosition = camera.position.clone().sub(orbitControls.target);
     currentPosition.applyQuaternion(quat); // Apply the quaternion
 
     // Spherical coordinates
     const spherical = new THREE.Spherical().setFromVector3(currentPosition);
 
     // Adjusting spherical coordinates
     spherical.theta -= xAxisChange * 0.023; // Azimuth angle change
     spherical.phi += yAxisChange * 0.023; // Polar angle change, for rotating up/down
 
     // Ensure phi is within bounds to avoid flipping
     spherical.phi = Math.max(0.1, Math.min(Math.PI - 0.1, spherical.phi));
 
     // Convert back to Cartesian coordinates
     const newPostion = new THREE.Vector3().setFromSpherical(spherical);
     newPostion.applyQuaternion(quatInverse);
 
     camera.position.copy(newPostion.add(orbitControls.target));
     camera.lookAt(orbitControls.target);
     orbitControls.update();
   }
 
   zoom(factor: number) {
     let orbitControls = this.three.controls;
     let camera = this.three.camera;
     orbitControls.object.position.subVectors(camera.position, orbitControls.target).multiplyScalar(factor).add(orbitControls.target);
     orbitControls.update();
   }
 
   strafe(amount: number) {
     const camera = this.three.camera;
     const controls = this.three.controls;
     
     // Move along Z axis (right = positive Z, left = negative Z)
     const offset = new THREE.Vector3(0, 0, amount * 10); // Scale for reasonable movement
     
     // Move camera and target together
     camera.position.add(offset);
     controls.target.add(offset);
     controls.update();
   }
 
   resetToDefaultView() {
     const camera = this.three.camera;
     const controls = this.three.controls;
     
     // Reset camera to default position
     camera.position.set(-7000, 0, 0);
     controls.target.set(0, 0, 0);
     
     // Update controls
     controls.update();
     
     console.log('[GameController] Camera reset to default view');
   }
 
   constructor(
     private three: ThreeService,
     private localStorageService: LocalStorageService
   ) {
     // Check if controller should be enabled on initialization
     this.isControllerEnabled = this.localStorageService.useController?.value ?? false;
     
     // Create the callback reference
     this.frameCallbackRef = () => { this.animationLoopHandler(); };
     
     // Only attach handler if controller is enabled
     if (this.isControllerEnabled) {
       this.three.addFrameCallback(this.frameCallbackRef);
       console.log('[GameController] Controller enabled on initialization');
     }
     
     // Subscribe to changes in the use controller setting
     this.localStorageService.useController?.changes$.subscribe((enabled) => {
       this.setControllerEnabled(enabled);
     });
     
     this.xAxisChanged.subscribe((data)=>{
       if (this.isControllerEnabled) {
         console.log(`[joystick] x: ${data}`);
       }
     });
     this.yAxisChanged.subscribe((data)=>{
       if (this.isControllerEnabled) {
         console.log(`[joystick] y: ${data}`);
       }
     });
   }
 
   private setControllerEnabled(enabled: boolean) {
     if (this.isControllerEnabled === enabled) {
       return;
     }
     
     this.isControllerEnabled = enabled;
     
     if (enabled) {
       // Attach the frame callback
       if (this.frameCallbackRef) {
         this.three.addFrameCallback(this.frameCallbackRef);
         console.log('[GameController] Controller enabled');
       }
     } else {
       // Remove the frame callback
       if (this.frameCallbackRef) {
         this.three.removeFrameCallback(this.frameCallbackRef);
         console.log('[GameController] Controller disabled');
       }
     }
   }
 }

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