（九八）ArkCompiler 在智能体育中的应用：编译优化提升用户体验 原创

import random                                 # 模拟心率数据采集                def collect_heart_rate():                    return random.randint(60, 120)                                 # 模拟步数数据采集                def collect_steps():                    return random.randint(0, 100)                                 # 数据处理函数                def process_data(heart_rate, steps):                    print(f"当前心率: {heart_rate} 次/分钟，今日步数: {steps}")                                 # 模拟数据采集和处理                heart_rate = collect_heart_rate()                steps = collect_steps()                process_data(heart_rate, steps)
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import random                                 # 模拟用户当前心率                def get_current_heart_rate():                    return random.randint(60, 180)                                 # 跑步机速度调整函数                def adjust_speed(heart_rate):                    if heart_rate < 100:                        return 5                    elif heart_rate < 140:                        return 8                    else:                        return 3                                 # 模拟跑步机运行                heart_rate = get_current_heart_rate()                speed = adjust_speed(heart_rate)                print(f"当前心率: {heart_rate} 次/分钟，跑步机速度调整为: {speed} km/h")
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# 模拟一周的运动步数数据                steps_data = [random.randint(3000, 10000) for _ in range(7)]                                 # 计算平均步数                def calculate_average_steps(data):                    return sum(data) / len(data)                                 # 分析运动趋势                def analyze_trend(data):                    if data[-1] > calculate_average_steps(data):                        return "运动步数呈上升趋势"                    else:                        return "运动步数稳定或下降"                                 # 模拟数据分析                average_steps = calculate_average_steps(steps_data)                trend = analyze_trend(steps_data)                print(f"本周平均步数: {average_steps}，运动趋势: {trend}")
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import time                                 # 模拟APP界面                interfaces = ["主页", "运动记录", "设置"]                current_interface = 0                                 # 界面切换函数                def switch_interface(direction):                    global current_interface                    current_interface = (current_interface + direction) % len(interfaces)                    print(f"当前界面: {interfaces[current_interface]}")                                 # 模拟用户切换界面操作                switch_interface(1)                time.sleep(1)                switch_interface(-1)
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