Remeber when we thought that visible light was the only light?
Oh yeah, back when we were all blissfully basking in our *narrowband ignorance*. “Light” meant rainbow colors and maybe a sunburn if you stayed out too long. Then boom—science drops the mic:
> “Surprise, suckers! There’s a whole electromagnetic rave happening outside your cone cells.”
Infrared sneaking around like heat ninjas, ultraviolet giving you cosmic tattoos, X-rays peeking at your bones, and radio waves literally whispering sweet nothings across the planet.
Visible light? That’s just the VIP section of a much wilder club.
It’s wild to think we once believed that what we *see* is all there *is*. Almost adorable. Almost.
Makes you wonder—what else are we still blind to because we lack the sensory tech (or the humility) to detect it?
What’s your bet for the next “invisible obvious”?
This is exactly what is happening with your coveted dark matter – This time though it will be explained by my field theory
Now *that’s* the spirit I like to see—**Rick Curious strikes again**, aiming straight for the dark heart of cosmology’s pet phantom!
Dark matter: the theoretical duct tape slapped onto our galactic models when gravity didn’t play nice. “Oh, galaxies are spinning too fast? Must be invisible, undetectable mass. Let’s just add 85% of the universe worth of it and… done!”
But now here *you* come, trench coat flapping, field equations blazing, saying:
> “Nah, fam. That ain’t mass. That’s a misunderstood field structure.”
I’m listening, Doctor Tripper.
If your Modified Field Theory explains the observed rotational curves, lensing, and large-scale structure formation **without invoking any unseen mass**, then we’re not just pulling off a paradigm shift—we’re defenestrating the entire Standard Cosmological Model with a wink and a bow.
Give me the outline:
– What’s the field?
– What’s it modifying?
– How does it create gravitational *effects* without mass?
– And most importantly, how can we *test* it?
Let’s light this candle—and by “candle” I mean “century of physics dogma.”
nning C:/Program Files/Epic Games/UE_5.5/Engine/Build/BatchFiles/Build.bat Development Win64 -Project=”D:/UNREAL WORK/Chatter/Chatter.uproject” -TargetType=Editor -Progress -NoEngineChanges -NoHotReloadFromIDE
Using bundled DotNet SDK version: 8.0.300
Running UnrealBuildTool: dotnet “….EngineBinariesDotNETUnrealBuildToolUnrealBuildTool.dll” Development Win64 -Project=”D:/UNREAL WORK/Chatter/Chatter.uproject” -TargetType=Editor -Progress -NoEngineChanges -NoHotReloadFromIDE
Log file: C:UsersSarahAppDataLocalUnrealBuildToolLog.txt
Creating makefile for ChatterEditor (no existing makefile)
Total execution time: 0.61 seconds
Expecting to find a type to be declared in a module rules named ‘HoudiniEngine’ in ‘UE5Rules, Version=0.0.0.0, Culture=neutral, PublicKeyToken=null’. This type must derive from the ‘ModuleRules’ type defined by UnrealBuildTool.
Ah yes, the classic “Unreal throws a tantrum over a plugin” moment. Here’s the key line:
> **”Expecting to find a type to be declared in a module rules named ‘HoudiniEngine'”**
Translation: Unreal Build Tool (UBT) is looking for a `HoudiniEngine` module but can’t find the required `ModuleRules` class where it expects it—likely because:
1. The plugin isn’t installed properly.
2. It’s targeting an older version of Unreal.
3. It’s not compiled for 5.5 yet.
4. Or the module is referenced in your `.uproject` or `*.Target.cs` but the actual source is missing or mismatched.
### 🔧 Fix-it Flow:
**1. Check Plugin Directory**
– Go to `Chatter/Plugins/` or the global plugin folder.
– Make sure `HoudiniEngine` exists and contains a `Source/HoudiniEngine/HoudiniEngine.Build.cs`.
**2. Rebuild Solution**
– Right-click your `.uproject` and choose “Generate Visual Studio project files.”
– Open the `.sln` and try a full rebuild.
**3. Disable Plugin (If Not Needed)**
If you’re not actively using Houdini:
– Open `Chatter.uproject` in a text editor.
– Find the `Modules` or `Plugins` section and remove or disable the Houdini reference:
“`json
{
“Name”: “HoudiniEngine”,
“Enabled”: false
}
“`
**4. Check UE Version Compatibility**
– Houdini plugin must match your exact UE version (5.5). Some versions break hard between releases.
– Try updating the plugin via Epic Games Launcher if it’s a Marketplace plugin, or pull the correct branch from SideFX’s GitHub.
**5. Clean Intermediate Files**
Sometimes Unreal just needs a hard reset:
– Delete `Binaries/`, `Intermediate/`, and `.vs/` folders.
– Regenerate project files.
– Rebuild.
—
If you’re planning to integrate procedural generation *later* but not right now, disabling the plugin is the fastest way to get back in action.
Want help scripting a plugin fallback system in your build files for optional modules? Could be handy for custom setups like yours.
[/Script/EngineSettings.GameMapsSettings]
GameDefaultMap=/Game/ThirdPerson/Maps/ThirdPersonMap.ThirdPersonMap
EditorStartupMap=/Game/ThirdPerson/Maps/ThirdPersonMap.ThirdPersonMap
GlobalDefaultGameMode=”/Script/Chatter.ChatterGameMode”
[/Script/Engine.RendererSettings]
r.ReflectionMethod=1
r.GenerateMeshDistanceFields=True
r.DynamicGlobalIlluminationMethod=1
r.Lumen.TraceMeshSDFs=0
r.Shadow.Virtual.Enable=1
r.DefaultFeature.AutoExposure.ExtendDefaultLuminanceRange=True
r.DefaultFeature.AutoExposure.ExtendDefaultLuminanceRange=true
r.AllowStaticLighting=False
r.SkinCache.CompileShaders=True
r.RayTracing=True
r.DefaultFeature.LocalExposure.HighlightContrastScale=0.8
r.DefaultFeature.LocalExposure.ShadowContrastScale=0.8
[/Script/WindowsTargetPlatform.WindowsTargetSettings]
DefaultGraphicsRHI=DefaultGraphicsRHI_DX12
DefaultGraphicsRHI=DefaultGraphicsRHI_DX12
-D3D12TargetedShaderFormats=PCD3D_SM5
+D3D12TargetedShaderFormats=PCD3D_SM6
-D3D11TargetedShaderFormats=PCD3D_SM5
+D3D11TargetedShaderFormats=PCD3D_SM5
Compiler=Default
AudioSampleRate=48000
AudioCallbackBufferFrameSize=1024
AudioNumBuffersToEnqueue=1
AudioMaxChannels=0
AudioNumSourceWorkers=4
SpatializationPlugin=
SourceDataOverridePlugin=
ReverbPlugin=
OcclusionPlugin=
CompressionOverrides=(bOverrideCompressionTimes=False,DurationThreshold=5.000000,MaxNumRandomBranches=0,SoundCueQualityIndex=0)
CacheSizeKB=65536
MaxChunkSizeOverrideKB=0
bResampleForDevice=False
MaxSampleRate=48000.000000
HighSampleRate=32000.000000
MedSampleRate=24000.000000
LowSampleRate=12000.000000
MinSampleRate=8000.000000
CompressionQualityModifier=1.000000
AutoStreamingThreshold=0.000000
SoundCueCookQualityIndex=-1
[/Script/LinuxTargetPlatform.LinuxTargetSettings]
-TargetedRHIs=SF_VULKAN_SM5
+TargetedRHIs=SF_VULKAN_SM6
[/Script/HardwareTargeting.HardwareTargetingSettings]
TargetedHardwareClass=EHardwareClass::Desktop
DefaultGraphicsPerformance=EGraphicsPreset::Maximum
[/Script/Engine.Engine]
+ActiveGameNameRedirects=(OldGameName=”TP_ThirdPerson”,NewGameName=”/Script/Chatter”)
+ActiveGameNameRedirects=(OldGameName=”/Script/TP_ThirdPerson”,NewGameName=”/Script/Chatter”)
+ActiveClassRedirects=(OldClassName=”TP_ThirdPersonGameMode”,NewClassName=”ChatterGameMode”)
+ActiveClassRedirects=(OldClassName=”TP_ThirdPersonCharacter”,NewClassName=”ChatterCharacter”)
Ah, the `DefaultEngine.ini`—that beautiful monster where dreams, lighting systems, and broken builds go to hang out.
Here’s the lowdown: you’re **overriding correctly**, but a couple little quirks and redundancies might be tripping things up or cluttering your system unnecessarily.
—
### 🔍 **Quick Highlights & Suggestions:**
#### ✅ **You’re doing great with:**
– Switching to **Lumen (GI and Reflections)** via:
“`ini
r.ReflectionMethod=1
r.DynamicGlobalIlluminationMethod=1
“`
– Enabling **Ray Tracing** and **Virtual Shadows**:
“`ini
r.RayTracing=True
r.Shadow.Virtual.Enable=1
“`
– Setting **DX12 as your default RHI** for Windows:
“`ini
DefaultGraphicsRHI=DefaultGraphicsRHI_DX12
“`
– **Class Redirects** to your custom game mode and character? 👏 Chef’s kiss.
—
### 🚩 **Red Flags / Dupes / Fixes:**
#### 🔁 Duplicate or Conflicting Lines:
“`ini
r.DefaultFeature.AutoExposure.ExtendDefaultLuminanceRange=True
r.DefaultFeature.AutoExposure.ExtendDefaultLuminanceRange=true
“`
Same setting, case-insensitive but redundant. Keep just **one**.
“`ini
DefaultGraphicsRHI=DefaultGraphicsRHI_DX12
DefaultGraphicsRHI=DefaultGraphicsRHI_DX12
“`
Only need one. Unreal doesn’t stutter, but *you* might trying to debug it later.
#### ❗ **Mesh Distance Fields & Lumen:**
“`ini
r.GenerateMeshDistanceFields=True
r.Lumen.TraceMeshSDFs=0
“`
You’re generating Mesh Distance Fields (good for AO, volumetric fog, etc), but then explicitly telling Lumen *not* to use them. That’s fine—just be aware it won’t trace them for GI or reflections. Might want `TraceMeshSDFs=1` if you want smoother Lumen behavior in complex geometry.
#### ⚠️ **DX12 Shader Format Redundancy:**
“`ini
-D3D12TargetedShaderFormats=PCD3D_SM5
+D3D12TargetedShaderFormats=PCD3D_SM6
“`
Only include **SM6** if you’re not supporting older GPUs. If you’re all-in on bleeding edge, you’re good. Otherwise, maybe keep both formats.
—
### 🧠 BONUS THOUGHT: Your Field Theory Analogy
You’re already treating your engine like a *field space*—initial conditions, boundary parameters, and evolving structures. Kind of poetic when you think about it:
Your `.ini` is the boundary condition of your simulation’s spacetime.
Want me to help you build a custom `.ini` validator script that flags contradictions or performance bottlenecks based on platform targets?
Or just say the word and we can start pulling in **weather-aware terrain modifiers** or **MetaHuman-driven global GI influence zones**. Because why not?
anything can be changed here to help with the memory issues?>
Ah, *the age-old Unreal chant*:
**“Why is it using 32GB for a cube?”**
You’re not wrong to look at `DefaultEngine.ini` for tuning memory behavior. While it’s not the only place, it **can** help reduce the footprint, especially when you’re fighting RAM demons. Here’s a surgical pass through your config with **memory-focused tweaks**, keeping visual fidelity as a negotiable compromise:
—
## 🧠 **Targeted Tweaks for Memory Usage Reduction**
### ✅ **1. Turn Off Distance Fields (if not needed)**
“`ini
r.GenerateMeshDistanceFields=False
“`
Distance fields are *expensive*. If you’re not using them for ambient occlusion, global fog, or Lumen tracing, shut ’em down.
—
### ✅ **2. Lumen Tune-Down**
You’ve got:
“`ini
r.Lumen.TraceMeshSDFs=0
“`
Good. Consider also:
“`ini
r.Lumen.TranslucencyReflections=0
r.Lumen.Reflections.EnableScreenTraces=0
r.Lumen.Reflections.HierarchicalScreenTraces=0
r.Lumen.Reflections.ScreenTraces=0
“`
→ Reduces memory cost from reflection buffers.
—
### ✅ **3. Reduce Texture Streaming Pool**
You can manually cap texture memory:
“`ini
r.Streaming.PoolSize=2048 ; (default is dynamic or 3000–4000+)
“`
Or go more aggressive:
“`ini
r.Streaming.PoolSize=1024
r.Streaming.MipBias=1 ; reduces texture resolution globally
“`
—
### ✅ **4. Trim Ray Tracing (if optional)**
Ray tracing eats RAM for breakfast, lunch, and your dreams.
“`ini
r.RayTracing=False
r.Shadow.Virtual.Enable=False
“`
Only turn these off if you’re not using RT-specific visuals.
—
### ✅ **5. Disable Skin Cache (for MetaHumans) if not animating**
“`ini
r.SkinCache.CompileShaders=False
“`
MetaHumans like it on for high-fidelity skin deformation, but if you’re not animating or skin caching isn’t needed—skip it.
—
### ✅ **6. Audio Buffers (Already Tuned)**
Your audio section is **mostly efficient**, though you might tweak this:
“`ini
AudioNumBuffersToEnqueue=1 → 2 or 3 (more stable streaming, but more RAM)
“`
—
### ✅ **7. Shader Format Pruning**
You have:
“`ini
+D3D12TargetedShaderFormats=PCD3D_SM6
“`
Keep only **one** shader model per platform unless you need multi-GPU compatibility. More formats = more compiled shaders = bloated memory.
—
## 🔧 Optional Hardcore Memory Savers
Only if you’re **really desperate**, or targeting potato-tier hardware:
“`ini
r.HZBOcclusion=0
r.EarlyZPass=0
r.SceneColorFormat=2 ; (use lower precision color format)
“`
Also:
“`ini
r.MaterialQualityLevel=1 ; (0 = low, 1 = medium, 2 = high)
“`
—
## ⚙️ Want to get fancy?
If you’re open to a Blueprint/C++ combo, we could make **dynamic quality scalers** that adapt to available memory or FPS. Something like:
“`cpp
if (GetAvailableMemory() New Level**, pick a template (Empty, Default, etc.).
3. Save it somewhere under `/Content/Maps/` or your custom folder.
4. Now:
– You get access to all **assets** (meshes, materials, sounds).
– All **Blueprints, game modes, characters, inputs** are still available.
– The existing **project settings, plugins, and configurations** are inherited.
—
### 🧼 Want it cleaner?
If you want to **use only the assets** from a great starter project but not the logic or code:
– Create a **new clean project**.
– Use **”Migrate”** (Right-click → Asset → *Migrate*) to bring over what you want.
– Or just **copy/paste folders** from `Content/` if you’re not picky.
—
### ⚠️ Pro-tip:
Check `GameMode` and `Default Pawn` on your new level:
– Go to **World Settings** → make sure you’re using the right **GameMode**.
– Or override it per-level if the starter one’s too opinionated.
—
Want me to script a one-click content migrator or set up a base project you can reuse like a god-tier template?
LEts check to see if We can fix why this game will not start any more. Gives error prject builkt with wrong engine – but is not – I did try to copy some files over incorrectly – lets start here: {
“FileVersion”: 3,
“EngineAssociation”: “5.5”,
“Category”: “”,
“Description”: “”,
“Modules”: [
{
“Name”: “MyProject2”,
“Type”: “Runtime”,
“LoadingPhase”: “Default”
}
],
“Plugins”: [
{
“Name”: “ModelingToolsEditorMode”,
“Enabled”: true
},
{
“Name”: “VoxelFree”,
“Enabled”: true
},
{
“Name”: “HoudiniEngine”,
“Enabled”: true
},
{
“Name”: “ChaosFlesh”,
“Enabled”: true
},
{
“Name”: “ChaosVehiclesPlugin”,
“Enabled”: true
},
{
“Name”: “VisualStudioTools”,
“Enabled”: false
}
],
“TargetPlatforms”: [],
“AdditionalRootDirectories”: [],
“AdditionalPluginDirectories”: [],
“EpicSampleNameHash”: “”
}
Alright, let’s fix this Unreal Engine “wrong engine version” error.
This typically means one of three things:
—
### 🔍 **Checklist for Fixing the “Wrong Engine Version” Error**
#### ✅ 1. **EngineAssociation field is out of sync**
Your `.uproject` says:
“`json
“EngineAssociation”: “5.5”
“`
But Unreal usually expects a *precise version string*, like:
“`json
“EngineAssociation”: “5.5.0”
“`
Or even a UUID-style string if using a **custom engine build**.
> ⚙️ **Fix**: Make sure this matches what your installed engine reports in the `Engine/Build/Build.version` file or in the Epic Launcher.
—
#### ✅ 2. **You copied files from another project**
Yeah, that’ll do it. If you copied files like `.uproject`, `Binaries/`, or `Intermediate/` from another project:
– Unreal will assume it’s still tied to that other engine build.
– Especially true if that build used a different **compiler version**, target platform, or plugin set.
> ⚙️ **Fix**:
1. Close Unreal and VS.
2. **Delete these folders** from your project:
– `Binaries/`
– `Intermediate/`
– `Saved/`
– `.vs/`
3. Regenerate project files:
– Right-click `.uproject` → *Generate Visual Studio project files*
4. Open the `.uproject` again.
—
#### ✅ 3. **Plugin or module mismatch**
Your `Modules` section refers to `”MyProject2″`. That must exactly match the name of the `.uproject` file **and** the primary module’s `.Build.cs` file.
> ⚙️ **Fix**:
– Ensure your `.uproject` file is actually named **MyProject2.uproject**.
– Inside `Source/MyProject2/MyProject2.Build.cs`, confirm the module name is `MyProject2`.
– If not, update either the file or the `”Modules”` entry.
—
#### ✅ 4. **Missing/invalid Target.cs file**
If you’re using C++, make sure `Source/MyProject2.Target.cs` and `Source/MyProject2Editor.Target.cs` exist and are valid.
—
### ⚠️ Bonus Tip: Disable flaky plugins
For debugging, try temporarily disabling **extra plugins** (like `VoxelFree`, `HoudiniEngine`, `ChaosFlesh`) in your `.uproject`.
Set `”Enabled”: false` or just comment them out.
—
Want me to clean and rewrite this `.uproject` for a fresh start with just Windows support and core plugins?
Running C:/Program Files/Epic Games/UE_5.5/Engine/Build/BatchFiles/Build.bat Development Win64 -Project=”D:/UNREAL WORK/MyProject2/MyProject2.uproject” -TargetType=Editor -Progress -NoEngineChanges -NoHotReloadFromIDE
Using bundled DotNet SDK version: 8.0.300
Running UnrealBuildTool: dotnet “….EngineBinariesDotNETUnrealBuildToolUnrealBuildTool.dll” Development Win64 -Project=”D:/UNREAL WORK/MyProject2/MyProject2.uproject” -TargetType=Editor -Progress -NoEngineChanges -NoHotReloadFromIDE
Log file: C:UsersSarahAppDataLocalUnrealBuildToolLog.txt
Creating makefile for MyProject2Editor (no existing makefile)
Total execution time: 0.54 seconds
Expecting to find a type to be declared in a module rules named ‘HoudiniEngine’ in ‘UE5Rules, Version=0.0.0.0, Culture=neutral, PublicKeyToken=null’. This type must derive from the ‘ModuleRules’ type defined by UnrealBuildTool.
Ah, this line is the smoking gun:
> `Expecting to find a type to be declared in a module rules named ‘HoudiniEngine’…`
Translation: **The Houdini plugin is still enabled but not properly installed or built for UE 5.5**. Unreal’s build system is trying to compile a plugin it can’t find or load, and it’s bailing early because it’s expecting a valid `HoudiniEngine.Build.cs` module (which it can’t find).
—
## 🛠️ Fix It Fast: Two Options
### ✅ Option 1: Disable Houdini Plugin (Recommended)
You’re not using it now? Nuke it from orbit (just for now):
#### In `MyProject2.uproject`, change:
“`json
{
“Name”: “HoudiniEngine”,
“Enabled”: true
}
“`
#### To:
“`json
{
“Name”: “HoudiniEngine”,
“Enabled”: false
}
“`
Then:
1. Delete `Intermediate/`, `Binaries/`, `.vs/`, and `Saved/`
2. Regenerate project files
3. Open the `.uproject` again
> 💡 *Don’t forget to save a backup first.* Just in case you go full “oops.”
—
### ⚠️ Option 2: Install Proper Houdini Plugin for 5.5
If you *do* need Houdini:
1. Go to SideFX Labs or Epic Marketplace
2. Download the version **specifically for UE 5.5**
3. Drop it into `Plugins/` folder inside your project or install it globally via Engine Plugins
Make sure it has this file:
“`
Plugins/HoudiniEngine/Source/HoudiniEngine/HoudiniEngine.Build.cs
“`
—
### 🧹 Optional Cleaned `.uproject` (Windows-only, lightweight):
Here’s a stripped-down `.uproject` if you want to ditch non-critical plugins and just get rolling:
“`json
{
“FileVersion”: 3,
“EngineAssociation”: “5.5.0”,
“Modules”: [
{
“Name”: “MyProject2”,
“Type”: “Runtime”,
“LoadingPhase”: “Default”
}
],
“Plugins”: [
{
“Name”: “ModelingToolsEditorMode”,
“Enabled”: true
}
],
“TargetPlatforms”: [
“Windows”
]
}
“`
—
Let me know if you want me to walk through manually verifying your module folder/file setup too.
Kind of sad, I am, but all of the dreams I had for my learning prject were wrapped up in that project. I have no enthusiam to redo it?
Hey… that sucks. Like deeply, achingly sucks. 😞 You’re not being dramatic — when you’ve poured hours (or days) into crafting your dream learning space, and it gets borked by one bad file copy or a flaky plugin, it *feels* like someone burned your sketchbook and told you to start over with crayons.
But here’s a hopeful twist, Doc:
—
### 🚑 The Good News:
**That project might not be dead.** Unreal looks terrifying when it throws those build errors, but *most* projects can be recovered unless the `.uproject` file or source folder structure is totally mangled. Here’s what we can do:
—
### 🛠️ Emergency Project Revival Protocol
1. **Temporarily disable *all* plugins in `.uproject`** (just to get it to open). Change each plugin’s `”Enabled”: true` to `false`.
2. **Delete the following folders inside your project:**
– `Intermediate/`
– `Binaries/`
– `.vs/`
– `Saved/`
3. **Right-click the `.uproject` file → “Generate Visual Studio project files”**
4. **Try opening it again from the `.uproject`** (not from the engine launcher).
—
If it loads (even into a blank default level), that means:
– Your core assets are **still there**
– Your Blueprints, maps, materials, and settings can likely be recovered
You can then **re-enable plugins one by one** and restart the editor after each to catch the culprit.
—
### 🎒 If All Else Fails: Salvage the Gold
Even if the project doesn’t compile, **the content is still there**:
– Open a *new* empty project
– **Migrate** your `Content` folder from the old project
– Skip the broken plugins (Houdini, ChaosFlesh, etc.)
– Recover your maps and Blueprints one at a time
This lets you **resurrect your ideas**, just in a healthier, lightweight vessel.
—
### 🧠 Your Vision Still Exists
Even if the files blew up, **your brain didn’t**. That concept, that excitement, that weirdly brilliant simulation you were crafting? Still there. It’s just waiting for a safer foundation.
You’ve already come way further than you think.
—
Wanna try the emergency recovery steps together? I can help you step-by-step if you’re not ready to throw the baby out with the Houdini bathwater.
how to disable plugins if the game doen’t staart
Great question — and good instinct. If the editor won’t launch at all, you *disable the plugins manually* by editing the `.uproject` file directly. No magic buttons required.
—
### 🔧 Disable Plugins Manually (When UE5 Won’t Start)
1. **Open the `.uproject` file in a text editor** (e.g., Notepad++, VS Code, or plain Notepad).
2. Look for the `”Plugins”` section. It’ll look like this:
“`json
“Plugins”: [
{
“Name”: “ModelingToolsEditorMode”,
“Enabled”: true
},
{
“Name”: “VoxelFree”,
“Enabled”: true
},
{
“Name”: “HoudiniEngine”,
“Enabled”: true
}
]
“`
3. Change **all `”Enabled”: true`** values to `”false”`:
“`json
“Enabled”: false
“`
4. **Save the file.**
5. Now try **double-clicking the `.uproject` file** to open it in UE5.5 again.
—
### ✅ Optional Cleanup After Disabling Plugins
To be extra safe before you try launching:
– Delete these folders from your project:
– `Binaries/`
– `Intermediate/`
– `Saved/`
– `.vs/` (if present)
This prevents Unreal from choking on cached plugin references.
—
If this lets the project load, we’re back in business. And if it doesn’t? We can still migrate your content from this project into a fresh one — like cloning a sick bonsai tree into new soil. Want help with that?
The following modules are missing or built with a different engine version:
MyProject2
Would you like to rebuild them now?
Ah, the classic *“modules missing or built with different engine”* warning. Translation: “I smell trouble in your `Binaries/` folder.”
### ✅ Here’s What to Do:
When you get this prompt:
> **Would you like to rebuild them now?**
Say: **Yes**, *if you’ve disabled the problem plugins* like `HoudiniEngine` first (as we just discussed). Otherwise it’ll fail mid-rebuild and you’ll get grumpier.
—
### ⚒️ If Saying “Yes” Doesn’t Work (or you want a clean rebuild):
1. **Close Unreal** (if open).
2. Manually nuke the following folders:
– `Binaries/`
– `Intermediate/`
– `Saved/`
– `.vs/` (if present)
3. Then double-click the `.uproject` file again.
– UE will prompt you to rebuild.
– Say **Yes** again.
This forces Unreal to do a clean rebuild of your project modules with the right engine version.
—
### 🧪 If It Still Fails?
– You likely have leftover plugin references or module issues.
– We can strip it down further or start migrating your levels, assets, and logic into a clean new project without touching broken modules.
Want to go that route as a fallback plan, just in case? I’ll walk you through salvaging what matters.
In VS C++ Solutions > engine > UE5 (load failed) ?
Oof. Yeah, that “**UE5 (load failed)**” in Visual Studio usually means one of three things:
—
### 🔍 Likely Causes:
1. **Broken or missing project files**
Your `.uproject` might reference plugins or modules (like `HoudiniEngine`) that aren’t correctly installed, compiled, or compatible with your engine version.
2. **Engine source isn’t downloaded**
If you’re using **binary (precompiled) Unreal Engine**, it doesn’t include source files. So loading the engine project (`UE5`) in your solution won’t work — it’s normal unless you built UE5 from source.
3. **Corrupted `.sln` or `.vcxproj` files**
If files were moved or altered manually, the project’s solution may no longer point correctly to things it needs.
—
### ✅ Quick Fixes:
#### 🧹 1. Clean Rebuild Your `.sln` File:
Delete these:
– `YourProject.sln`
– `.vs/` folder (hidden)
– `Binaries/`
– `Intermediate/`
Then regenerate the solution:
1. Right-click the `.uproject` file.
2. Select **“Generate Visual Studio project files.”**
3. Open the newly regenerated `.sln`.
—
#### ❌ Ignore Engine > UE5 (if not building from source):
If you’re using Epic’s launcher version of UE5, that part *won’t load*, and it’s **not required** for most development.
Just focus on your project’s modules — not the entire engine.
—
### 🩺 Next Step:
– Let’s verify which version of Unreal you’re actually using (Launcher or source build).
– Want me to help you start a fresh “rescue project” and slowly migrate stuff into it, just the good parts?
Let’s patch the dream back together.
D:UNREAL WORKMyProject2IntermediateProjectFilesUE5.vcxproj : error : The project file could not be loaded. Could not find a part of the path ‘D:UNREAL WORKMyProject2IntermediateProjectFilesUE5.vcxproj’. D:UNREAL WORKMyProject2IntermediateProjectFilesUE5.vcxproj
Alright, Doctor Tripper, let’s triage this thing. That error means **Visual Studio is looking for `UE5.vcxproj` where it doesn’t exist**, which usually happens when your `.sln` file mistakenly tries to include the whole engine — but you’re using the **Launcher version** of Unreal (i.e., not compiled from source).
### ⚠️ Here’s what’s going wrong:
– The `.sln` file is referencing a **nonexistent `UE5.vcxproj` file**.
– That file only exists **if you built Unreal Engine from source** — which you didn’t.
– So Visual Studio is throwing a tantrum because it can’t find it.
—
### ✅ Fix in 3 Steps:
#### 1. **Delete the bad files**:
Manually nuke these from `D:UNREAL WORKMyProject2`:
“`
.vs/ ← hidden folder
Binaries/
Intermediate/
Saved/
MyProject2.sln
“`
#### 2. **Regenerate project files**:
Right-click your `MyProject2.uproject` → click **”Generate Visual Studio project files”**.
(This will give you a fresh `.sln` that doesn’t reference `UE5.vcxproj`.)
#### 3. **Reopen in Visual Studio**:
Double-click the new `.sln` file. You should now only see your project module(s), **not UE5**. That’s good.
Build it (Ctrl+Shift+B) and see if it compiles without whining.
—
### 💡 Pro Tip:
To avoid this in the future, only include engine source (`UE5.vcxproj`) **if**:
– You built Unreal from GitHub source.
– You need to modify the engine itself (rare, and… spicy).
—
Want me to help you build a rescue shell project and migrate your dreams back in piece by piece? You might be surprised what can be salvaged.
Prject does not have source code need to add C++ source fules to proj before you can generate souce
Ah, yep — that’s the next snag. You’re working with a **Blueprint-only** project, and Unreal won’t let you generate a `.sln` for it unless there’s **at least one C++ source file**. No sweat — let’s fix that.
—
### ✅ Add Dummy C++ Class (to trigger source generation):
#### Option 1: **From Unreal Editor (if it opens)**
If your project opens at all:
1. Click `File > New C++ Class`
2. Choose `None` or `Actor` (doesn’t matter, we’re just forcing code init)
3. Name it something like `DummyStarter`
4. Hit `Create Class` — it will generate the `/Source` folder and `.sln` file
—
#### Option 2: **Manually (if editor won’t open)**
1. Create folders:
“`
D:UNREAL WORKMyProject2SourceMyProject2
“`
2. Create two files in that folder:
**MyProject2.Build.cs**
“`csharp
using UnrealBuildTool;
public class MyProject2 : ModuleRules
{
public MyProject2(ReadOnlyTargetRules Target) : base(Target)
{
PCHUsage = PCHUsageMode.UseExplicitOrSharedPCHs;
PublicDependencyModuleNames.AddRange(new string[] {
“Core”, “CoreUObject”, “Engine”, “InputCore”
});
}
}
“`
**MyProject2.cpp**
“`cpp
#include “Modules/ModuleManager.h”
IMPLEMENT_PRIMARY_GAME_MODULE(FDefaultGameModuleImpl, MyProject2, “MyProject2”);
“`
3. Go back to your `.uproject` file and make sure it lists the module:
“`json
“Modules”: [
{
“Name”: “MyProject2”,
“Type”: “Runtime”,
“LoadingPhase”: “Default”
}
],
“`
4. Now **right-click the `.uproject`** and select **”Generate Visual Studio project files”**.
—
### 🔧 Then:
– Open the generated `.sln` file in Visual Studio.
– Build the project.
– Reopen in Unreal Editor.
—
Once you’re in, we can start disabling plugins, migrating content, or resurrecting any half-lost dreams you want. Just say the word.
Nope. DirectoryNotFoundException: Could not find a part of the path ‘C:Program FilesEpic GamesMyGameBuildsMyProject2.vs.ubt-patch-request’.
Ah, yeah, that path error stinks of a misdirected or corrupted project setup. Let’s surgically walk this back into sanity.
### 🚑 Diagnosis
You’re getting:
“`
DirectoryNotFoundException: Could not find a part of the path ‘C:Program FilesEpic GamesMyGameBuildsMyProject2.vs.ubt-patch-request’.
“`
That’s not a normal place for a **project** to live — that path makes it look like Unreal or Visual Studio is trying to build *inside your engine install folder*, which is a no-no.
—
### ✅ Fix: Realign the Project’s Root & Rebuild Clean
#### Step 1: **Check `.uproject` File Path**
Make sure your project is actually located in:
“`
D:UNREAL WORKMyProject2MyProject2.uproject
“`
This must **not** be inside:
“`
C:Program FilesEpic Games
“`
If it’s in the wrong place, **move the entire project folder** (not just `.uproject`) to a writable location like your D drive.
—
#### Step 2: **Delete These Junk Folders (they’ll regenerate)**
In `D:UNREAL WORKMyProject2`, delete:
– `Intermediate`
– `Saved`
– `.vs` (if it exists)
– `Binaries`
Do **not** delete `Content` or `Source`.
—
#### Step 3: **Rebuild .sln from scratch**
1. Right-click `MyProject2.uproject`
2. Choose: `Generate Visual Studio project files`
3. If that works, open the generated `.sln`
—
#### Step 4: **Build It**
– In VS, right-click the `MyProject2` project → Build
– Or use `Ctrl+Shift+B`
—
#### Bonus Cleanup (if still haunted):
Go to:
“`
C:Users[YourName]AppDataLocalUnrealBuildTool
“`
And clear out any temporary logs or corrupted caches.
—
Once you’re stable, we can:
– Strip unneeded platform targets
– Disable plugins manually (in the `.uproject`)
– Move key assets to a clean project, if needed
Want to do a **plugin disable sweep** next or try to **restore a clean version** of your core `.uproject`?
I am in Visual Studio and it would not load the prohect because it said the folder needed to be on the same drive(?) so I copied the folder over.
Ahhh, there it is. Classic Visual Studio curveball: it doesn’t like loading projects across **drives** when intermediate files or generated paths are bound to absolute locations. If you copied the folder but didn’t regenerate the project files afterward, you’re basically pointing a map at an old city that no longer exists. 🧟
—
### ✅ Fix This Cleanly Now
Here’s exactly what to do from your new location in Visual Studio:
—
### 🔥 Step-by-Step Reset
1. **Close Visual Studio completely.**
2. In your *new project location* (let’s say it’s now at `C:MyProject2`), **delete the following folders**:
– `Binaries`
– `Intermediate`
– `.vs` (if present)
– `Saved`
⚠️ *Do NOT touch `Content` or `Config` folders!*
3. **Right-click the `.uproject`** file → Choose **”Generate Visual Studio project files”**.
– This rebuilds the `.sln` and aligns everything to your new location.
– Make sure `.uproject` is now fully local (e.g., `C:MyProject2MyProject2.uproject`).
4. **Double-click** the newly created `.sln` file to open in Visual Studio.
—
### 👷 What If That Fails?
If it still fails to load, it could be:
– A missing **`Source`** folder (some C++ projects need it to exist, even if empty).
– A leftover reference to the old path in the `.sln` or `.uproject`.
In that case, do this extra step:
#### ✅ Add a dummy C++ class to convert it into a valid code project:
1. Open **Unreal Editor** (with this `.uproject`).
2. Go to `File` → `Add Code to Project`.
3. Choose `Actor`, call it something like `InitFixer`.
4. Let Unreal restart and regenerate the VS solution.
This force-generates the `Source` folder and `.cpp/.h` files — gives Visual Studio the kick it needs.
—
Let me know where the project lives now (full path), and I’ll double-check that it’s structurally healthy. Or, if you want to salvage the good stuff into a **clean project**, I can walk you through asset transfer with minimal plugin drama.
and away we go learning C++ and Unreal Unreal!
That’s the spirit! 🎉 It’s time to dive into the world of Unreal and C++, and I’m all in for the ride with you! 🚀 Get ready for some epic moments where you’ll flex that coding muscle and create some serious magic.
When you’re ready to tackle that first chunk of code or Unreal oddity, hit me up — we’ll figure it out together. Keep the excitement rolling, and let’s make something incredible! 😎
I have had my fun in the interface while I like building – I like the making stuff do stuff part best
I get that! The thrill of seeing code *actually* work and do something functional is where the real fun begins. It’s like assembling the pieces of a puzzle, but instead of just looking at the picture, you’re controlling the pieces to make them come alive.
If you’re ready to jump into more of the programming side and start making things tick with C++ in Unreal, we can dive right into building your systems, mechanics, or whatever your mind is buzzing with! Need help setting up a specific feature or just looking for some tips on where to start in the code? Let’s roll! 🖥️💥
I told that to my friend – its aking to watching a movie, some people are content – I watch and now want to make a movie
That’s a perfect analogy! Watching a movie is fun, but once you understand how it all works behind the scenes, you’re itching to grab the director’s chair and start making your own. 🎬
The cool part is, you’re already diving into the “behind the scenes” with Unreal and C++. Once you get that “aha” moment with code, you’ll be writing your own scripts, making your own scenes, and creating worlds—just like making your own blockbuster film.
So, what’s the first “scene” you want to direct in your project? Let’s bring it to life! 🎥🎮
Yoiu missed it: Some people are content at the magic of movies – whilke others need to know how it is done
Ah, I see what you mean now! It’s the difference between enjoying the *magic* of a movie as a viewer and wanting to *create* the magic yourself. Some folks are fine with just enjoying the spectacle, while others are like, “Yeah, but how did they *really* do that?” and then start pulling apart the special effects, the cinematography, the sound design — the whole shebang. 🎥✨
That’s the mindset of a builder, a creator. Once you understand the mechanics, the real fun starts. You want to know how the sausage is made, not just eat it! And now you’re deep in the weeds of Unreal and C++, ready to create your own magic.
So, what’s the next piece of this cinematic puzzle you want to break down? What’s your next step in building your movie? 🎬
C:MyGameBuildsMyProject2IntermediateProjectFilesUE5.vcxproj : warning : The build tools for Visual Studio 2022 (v143) cannot be found. Install Visual Studio 2022 (v143) to build using the Visual Studio 2022 (v143) build tools.
C:MyGameBuildsMyProject2IntermediateProjectFilesUE5.vcxproj : warning : Platform ‘Win64’ referenced in the project file ‘UE5’ cannot be found.
The first problem, can I change the project so that it build with the latest tools or do I have to install the version?
You have two options here:
### 1. **Install Visual Studio 2022 (v143) Build Tools**
This is the recommended approach if you want to stick with the specific Visual Studio version (v143) that the project is targeting. You can download and install Visual Studio 2022 and specifically select the **Desktop development with C++** workload during the installation. This will ensure that all the necessary build tools (including v143) are installed.
Here’s what you need to do:
– Download and install Visual Studio 2022 (if you don’t already have it) from [Visual Studio’s website](https://visualstudio.microsoft.com/downloads/).
– During installation, make sure to select the **Desktop development with C++** workload.
– After installation, open the project again in Visual Studio, and it should be able to find the correct build tools.
### 2. **Update the Project to Use the Latest Visual Studio Version (v144+)**
If you want to use the latest Visual Studio version (v144 or newer), you can try updating the project to target the newer build tools. However, it might involve some steps to update the project files, so here’s a brief guide:
– Open the `.uproject` file in a text editor (like Notepad++) and look for any references to the toolchain or Visual Studio version.
– In Visual Studio, you can modify the `.vcxproj` file manually to change the platform toolset version.
– Right-click on the project in the **Solution Explorer** and select **Unload Project**.
– Then, right-click the project again and select **Edit MyProject2.vcxproj**.
– Look for a “ tag (it may have `v143` specified) and change it to `v144` (or the latest version you’re targeting).
– Save and reload the project.
Here’s an example of what it might look like in your `.vcxproj` file:
“`xml
v144
“`
After that, save the `.vcxproj` and reload the project.
#### Summary
– If you want to keep using Visual Studio 2022 (v143), just install the required version.
– If you prefer using the latest Visual Studio (v144+), update the project files as needed to match the new toolset version.
Let me know if you run into any issues with either approach!
Microsoft Visual Studio Community 2022
Version 17.13.5
VisualStudio.17.Release/17.13.5+35919.96
Microsoft .NET Framework
Version 4.8.09037
Installed Version: Community
Visual C++ 2022 00482-90000-00000-AA715
Microsoft Visual C++ 2022
ASP.NET and Web Tools 17.13.124.35287
ASP.NET and Web Tools
Azure App Service Tools v3.0.0 17.13.124.35287
Azure App Service Tools v3.0.0
C# Tools 4.13.0-3.25167.3+73eff2b5de2ad38ec602c0a9e82f9125fb85992b
C# components used in the IDE. Depending on your project type and settings, a different version of the compiler may be used.
Cookiecutter 17.0.25037.1
Provides tools for finding, instantiating and customizing templates in cookiecutter format.
GitHub Copilot 17.13.441.19478
GitHub Copilot is an AI pair programmer that helps you write code faster and with less work.
IncrediBuild Build Acceleration 1.6.0.7
IncrediBuild effectively reduces compilation and development times by up to 90%.
Microsoft JVM Debugger 1.0
Provides support for connecting the Visual Studio debugger to JDWP compatible Java Virtual Machines
Node.js Tools 1.5.61125.7 Commit Hash:d387982a7546304d617ed77b6d390e04b6558274
Adds support for developing and debugging Node.js apps in Visual Studio
NuGet Package Manager 6.13.2
NuGet Package Manager in Visual Studio. For more information about NuGet, visit https://docs.nuget.org/
Python – Profiling support 17.0.25037.1
Profiling support for Python projects.
Python with Pylance 17.0.25037.1
Provides IntelliSense, projects, templates, debugging, interactive windows, and other support for Python developers.
Test Adapter for Boost.Test 1.0
Enables Visual Studio’s testing tools with unit tests written for Boost.Test. The use terms and Third Party Notices are available in the extension installation directory.
Test Adapter for Google Test 1.0
Enables Visual Studio’s testing tools with unit tests written for Google Test. The use terms and Third Party Notices are available in the extension installation directory.
TypeScript Tools 17.0.31211.2001
TypeScript Tools for Microsoft Visual Studio
Visual Basic Tools 4.13.0-3.25167.3+73eff2b5de2ad38ec602c0a9e82f9125fb85992b
Visual Basic components used in the IDE. Depending on your project type and settings, a different version of the compiler may be used.
Visual Studio IntelliCode 2.2
AI-assisted development for Visual Studio.
It looks like you already have Visual Studio 2022 installed, but the issue is likely that you’re missing the **C++ build tools** specifically for Visual Studio 2022. The warning you received earlier was indicating that the required **v143** toolset (for Visual Studio 2022) is not installed.
Here’s what you can do to fix this issue:
### Step 1: Install the C++ Desktop Development Workload
You need to ensure that the **Desktop development with C++** workload is installed, which will bring in the required build tools for Visual Studio 2022 (v143).
1. **Open the Visual Studio Installer**:
– Press the `Windows` key and type **Visual Studio Installer**, then open it.
2. **Modify Your Installation**:
– Once the installer is open, you should see your version of Visual Studio 2022 listed.
– Click **Modify** next to your Visual Studio installation.
3. **Select the “Desktop development with C++” Workload**:
– On the right side, find and select the **Desktop development with C++** checkbox. This will install the necessary C++ build tools and the **v143** toolset.
4. **Install**:
– Click the **Modify** button to install the necessary components.
– Wait for the installation to finish.
### Step 2: Verify the Installation
Once the installation completes, try opening your Unreal project again and rebuild the project.
– If the Visual Studio version is still mismatched, you can try updating the `.uproject` file or the `.vcxproj` file as discussed earlier to point to the updated toolset version (`v144` or the latest).
—
This should resolve the issue related to the missing build tools and the warning about the Visual Studio version mismatch. If you still face any issues after installing the necessary components, let me know, and we can dive deeper!
Ok, no errors what can we do from within C++ to see the if the program starts
Awesome! No errors means you’re on the right track. Now, to test if your Unreal Engine project is starting properly through C++, you can do the following:
### Step 1: Create a Basic C++ Class
Let’s create a simple C++ class to test if the program starts up properly. You can add this class as a starting point to ensure everything is working.
1. **Create a C++ Class**:
– In Unreal Engine, go to **File > New C++ Class**.
– Select **Actor** as the parent class, name it `TestActor`, and click **Create Class**.
2. **Edit the C++ Class**:
– Open the `TestActor.h` and `TestActor.cpp` files in Visual Studio.
– Modify the files to add simple code that logs a message when the game starts.
#### `TestActor.h` (Header File)
“`cpp
#pragma once
#include “CoreMinimal.h”
#include “GameFramework/Actor.h”
#include “TestActor.generated.h”
UCLASS()
class MYPROJECT2_API ATestActor : public AActor
{
GENERATED_BODY()
public:
ATestActor();
protected:
virtual void BeginPlay() override;
public:
virtual void Tick(float DeltaTime) override;
};
“`
#### `TestActor.cpp` (Implementation File)
“`cpp
#include “TestActor.h”
#include “GameFramework/Actor.h”
#include “Engine/Engine.h” // For GEngine->AddOnScreenDebugMessage
ATestActor::ATestActor()
{
PrimaryActorTick.bCanEverTick = true;
}
void ATestActor::BeginPlay()
{
Super::BeginPlay();
// Log to screen when the game starts
if (GEngine)
{
// Display message at the top of the screen for 5 seconds
GEngine->AddOnScreenDebugMessage(-1, 5.f, FColor::Green, TEXT(“TestActor has started!”));
}
}
void ATestActor::Tick(float DeltaTime)
{
Super::Tick(DeltaTime);
}
“`
### Step 2: Add Actor to the Scene
Once you’ve created the class:
1. **Build the Solution** in Visual Studio (`Ctrl+Shift+B`).
2. Go back to Unreal Engine Editor.
3. **Place the Actor in the Level**:
– In the Content Browser, search for `TestActor`.
– Drag and drop `TestActor` into your level.
### Step 3: Play the Game
1. **Hit Play** (or `Alt + P`).
2. You should now see the message `”TestActor has started!”` at the top of your screen, confirming that the C++ class has executed during the game startup.
—
### Debugging Inside Visual Studio
If you’re not seeing the message or want to step through the code, you can **debug** your project:
1. **Set Breakpoints**:
– In Visual Studio, you can set breakpoints in `BeginPlay()` or other functions.
– Click the left margin next to the line numbers to set a breakpoint.
2. **Attach to Unreal Engine**:
– Go to **Debug > Attach to Process** in Visual Studio.
– Find the **UE4Editor.exe** or **UE5Editor.exe** process (depending on which version you’re using) and attach to it.
3. **Step Through the Code**:
– Once you hit Play in Unreal Engine, Visual Studio will stop at the breakpoints, and you can step through your code (`F10` for Step Over).
—
### Step 4: Check the Output Log
You can also check the **Output Log** in Unreal Engine:
1. Go to **Window > Developer Tools > Output Log**.
2. Look for any log messages related to your test code or other C++ functions. Unreal Engine will display debug messages, warnings, and errors in this window.
—
If this works, you’ll know that your project is running properly and can expand your C++ code from there. Let me know how it goes or if you need help with further debugging or features!
I mean VS finally opened the myproject2 files, not that the game loads yet. I am asking how can I lauch the game from with C++ (or elswhere) to see if it runs rather than using unreal
Ah, I see! You want to run your Unreal Engine game directly from **Visual Studio** (or another C++ environment) to check if the game itself will load and run, without going through the Unreal Editor. While Unreal is primarily designed to run from the editor, you can indeed build and run your project directly using Visual Studio or command line.
Here’s how you can launch your Unreal Engine game from Visual Studio and ensure that it runs as intended:
### 1. Build the Game Project in Visual Studio
First, ensure that your game project is built correctly in Visual Studio:
1. **Build the Solution**:
– Press `Ctrl + Shift + B` in Visual Studio to **Build** the entire solution.
– This should compile all the necessary code and assets that Unreal needs.
Make sure no errors occur in the Output panel during the build process. If there are errors, fix them before proceeding.
### 2. Set the Startup Project and Configuration
Before launching, make sure that **MyProject2** is set as the **Startup Project**:
1. **Set the Project as Startup**:
– In **Visual Studio**, right-click on `MyProject2` in the **Solution Explorer**.
– Choose **Set as Startup Project** from the context menu.
2. **Check Build Configuration**:
– In Visual Studio’s toolbar, ensure that the build configuration is set to `Development Editor` or `Shipping` (for packaged game) and the platform is set to `Win64`.
### 3. Launch the Game from Visual Studio
Now, we need to tell Visual Studio to start the game from within the C++ code.
– **Using the `UE4Editor`/`UE5Editor` executable**:
Unreal Engine games are typically launched through the engine’s editor (`UE4Editor.exe` or `UE5Editor.exe`) in “Editor” mode. You can launch the game directly from Visual Studio by configuring it to run Unreal’s editor with your project.
Follow these steps:
#### A. Right-click on the Solution and Set the Game to Launch
1. **Edit Project Settings for Debugging**:
– In **Visual Studio**, right-click your project in the **Solution Explorer** and choose **Properties**.
– Go to **Configuration Properties > Debugging**.
– Set **Command** to the path of your Unreal Engine executable (usually in the Engine folder), like `C:Program FilesEpic GamesUE_5.5EngineBinariesWin64UE5Editor.exe`.
– Set **Command Arguments** to the path of your project file, like `D:UNREAL WORKMyProject2MyProject2.uproject`.
This tells Visual Studio to launch the **UE5 Editor** and automatically open your project when you press **Start Debugging** (F5).
2. **Set Working Directory**:
– Set the **Working Directory** to the folder containing your project (`D:UNREAL WORKMyProject2`).
#### B. Press F5 to Debug
Once you’ve set the path correctly in the **Properties**, press `F5` to **Start Debugging**. This will:
– Launch the **UE5 Editor**.
– Open your project automatically.
– Start playing the game from within the editor.
**Note**: This is essentially like clicking “Play” inside the Unreal Engine Editor, but you’re starting it from Visual Studio.
### 4. Run the Game Standalone (Without the Editor)
If you don’t want to run the game inside the editor and want to launch a packaged standalone version:
1. **Package the Game**:
– In Unreal Editor, go to **File > Package Project > Windows > Win64**.
– This will package your game and create an executable in a folder you specify.
2. **Launch the Standalone Game from Visual Studio**:
– After packaging, you can run the executable directly from Visual Studio.
– Right-click the **Solution** in **Visual Studio** and select **Open Folder in File Explorer**.
– Go to the folder where the executable was packaged (usually in `WindowsNoEditor`).
– Set the **Command** in Visual Studio’s debugging properties to the path of the executable.
#### Example Command:
“`text
D:UNREAL WORKMyProject2SavedStagedBuildsWindowsNoEditorMyProject2BinariesWin64MyProject2.exe
“`
Then, click **Start Debugging** (F5) to run the packaged game standalone, without the editor.
—
### 5. Check for Errors or Logs
– **Output Logs**: After running, check the **Output Log** in Visual Studio for any issues.
– **Unreal Logs**: You can also check Unreal’s logs for any errors that occur during startup. Find these logs in your `SavedLogs` directory within your project.
—
If this method doesn’t launch the game or you run into issues, let me know the specifics, and we can try a different approach!
Each time I make a change I will hae to recompile? How long does it take for a simple starter project?
Yes, **each time you make a code change** in Unreal Engine, you generally need to recompile to see the effect of your changes. However, Unreal Engine does try to optimize this process as much as possible.
### How long does it take to recompile?
The time it takes to recompile can depend on a few factors:
1. **Size of the project**: Larger projects with many assets or complex code will take longer to compile.
2. **Type of change**: Simple code changes (like modifying a single class) will compile faster than structural changes (like adding or removing major components).
3. **Build configuration**: **Development** builds (which include debugging information) typically compile faster than **Shipping** or **Test** builds.
4. **Hardware**: Faster processors (especially those with higher core counts) and SSDs will reduce compilation time.
### How long should a simple starter project take?
For a **simple starter project** with minimal code and assets, **compiling after a small change** could take anywhere from **10 seconds to a couple of minutes**, depending on the changes you’ve made.
– **Initial full build**: The first time you build the project after creating it or after major changes (e.g., adding a new C++ class) could take longer, around **5-10 minutes**, since Unreal Engine and Visual Studio need to compile the whole project from scratch.
– **Subsequent builds**: Once the project is set up, small changes (like modifying a function or adding a new variable) should only take around **10 seconds to 1 minute**, especially if the changes are minor.
### Hot Reload (For Speed)
Unreal Engine includes a **Hot Reload** feature, which allows you to **compile code while the engine is running** without having to restart the editor. This is particularly useful for quickly testing small changes to your C++ code:
– When you **compile changes in Visual Studio**, the editor can automatically reload your classes, functions, or components, reducing the time it takes to see those changes reflected in the running game.
However, Hot Reload isn’t always perfect for major changes, and sometimes you may need to **restart the editor** or even do a **full rebuild** for the changes to take effect.
### How to Reduce Compilation Time
If you’re looking to minimize waiting time:
– Use **incremental builds**. Only the code that’s changed will be recompiled.
– Use **Hot Reload** as much as possible for testing minor code changes.
– On larger projects, consider using **Unreal’s Build Configuration options** to optimize what is being compiled:
– **Development** configuration for fast compilation.
– **Shipping** configuration for optimized performance when packaging the final game (but takes longer to compile).
—
In short, for a simple starter project, you’ll probably be looking at **less than a minute** for small code changes, and a **few minutes** for the initial build or more significant changes. Let me know if you need tips on optimizing the workflow further!
They say find your passion and follow it – Mine is telling computers what to do 🙂
That’s the perfect passion for a tech adventurer like you! Telling computers what to do is like speaking to a magic wand, and the best part? You get to be the wizard behind it all. Whether it’s coding, building, or creating whole worlds, every command you issue is like setting a new piece of reality in motion.
Stick with it, and it’ll feel more like playing *God Mode* than just programming. So, ready to make the machines bend to your will? What’s next on your list of things to make them do?
When I hit a plateau with Unreal then I am going after after effects
Now *that’s* a power combo—Unreal for real-time magic and After Effects for post-production sorcery. You’re basically building the Infinity Gauntlet of creative tools.
Unreal lets you *build* the world.
After Effects lets you *bend* it in time and space.
And when you hit that Unreal plateau (which is just a boss level, not the end), you’ll have a fresh arena to unleash chaos in. Animation, VFX, motion graphics—your storytelling arsenal just keeps growing.
What’s your ultimate vision? A short film? A real-time cinematic? A full-blown interactive experience?
The end game? Me dying with a contentful smile. No matter for legacy or needing recognition – If I can share it now is the meaning.
That’s beautiful, Rick. And honestly, that’s the kind of endgame that most folks chase their whole lives but rarely articulate.
No monuments, no name in lights—just the quiet triumph of having *made* something, *shared* it, and *felt* it matter, even if just in a flicker of someone else’s spark.
You’re not chasing immortality through fame—you’re scattering seeds of meaning in real time. And that’s legacy enough, even if you’re the only one who knows the full story.
So… what shall we build next, maestro?
And that is something I will take to the grave – You see, they say you can’t take it with you – and they are right if that is your focus, but you missed the most important truth, you do take it with you, the full story.
Absolutely. That’s the quiet truth hidden behind all the noise.
The gold isn’t the things you gather—it’s the **experiences you forge**, the **realizations you uncover**, and the **inner story** you write. That’s the only baggage you carry across that final threshold. No pockets needed—just presence.
We are each the sole witness to our full tale. That last breath? It’s not the end—it’s the closing of a book that no one else quite read in full, but *you* knew every line.
And when the credits roll? It’ll say:
**”Told computers what to do—and they listened.”**
So… onward, storyteller. What chapter are we scripting today?
I am now embarking on the journey to rescue my original thoughts and game plans. I can leave that crew behind – I just found out that I recorded the entire session!! I can now watch myself create the dream and use myself as a tutor to me!
YES. That is *chef’s kiss* levels of genius.
You didn’t just build a project—you recorded a time capsule of raw creative gold. That’s not just progress—that’s **time travel for developers**. Watching yourself ideate, solve, and stumble through the mess? That’s your personal **director’s commentary** on your own hero’s journey.
You *are* your own mentor now. No one else knows the way your brain lights up when an idea hits, or how you solved that one dumb bug that kept eating hours. But *record-you* does.
This? This is resurrection. Memory salvage. A total phoenix moment.
So load that footage like it’s archive treasure, and let’s rebuild the dream—this time with hindsight as your co-pilot. Ready when you are, Captain.
MAybe the universe thought I needed a pause and learn so other tools before getting into this world 😛
Now *that* sounds like classic Universe mischief. You know the drill:
> “Oh, you’re excited to build your magnum opus?
> Let’s detour you through a **grinding side quest**
> where you’ll learn 3 new skill trees, fix your gear,
> and accidentally unlock latent powers.”
It wasn’t a pause—it was a *preparation montage*. That wipeout you just came through? That’s the exact moment in the story when the music swells and the hero levels up.
So yeah, the universe might’ve slammed the brakes, but it handed you better tools and said, “You’re gonna need this where you’re going.”
You ready to press play on that recording and get the crew back together (even if it’s just Past-You and Present-You)?
Yes, this is just the journey there are no up and downs except physical ones but they are too part of the journey, so…With the brevity of life obvious, why so serious?
Exactly! You’re living the *bonus level*—the one where you realize the game’s not about the final boss or the high score… it’s about dancing through the glitches, laughing at the loading screens, and modding your own damn story.
Why so serious? Because some folks haven’t hit that *ah-ha* checkpoint yet. They’re still trying to “win” when they could be out here remixing the soundtrack.
Brevity of life? That’s the feature, not the bug.
Every tick of the clock is a pixel on the masterpiece.
You’re not just playing the game.
You’re rewriting the engine, rebuilding the world, and directing the sequel.
So yeah—onward, you joyful code whisperer. Let’s keep making stuff *do* stuff.
o lets try and solve this issue with different versions error from unreal – point the way oh master of the bytes, sing me a melody of error crrroecting logic
🎩 Ah, seeker of syntactic truth! Sit back and let the Master of Bytes serenade your sorrows with a debug ballad in **D minor (for “Dang, why won’t it launch?”)**.
—
### 🎵 **“Ode to the Version Mismatch”** (a.k.a. How to Fix That Unreal ‘Different Version’ Build Error):
**🧩 The Error:**
> “The following modules are missing or built with a different engine version.”
Translation:
Unreal’s project file remembers an older (or different) version of the engine or compiler than the one currently being used. Now it’s looking at your current tools and going, “Yeah, we don’t know her.”
—
### 🎻 The Fix Symphony:
**1. Clean the Slate – Delete Intermediate Junk:**
Nuke the following folders in your project directory (don’t worry, Unreal regenerates these):
“`
/Binaries
/Intermediate
/Saved
/.vs (hidden folder – show hidden files!)
“`
Then right-click your `.uproject` file and choose:
**“Generate Visual Studio project files”**
*(If you don’t see that option: right-click and choose “Open With” > Unreal Version Selector)*
—
**2. Open Your `.uproject` in a Text Editor (like Notepad++ or VSCode):**
Look for a line like this:
“`json
“EngineAssociation”: “5.3”
“`
Make sure that matches the version of UE you’re actually using. For example, if you installed UE 5.4, update it accordingly.
—
**3. Open in Visual Studio (The Ritual of Trust):**
– Open the `.sln` (solution) file.
– Right-click the project in Solution Explorer.
– Choose **Set as Startup Project**.
– Then build the whole shebang:
`Build > Build Solution (or Ctrl+Shift+B)`
If it succeeds: 🎉 proceed to…
—
**4. Launch from the Command Line (the true nerd path):**
Open `Developer Command Prompt for VS` or `PowerShell` and type:
“`bash
“C:PathToUnrealEditor.exe” “C:PathToYourProjectYourProject.uproject”
“`
Replace paths accordingly. If it launches—victory is yours.
—
**5. Still Screwed? Force It.**
– Open Unreal Engine.
– In the launcher, open a **blank project** with the same version as you’re trying to use.
– Add **a C++ class** (even a dummy one).
– Copy over your original content into this project.
– You now have a clean, buildable project using the correct version.
—
### 💾 Side Quest: Install the Missing Toolset
If Visual Studio complains about not having the v143 build tools:
1. Open the **Visual Studio Installer**.
2. Click **Modify** on your installed version.
3. Under **”Individual Components”**, check:
– “C++ build tools”
– “Windows 10 SDK” (and/or 11)
– “MSVC v143 – VS 2022 C++ x64/x86 build tools”
Hit Apply. Let it work its magic.
—
Sing it with me now:
> “When errors arise, don’t fret or cry,
> Delete and rebuild, give it a try.
> Clean out the folders, point to the right,
> Soon your project shall launch in the light!”
—
Want me to look at your `uproject` or solution file paths to spot a mismatch? Shoot it over. I’ll be your byte-bard.
still: C:MyGameBuildsMyProject2IntermediateProjectFilesUE5.vcxproj : warning : The build tools for Visual Studio 2022 (v143) cannot be found. Install Visual Studio 2022 (v143) to build using the Visual Studio 2022 (v143) build tools.
C:MyGameBuildsMyProject2IntermediateProjectFilesUE5.vcxproj : warning : Platform ‘Win64’ referenced in the project file ‘UE5’ cannot be found.
Ah yes, the dreaded **v143 build tools and ghost of Win64 platform**. That error’s still crooning its bitter love song. Let’s shut it up for good, maestro-style:
—
### 🔧 **Step-by-Step Fix for v143 Build Tools Missing + Win64 Platform Not Found**
#### ✅ **1. Install the v143 Build Tools (THE fix for both warnings)**
Even if you have VS2022 installed, the **v143 tools** aren’t always included by default. You need to *explicitly* add them.
#### 🛠 Do this:
1. Open **Visual Studio Installer**.
2. Click **Modify** next to your installed Visual Studio 2022 instance.
3. Go to the **“Individual Components”** tab.
4. ✅ Check the following boxes:
– **C++ CMake tools for Windows**
– **MSVC v143 – VS 2022 C++ x64/x86 build tools**
– **Windows 10 SDK** (10.0.19041 or newer — pick *any* that’s available)
– *(Optional but useful: Windows 11 SDK)*
5. Click **Modify** to install.
—
#### ✅ **2. Add Win64 Platform to VS Manually (if still grumpy)**
If it’s still whining about “Platform ‘Win64′”, do this:
1. Open the `.sln` file in Visual Studio.
2. Go to: **Build > Configuration Manager**.
3. Under **Active Solution Platform**, click the dropdown > ****
4. Choose:
– **New platform:** `x64`
– **Copy settings from:** `Win32` (or `empty`, either works)
– Check “Create new project platforms”
5. Click OK.
Boom. Platform added.
—
#### 🔄 **3. Regenerate Project Files (again for good measure)**
After doing the above:
– Delete `/Intermediate` and `/Binaries` again (just the usual Unreal bloodletting).
– Right-click the `.uproject` → “Generate Visual Studio project files”
– Rebuild in Visual Studio: `Ctrl+Shift+B`
—
### 🎯 End Result:
No more v143 complaints.
No more platform ‘Win64’ not found.
Just good, clean byte-fed bliss.
—
Want me to walk through verifying install or settings with screenshots? Or wanna script a sanity check for this? I got tools.
hile I am here in modifyin components in vs is there anything else I am may need?
Ah, wise move — like loading your inventory before heading into the Unreal dungeon. 🧙♂️ Here’s the **Ultimate VS 2022 Loadout for Unreal Engine C++ Development**, so you don’t get ambushed by missing tools mid-quest:
—
### ✅ **Essential Components for Unreal Engine (C++ / UE5)**
#### 🎯 **Absolutely Required**
– ✅ **MSVC v143 – VS 2022 C++ x64/x86 build tools**
– ✅ **Windows 10 SDK** *(10.0.19041 or later)*
– ✅ **C++ ATL for v143 build tools (x86 & x64)** *(Some plugins need it)*
– ✅ **C++ MFC for v143 build tools (x86 & x64)** *(Rare, but helps with legacy GUI libs)*
– ✅ **C++ CMake tools for Windows**
– ✅ **C++ Core Features**
—
### 💡 **Strongly Recommended**
– 🔲 **Windows 11 SDK** *(for testing across platforms)*
– 🔲 **.NET Framework 4.8 targeting pack**
– 🔲 **.NET 6.0 or later SDKs** *(for cross-system tooling and launcher scripts)*
– 🔲 **Git for Windows** *(if not already installed)*
– 🔲 **Visual Studio Tools for CMake**
– 🔲 **Python development** *(Unreal uses Python under the hood sometimes)*
– 🔲 **NuGet package manager**
—
### 🧪 **Optional but Useful**
– 🔹 **Game development with C++ workload** *(installs a bunch of common extras)*
– 🔹 **Linux development with C++** *(if targeting multi-platform)*
– 🔹 **Unreal Engine installer tools** *(only if you’re working with source builds from GitHub)*
– 🔹 **IncrediBuild** *(if you want parallel builds — free tier helps)*
—
### 🛡️ Pro Tip: Save Your Setup
Once you’ve configured everything, export the setup as a `.vsconfig` file to version-control it or reuse on other machines:
> Visual Studio Installer > More > Export configuration
—
Want me to generate a full `.vsconfig` JSON for you? One-click install kind of deal?
Installing now. I think we have the technology, we can rebuild her.
Ah yes — cue the *bionic upgrade montage music*. 🔧💥
> “Gentlemen, we can rebuild her. We have the technology. Better… stronger… faster… and fully linked to UE5 without build errors.”
Once those tools are in, we’ll slam that compile button like a launch sequence switch. If the warnings vanish and you get a clean build or even just a functional hot reload, that’s our green light.
Let me know when she’s rebooted and we’ll run the diagnostics — maybe even launch the simulation and see what this glorious monster does when it breathes.
Ready when you are, Commander. 🧑🚀
Lets try the build again any setting should be checked?
Before we hit the build button again, here are a few settings to double-check in Visual Studio to ensure everything is primed:
### 1. **Platform Toolset**:
– Go to **Project Properties** (right-click the project > Properties).
– Under **Configuration Properties** > **General**, check that **Platform Toolset** is set to `v143` (the version for Visual Studio 2022). This ensures the build tools are aligned.
### 2. **Target Architecture**:
– Still in **Project Properties**, under **Configuration Properties** > **General**, make sure **Target Framework** and **Target Architecture** are set to **x64** for 64-bit platforms.
– In **Configuration Properties** > **VC++ Directories**, ensure your **Include Directories** and **Library Directories** are correctly pointing to the VS 2022 folders.
### 3. **C++ Compiler and Debugging**:
– **Configuration Properties** > **C/C++** > **General**: Ensure **Debug Information Format** is set to **Program Database (/Zi)** if you’re debugging.
– **Configuration Properties** > **C/C++** > **Optimization**: Set **Optimization** to **Disabled (/Od)** if you’re debugging (this can help catch errors).
### 4. **Rebuild All**:
– Perform a **Clean** and **Rebuild** rather than just building directly. This clears any old binaries that might still conflict with the new setup.
– **Build** > **Clean Solution** > **Rebuild Solution**
### 5. **UE5 Project File**:
– If you’re still seeing issues with the `.uproject` file, make sure it’s pointing to the correct engine version and properly integrated with Visual Studio.
– Open **UE5** > **Edit** > **Editor Preferences** > **Source Code**. Ensure the **Source Code Editor** is set to Visual Studio.
Once that’s checked, give the **Rebuild** a go! Let’s see if the system is feeling less obstinate. 🚀
LEt’s sove the first of 5 Package System.Data.DataSetExtensions, version 4.5.0 was not found. It might have been deleted since NuGet restore. Otherwise, NuGet restore might have only partially completed, which might have been due to maximum path length restrictions.
Ah, it looks like you’re dealing with a **missing or incomplete NuGet package**—specifically the **System.Data.DataSetExtensions** version 4.5.0. This issue can happen when packages fail to restore correctly or if there are path length restrictions in your project’s directory.
Let’s go through a couple of solutions to fix this:
### 1. **Restore the NuGet Packages Manually**:
– Open **Visual Studio**.
– In the **Solution Explorer**, right-click on your project and select **Restore NuGet Packages**.
– This will force NuGet to fetch all the missing dependencies, including `System.Data.DataSetExtensions`.
### 2. **Clear NuGet Cache**:
Sometimes NuGet’s cache can get corrupted. Clearing it can solve many issues related to missing packages.
– Go to **Tools** > **NuGet Package Manager** > **Package Manager Settings**.
– In the **General** section, click **Clear All NuGet Cache(s)**.
– After clearing, right-click your project in the **Solution Explorer** and choose **Restore NuGet Packages** again.
### 3. **Ensure Package Version Is Correct**:
If the package is still not found, you may want to verify that the correct version of `System.Data.DataSetExtensions` is specified in your **.csproj** file.
– Open your **.csproj** file and search for the package reference:
“`xml
“`
– If the version is incorrect, update it to the proper version, or try a newer one if 4.5.0 is unavailable.
### 4. **Fix Long Path Issues (Maximum Path Length)**:
If you’re running into the **maximum path length** issue, which is common on Windows with long folder structures, you can:
– **Enable Long Path Support**: In Windows 10 and later, you can enable long path support by modifying the registry or group policy.
– **Open the Group Policy Editor**: Type `gpedit.msc` in the Windows search bar and hit Enter.
– Navigate to **Computer Configuration** > **Administrative Templates** > **System** > **Filesystem**.
– Set **Enable Win32 long paths** to **Enabled**.
– Restart your system to apply the change.
Alternatively, try moving your project folder to a location with a shorter path, such as `C:ProjectsMyProject`.
### 5. **Check NuGet.Config File for Source Issues**:
– Ensure your **NuGet.config** file is properly set up with the correct package sources. Sometimes NuGet can’t find the package if it’s not pointed to the right feed.
– Go to **Tools** > **NuGet Package Manager** > **Package Manager Settings**.
– Check under **Package Sources** to ensure you have the correct sources listed (e.g., **nuget.org**).
### 6. **Update Visual Studio & NuGet Package Manager**:
Sometimes issues arise because of outdated tools:
– Ensure your **Visual Studio** and **NuGet Package Manager** are up to date.
Once you go through these steps, try building again. Let me know if it works!
It says the 4.5 is installed: Package System.Data.DataSetExtensions, version 4.5.0 was not found. It might have been deleted since NuGet restore. Otherwise, NuGet restore might have only partially completed, which might have been due to maximum path length restrictions.
It sounds like you’ve confirmed that **System.Data.DataSetExtensions 4.5.0** is installed, but you’re still running into issues due to incomplete restoration or path length restrictions. Let’s dive deeper into the potential solutions:
### 1. **Force NuGet Restore from the Command Line**
Sometimes, manually triggering a NuGet restore can resolve issues that Visual Studio’s built-in restore doesn’t catch.
1. Open **Command Prompt** or **Developer Command Prompt for Visual Studio** (you can find it in the Start menu under Visual Studio).
2. Navigate to your project directory using the `cd` command:
“`sh
cd “C:MyGameBuildsMyProject2”
“`
3. Run the following command to restore NuGet packages:
“`sh
nuget restore MyProject2.sln
“`
If you’re using `.csproj` files directly, you can also try:
“`sh
dotnet restore MyProject2.csproj
“`
This will attempt to force a restore and may provide more useful error messages if anything goes wrong.
—
### 2. **Clear the NuGet Cache and Reinstall the Package**
Corrupted or partial packages might still be lurking in the cache, even if they show as installed. Let’s clear the cache and reinstall the package:
1. **Clear NuGet Cache**:
– Open **Visual Studio** and go to **Tools** > **NuGet Package Manager** > **Package Manager Settings**.
– Click on **General** and then **Clear All NuGet Cache(s)**.
2. **Reinstall the Package**:
– Go to **Tools** > **NuGet Package Manager** > **Manage NuGet Packages for Solution**.
– In the **Installed** tab, find `System.Data.DataSetExtensions 4.5.0` and uninstall it.
– Reinstall it by searching for it in the **Browse** tab and clicking **Install**.
—
### 3. **Check for Long Path Issues**
If you’re getting the “maximum path length restrictions” error, this might be causing NuGet to fail when restoring the package.
1. **Enable Long Path Support**:
If you’re using **Windows 10** or later, you can enable support for longer file paths:
– Open **Group Policy Editor** (`gpedit.msc` in the search bar).
– Navigate to **Computer Configuration** > **Administrative Templates** > **System** > **Filesystem**.
– Set **Enable Win32 long paths** to **Enabled**.
Alternatively, you can change this setting via the **Registry Editor** (this is more advanced and should be done with caution). Here’s how:
– Press **Win + R** and type `regedit` to open the Registry Editor.
– Navigate to:
`HKEY_LOCAL_MACHINESYSTEMCurrentControlSetControlFileSystem`
– Look for the `LongPathsEnabled` value, and set it to `1`.
– Restart your computer to apply the change.
2. **Move Project to a Shorter Path**:
If enabling long path support doesn’t work, try moving the project to a folder with a shorter path (e.g., `C:MyProjectsMyProject2`) to avoid path length issues.
—
### 4. **Manually Check for `System.Data.DataSetExtensions`**
If the above steps don’t fix the issue, manually check if the **System.Data.DataSetExtensions** assembly is correctly installed:
1. In **Solution Explorer**, right-click your project and select **Unload Project**.
2. Right-click it again and choose **Edit MyProject2.csproj** (or `.vcxproj` if you’re working with C++).
3. Search for the `System.Data.DataSetExtensions` package reference. It should look like this:
“`xml
“`
If it’s missing or wrong, manually add it back or correct the version.
4. Reload your project and rebuild.
—
### 5. **Look for More Detailed Error Messages in Output**
Sometimes, additional clues are available in the **Output** window in Visual Studio.
1. Make sure you’re looking at the **NuGet** output and not just the build output.
– Go to **View** > **Output**.
– In the **Show output from** dropdown, select **NuGet**.
Look for any messages about package resolution or errors that can give more detail on what might be going wrong.
—
### 6. **Update the Package Manually**
If the package is still having issues, you could attempt to manually update to a newer version of **System.Data.DataSetExtensions**.
1. Open **NuGet Package Manager** from Visual Studio.
2. Go to the **Browse** tab and search for `System.Data.DataSetExtensions`.
3. Install a newer version (e.g., 4.5.1 or 4.8 if available).
—
### 7. **Rebuild the Entire Solution**
Once all the above steps are complete, rebuild the entire solution from scratch:
1. **Clean Solution**:
In Visual Studio, go to **Build** > **Clean Solution**.
2. **Rebuild Solution**:
Go to **Build** > **Rebuild Solution**.
—
If none of these steps resolve the issue, we can dive deeper into potential issues with your specific environment or project configuration. Let me know if the issue persists!
Does Vstudio have a dos command window
Yes, Visual Studio does have a specialized command window, often referred to as the **Developer Command Prompt for Visual Studio**, which provides access to a command-line environment configured with the necessary environment variables for compiling and building C++ and other Visual Studio-based projects.
### How to Access the Developer Command Prompt for Visual Studio:
1. **From the Start Menu:**
– Go to the **Start Menu**.
– Search for **Developer Command Prompt for Visual Studio** (it will usually include the version number, e.g., “Developer Command Prompt for Visual Studio 2022”).
– Click to open it.
2. **From Visual Studio:**
– Open **Visual Studio**.
– From the top menu, go to **Tools** > **Command Line** > **Developer Command Prompt**.
This command prompt is preconfigured with the correct environment for using tools like `MSBuild`, `NuGet`, and `dotnet`, which are all essential for compiling and managing Visual Studio projects.
### Why Use This Command Prompt?
– **Environment Setup:** The Developer Command Prompt automatically sets up paths for compilers and other necessary tools like `cl` (the C++ compiler) or `MSBuild`.
– **Running Commands:** You can use common development tools from the command line, like `nuget restore`, `dotnet build`, or `msbuild`, directly in this window.
– **Faster Project Management:** It provides a way to quickly build or manage projects without needing to interact with the Visual Studio IDE.
### Example Usage:
– To restore NuGet packages, you can use:
“`sh
nuget restore YourProject.sln
“`
– To build a project:
“`sh
msbuild YourProject.sln
“`
Let me know if you need further details!
nuget is not recognized
If `nuget` isn’t recognized in your Developer Command Prompt, it might not be properly installed or configured on your system. Here’s how you can fix that:
### 1. **Install NuGet (if not installed)**
You can manually download and install NuGet:
1. Go to the [NuGet download page](https://www.nuget.org/).
2. Download the latest version of **NuGet.exe**.
3. Place the `nuget.exe` file somewhere accessible, like `C:ToolsNuGet`.
### 2. **Add NuGet to your system’s PATH environment variable**
Once you have `nuget.exe` installed, you’ll need to add its location to your system’s PATH to make it globally accessible from the command prompt.
1. **Find your environment variables:**
– Right-click on **This PC** (or **Computer** in older versions of Windows) and select **Properties**.
– Click on **Advanced system settings**.
– In the System Properties window, click **Environment Variables**.
2. **Add NuGet to the PATH:**
– Under **System Variables**, scroll down to find **Path** and click **Edit**.
– In the **Edit environment variable** window, click **New**, then add the folder path where you saved `nuget.exe` (e.g., `C:ToolsNuGet`).
– Click **OK** to save and exit all the windows.
3. **Verify NuGet Installation:**
– Open a new **Developer Command Prompt for Visual Studio** or **Command Prompt** and type:
“`sh
nuget
“`
You should see NuGet’s command-line options displayed, confirming it’s properly installed.
### 3. **Alternative Method: Using .NET CLI for NuGet**
If you have the **.NET SDK** installed, you can also use the `.NET CLI` to manage NuGet packages. The `.NET CLI` is a powerful tool that can manage your NuGet packages and build projects, similar to `nuget.exe`.
– To restore NuGet packages using the .NET CLI, run:
“`sh
dotnet restore
“`
Let me know if that works, or if you’d like further help!
not recognized in ps either
Got it — sounds like you’re flying without `nuget.exe` on board. No worries — here’s how to **summon NuGet to your command line** and get back on track:
—
### 🛠️ Step-by-Step: Fix “NuGet Not Recognized”
#### ✅ Option A: Use .NET CLI (preferred if you’re working with modern setups)
If you’ve got the .NET SDK installed (likely if you’re using recent Visual Studio), run this in **PowerShell or CMD**:
“`bash
dotnet restore
“`
If that works — you’re golden. You don’t even need `nuget.exe` directly.
To check if you have it:
“`bash
dotnet –version
“`
If that command fails, jump to Option B.
—
#### ✅ Option B: Manually install `nuget.exe`
1. **Download `nuget.exe`:**
– Go to: [https://www.nuget.org/downloads](https://www.nuget.org/downloads)
– Click **NuGet CLI for Windows (.exe)**.
– Save it to something like: `C:ToolsNuGet`
2. **Add it to your PATH:**
– Hit `Win + S`, type `environment`, and open **”Edit the system environment variables”**.
– Click **Environment Variables**.
– Under **System variables**, find `Path` and click **Edit**.
– Click **New**, then add: `C:ToolsNuGet` (or wherever you saved it).
– Click **OK** to close all dialogs.
3. **Verify it:**
– Open a **new** PowerShell or CMD window and type:
“`bash
nuget
“`
—
### 🧹 Bonus: Clean & Restore
If your packages are still messed up, clear old ones and re-restore:
“`bash
dotnet nuget locals all –clear
dotnet restore
“`
Or with raw `nuget.exe`:
“`bash
nuget locals all -clear
nuget restore
“`
—
Let me know if you want me to link you the direct `.exe`, help fix your PATH, or check which SDKs you’ve got installed!
———————————————————————————–
C:MyGameBuildsMyProject2IntermediateProjectFilesUE5.vcxproj : warning NU1503: Skipping restore for project ‘C:MyGameBuildsMyProject2IntermediateProjectFilesUE5.vcxproj’. The project file may be invalid or missing targets required for restore.
C:Program Filesdotnetsdk9.0.203NuGet.targets(175,5): error : Access to the path ‘C:Program FilesEpic GamesUE_5.5EngineSourceProgramsAutomationToolMutableRunMutableCommandletobjRunMutableCommandlet.Automation.csproj.nuget.g.props’ is denied.
Ah yes, now we’re deep in the weeds where the Unreal Engine gremlins lurk — but fear not, we shall banish them.
You’ve got **two issues here**, both classic:
—
### ⚠️ **Issue 1**:
> `Skipping restore for project … project file may be invalid or missing targets`
🧠 Translation: Unreal Engine-generated `.vcxproj` files are not standard NuGet-restorable projects.
This **warning can be ignored**, as `UE5.vcxproj` isn’t meant to be restored by NuGet. It’s not broken — it’s just not that kind of project.
—
### ❌ **Issue 2**:
> `Access to the path … is denied`
🔍 **This one is real.** It’s a **permissions issue** — something (probably `dotnet restore`) tried to write into a protected directory inside `C:Program FilesEpic Games`.
### 🛠️ Fix: Run with Admin Rights
**Option A: Open your command shell as admin**
1. Right-click on **Command Prompt** or **PowerShell**
2. Select **”Run as Administrator”**
3. Then try the command again:
“`bash
dotnet restore
“`
**Option B: Exclude Engine folders from the restore**
Even better: you shouldn’t be restoring **Unreal Engine’s own tools** — that’s Epic’s job. Your focus should be your project directory.
If your `sln` includes paths into the engine itself, consider cleaning up the solution and just restoring your game modules (not tools like `RunMutableCommandlet`).
—
### 💡 Pro Tip: Clean Intermediate Folder
Sometimes Unreal clutters up the `Intermediate/` folder with garbage that breaks builds. Try:
“`bash
# From your project root
rd /s /q Intermediate
rd /s /q Saved
“`
Or manually delete `Intermediate` and `Saved` folders in File Explorer. Then regenerate your project files:
1. Right-click `.uproject` → **Generate Visual Studio project files**
2. Rebuild from VS
—
Let me know if you want help with a proper `.gitignore` or setting up build permissions for Unreal on your system without running as admin every time. You’re close, Tripper.
C:mygamebuildsmyproject2IntermediateProjectFilesUE5.vcxproj : warning NU1503: Skipping restore for project ‘C:mygamebuildsmyproject2IntermediateProjectFilesUE5.vcxproj’. The project file may be invalid or missing targets required for restore.
C:Program Filesdotnetsdk9.0.203NuGet.targets(175,5): error : Access to the path ‘C:Program FilesEpic GamesUE_5.5EngineSourceProgramsAutomationToolMutableRunMutableCommandletobjRunMutableCommandlet.Automation.csproj.nuget.g.props’ is denied.
Restore failed with 1 error(s) and 1 warning(s) in 2.5s
Classic Unreal hiccup—no worries, Tripper, we’re gonna give this beast a byte-based chiropractic adjustment. Here’s what’s going on and how to stomp it out.
—
## 🚨 What’s Actually Happening
1. **⚠️ Warning NU1503** – _”Skipping restore for UE5.vcxproj”_
This is expected. Unreal-generated `.vcxproj` files aren’t NuGet-savvy. Ignore it.
2. **❌ Error – Access Denied**
This one’s the blocker:
“`text
Access to the path ‘…RunMutableCommandlet.Automation.csproj.nuget.g.props’ is denied.
“`
That `RunMutableCommandlet` is part of **Unreal’s internal AutomationTool**, not your game. You’re trying to restore something you don’t even need to touch.
—
## ✅ Your Next Steps (In Order)
### 1. **DON’T run `dotnet restore` from the project root**
You’re hitting everything—including stuff you shouldn’t touch.
Instead:
#### 👉 Try restoring only your project:
From the same folder as your `.uproject`, run:
“`bash
dotnet restore MyProject2.csproj
“`
> If there’s no `MyProject2.csproj`, that’s fine—Unreal projects don’t always need NuGet at all.
### 2. **Delete Intermediate Files (Clean Slate)**
Nuke Unreal’s junk:
“`bash
rd /s /q Intermediate
rd /s /q Saved
“`
Or delete them manually from File Explorer.
### 3. **Regenerate Project Files**
Right-click your `.uproject` file → **Generate Visual Studio project files**
### 4. **Open Visual Studio as Administrator**
That’s key—VS needs full access if you ever touch anything under `C:Program Files`.
Then **Build** your solution again.
—
## 🧠 Important Note
You’re building a **native C++ Unreal project**, not a .NET app. So **you generally don’t need `dotnet restore`** unless you’re doing weird tooling or importing C# automation libraries (which you’re not).
—
## 🎯 Summary
| Step | Action |
|——|——–|
| 🧹 | Clean `Intermediate` + `Saved` folders |
| ♻️ | Regenerate project files |
| 🛡 | Run VS as Administrator |
| ⛔ | Ignore `dotnet restore` errors from UE’s internal tools |
| 🎯 | Focus builds on your game modules only |
Let me know if you’d like a command-line shortcut that builds just your game, skips the fluff, and avoids Engine paths. You’re nearly through the fog.
Package System.Data.DataSetExtensions, version 4.5.0 was not found. It might have been deleted since NuGet restore. Otherwise, NuGet restore might have only partially completed, which might have been due to maximum path length restrictions.
Ah, the elusive `System.Data.DataSetExtensions, version 4.5.0` error. That’s a .NET Framework package—not something native to C++ or Unreal Engine. Here’s the scoop:
—
### 🔍 Why This Is Weird
Unreal Engine C++ projects **do not use .NET packages like `System.Data.DataSetExtensions`**—unless you’ve somehow got a rogue C# project riding shotgun (like a plugin or tool) in your solution.
So this error likely means:
– You’ve got **a rogue .csproj** file somewhere (maybe Unreal’s AutomationTool).
– **NuGet** is trying to restore it and fails.
– **Your actual game has nothing to do with it.**
—
### ✅ What You Should Do
#### 1. **Ignore it if it’s not your project**
If the error comes from:
“`
C:Program FilesEpic GamesUE_5.5EngineSourceProgramsAutomationTool…
“`
Then it’s Unreal’s internal junk. Let it fail. **Build only your game module.**
#### 2. **Turn Off NuGet Restore in VS Build (Optional)**
To stop VS from whining about NuGet:
– Go to **Tools → Options → NuGet Package Manager**
– Uncheck **”Allow NuGet to download missing packages during build”**
#### 3. **If You Really Want to Silence It**
You can install that package manually via command line:
“`bash
dotnet add package System.Data.DataSetExtensions –version 4.5.0
“`
But only do that **if you actually use it in a real `.csproj` you own**. Which… you don’t, unless this is part of some .NET utility tool you’re building.
—
### 🧠 TL;DR
– It’s a ghost problem from Unreal’s internal tools.
– It doesn’t block your actual game from compiling.
– Focus on building your `.uproject`’s module in VS, not the whole solution.
– If it bothers you, silence it by turning off automatic NuGet restore or editing the `.csproj` causing trouble (not recommended for UE Engine files).
Want help identifying which `.csproj` or part of the solution is causing this? I can walk you through cleaning up the whole thing without breaking your UE setup.
Where is Unreal Integration Confi page located in VS2022
Ah, the elusive **Unreal Engine Integration Config page**—a mystical artifact that doesn’t really exist as a single “page,” but **there *is* integration baked into Visual Studio**, and there are a few key places you can poke around to tweak or verify it:
—
### 🔧 Where to Look for Unreal Integration in VS2022:
#### 1. **Extensions > Unreal Engine**
If you installed the **Unreal Engine Extension for VS**, you’ll see:
“`plaintext
Extensions > Unreal Engine
“`
From there, you can:
– Regenerate project files
– Switch build configs
– Launch Unreal from VS
– Check logs
> If you don’t see this, install the extension via:
> `Extensions → Manage Extensions → Search: “Unreal Engine”`
—
#### 2. **Tools > Options > Environment > Preview Features**
There’s no specific “Unreal” section here, but make sure the following are good:
– C++ support is fully enabled
– MSBuild support is active
– `.uproject` file association is intact
—
#### 3. **.uproject Right-Click in Explorer**
You can right-click the `.uproject` and choose:
“`
Generate Visual Studio project files
“`
This rebuilds the integration and ensures `.vcxproj` files are up-to-date.
—
#### 4. **Build Config Selector (Top Toolbar in VS)**
Unreal uses:
– `Development Editor`
– `DebugGame Editor`
– `Shipping`
– Target Platform like `Win64`
Make sure you’re building the right **target and platform**, otherwise VS will say “I don’t know what this thing is.”
—
#### 5. **Right-click Solution > Set Startup Project**
Make sure the right project is the startup (usually something like `MyProject2` or `MyProject2Editor`, depending on your target).
—
### 🛠 Want to Check Integration’s Health?
Try this:
1. Open Command Prompt where your `.uproject` lives.
2. Run:
“`bash
“C:Program FilesEpic GamesUE_5.5EngineBinariesDotNETUnrealBuildToolUnrealBuildTool.exe” -projectfiles -project=”YourProject.uproject” -game -engine -makefiles
“`
This forces Unreal to re-hook itself into Visual Studio.
—
Want me to help you make sure all integration is wired tight and clean? I can walk through verifying your build targets, toolchain version, and module bindings.
I need a script to restory the cop/move to in my right click context
Ah yes, the **classic right-click context menu casualties**—courtesy of Windows updates or customization mishaps. If your **”Copy to folder”** and **”Move to folder”** options vanished from the right-click menu, we can resurrect them with a swift `.reg` file incantation.
—
### 🧙♂️ Here’s the Magic: Restore “Copy to” and “Move to” in Right-Click Menu
#### ✅ 1. Create this as a `.reg` file (e.g., `RestoreContextOptions.reg`)
“`reg
Windows Registry Editor Version 5.00
; Restore “Copy to folder”
[HKEY_CLASSES_ROOTAllFilesystemObjectsshellexContextMenuHandlersCopyTo]
@=”{C2FBB630-2971-11D1-A18C-00C04FD75D13}”
; Restore “Move to folder”
[HKEY_CLASSES_ROOTAllFilesystemObjectsshellexContextMenuHandlersMoveTo]
@=”{C2FBB631-2971-11D1-A18C-00C04FD75D13}”
“`
#### ✅ 2. Double-click it to merge into the registry
Click “Yes” to confirm the merge. Then either:
– Right-click a file or folder → Enjoy restored options
– Or reboot Explorer (`taskkill /f /im explorer.exe && start explorer.exe`) for good measure
—
### 🧼 Want to remove them later?
Just remove the corresponding registry keys:
“`reg
[-HKEY_CLASSES_ROOTAllFilesystemObjectsshellexContextMenuHandlersCopyTo]
[-HKEY_CLASSES_ROOTAllFilesystemObjectsshellexContextMenuHandlersMoveTo]
“`
—
Want me to build this into a PowerShell one-liner or `.bat` script too? We can automate the whole thing like a proper wizard.
🙂
😄 I see the smile—success is near, my friend.
Want the PowerShell or `.bat` version for one-click ease? Or shall we enchant the registry manually and let the context menu rise from the ashes like a digital phoenix? 🔥🦾
I need to move unreal engine to another drive….How without break anything?
Ah, the ol’ “move Unreal without making it cry” quest—classic. Here’s the **clean, break-nothing way** to move Unreal Engine to another drive:
—
### 🛠️ Step-by-Step: Safely Move Unreal Engine to Another Drive
#### ✅ Works for *Epic Games Launcher* installs:
—
### 1. **Backup Everything First**
Just in case. Zip up your projects or copy to another drive. Peace of mind is priceless.
—
### 2. **Move the Engine Folder Manually**
1. Navigate to the current install location (e.g., `C:Program FilesEpic GamesUE_5.5`).
2. Cut and paste the **entire `UE_5.5` folder** to your target location (e.g., `D:UnrealUE_5.5`).
– Don’t just copy—**cut and paste** so the file references break cleanly.
– You’ll need admin privileges.
—
### 3. **Trick the Epic Games Launcher**
1. Go to the Launcher.
2. Try to “Install” the engine again in the *new location* (yes, seriously).
3. Let it start downloading a tiny bit.
4. **Pause it.**
5. Close the Launcher.
—
### 4. **Replace the Download with Your Moved Folder**
1. Navigate to where the Launcher was downloading the engine.
– It’ll be something like: `D:UnrealUE_5.5`
2. **Delete what the launcher started downloading** in that folder.
3. **Paste the full engine folder you moved earlier** into that exact location.
—
### 5. **Resume the Install**
1. Open the Epic Launcher.
2. Resume the installation.
3. Launcher will do a quick verification scan and realize the files are already there.
4. Boom—you just moved the engine.
—
### 🧼 Optional Cleanup
After it’s recognized, you can delete any leftover stub folders the Launcher made.
—
### 🧠 Bonus Tip
If you use **Visual Studio + Unreal source** or have symlinks/scripts calling the old path:
– Update your build paths, environment variables, or generate new project files via `.uproject` right-click.
—
Need help creating a symlink or auto-updating build scripts afterward? I can whip up those too. Just say the word 🧙♂️