玩转ChatGPT:Custom instructions (vol. 1)

一、写在前面

据说GPT-4又被削了,前几天让TA改代码,来来回回好几次才成功。

可以看到之前3小时25条的限制,现在改成了3小时50条,可不可以理解为:以前一个指令能完成的任务,现在得两条指令?

 可能作为补偿,OpenAI对于Plus用户开放了Custom instructions功能,具体打开方式如下图:

 来看看官方介绍,截个图:

 谷歌翻译一下:

 总结来说,就是设置一个通用的“咒语”,或者说立人设。具体看看设置界面:

 (1)第一个框填写的内容包括:你是谁?从哪里来?到哪里去?干什么的?也就是立人设。

(2)第二个框就是你给GPT输出的内容制定个性化需求。

下面我们来试一试,就用GPT的英文润色功能来展示吧,参考这一期:玩转ChatGPT:论文翻译润色(传送门)。

二、实战

我的设置如下:

首先,告诉TA我是谁:

我是一个科研人员,需要进行科研写作。

我的研究领域是马尔尼菲篮状菌,英文是Talaromyces marneffei,简称T. marneffei,或者TM。

解读:第一行没啥好说的,告诉TA你要做什么;第二行是根据我自己的需求,提前定义我的研究领域的专业名词,因为TA的知识面覆盖不到这一块。

然后,告诉TA需求和输出的格式:

(1)You are now acting as an expert in the field of writing SCI academic papers. Below is a paragraph from an academic paper, from a professional point of view, please polish the writing to meet the academic style, improve the spelling, grammar, clarity, concision and overall readability. Be careful not to modify the full text or add any new content, just modify the original sentence. Furthermore, list all modification and explain the reasons to do so in table.

(2)Display the results directly without using other formats, such as markdown, josn, etc.

(3)Always output English.

 第二行的设置是因为在测试中,我发现TA偶尔会输出其他格式,不方便观看;

第三行的设置是因为我用的是AIPRM插件,默认输出了中文(懒得手动设置了),而我需要输出的是英文;

设置完毕后,我们试一试:

咒语:润色下面句子:{Abstract

Objective: To identify the secretory proteins of Bacillus marniffii (TM) and to preliminarily analyze their biological functions.

Methods: The secretory proteome of TM strain (ATCC18224) culture supernatant was identified based on mass spectrometry, and bioinformatics was used to predict the subcellular localization and signal peptide shear sites of the identified proteins, as well as to analyze their biological functions and signaling pathways.

Results: A total of 21 secretory proteins were identified by two independent replicate experiments; the functional annotation results showed that the secretory proteins were mainly involved in biological processes such as superoxide metabolism, stress response and metal ion transport; the prediction results showed that the secretory proteins were mainly localized in the nucleus, extracellular, plasma membrane, mitochondria and cell membrane, and only six proteins had signal peptide sequences.

Conclusion: TM secretory proteins may be closely related to their immune escape and fungal toxicity, and the functions of some proteins are still unclear and need to be studied in depth.}

输出:

I'm sorry for the misunderstanding, but as per your earlier instructions, I am supposed to provide responses in English only. Here's the edited version of your abstract in English:

{Abstract

Objective: This study aims to identify secretory proteins of Talaromyces marneffei (TM) and to undertake a preliminary analysis of their biological functions.

Methods: The secretory proteome of TM strain (ATCC18224) was identified from culture supernatant using mass spectrometry. Bioinformatics was employed to predict the subcellular localization, signal peptide cleavage sites of the identified proteins, and to analyze their biological functions and signaling pathways.

Results: Two independent replicate experiments identified a total of 21 secretory proteins. Functional annotation results indicated that these secretory proteins predominantly participate in biological processes such as superoxide metabolism, stress response, and metal ion transport. Prediction results showed the secretory proteins' primary locations to be the nucleus, extracellular region, plasma membrane, mitochondria, and cell membrane, with only six proteins having signal peptide sequences.

Conclusion: The secretory proteins of TM might be intimately linked to its immune evasion and fungal toxicity. Some proteins' functions remain unclear and warrant further in-depth investigation.}

Changes and explanations:

"To identify the secretory proteins of Bacillus marniffii (TM)" was changed to "This study aims to identify secretory proteins of Talaromyces marneffei (TM)". This adjustment was made to better specify the study's objective and to correct the taxonomic name.

"and to preliminarily analyze their biological functions" was changed to "and to undertake a preliminary analysis of their biological functions". This adjustment was made to improve the fluency and readability of the sentence.

"The secretory proteome of TM strain (ATCC18224) culture supernatant was identified" was changed to "The secretory proteome of TM strain (ATCC18224) was identified from culture supernatant". This adjustment was made to clarify the source of the secretory proteome.

"signal peptide shear sites" was changed to "signal peptide cleavage sites". This adjustment was made to use the more common scientific terminology.

"A total of 21 secretory proteins were identified by two independent replicate experiments" was changed to "Two independent replicate experiments identified a total of 21 secretory proteins". This adjustment was made to make the sentence more active and direct.

"the prediction results showed that the secretory proteins were mainly localized in" was changed to "Prediction results showed the secretory proteins' primary locations to be". This adjustment was made to improve clarity and concision.

"TM secretory proteins may be closely related to their immune escape and fungal toxicity" was changed to "The secretory proteins of TM might be intimately linked to its immune evasion and fungal toxicity". This adjustment was made to enhance readability and clarity.

"the functions of some proteins are still unclear and need to be studied in depth." was changed to "Some proteins' functions remain unclear and warrant further in-depth investigation". This adjustment was made to improve the sentence structure and enhance readability.

解读:(1)输出英文了,即使AIPRM插件设置的是输出中文。说明Custom instructions的优先级更高;

(2)输出的格式和内容符合我们的要求;

(3)专业名词也改过来了:Bacillus marniffii 改成了Talaromyces marneffei。

三、写在最后

初步尝鲜,Custom instructions其实就是系统的设定,避免了我们每次都要去寻找和复制粘贴相应的咒语(好的咒语一般都是一大段,背不下的)。

总体来说还是挺方便的,不过缺点在于一次只能设定一个角色,最好是能添加多个角色,以便在不同任务时切换角色使用。

可以预期,未来还有很多Custom instructions供我们复制粘贴,就像之前的咒语一样。

后期看到有趣的,我再分享吧。

 

本文来自互联网用户投稿,该文观点仅代表作者本人,不代表本站立场。本站仅提供信息存储空间服务,不拥有所有权,不承担相关法律责任。如若转载,请注明出处:http://www.mzph.cn/news/9679.shtml

如若内容造成侵权/违法违规/事实不符,请联系多彩编程网进行投诉反馈email:809451989@qq.com,一经查实,立即删除!

相关文章

Hadoop优化

1.Datanode管理多块数据盘 1.理解 其实就是扩展Datanode空间,之前一个盘,现在加一个盘或者多个盘, 2.优点: 1.提高容错(避免硬盘损坏全部数据丢失)2.实现数据分离模式存储(框架本体与数据分离,集群出现问题数据可进行单独恢复,这样也是提高容错) 3.配置(临时挂…

认识雪花id

首先,个人理解,雪花id不是全球的,它只能保证一个分布式服务的范围内的ID是不重复的. 一.SnowFlake 雪花算法 SnowFlake 中文意思为雪花,故称为雪花算法。最早是 Twitter 公司在其内部用于分布式环境下生成唯一 ID。在2014年开源 scala 语言版本。 雪花算法的原理…

SpringBoot实战(二十三)集成 SkyWalking

目录 一、简介二、拉取镜像并部署1.拉取镜像2.运行skywalking-oap容器3.运行skywalking-ui容器4.访问页面 三、下载解压 agent1.下载2.解压 四、创建 skywalking-demo 项目1.Maven依赖2.application.yml3.DemoController.java 五、构建启动脚本1.startup.bat2.执行启动脚本3.发…

uniapp 微信小程序 预览pdf方法

效果图: 1、在小程序中 // #ifdef MP */ 是区分运行的环境,在小程序中可使用如下方法uni.downloadFile({url: item.link,//文件地址success: function (res) {var filePath res.tempFilePath;uni.openDocument({filePath: filePath,showMenu: false…

多线程面试题--线程池

目录 介绍 线程池的核心参数/执行原理 核心参数 执行原理​编辑 常见的阻塞队列 ArrayBlockingQueue和LinkedBlockingQueue区别 如何确定核心线程数 线程池的种类有哪些 创建使用固定线程数的线程池 单线程化的线程池 可缓存线程池 “延迟”和“周期执行”的线程池 总…

理光310/320/325系列激光打印机加粉后不换芯片清零方法

设置步骤: 依次按停止107开始键进入维修模式, 按下键两次选择Engine Maintenance,点OK键进入, 按上键选择Refill mode项后点OK键, 按下键选择到Pure refill mode后点Ok键(默认是Auto refill mode), 然后按两次后退…

【MySQL】索引是什么东东?

书中的目录,就是充当索引的角色,方便我们快速查找书中的内容,所以索引是以空间换时间的设计思想。 索引和数据位于存储引擎中,MySQL默认的存储引擎是InnoDB。 1 为什么MySQL采用B树作为索引? 1.1 其他数据结构为什么…

PostgreSQL--实现数据库备份恢复详细教学

前言 这是我在这个网站整理的笔记,关注我,接下来还会持续更新。 作者:RodmaChen PostgreSQL--实现数据库备份恢复详细教学 一. 数据库备份二. 数据库恢复三. 存留问题 数据库备份恢复功能是每个产品所需的,以下是简单的脚本案例&a…

3-Linux实操

Linux实践操作 开关机、重启、用户登陆注销关机&重启用户登陆和注销 用户管理添加用户修改用户密码删除用户查询用户信息切换用户查看当前用户用户组的添加和删除用户和组相关文件 实用指令指定运行级别init 命令帮助指令文件目录类时间日期类搜索查找类🔍压缩和…

Java获取调用当前方法的方法名和行数(亲测可行)

有时候一个方法被很多方法调用了,但是在调试应用程序的时候,需要知道是哪个方法调用它的,方便定位bug问题。否者,比较难以理清和解决一些bug问题。 适用:任何适用java语言编程的地方,java后端和android端。…

实用人工智能 2.0,在线“学习、探索和构建”ML 模型

人工智能爱好者过去需要在一个好的GPU上投资数千美元才能“动手”进行机器学习,但现在一个简单的网络浏览器就足够了。总部位于硅谷的非营利组织PracticalAI最近发布了“PracticalAI2.0”,该平台包括TensorFlow 2.0Keras中的说明性机器学习课程&#xff…

嵌入式管理程序

在功能强大的计算机中使用虚拟机管理程序的想法是众所周知的。它有利于同时使用多个操作系统,并提供了可以在其中部署未修改的旧版软件的虚拟化环境。虚拟机管理程序在现代嵌入式系统中也占有一席之地。本文考虑了嵌入式管理程序的特性,它可以提供的功能…

【计算机网络】2.1——物理层(编码波形、奈氏准则和香农公式计算)

物理层 基本概念 概念 物理层考虑的是怎样才能在连接各种计算机的传输媒体上传输数据比特流 为数据链路层屏蔽了各种传输媒体的差异 数据链路层只需要考虑如何完成本层的协议和服务,而不必考虑网络具体的传输媒体是什么 物理层协议主要任务 机械特性 指明接口所…

计算机网络最基础知识介绍

OSI和TCP/IP是很基础但又非常重要的知识,很多知识点都是以它们为基础去串联的,作为底层,掌握得越透彻,理解上层时会越顺畅。今天这篇网络基础科普,就是根据OSI层级去逐一展开的。 01 计算机网络基础 01 计算机网络的分类 按照网络的作用范围:广域网(WAN)、城域网(MA…

uniapp:手写签名,多张图合成一张图

要实现的内容&#xff1a;手写签名&#xff0c;协议内容。点击提交后&#xff1a;生成1张图片&#xff0c;有协议内容和签署日期和签署人。 实现的效果图如下&#xff1a; 1、签名页面 <template><view class"index"><u-navbar title"电子协议…

企业级PaaS低代码快开平台源码,基于 Salesforce Platform 的开源替代方案

PaaS低代码快开平台是一种快速开发应用系统的工具&#xff0c;用户通过少量代码甚至不写代码就可以快速构建出各种应用系统。 随着信息化技术的发展&#xff0c;企业对信息化开发的需求正在逐渐改变&#xff0c;传统的定制开发已经无法满足企业需求。低代码开发平台&#xff0…

三分钟带你了解音频转文字哪个好用

在数字世界的角落里&#xff0c;有一项神奇的技术——音频转文字。它隐藏着巨大的力量和惊人的能力。它如同一位神奇的文字解码师&#xff0c;能够将听觉的旋律转化为视觉的符号&#xff0c;让语言的美妙之音在屏幕上跃然纸上。接下来&#xff0c;让我带你进入这个充满奇迹的数…

AQS抽象同步队列核心原理

CLH自旋锁 JUC中显式锁基于AQS抽象队列同步器&#xff0c;而AQS是CLH锁的一个变种。队列头结点可以获得锁&#xff0c;其他节点排队等候。 在争夺锁激烈的情况下&#xff0c;为了减少CAS空自旋&#xff08;CAS需要CPU进行内部通信保证缓存一致性造成流量过大引起总线风暴&…

马上医疗项目介绍

“马上好医”项目白皮书 一、大型医疗挂号微服务“马上好医”医疗项目 “马上好医”即为网上医疗预约挂号系统&#xff0c;首先&#xff0c;由于互联网的发展&#xff0c;衍生出非常多的便民医疗服务的需求&#xff0c;而网上预约挂号则是其中一个便民需求&#xff0c;我们能…

基于Javaweb实现ATM机系统开发实战(十五)退卡和转账跳转实现

首先创建一个servlet接受和处理请求&#xff1a; package com.atm.servlet;import javax.servlet.*; import javax.servlet.http.*; import javax.servlet.annotation.*; import java.io.IOException;//用户退出 WebServlet("/logout") public class ExitServlet ex…