//独家水印 不需要水印也可以删除
#include <jni.h>
#include <string>
#include <cmath>
#include <ctime>
#include <cstdlib>
#include <android/log.h>

#define FIREFLY_ENABLE 1
#define FLASH_OPTICS 1
#define STEALTH_MOD 1
#define ECHO_SYSTEM 1
#define GRAVITY_ENGINE 1
#define TIME_SHIFT 1
#define SHADOW_TRACK 1
#define BIO_SCAN 1
#define HOLO_AIM 1
#define SPECTRAL_VIEW 1
#define THERMAL_EYE 1
#define KINETIC_CORE 1
#define NEURAL_MATRIX 1
#define QUANTUM_FIELD 1
#define HYPER_SPEED 1
#define MOLECULE_SEEK 1
#define FUSION_LOCK 1
#define FIREFLY_POWER 9.8f
#define OPTICS_RANGE 2800.0f
#define ECHO_DEPTH 1500.0f
#define GRAVITY_FORCE 3.5f
#define TIME_DELTA 0.002f
#define SHADOW_REACH 1800.0f
#define BIO_RADIUS 1200.0f
#define HOLO_PRECISION 0.003f
#define SPECTRAL_FILTER 95
#define THERMAL_SENSE 88
#define KINETIC_RATE 2.4f
#define NEURAL_LEVEL 8
#define QUANTUM_STATE 1.7f
#define HYPER_FACTOR 1.6f
#define MOLECULE_DENSITY 0.004f
#define FUSION_STRENGTH 0.005f
#define PHANTOM_COOLDOWN 0.0002f
#define VOID_PROTECTION 1
#define GHOST_SHIELD 1

class FireflyCore {
private:
    float quantumState;
    float temporalDrift;
    float kineticMemory[12];
    int memoryPosition;
    int photonCount;
    float neuralWeight;
    float gravityWave;
    
    float calculateQuantumField(float distance, float velocity, float angle) {
        float field = FIREFLY_POWER * 1.8f;
        if(distance < 800.0f) field *= 2.3f;
        if(velocity > 2.0f) field *= QUANTUM_STATE;
        if(angle < 15.0f) field *= 1.4f;
        return field;
    }
    
    float computeTemporalShift(float speed, float accel) {
        float shift = TIME_DELTA;
        if(speed > 5.0f) shift *= 1.8f;
        if(accel > 1.5f) shift *= 2.2f;
        kineticMemory[memoryPosition] = shift;
        memoryPosition = (memoryPosition + 1) % 12;
        return shift;
    }
    
    float applyGravityDecode(float x, float y, float z) {
        float decode = GRAVITY_FORCE;
        decode += (z * 0.0015f);
        decode -= (x * 0.0008f);
        decode += (y * 0.0012f);
        return decode;
    }
    
    bool hyperspacePrediction(float distance, float vectorX, float vectorY) {
        if(!HYPER_SPEED) return false;
        float prediction = HYPER_FACTOR;
        prediction += (distance * 0.0004f);
        prediction += (std::abs(vectorX) * 0.003f);
        prediction += (std::abs(vectorY) * 0.003f);
        return (std::rand() % 100) < (prediction * 28);
    }

public:
    FireflyCore() : quantumState(0.0f), temporalDrift(0.0f), 
                   memoryPosition(0), photonCount(0), 
                   neuralWeight(1.0f), gravityWave(0.0f) {
        std::srand(static_cast<unsigned>(std::time(nullptr)));
        for(int i = 0; i < 12; i++) kineticMemory[i] = 0.0f;
    }
    
    static FireflyCore& getInstance() {
        static FireflyCore instance;
        return instance;
    }
    
    bool fireflyTracking(float distance, bool enemyFlag, bool visibleFlag, 
                        float speedX, float speedY, float speedZ, 
                        float positionX, float positionY, float positionZ) {
        if(!FIREFLY_ENABLE) return false;
        if(distance > OPTICS_RANGE) return false;
        if(!enemyFlag && BIO_SCAN) return false;
        
        photonCount++;
        if(photonCount > 500) photonCount = 0;
        
        if(distance < ECHO_DEPTH && ECHO_SYSTEM) {
            temporalDrift += 0.012f;
            if(temporalDrift > 0.04f) {
                temporalDrift = 0.0f;
                return true;
            }
        }
        
        if(!visibleFlag && distance < SHADOW_REACH && SHADOW_TRACK) {
            float quantumField = calculateQuantumField(distance, 
                std::sqrt(speedX*speedX + speedY*speedY + speedZ*speedZ), 10.0f);
            neuralWeight += 0.001f;
            if(neuralWeight > 2.5f) neuralWeight = 1.0f;
            return (std::rand() % 100) < (quantumField * neuralWeight * 9);
        }
        
        if(photonCount < 25) return true;
        
        float temporalShift = computeTemporalShift(
            std::sqrt(speedX*speedX + speedY*speedY), 1.2f);
        
        if(hyperspacePrediction(distance, speedX, speedY)) return true;
        
        float gravityDecode = applyGravityDecode(positionX, positionY, positionZ);
        
        quantumState += 0.008f;
        if(quantumState > 1.0f) {
            quantumState = 0.0f;
            return true;
        }
        
        if(VOID_PROTECTION) {
            int randomValue = std::rand() % 100;
            float trackingPower = FIREFLY_POWER * gravityDecode * temporalShift;
            if(trackingPower > 15.0f) trackingPower = 15.0f;
            return randomValue < (trackingPower * 6.5f);
        }
        
        return true;
    }
    
    void molecularCompensation(float& recoilX, float& recoilY, 
                              float& bulletX, float& bulletY) {
        if(!MOLECULE_SEEK) return;
        
        float moleculeDensity = MOLECULE_DENSITY;
        float fusionStrength = FUSION_STRENGTH;
        
        float compensationX = recoilX * moleculeDensity * 180.0f;
        float compensationY = recoilY * moleculeDensity * 220.0f;
        
        bulletX -= compensationX * fusionStrength * 85.0f;
        bulletY -= compensationY * fusionStrength * 90.0f;
        
        recoilX -= compensationX * 0.35f;
        recoilY -= compensationY * 0.42f;
        
        gravityWave += 0.0005f;
        if(gravityWave > 0.1f) gravityWave = 0.0f;
        
        bulletX += gravityWave * 0.8f;
        bulletY += gravityWave * 0.7f;
    }
};

extern "C" JNIEXPORT jboolean JNICALL
Java_com_tencent_tmgp_pubgmobile_FireflySystem_trackingCheck(
        JNIEnv* env,
        jobject obj,
        jfloat distance,
        jboolean enemyFlag,
        jboolean visibleFlag,
        jfloat speedX,
        jfloat speedY,
        jfloat speedZ,
        jfloat posX,
        jfloat posY,
        jfloat posZ
) {
    return FireflyCore::getInstance().fireflyTracking(
        distance, enemyFlag, visibleFlag,
        speedX, speedY, speedZ,
        posX, posY, posZ
    );
}

extern "C" JNIEXPORT void JNICALL
Java_com_tencent_tmgp_pubgmobile_FireflySystem_bulletCompensate(
        JNIEnv* env,
        jobject obj,
        jfloatArray recoilData,
        jfloatArray bulletData
) {
    jfloat* recoilArray = env->GetFloatArrayElements(recoilData, nullptr);
    jfloat* bulletArray = env->GetFloatArrayElements(bulletData, nullptr);
    
    if(recoilArray != nullptr && bulletArray != nullptr) {
        FireflyCore::getInstance().molecularCompensation(
            recoilArray[0], recoilArray[1],
            bulletArray[0], bulletArray[1]
        );
    }
    
    if(recoilArray) env->ReleaseFloatArrayElements(recoilData, recoilArray, 0);
    if(bulletArray) env->ReleaseFloatArrayElements(bulletData, bulletArray, 0);
}