Writing a script or tale seems exciting until you’re gazing at a blank page and have no idea what to write about. This is where WPS AI comes into play. It’s included directly into WPS Writer, so you can use it to come up with ideas, compose scenes, fix grammar, and even format everything, all without leaving your document. WPS AI is like your creative buddy, constantly ready with ideas, structure, and style, whether you’re writing a blog post, a short novel, or a screenplay. All you have to do to get started is to get this Word download, which has a lot more smart features built in. No juggling tools or tech problems, just open, write, and let the AI do the hard work. This is your chance if you’ve ever wanted writing to feel less like work and more like a flow.

In this article, we’ll show you how WPS AI can help you come up with ideas, write, and polish everything from stories to scripts rapidly and creatively. You’ll also learn how to use Smart Create in WPS Writer, easily format your work, and unlock features that make writing feel less like a chore and more like a flow.

Key ways WPS AI powers your creative writing journey

WPS AI is more than simply a tool; it’s your writing partner from the first idea to the last polish. Here’s how it makes it easy and quick to brainstorm, organise, write, and improve your work.

1. Brainstorming with a goal Are you having trouble coming up with a new story or interesting characters? It feels like brainstorming is easy with WPS AI. When you write in a suggestion like “sci-fi story set on Mars,” the AI quickly creates a structured outline with a three-act arc and interesting surprises. It’s like having a creative muse ready to help you come up with your next big idea.

2. Structuring using ”AI Docs Smart Create” The ”Smart Create” function in WPS Docs helps you turn your thoughts into structured drafts with only a few keystrokes. To turn on AI, just write @AI and click ”Enter” anywhere in your document. Pick a scenario, such as a “creative story,” or make your own by choosing the tone and length. The AI makes content that is relevant, customisable, and suits your style in just a few seconds. This speeds up your writing process.

3. Writing scenes and scripts more quickly Do you have a plan for your story? It’s time to use WPS AI to make it real. Just type a prompt, and the AI will quickly make a well-structured part, whether it’s a tense scenario or a dramatic conversation. You can use the built-in editing tools to shorten, lengthen, rewrite, or change the tone of the result. This makes it easier than ever to tell your tale the way you want.

4. Improve, polish, refine Smart edit in WPS Writer is excellent because first drafts are almost never perfect. With only one click, you can make parts bigger, smaller, or change the tone. WPS AI also lets you change the arrangement and clarity of your writing, so it can work for both casual blogs and professional essays. The best part? You don’t need any extra programs or reformatting; it all happens in your document.

5. Formatting with ease WPS Writer takes care of formatting for you, so you can focus on writing well. As you write, scene headers, conversation indents, and character cues are all added automatically. The document stays tidy and consistent, even when you use AI-generated material. You won’t have to waste time resolving formatting problems anymore; your narrative will always look as nice as it reads.

6. Integration of workflows: creativity without breaks One of the best things about WPS AI is how well it fits into your writing. Simply input your prompt, and the material will appear right away in your document, with all of the formatting intact. You don’t have to change tabs, copy and paste, or change the format. You may think about ideas, write, and edit all in one creative environment without being interrupted.

Steps to craft stories with ”AI Docs Smart Create” in WPS Writer

WPS Writer’s ”AI Docs Smart Create” is a powerful tool that makes it easy to make innovative, well-organized content. This feature helps you write faster and more creatively by giving you AI-generated drafts, outlines, and edits for short stories, articles, and blog posts.

Step 1: Open WPS Writer

Start WPS Writer on your device. Click on ”WPS AI” in the left panel. When the AI dashboard shows up, click on ”Docs Smart Create” on the main screen to start writing your tale. This will open the writing area where you can start typing prompts and creating content.

Step 2: Enter your prompt in the Smart Create box

As soon as the new document opens, you’ll see the ”AI Smart Create” box appear directly on the writing sheet. Type in your prompt, for example, “Write a short story related to wildlife”, and hit Enter.

Once the content is generated, you can use the ”Smart Edit” tools to shorten, expand, improve, or continue the writing with just one click.

Step 3: Finalize and export your story

After using Smart Edit, you can further refine your text using the editing tools in the top ribbon panel, adjust formatting, fonts, and layout as needed. Once you’re happy with your generated story, click on the Menu option in the left panel and choose export, or save your file in formats like .PDF, .DOC, .DOCX, .WPT, .DOT, or .WPS.

Let’s wrap up

WPS AI takes the stress out of creative writing and makes the whole process, from coming up with a concept to polishing your tale, easy, quick, and fun. WPS Writer has ”Smart Create” and ”Smart Edit” integrated in, so you can come up with ideas, write them down, improve them, and send them out all from the same page. It all starts with a basic prompt, whether you’re writing a short story, a blog, or a script. Open WPS Writer, type @AI, and let your mind go wild.

Portland, Oregon, is not on a fault line, near the ocean, or next to the Cascadia Subduction Zone. It is 90 miles inland and over 170 miles from the nearest part of the famous offshore fault, which runs right under Los Angeles, just off the coast of San Francisco, and more than 100 miles offshore in Oregon.

Still, thousands read almost daily that Portland is the epicenter of “The Big One” earthquake, an event that people assure us will destroy 243 brick buildings downtown, all 13 bridges, and kill tens of thousands of people. Planning for this mythical event has already cost taxpayers billions of dollars.

This idea comes from news stories that use extreme language. These stories shape what people believe, and they also shape the data that AI learns from. AI systems are trained using large numbers of journalistic “fear-based” stories. Because the news exaggerates the risk, AI shares, as a fact, stories based on entirely false premises, which have already led to millions of dollars spent, and billions budgeted. The spending is unnecessary because the event they are planning has never happened and is unlikely to ever happen in the future.

The Problem of Media Hype Feeding AI Training

AI models are trained using data from websites, news, and public reports. When those sources focus on worst-case stories, AI training scoops them up as factual patterns. The inherent exaggeration of news become encapsulated in the AI’s perception of the human world.

As a result, AI-based risk models are becoming inflated. Government planners draw from improperly exaggerated datasets. They produce new reports, which are sensationalized as clickbait by media journalists who engage in an ever more fantastic loop of exaggeration. Suddenly, a 100-foot wave that washed over Tillamook 325 years ago has turned into a 1000-foot wave ravaging downtown Portland.

Homeowners in Portland read every day that huge swathes of the city are doomed to collapse. Insurance companies raise rates based on this data. When journalists write about a massive quake, they rarely mention how distance and ground forces greatly affect the strength of a quake one hundred miles away.

Some call Portland “ground zero.” This term is false and confusing when describing a potential earthquake 200 miles away.

Case 1: The 1700 Quake — Real Science vs. Media Myth

The Cascadia earthquake of 1700 is real. It happened offshore and caused a tsunami in Japan. Scientists have proven the date by looking at tree rings, sediment layers, and Japanese tsunami records. These facts are confirmed in the article on the 1700 Cascadia earthquake. The event is also documented in the USGS analysis of the Cascadia fault.

Although there were no cities like Portland at the time, there were forests. The shaking did not destroy inland forests. It changed a few hundred acres of land near the coast. This land is nearly 100 miles away from Portland, a major metropolitan area covering hundreds of square miles and containing over one million people.

The media uses the 1700 quake to suggest that the event, which is 170 miles from the city, will somehow destroy buildings and lower acreage in the heart of the urban area. They skip the real science. Oregon has already spent billions of dollars planning for unscientific eyeball bait rather than any likely event.

AI reads these articles and treats the worst-case story as the only truth. It repeats the worst case as the only case and fuels the unnecessary cost to taxpayers.

Case 2: Distance and Terrain Are Ignored

The Cascadia Subduction Zone is nearly 100 miles offshore from Oregon, and Portland is 90 miles inland. Portland is on a River at a low elevation, but there are 140 miles of river between Portland and the Ocean, and the earthquake fault is still 100 miles offshore.

That makes Portland nearly 200 miles from the fault. Roughly the distance from Boston to Albany, New York. So, if a 100-foot wave were likely to hit Boston, should Albany, New York, build seawalls and condemn 243 brick buildings? Most people on the East Coast know there is nearly no relation between Boston Harbor events and Albany, a city 140 miles west. Why should Portland, Oregon, be different? Few East Coast journalists have ever been to Oregon or driven the two-hour drive from Portland to the ocean, so they somehow believe events nearly 100 miles offshore will dramatically affect the inland city.

The Oregon State Cascadia risk assessment shows this. The Coast Range mountains, rivers, and an ocean trough are between the city and the Cascadia subduction zone fault line. Earthquake waves lose energy as they move. Soil type, rock layers, and distance all reduce the impact.

Models from the USGS earthquake hazards research show that Portland would feel shaking at Modified Mercalli Intensity level V or VI.

At Mercalli Intensity VI, everyone will feel the shaking, and many will be frightened, potentially running outdoors. Some heavy furniture may move, and a few instances of fallen plaster or damaged chimneys may occur. The damage is considered slight. Keep in mind, however, that the City of Portland has condemned 243 brick buildings, for an event where no brick will fall!

News articles call Portland at risk of full destruction. AI sees these stories and treats them as fact. That leads to higher insurance, fear-driven policy, and millions of dollars in residents’ waste due to clickbait based state and city mandates.

Case 3: The Fictional 1,000-Foot Wave

No science supports the idea of a 1,000-foot tsunami. The largest expected wave on the Oregon coast is around 100 feet high, as shown in the Oregon tsunami inundation maps. These waves hit the beach and flood nearby towns.

As horrific as a 100-foot wave may be, anyone who has physically driven over the Oregon Coast Mountain Range will believe an ocean wave will top those heights. Nor is an ocean wave going to wend slowly up the Columbia River, against the current, for the 4.5 hours it would take to lap at the foot of Portland’s seawall. Even the furthest west suburb of Portland is not remotely close to the Oregon coast.

Still, journalists create maps showing wide flooding, imagining an impossible water level rise in the Willamette Valley. Journalists use AI to develop maps to draw eyeballs to some imaginary risk. Portland is far more likely to succumb to the zombie apocalypse (keep Portland weird) than to see some imaginary wave sail in a half day after a strong offshore earthquake.

The maps cause insurance prices to go up. They are used to set building codes. Normal human people begin to believe the hype and form civic policy based on it. The federal tsunami hazard planning resources provide accurate tsunami risk information for inland cities, and Portland is not at risk. So why is there a 1,000-foot wave?

Case 4: Recent Offshore Earthquakes Not Even Felt

In the last few years, several earthquakes have occurred offshore from Oregon. One near Port Orford reached magnitude 6.0. This quake happened in the Cascadia Subduction Zone, which is closer to land in Southern Oregon. Although people only 50 miles away from the actual subduction zone earthquake never felt it, as noted in a report by Mark Nelsen.

That is because it was deep underwater and far from land. It did not cause damage, and there was no tsunami. Yet, headlines still said, “This could be the Big One.” AI training systems pick up these terms and assume every quake in Cascadia is a warning. These systems write reports, price risk, and recommend policies. But they are repeating false warnings based on hype, not fact.

Case 5: The Hidden Cost of Public Policy Based on Media Exaggeration

Portland is not free from risk. But the risk is moderate, not extreme. A strong quake could damage some buildings and cut off power. But people will not need to flee the city. Most homes will be safe.

Still, building owners face government orders to retrofit old structures. Some of these changes cost over ten million dollars for a single building. Insurance companies raise rates due to inflated models. Government plans push emergency spending that does not match the real danger. These outcomes are all based on wrong data. The data is incorrect because journalists, AI systems, and policy writers have all focused on “worst-case” exaggerations rather than “likely-case” science. They have adopted eyeball-bait fiction instead of actual local risk.

Conclusion: Stop Letting Hype Dictate Policy

Portland is far from the Cascadia fault. It is protected by miles of ocean, land, and mountains. Journalists create exaggerations to try to gain clicks. However, policymakers should strive to dig into the facts and make policies based on facts.

With AI doing all the work, the hype will get worse. AI cannot tell the difference because it is trained on tainted data – journalist clickbait reports. News outlets outside of Oregon often write about doom. They do not know the local facts. They do not mention that Portland is 170 miles from the fault.

Does the Wall Street Journal advise that people in Albany, New York, should take action because of conditions in Boston Harbor? They know the area, and they see the distance. Only in far-off Oregon are citizens bombarded with news about events that might happen 200 miles away.

We need to fix this. AI must learn from real science. Journalists must describe likely events. Insurance and government decisions must be based on possible scenarios, not clickbait news. Portland taxpayers should not have to pay the price because journalists far away do not understand the geography and geology of the vast western states.