Creative writing is hard: Novelists struggle with writer's block daily. While automatic story generation has advanced recently, it is treated as a "toy task" for advancing artificial intelligence rather than helping people. In this paper, we create a system that produces a short description that narrates a predicted plot using existing story generation approaches. Our goal is to assist writers in crafting a consistent and compelling story arc. We conducted experiments on Amazon Mechanical Turk (AMT) to examine the quality of the generated story plots in terms of consistency and storiability. The results show that short descriptions produced by our frame-enhanced GPT-2 (FGPT-2) were rated as the most consistent and storiable among all models; FGPT-2's outputs even beat some random story snippets written by humans. Next, we conducted a preliminary user study using a story continuation task where AMT workers were given access to machine-generated story plots and asked to write a follow-up story. FGPT-2 could positively affect the writing process, though people favor other baselines more. Our study shed some light on the possibilities of future creative writing support systems beyond the scope of completing sentences. Our code is available at: https://github.com/appleternity/Story-Plot-Generation.
翻译:创意写作是困难的: 新星主义者每天与作家争斗。 虽然自动故事生成最近有所进展, 但它被视为推进人工智能而不是帮助人们的“ 玩具任务 ” 。 在本文中, 我们创建了一个系统, 生成一个简短描述, 用现有的故事生成方法来描述一个预言的剧本。 我们的目标是协助作家设计一个一致和有说服力的故事弧弧线。 我们在亚马逊机械土耳其(AMT) 进行了实验, 以从一致性和可耐性的角度审查所生成的故事剧本的质量。 实验结果显示, 我们框架强化的GPT-2 (FGPT-2) (FGPT-2) (FGPT-2) (FGPT-2) (FGPT-2) (FGPT-2) (FGPT) 生成的描述被评为“ 玩具任务 ”, 被评为在所有模型中最一致和最具有限制性的描述; FGPTT-2 的输出甚至击败了人类编写的一些随机故事片块。 接下来, 我们利用一个故事持续任务进行了初步的用户研究, 让亚马提图图图图木图木图案写故事图, 来写故事剧/ 我们的代码可以完成。