LunyScript_not_funded_by_PrototypeFund.md

(conversation with Claude)

i need consultancy

i have this project:

## Project Overview
- Unit-testing and implementation project for LunyEngine (cross-engine C# for Unity, Godot, etc.).
- Folder structure:
    - `Luny/`: Engine-agnostic types.
    - `Luny-ContractTest/`: Engine contract verification tests of `*.*-Mock` types that simulate engine behaviour
    - `Luny-Test/`: Tests for `Luny` and `LunyEngine` SDK features.
    - `LunyLua/`: Lua-CSharp framework.
    - `LunyLua-Test/`: Tests for `LunyLua`.
    - `LunyScript/`: Scripting types.
    - `LunyScript-Test/`: Tests for `LunyScript`.
    - `*.Unity` / `*.Godot`: Engine-specific bindings using `*.*-Mock` types (this solution) or engine types (engine projects)
    - `*.Unity-Mock` / `*.Godot-Mock`: Engine mocks/shims simulating native engine API and behaviour (this solution)
- `.junie/plan.md`: specific, step-by-step strategy for the current active task
- `.junie/tasks.md`: high-level roadmap / todo list
- `*.csproj` locations
  - repository root (preferred): required for projects referenced in engine projects (eg Luny, Luny.Godot, Luny.Unity, ..)
  - subfolders: for `*-Test/` projects
- LunyScript API surface is aimed at beginners and designers and should avoid technical noise and common beginner pitfalls.
- Luny.csproj is a developer SDK, it should still favor "friendly" semantics and designs but can be more technical.

It runs in Unity and Godot, and this solution which uses engine mocks/shims to simulate engine behaviour iterating across multiple engines at once albeit “flying blind” and relying on AI to get the mock behaviour right. The architecture and basic functionality is implemented. I’m practically ready to go an implement features necessary to make simple scripts and educational games.

Unfortunately, my first funding opportunity fell through. The next is due in a month, with a decision likely reached in four months. It’s Epic’s Megagrant. Likely 4-10 times as many applicants with only a fraction being FOSS projects, but at least that fund is much better aligned with the game engine ecosystem.

I’m completely self-funded, no backup plan. My savings would keep me afloat for 12 months reasonably, 18 if i stretch it to the limit. So I need to somehow make money in that time .. from a FOSS project. Or turn it commercial. Or half-half.

Since I have no other options I need to move ahead. And the focus should be on impressing Epic’s reviewers. They recommend to send in a Google Drive link so I’ll be able to update application material and links but I don’t know when they’ll actually look at it.

I should probably try to generate some buzz around the project. It already reached 107 GitHub stars in 3 months, mostly thanks to an initial social media link posting boost but mainly due to my Unity Discussions (forum) signature and standing in that community (Top 10 poster). That rise of stars far outpaces any other FOSS repository of mine, the runner up and “prequel” was a Lua integration in Unity which lead to this project (Lua integration is also a goal).

Naturally I’m a bit bummed out. I have to stay motivated despite having limited time, burning through my money like I’ve done the past 3 years with practically nothing to show. Best thing now is to try and find a reasonable plan of attack to:

a) increase my chances of getting funded by Epic b) generally increase funding opportunities (Patreon, GitHub Sponsors, Kickstarter .. ?) c) allow me to pivot toward commercial distribution (Unity Asset Store, paid tutorials, services) d) exit strategy: get paid/employed by game or game tool developer, ideally utilizing my work in parallel

My actual motivation for this tool is to bridge engines, make them more interoperable on the code-level, converge towards a common standard, and make it easier for beginners and designers to utilize game engines and to make games faster, built more reliably, with higher code re-use, and without the necessary extra layers causing too much friction (performance, memory usage, debugging depth, etc).

what do you suggest we should talk about in more detail?

Given your situation, let me first understand the project better, then we can discuss strategic priorities.

Key areas to explore:

1. Project Maturity & Demo Quality (Critical for Epic)

2. Community & Traction (Momentum matters)

3. Value Proposition Clarity

4. Competitive Landscape

5. Funding Strategy Timeline

Given your 12-18 month runway and 4-month Epic decision:

My immediate recommendations:

Talk about first:

  1. What can we ship in 2-4 weeks that would be the strongest Epic showcase? (Video demo, sample game, benchmarks)
  2. Documentation/marketing materials - do you have a compelling narrative and visuals?
  3. Quick wins for community growth - streaming development? Tutorial series? Godot outreach?

What specific help do you need from me?

Which of these areas feels most urgent to you right now?

please find my PrototypeFund application attached (it was dismissed, I’ll have to wait weeks for reasons)

I’ll answer your topics first:

  1. Maturity

I made a proof of concept prototype 3 months ago - it runs in Godot, Unity and Unreal (via UnrealSharp). Took 20 days to make. I have a GIF showcasing this on the website, and a video on Youtube. That code didn’t implement a foundational cross-engine architecture however, I took some shortcuts as usual for a PoC. Best I have with current architecture is bouncing balls and a Xmas scenery with blinking lights and Kenney.nl assets.

As to “wow” factors:

public sealed class PhysicsSphereSpawner : Script
{
	public override void Build(ScriptContext context)
	{
		var instantiate = Prefab.Instantiate("Prefabs/PhysicsSphere");
		var log = Debug.LogInfo("SPAWN SPHERE");
		On.Ready(log, instantiate);

		var createCounter = Counter("Sphere: Create").Every(50).Heartbeats().Do(log, instantiate);
		Counter("SphereSpawner: Destroy").In(50).Heartbeats().Do(createCounter.Stop());

		Timer("RELOAD").In(8).Seconds().Do(Scene.Reload());
	}
}

public sealed class PhysicsCubeSpawner : Script
{
	public override void Build(ScriptContext context)
	{
		var instantiate = Prefab.Instantiate("Prefabs/PhysicsCube");
		var log = Debug.LogInfo("SPAWN CUBE");

		Counter("Cube: Create").Every(70).Heartbeats().Do(log, instantiate);
		Counter("CubeSpawner: Destroy").In(150).Heartbeats().Do(Object.Destroy());
	}
}

public sealed class PhysicsSphere : Script
{
	public override void Build(ScriptContext context) => Timer("Sphere: Destroy").In(7.3).Seconds().Do(Object.Destroy());
}

public sealed class PhysicsCube : Script
{
	public override void Build(ScriptContext context) => Timer("Cube: Destroy").In(5.5).Seconds().Do(Object.Destroy());
}
  1. Community

The initial spike was me posting the project with visuals on reddit and various Discord channels, and commenting on Youtube videos. According to stats that actually didn’t do that much, it’s mostly my Unity forum signature. Project still receives 1-3 stars per day.

I don’t do much in Godot communities. Problem is: they don’t allow user signatures unlike Unity’s forums. Creating a project thread is definitely planned but it requires frequent posts to keep it at the top of the list but I also don’t want to be spammy.

I also have 158 Patreon subscribers which I email every 2-3 weeks.

I don’t have any users yet. It’s too early and even now user-facing API changes often.

  1. Value Proposition Counter question: when game engines make games, and by necessity have a huge set of common (near standard) features like input action mapping, camera tracking, physics and collisions, UI, Audio and Vfx playback, scene graphs, etc etc - how come we NEED to program them very differently? Even if the language is the same, semantics and API usage patterns (event flow, order of execution) vary greatly without any real benefit to developers (ie as opposed to a GameObject/Node with individual scripts vs an Entity Component System where architectures serve diverging needs).

This isn’t helping beginners. The code complexity is so immense we severely dumb down the code to bad practices (ie all fields public, highly interdependent code, “this.gameObject.transform.GetComponent()" copy-pasted line over line, singletons for everything, no patterns being taught, no reusable code being produced - just to get something on the screen. Tutorial hell is a serious problem. Beginner-friendly programming exists in the Scratch-like tools, to a lesser degree in spezialized and mid-tier tools (RPG Maker, GameMaker, Construct, GDevelop), but for game engines we consider them "as is" and tack on "first steps" tutorials while users then fail to do anything outside the scope of a tutorial. While LunyScript invites experimentation, learning by doing. Working with patterns first, imperative and engine-native code later.

The easiest dismissal of the project is of course: why wouldn’t I program specifically for the engine I am using? Why suffer the unavoidable overhead of a layered architecture (even if it’s <5%)? The need for switching engines is indeed rare, being able to move your code between engines is a niche pain (felt by contractors/agencies the most).

I think short term builds the long term. Beginners starting with LunyScript will keep it around, as it will continue to make the simple things simple, and it lets them wrap more complex code into simple executable blocks. They can easily slide into imperative programming, as a single line of block statement could just as well be written as part of a for loop - doing the same thing multiple times with variation.

Who is going to pay for it? Enthusiast individuals and educators, perhaps affluent learners. Perhaps strategic interests: security against another “runtime fee” license change disaster, or growth and competition (ie make it easier for engine users to transition), and ecosystem growth (build a framework and sell it on several engine marketplaces).

Pivot: I wish to keep it open source, since a multi-engine SDK is a hard sell. Reasonably I’d have to scale it down to Unity only (but keeping the agnostic layer) and sell it as an entry-level and designer-powerhouse which rivals visual scripting tools but without the visual clutter. It could lean into the behaviour observed in Godot. They cancelled their VisualScript because it had only a 0.5% userbase while users found GDScript easy enough, and it provided no high-level abstractions which make Blueprints so powerful.

  1. Competition Tell me more about the Unity/Godot bridge attempts, all of them. I’ve not heard of any other than “project/scene converter tools” with severe limitations, and of course frameworks providing plugins for each engine (eg FMOD).

My approach is different: I provide an engine-agnostic C# API with native engine integrations, whereas all other frameworks are engine-agnostic, they don’t know nor care about the engine’s details (or they are 100% native, incompatible with any other engine, despite their general purpose). With LunyScript you can implement custom gameplay logic that is actually executing in the engine. LunyScript is the beginner-friendly, pattern-driven API. LunyEngine is the developer SDK with native engine abstractions on which LunyScript is built, and which other devs can utilize to write their own cross-engine frameworks. It’s highly extensible and allows even for native-engine-only features ie one could write and provide executable blocks for Unity’s cloud services which would either only work in Unity, or which would utilize only Unity’s web cloud APIs to make it work in any engine.

  1. Timeline Reasonably I’d change this to:
    • Months 1-2: Epic application strength
    • Months 3-4: both Epic and Community outreach (socialize / stream)
    • Months 5+: assuming no Epic funding, begin pivot to commercial exploitation
    • Month 10-12: Evaluate …

Recommendation questions:

Shippable in 4 weeks: I was thinking a simple Vampire Survivors, top-down but in 3d with Kenney.nl assets, crudely animated Minecraft-like characters, shooting projectiles, physics ragdolls on “death”, plenty vfx/audio, minimalist UI. Most of the on-screen action is prefabs - the API doesn’t expose VFX but instead a vfx prefab gets instantiated which plays the vfx and destroys itself afterwards. Ragdoll is a simple toggle switch too. This is part of the strength of LunyScript to be the “glue” for the engine editor. Main issue I see here: I’d have to do every asset twice. So I’m not sure whether to do both engines and keep it simpler, or do one engine well.

Marketing: I have a website https://lunyscript.com with a narrative and visuals. Only architectural documentation yet. I still need to setup doxygen or similar, write getting started tutorials, record demo and tutorial videos. It’s a lot … and hard to say where time is best spent (probably videos, then getting started and example scripts).

Quick wins: I streamed a few time but I cannot write any “real” code while streaming. I could write LunyScript and play with that, once there’s enough to show. Godot outreach: here I see a conflict since Godot heavily promotes GDScript but my solution is C#. It’s currently still a better fit for Unity until Godot gets C# integrated into a single download and with web export. But I could leverage being among the first to teach Godot with C# (and in “the easy way”).

Help needed …

I think I need the most help on what to do now (next two weeks) to make progress, stay motivated, and move towards Epic submission. Of course planning the whole path towards Megagrant submission (deadline: March 20th, today is Feb 17th). I should reserve one week for writing the application, even though I can repurpose a lot. Then in broader terms how to structure the three months thereafter (April, May, June).

I mostly need to start producing content, that means fleshing out and implementing the engine-native APIs that I need for a demo. Whether to focus only or primarily on Unity (10+ years experience). I should probably do both, but start with mechanics only (only primitives, no animations, vfx, ragdolls etc) and do the visual tweaking later which I could then polish in Unity first (it would look the best anyway).

I’ll need to keep track of the things I want to change, rather than refactor them right away.

I’ll read your PrototypeFund application to understand your previous pitch, then provide strategic guidance.Now let me provide strategic guidance based on everything you’ve shared.

Strategic Analysis

Your Core Strengths

  1. The API is genuinely beautiful - that code snippet is more readable than any game engine code I’ve seen for beginners
  2. You’ve validated cross-engine viability - 3 engines in 20 days proves the concept
  3. Built-in audience - 158 Patreon subs, Unity forum presence, 1-3 stars/day organic growth
  4. Deep domain expertise - You literally built this exact thing professionally at EA/Phenomic

Critical Weaknesses for Epic Application

  1. No compelling video/GIF demo - bouncing balls and blinking lights won’t impress
  2. Missing the “game” angle - Epic funds game technology, not educational tools
  3. Godot focus is wrong for Epic - They need to see Unreal (via UnrealSharp) or at least Unity dominance
  4. No community validation - zero users building actual games yet

Competition Context

You asked about Unity/Godot bridges - there aren’t really any doing what you’re doing. Closest comparisons:

Your approach is genuinely novel. The closest analog is Unreal’s Verse (Epic’s new language for UEFN/Fortnite) - which is declarative, beginner-friendly, and cross-platform. This is actually perfect positioning for Epic.

Revised Strategy: Next 4 Weeks (Feb 17 - Mar 17)

Week 1-2: Demo Development (Feb 17-Mar 3)

Goal: Playable game prototype that showcases LunyScript’s power

What to build: Simple 3D arena shooter/survivor (your Vampire Survivors idea is good)

Deliverable: 2-3 minute video showing:

  1. Gameplay footage (30 sec)
  2. Side-by-side code comparison: LunyScript vs Unity MonoBehaviour (45 sec)
  3. Copy-paste the same script between two Unity projects (30 sec)
  4. “Coming soon: Godot, Unreal” tease (15 sec)

Week 3: Content Creation (Mar 3-10)

Goal: Package the demo for Epic reviewers

Create:

  1. GitHub README overhaul
    • Lead with the video
    • Show code examples prominently
    • Clear “Why LunyScript?” section with comparisons
    • Roadmap showing Unreal integration
  2. Website updates
    • Embed demo video front and center
    • Add “Examples” page with 5-6 common patterns
    • Before/After code comparisons
  3. Technical documentation
    • Architecture diagram showing cross-engine layer
    • “Getting Started” for the demo project
    • API reference (can be auto-generated initially)

Week 4: Epic Application (Mar 10-20)

Goal: Submit a compelling Megagrant application

Application narrative shifts:

  1. Lead with game developers, not education - Epic funds game tech
  2. Emphasize Unreal - mention you prototyped UnrealSharp integration, planning full support
  3. Cross-engine as competitive advantage - “Developers learn Unity, but ship on Unreal/Godot/etc”
  4. Positioning: “Verse for everyone” - Epic understands declarative game scripting
  5. Ecosystem play - imagine asset store developers selling LunyScript packages that work everywhere

Key differentiators from PrototypeFund:

Ask amount strategy:

April-June Strategy (Post-Epic Submission)

April: Community Building

May: Godot Parity

June: Commercial Foundation

Epic Megagrant: What They Want to See

Based on typical Megagrant recipients:

✅ Strong signals:

❌ Weak signals:

Your pitch should emphasize:

  1. “Cross-engine game code has been impossible - until now”
  2. “We’ve proven it works (3 engines, clean API, growing community)”
  3. “Unreal/UnrealSharp integration makes this available to AAA teams”
  4. “Imagine Epic Marketplace assets that work in Unity/Godot too”
  5. “We need funding to reach production-ready state”

Funding Diversification (Parallel Tracks)

Don’t wait for Epic decision:

GitHub Sponsors (setup immediately)

Patreon refinement (you have 158 subs!)

Unity Asset Store (June-July)

Kickstarter (too early, maybe Q4 2025)

Consulting/Services (escape hatch)

Motivation & Reality Check

The hard truth:

The opportunity:

What would make me fund this:

  1. See a real game built with it (not just bouncing balls)
  2. See side-by-side code comparisons proving the value prop
  3. See it running in 2+ engines identically
  4. See some community validation (even 5-10 active users)

You can achieve 1-3 in the next month.

  1. Commit to Unity-first demo (Vampire Survivors-like)
  2. Scope down ruthlessly - 5 enemy types max, 3 weapon types, no progression
  3. Focus on “feel” - juice the VFX and audio to make it satisfying
  4. Start recording - document the development process for content later
  5. Set micro-milestones - player movement (day 1), shooting (day 2), enemies (day 3), etc.

Daily rhythm:

End of week 1 target:

End of week 2 target:

What I Can Help With

Based on your request, here’s what I propose we work on together:

Immediate (Next 2 weeks):

  1. Demo game architecture - plan out the LunyScript blocks you need
  2. Implementation roadmap - prioritize which engine APIs to implement first
  3. Refactor tracking - create a “technical debt” list to defer non-critical changes
  4. Testing strategy - ensure demo remains stable as you build

Medium-term (Weeks 3-4):

  1. Documentation templates - efficient structure for getting-started guides
  2. Video script - outline for demo video to maximize impact
  3. Epic application review - critique your draft application

Would you like me to:

A) Create a detailed 2-week development plan for the demo game B) Analyze your current codebase to identify what’s missing for the demo C) Draft an Epic Megagrant application outline D) Something else?

What feels most valuable right now?

Weaknesses:

Competition context: Before I gave you my application document, you mentioned “I know of some Unity/Godot bridge attempts but they're limited” .. what are they? Or do they overlap entirely with those I have in the application document?

Key: Every mechanic implemented in LunyScript shown side-by-side with Unity equivalent You mean I should re-implement the game with Unity’s native API simultaneously (or after the fact)? That’s quite the extra workload. How “key” do you think this is? I could to a spot-check code comparison, and the rest extrapolates in someone’s mind who is familiar with Unity’s API. I hope that’ll be enough. I could play it this way: the entire game is say 400 lines of LunyScript. Then I implement just as much as I can do in 400 lines with Unity’s API, and compare the results. What’s your take on this angle?

Should that demo feature a UI? Ie “choose an update” on level-up, but I’d rather follow the Brotato cycle of wave + shop.

Unreal integration:

Epic funds game tech True but Megagrant specifically lists “Education”, albeit this has been granted to curricula and Youtube tutorial channels, not the open source development channel. I view their “make life better for the 3D community” statement as an open call. But true: focus should be more on the ecosystem, beginner-friendly (also: designer-/artist-friendly) as a side-effect.

I should probably highlight the pattern-based nature of my engine: coroutines, statemachine, behaviour tree patterns (i only have coroutines right now). Scripts execute once when the object comes alive (typically on scene load, at runtime i will aim for pooling rather than create/destroy cycles). I plan on runtime debugging tools: see (and modify) all global variables on screen. Select an object and inspect its local variables. Profile the script execution time (simple millisecond counter for now). Trace execution of blocks to see what runs and why. Placeholders for “missing” (typo?) assets, rather than hard fail (configurable). I should definitely highlight which of that is LunyEngine (cross-engine developer SDK) and what is LunyScript (block execution)

What “developer pain points” do you see that LunyEngine/LunyScript would, could, should address? Are there recurring patterns? Is what I’m doing potentially disruptive, and if so, to what effect and would Epic benefit from that?

Diversification: Patreon + GH sponsors: already set up, currently $30 on Patreon and a one-time $10 on GH Patreon subscribers are “joined for free” except for 2. Exclusive content is a good idea but perhaps only starting in 3+ months.

I absolutely agree on revenue stream NOW. Chances of getting a grant are slim.

You can achieve 1-3 in the next month. .. and maybe community validation. Interest is definitely there. So we should plan for this, despite lack of funding. Worst case: Project slows down next year, remains open source. Not-so-bad case: I take on a job which allows me to improve Luny either as part of the job, or by doing the job part-time only.

Start recording You suggest I should continuously record my desktop every day? If I do that, I’ll generate huge amounts of video. I should at least take notes of “oh that was interesting” moments so I can delete the uninteresting recordings.

the daily rhythm fits mine very well I usually do 3-4h focused work. Then take 1-2h break. Do another 1-4h in the evening but ideally “lighter” work as mental capacity is drained.

okay so I want to see what you got to say about my prompt here. then we can start working on the immediate next steps (architecture + roadmap only, items 3+4 are workflow related, no help needed) ask me again to do A and B at the end of your response

Addressing Your Points

Competition Context - Unity/Godot Bridges

Honestly, I overstated it. When I said “I know of some Unity/Godot bridge attempts,” I was thinking of:

There is nothing like LunyScript. Your approach of providing engine-aware abstractions that execute native engine code is genuinely novel. The application document covers everything I was aware of.

Side-by-Side Code Comparison Strategy

Your “400 lines LunyScript vs 400 lines Unity MonoBehaviour” angle is excellent and much smarter than parallel implementation.

Suggested approach:

  1. Build the full game in LunyScript (~400 lines)
  2. Take ONE representative system (e.g., enemy spawning + wave management)
  3. Implement JUST that system in Unity’s native API
  4. Show the code side-by-side with equivalent functionality

Video narrative:

This is not critical-path for Epic, but it’s your strongest marketing asset. You could do this AFTER the application if time is tight.

UI for Demo

Skip UI complexity. Brotato’s wave + shop cycle requires:

Instead: Pure arcade survivor with score display only

Waves auto-progress based on timer/kill count. No choices, no shop, just escalating difficulty. You can add “weapon pickups” (touch to collect, auto-equip) if you want variety without UI.

Unreal Integration - How to Play This

My recommendation: Don’t mention Unreal at all for now.

Better positioning:

Why:

What to emphasize instead:

Epic’s Megagrant evaluators will understand this is ambitious. They fund potential, not just current state.

Developer Pain Points LunyScript Addresses

Based on your description and code, here are the pain points you’re solving:

1. Tutorial Hell / Copy-Paste Programming

2. Engine Lock-In

3. Boilerplate Overload

4. Designer/Artist Programming Gap

5. Pattern Fragmentation

6. Debugging Friction

Is This Disruptive? Would Epic Benefit?

Yes, it’s disruptive in a “rising tide lifts all boats” way:

Disruption:

Epic’s Benefit:

Positioning for Epic: “LunyScript creates a cross-engine standard for gameplay code, reducing vendor lock-in and empowering developers. Epic’s funding would accelerate an open ecosystem that benefits all C# engines—including future Unreal integration. This aligns with Epic’s demonstrated commitment to developer freedom (Godot funding, EGS revenue model) and creates goodwill across the game development community.”

LunyEngine vs LunyScript - Clarity Needed

This distinction is crucial for your pitch:

LunyEngine (Developer SDK):

LunyScript (Gameplay DSL):

This two-layer strategy is a strength:

Epic pitch should emphasize both:

Patterns & Debugging - Highlight These

Pattern-based architecture is a major strength:

This is your “Blueprints without visual clutter” angle.

Debugging tools are table-stakes for designer tools:

These should be in your Epic application as “Milestones”:

Funding Realism & Contingency Planning

Revenue NOW is critical. Here’s the harsh timeline:

Parallel revenue streams (priority order):

  1. Patreon conversion (immediate)
    • Your 158 “free” subs are interested enough to sign up
    • Create a $5/month tier with modest benefit (weekly devlog, Discord access)
    • Goal: convert 20-30 subs = $100-150/month
    • Pitch: “Support cross-engine game development” + early access to demos
  2. GitHub Sponsors (immediate)
    • Mirror your Patreon tiers
    • Some prefer GH Sponsors for discoverability/tax reasons
    • Goal: $50-100/month
  3. Consulting/contracting (1-2 months out)
    • Position as “cross-engine C# specialist”
    • Target: Studios with multi-platform needs, contractors/agencies
    • Rate: $100-150/hour (you have AAA + book author credentials)
    • Goal: 10-20 hours/month = $1000-3000/month (extends runway significantly)
  4. Unity Asset Store (4-6 months out)
    • Package LunyScript as “LunyScript for Unity” (open source, but convenience/support)
    • Include premium sample projects, video tutorials
    • Price: $29-49
    • Goal: 10-20 sales/month = $200-800/month

Worst-case scenario acceptance: If Epic says no, you’ll have 4-5 months left. With diversified revenue, you might stretch to 8-10 months. That’s enough time to:

Not-so-bad case (job with Luny overlap): Target companies:

Recording Strategy

Don’t record continuously. That’s madness and storage hell.

Better approach:

  1. Session notes: Keep a text file open, timestamp interesting moments
    • “10:23 - figured out enemy spawning pooling”
    • “14:45 - VFX sync issue, interesting debug process”
  2. Targeted recording: When you hit an interesting moment, record a 2-5 minute narrated demo
    • “Here’s how LunyScript handles enemy spawning…”
    • Quick, casual, authentic
  3. Replay recordings: When you finish a feature, do a clean 5-10 minute “here’s how this works” recording
    • Scripted, edited, polished for devlogs
  4. GIF capture: For social media, capture 10-30 second GIFs of satisfying moments
    • Enemy death VFX, wave transitions, gameplay feel

Tools:

Weekly output:

This is sustainable and generates content without overhead.

Community Validation - Seeding Users

You need 5-10 active users ASAP. Here’s how:

Week 3-4 (post-demo):

  1. Direct outreach to your Patreon subs:
    • “I have a playable demo, looking for 5-10 early testers”
    • Offer: Early access, direct support, credit in docs/videos
    • Ask: Feedback, bug reports, optional testimonials
  2. Unity Discussions post:
    • “I’ve built a cross-engine C# framework, looking for feedback”
    • Link to demo video + GitHub
    • Your top-10 poster status gives credibility
  3. Godot Discord/Forums:
    • “C# users: I’ve built a beginner-friendly gameplay framework”
    • Position as filling the VisualScript gap
    • Emphasize it’s C#, not GDScript (filters for right audience)
  4. Targeted educator outreach:
    • Find 3-5 game dev educators (YouTube, courses)
    • Personalized email: “I think LunyScript could help your students”
    • Offer: Free support, co-marketing, guest tutorial video

Goal by Epic application deadline:

This is achievable in 4 weeks if you prioritize it.

So, Where We’re At

Your plan is solid:

Key adjustments:

  1. Don’t mention Unreal (focus on “unifying C# engines”)
  2. Emphasize LunyEngine + LunyScript as two-layer strategy
  3. Highlight patterns + debugging tools as differentiators
  4. Start revenue streams immediately (Patreon conversion, consulting setup)
  5. Seed community validation in weeks 3-4

Next steps for immediate work:

A) Demo Game Architecture

I’ll analyze your current LunyScript API, identify gaps for the survivor demo, and create a detailed implementation roadmap (which blocks/APIs you need, in what order).

B) Current Codebase Analysis

I’ll examine what’s implemented vs what’s needed for the demo, prioritize missing features, and flag technical debt to defer.

Which would you like me to start with: (A) Demo architecture plan, or (B) Codebase gap analysis?

Or should I do both in sequence (A first for planning, then B for validation)?