which is the better med for panic attacks lamotrigine or buspirone
I need to start leaning this unreal engine code please help me
I need to start leaning this unreal engine code. I jest created a new C++ pawn class called Pawn1.cpp. There is no object associated with it, what now?
For **panic attacks**, neither **lamotrigine** nor **buspirone** is considered a first-line treatment. Let me break it down clearly:
### **Lamotrigine**
– **What it is**: Primarily a mood stabilizer/anticonvulsant used for **bipolar disorder** and seizures.
– **Effect on panic/anxiety**: It doesn’t directly treat panic attacks or acute anxiety. It may help if panic symptoms are secondary to mood instability (e.g., in bipolar depression).
– **Onset**: Requires slow titration (risk of Stevens-Johnson syndrome if started too fast). Not useful for immediate relief.
### **Buspirone**
– **What it is**: An anxiolytic (works on serotonin 5-HT1A receptors).
– **Effect on panic/anxiety**: Can reduce **generalized anxiety**, but studies show it’s **not very effective for panic disorder**. It’s mild, non-sedating, non-habit-forming, but also not fast-acting.
– **Onset**: Takes 2–4 weeks to build effect. Doesn’t stop a panic attack in the moment.
### **Compare**
– For **panic attacks specifically**: Neither is great. SSRIs/SNRIs (like sertraline, paroxetine, venlafaxine) are typically first-line, and benzodiazepines (like clonazepam, alprazolam) sometimes used for acute relief (though with dependency risks).
– Between the two:
– **Buspirone** might help with baseline anxiety if panic disorder co-exists with GAD.
– **Lamotrigine** is not generally prescribed for panic, unless you also have bipolar features that destabilize anxiety.
👉 In short: **Buspirone is the closer fit** for anxiety disorders, but **neither is considered an optimal med for panic attacks**. If the main problem is true panic attacks, your prescriber would usually look at SSRIs/SNRIs or occasionally short-term benzodiazepines instead.
Would you like me to lay out a **tiered list of meds (first-line, second-line, off-label)** specifically for panic disorder so you can see where these two fall in context?
Alright—good start! You created a new **C++ Pawn class** (Pawn1.cpp). Now what? Let’s walk through the flow so you can actually *see* your pawn in Unreal.
—
### 1. Compile and Confirm
– Hit **Compile** in Unreal Editor (or build from Rider/VS).
– Make sure no errors—Pawn1 should show up in your **Content Browser → C++ Classes → YourProjectName**.
—
### 2. Create a Blueprint Child
– Right-click on your `Pawn1` class in the Content Browser.
– Choose **Create Blueprint Class Based on Pawn1**.
– This Blueprint (say `BP_Pawn1`) will let you add meshes, cameras, inputs, etc., without touching C++ every time.
—
### 3. Add a Visible Mesh
– Open `BP_Pawn1`.
– Add a component → **Static Mesh** (like a cube or sphere).
– This gives your pawn something visible in the world.
– Without it, the pawn exists but is invisible (hence why you saw “no object”).
—
### 4. Place in Level
– Drag your `BP_Pawn1` into the level.
– Hit Play—you should see your pawn sitting there.
—
### 5. Possess the Pawn
– In **World Settings → GameMode Override**, pick your custom GameMode (or create one).
– Set **Default Pawn Class** to `Pawn1` (or `BP_Pawn1`).
– Now when you hit Play, the game will spawn you as this pawn.
*(Alternative: You can manually possess it with a PlayerController if you’re juggling multiple pawns.)*
—
### 6. Add Input (Optional Next Step)
Inside **Pawn1.cpp**:
“`cpp
void APawn1::SetupPlayerInputComponent(UInputComponent* PlayerInputComponent)
{
Super::SetupPlayerInputComponent(PlayerInputComponent);
PlayerInputComponent->BindAxis(“MoveForward”, this, &APawn1::MoveForward);
PlayerInputComponent->BindAxis(“MoveRight”, this, &APawn1::MoveRight);
}
“`
And then define your `MoveForward` and `MoveRight` functions to apply movement. Don’t forget to set up input axes in **Project Settings → Input**.
—
⚡ In short:
– C++ class = raw code definition.
– Blueprint child = visual + tweakable actor.
– Drag into world, set as default pawn = actually playable.
—
Do you want me to write the **minimal Pawn1.cpp code** that includes a mesh and simple WASD movement right now, so you can drop it in and test?
I cannot find my files in the UE editor. I can find them in the window exp
Got it — this is one of those “Unreal beginner gotchas.”
Here’s the deal:
—
### Why You Don’t See Your C++ Files in Unreal Editor
Unreal’s **Content Browser** only shows **assets** (Blueprints, textures, meshes, materials, etc.).
Your raw `.cpp` and `.h` files are **not assets** — they live in your **project’s source folder**, and are opened with your code IDE (Rider, VS, VSCode, etc.).
That’s why you see them in Windows Explorer (`Source/MyProject/Pawn1.cpp`) but not inside UE’s Content Browser.
—
### How UE Handles This
– When you create a new C++ class in UE, it writes the `.h` + `.cpp` into your project’s **Source** directory.
– UE *does* generate a stub in the **Content Browser → C++ Classes → [ProjectName]** folder.
– It won’t show the code itself.
– It just shows the **class** so you can make a Blueprint child from it.
—
### How to Work With Them
1. **Open your IDE** (Rider, VS, or VSCode).
– Double-click the C++ class in UE’s **Content Browser** → it should open in Rider/VS.
– Or open it manually from `Source/YourProject/`.
2. **Compile** either in your IDE or UE.
– Changes in `.cpp/.h` don’t appear in the Content Browser — they only change the behavior of the class.
3. **Blueprint Bridge**
– If you want to see and work with your pawn *inside* the editor:
– Right-click your Pawn1 in **C++ Classes** → **Create Blueprint Class Based on Pawn1**.
– That new Blueprint (`BP_Pawn1`) *will* live in the Content Browser and behave like any other asset.
—
⚡Bottom line:
– **Code** = lives in `Source/` and opens in Rider/VS.
– **Classes** = show in UE’s C++ Classes folder (for making Blueprints).
– **Blueprints** = actual editor-visible objects you drag into the world.
—
👉 Do you want me to show you exactly how to make your `Pawn1` appear in the **C++ Classes folder in Content Browser**, so you can confirm it’s hooked up properly?
Awesome, Rick. Let’s get you swinging a lightsaber in C++ (without chopping off your sanity). Here’s the shortest path to “I can actually code gameplay in Unreal.”
# 0) One-time setup (10–20 min)
1. Open your UE 5.6 project → **Add C++ Class** → choose **Actor** → name it `MySpinner`. This boots the toolchain (Rider/VS).
2. In **Project Settings → Plugins → Enhanced Input** make sure it’s enabled.
3. In **Editor Preferences → General → Live Coding** enable it. It’s faster than full rebuilds (but not magic).
4. Create **Content/Input/IMC_Default** (Input Mapping Context) later in step 3.
—
# 1) Your first Actor: spawnable, visible, does something
**Header: `MySpinner.h`**
“`cpp
#pragma once
#include “CoreMinimal.h”
#include “GameFramework/Actor.h”
#include “MySpinner.generated.h”
UCLASS()
class AMySpinner : public AActor
{
GENERATED_BODY()
public:
AMySpinner();
protected:
virtual void BeginPlay() override;
public:
virtual void Tick(float DeltaTime) override;
// Editable in editor; shows up in Details panel
UPROPERTY(EditAnywhere, Category=”Spin”)
float DegreesPerSecond = 90.f;
private:
UPROPERTY()
UStaticMeshComponent* Mesh;
};
“`
**Source: `MySpinner.cpp`**
“`cpp
#include “MySpinner.h”
#include “Components/StaticMeshComponent.h”
AMySpinner::AMySpinner()
{
PrimaryActorTick.bCanEverTick = true;
Mesh = CreateDefaultSubobject(TEXT(“Mesh”));
SetRootComponent(Mesh);
// Optional: Mesh->SetMobility(EComponentMobility::Movable);
}
void AMySpinner::BeginPlay()
{
Super::BeginPlay();
}
void AMySpinner::Tick(float DeltaTime)
{
Super::Tick(DeltaTime);
AddActorLocalRotation(FRotator(0.f, DegreesPerSecond * DeltaTime, 0.f));
}
“`
**Use it:** Compile → place in level → assign any static mesh → hit Play → it spins.
You just used: components, properties, tick.
—
# 2) Input + movement (Enhanced Input, no Blueprints)
**Create a Pawn so you can possess and move it.**
**Header: `SimpleMover.h`**
“`cpp
#pragma once
#include “CoreMinimal.h”
#include “GameFramework/Pawn.h”
#include “InputActionValue.h”
#include “SimpleMover.generated.h”
class UInputMappingContext; class UInputAction;
class UFloatingPawnMovement; class UCapsuleComponent;
UCLASS()
class ASimpleMover : public APawn
{
GENERATED_BODY()
public:
ASimpleMover();
protected:
virtual void BeginPlay() override;
virtual void SetupPlayerInputComponent(class UInputComponent* PlayerInputComponent) override;
UPROPERTY(EditDefaultsOnly, Category=”Input”)
UInputMappingContext* MappingContext;
UPROPERTY(EditDefaultsOnly, Category=”Input”)
UInputAction* IA_Move;
private:
UPROPERTY()
UCapsuleComponent* Capsule;
UPROPERTY()
UFloatingPawnMovement* Movement;
void OnMove(const FInputActionValue& Value);
};
“`
**Source: `SimpleMover.cpp`**
“`cpp
#include “SimpleMover.h”
#include “Components/CapsuleComponent.h”
#include “GameFramework/FloatingPawnMovement.h”
#include “EnhancedInputSubsystems.h”
#include “EnhancedInputComponent.h”
#include “InputMappingContext.h”
#include “InputAction.h”
ASimpleMover::ASimpleMover()
{
PrimaryActorTick.bCanEverTick = false;
Capsule = CreateDefaultSubobject(TEXT(“Capsule”));
SetRootComponent(Capsule);
Movement = CreateDefaultSubobject(TEXT(“Movement”));
}
void ASimpleMover::BeginPlay()
{
Super::BeginPlay();
// Give player this mapping at runtime
if (APlayerController* PC = Cast(GetController()))
{
if (ULocalPlayer* LP = PC->GetLocalPlayer())
{
if (UEnhancedInputLocalPlayerSubsystem* Subsys = LP->GetSubsystem())
{
if (MappingContext) Subsys->AddMappingContext(MappingContext, 0);
}
}
}
}
void ASimpleMover::SetupPlayerInputComponent(UInputComponent* PlayerInputComponent)
{
Super::SetupPlayerInputComponent(PlayerInputComponent);
if (UEnhancedInputComponent* EIC = Cast(PlayerInputComponent))
{
if (IA_Move) EIC->BindAction(IA_Move, ETriggerEvent::Triggered, this, &ASimpleMover::OnMove);
}
}
void ASimpleMover::OnMove(const FInputActionValue& Value)
{
const FVector2D Axis = Value.Get();
AddMovementInput(GetActorForwardVector(), Axis.Y);
AddMovementInput(GetActorRightVector(), Axis.X);
}
“`
**Editor wiring (1 minute):**
1. Create **Input Action** `IA_Move` (Value Type: Axis2D).
2. Create **Input Mapping Context** `IMC_Default`; add `IA_Move`:
– WASD → 2D Axis (W=Y+1, S=Y−1, A=X−1, D=X+1)
– Gamepad Left Stick if you want.
3. In a **GameMode**, set **Default Pawn Class** to `SimpleMover`.
4. On your `SimpleMover` instance, set **MappingContext** = `IMC_Default`, **IA_Move** = `IA_Move`.
Hit Play → WASD moves the capsule. You just used: Pawn, possession, Enhanced Input, component movement.
—
# 3) Raycast (line trace) to interact with the world
**Add to any Actor (e.g., your mover’s `OnMove` or your spinner’s `Tick`):**
“`cpp
FHitResult Hit;
FVector Start = GetActorLocation();
FVector End = Start + GetActorForwardVector() * 1000.f;
FCollisionQueryParams Params(SCENE_QUERY_STAT(LineTrace), false, this);
bool bHit = GetWorld()->LineTraceSingleByChannel(Hit, Start, End, ECC_Visibility, Params);
if (bHit)
{
UE_LOG(LogTemp, Log, TEXT(“Hit %s at %s”), *Hit.GetActor()->GetName(), *Hit.ImpactPoint.ToString());
}
“`
You just used: collision channels, traces, logging.
—
# 4) Timers (do things later, not every frame)
“`cpp
FTimerHandle THandle;
GetWorldTimerManager().SetTimer(THandle, [this]()
{
UE_LOG(LogTemp, Warning, TEXT(“Timer fired on %s”), *GetName());
}, 2.0f, false); // fire once after 2 seconds
“`
—
# 5) Talking to Blueprints (because you’ll mix both)
Expose fields & functions:
“`cpp
UPROPERTY(EditAnywhere, BlueprintReadWrite, Category=”Demo”)
float Power = 5.f;
UFUNCTION(BlueprintCallable, Category=”Demo”)
void Boost(float Amount) { Power += Amount; }
“`
Now designers (you with a different hat) can tweak/trigger from Blueprint.
—
# 6) Mental model cheat-sheet
– **Reflection & UPROPERTY/UFUNCTION**: tells the editor/serializer/networking about your fields/functions.
– **Actor vs Pawn vs Character**: Actor = anything; Pawn = can be possessed; Character = Pawn + movement + capsule + mesh.
– **Components**: attach behavior/data (mesh, movement, audio) to actors.
– **Tick**: runs every frame. Use sparingly; prefer **Timers**/events when possible.
– **Subsystems**: app/game/editor-level singletons for services.
– **Build times**: minimize includes; use forward declarations in headers; put includes in .cpp.
—
# 7) Three tiny drills (do these next)
1) **Make a JumpPad**: An `AActor` with a collision volume; on overlap, add impulse to overlapping `Character`.
2) **Pickup & Use**: Trace from camera; if hit an `IInteractable` interface, call `Interact()`.
3) **Save/Load**: Create `USaveGame` subclass; store player position & “Power”; save on key press, load on BeginPlay.
If you want, say “SBS” and I’ll give each drill in your Step-By-Step format (your #10 rule) with code blocks ready to paste.
Want it even simpler? Tell me what you want the first toy to do (spin, jump, shoot, open door), and I’ll hand you the exact class and minimal wiring.
where in c++ classes folder?
Good question — Unreal hides this one in plain sight. Let’s pinpoint it:
—
### Where to Find Your C++ Classes in UE
1. **Open the Content Browser** (bottom of UE editor).
2. In the **View Options** (bottom-right corner of Content Browser), make sure **Show Engine Content** and **Show Plugin Content** are **off** (not needed yet). But **Show C++ Classes** must be ON.
– If you don’t see it → click the **View Options dropdown** and check it.
3. Once that’s enabled, in the **Content Browser left panel** you should see a top-level folder called **C++ Classes**.
– Expand it, and you’ll see a subfolder with your **project name**.
– Inside that folder is where your new Pawn (`Pawn1`) will show up.
—
### Example
If your project is named `MyProject2`:
“`
C++ Classes
└── MyProject2
└── Pawn1
“`
That **Pawn1 icon** isn’t the `.cpp` file itself — it’s a reference to the class. From there you can:
– Double-click → opens Rider/VS with the code.
– Right-click → **Create Blueprint Class Based on Pawn1** (the normal next step).
—
⚡ If you don’t see **C++ Classes** at all:
– Go to **Content Browser → View Options → Show C++ Classes**.
– Then restart the editor if needed (sometimes it doesn’t refresh until after a build).
—
Want me to walk you through creating a **Blueprint child of Pawn1** right now (so you actually have something visible to drop in the level)?
It is not here
Alright — if your **Pawn1** isn’t showing under **C++ Classes**, here’s the usual suspects checklist (this happens a lot when starting fresh):
—
### 1. Did UE actually generate the class in the right folder?
– Check in **File Explorer**:
“`
YourProject/
└── Source/
└── YourProject/
├── Pawn1.cpp
└── Pawn1.h
“`
– If your files are sitting in `Source` but **not inside the folder named after your project**, Unreal won’t index them. They must live in:
`Source//`
—
### 2. Did you rebuild the project after adding the class?
– Close Unreal Editor.
– Open your `.uproject` in Rider/VS → Build.
– Relaunch Unreal.
– Now the class should register and show under **C++ Classes → ProjectName**.
—
### 3. Is “Show C++ Classes” enabled?
– In **Content Browser → View Options → Show C++ Classes** (must be checked).
– Then expand the **C++ Classes** folder (top-level, not inside Content).
—
### 4. Project association mismatch
Sometimes the `.uproject` doesn’t know about your `.vcxproj`/solution.
Fix:
– Right-click your `.uproject` file → **Generate Visual Studio project files** (or Rider equivalent).
– Rebuild.
—
### 5. Class compile errors
If Pawn1 failed to compile, UE won’t register it.
Check **Output Log** in Unreal or build errors in your IDE.
—
⚡ Quick sanity check:
If you open your project in Rider/VS and hit **Build**, do you see `Pawn1` compile cleanly (no red squiggles/errors)?
If yes, but it still doesn’t show, then it’s almost certainly because it isn’t inside the right `Source//` folder.
—
Want me to write you a **minimal Pawn1.cpp + Pawn1.h** you can drop into the correct folder, then rebuild, so you’re guaranteed to see it appear?
NO MYPROJECT3 is not showing in c++ claqsses folder
Gotcha. If **“MyProject3”** isn’t showing under **C++ Classes**, it’s almost always a module/structure issue—not you going crazy. Do this, in order:
### Quick Fix (forces UE to show the C++ Classes folder)
1. In the UE Editor: **File → New C++ Class…** (or Tools → New C++ Class).
2. Parent: **Actor** (anything is fine). Name it `TempBootstrap`.
3. Click **Create Class** → let it compile → UE restarts.
4. Now open **Content Browser → View Options → Show C++ Classes**.
– You should see a **C++ Classes** root with a folder named after your **module** (often the project name).
> If this appears, the project was “Blueprint-only” before. Creating any C++ class converts it and exposes the C++ Classes folder.
—
### If you still don’t see “MyProject3” (but see some other name)
UE shows **module names**, not necessarily the uproject name. Check this:
1. Open your project folder. You should have:
“`
YourProjectRoot/
Source/
/
.Build.cs
Pawn1.h
Pawn1.cpp
Editor.Target.cs
.Target.cs
“`
2. Open **`.Build.cs`**. The class name tells you the module name (e.g., `public class MyProject2 : ModuleRules { … }`).
3. In **Your `.uproject`** (JSON), under `”Modules”`, the `”Name”` must match that module name (e.g., `”Name”: “MyProject2″`).
**Key point:** If your `.uproject` is called **MyProject3** but your module is named **MyProject2**, then the C++ Classes folder will show **MyProject2**, not **MyProject3**. Look for that folder.
—
### If your Pawn files are in the wrong place
Make sure they’re here (module folder, not just `/Source/`):
“`
Source//Pawn1.h
Source//Pawn1.cpp
“`
If they’re sitting directly in `Source/` (missing the module subfolder), UE won’t index them.
—
### Rebuild + Refresh
1. **Right-click the `.uproject` → Generate Project Files** (VS/Rider).
2. Open solution in Rider/VS → **Build**.
3. Launch UE again.
4. **Content Browser → View Options → Show C++ Classes** → expand the module folder.
—
### Nuclear option (fast rename to match)
If you *must* see **“MyProject3”** as the folder name:
– You need to **rename the module**: rename the folder `Source/MyProject2 → Source/MyProject3`, rename `MyProject2.Build.cs` → `MyProject3.Build.cs`, update the class name inside it, fix both `*.Target.cs` names/classes, and set `”Name”: “MyProject3″` in `.uproject`. Then regenerate project files and rebuild.
– This is fussy; only do it if the mismatch genuinely bothers you. Functionally, different names are fine.
—
### TL;DR
– Create any C++ class from the **Editor** to bootstrap the C++ module → C++ Classes appears.
– Your folder under **C++ Classes** shows the **module name**, which might be **MyProject2**, not **MyProject3**.
– Ensure files are under `Source//` and rebuild.
Want a **drop-in minimal Pawn** (with a visible mesh + WASD) you can paste into `Source//` right now? I’ll hand you `Pawn1.h/.cpp` ready to compile.
How the3n do I drop an objecct into the level and then create a C++ class to run it
Perfect — let’s untangle this clearly, step by step. You basically have **two different workflows** in Unreal:
—
## 🔹 Workflow A: Drop an object first, then make a C++ class for it
This is the “start with something visible” path:
1. **Drop a stock object into the level**
– Open your map in UE.
– In the **Place Actors** panel, drag in a Cube, Sphere, or any Mesh.
2. **Convert it into a Blueprint Actor**
– Right-click the object in the **Outliner** → **Convert to Blueprint Class**.
– Save it as `BP_MyCube` (for example).
3. **Create a matching C++ Actor class**
– In UE Editor: **File → New C++ Class → Actor** → name it `MyCubeActor`.
– UE makes `MyCubeActor.h/.cpp` in `Source//`.
4. **Hook the Blueprint to your C++**
– Open `BP_MyCube`.
– In the **Class Settings** panel → **Parent Class** → change from `Actor` to your new `MyCubeActor`.
– Now the Blueprint is backed by your C++ code.
👉 You can now write logic in `MyCubeActor.cpp` that affects the cube in your level.
—
## 🔹 Workflow B: Start with C++ and then drop it in
This is the “code first” approach:
1. **Create a C++ Actor class** (`MyActor`).
2. **Rebuild project** so UE knows about it.
3. In the **Content Browser → C++ Classes → **, right-click your Actor → **Create Blueprint Based on This**.
4. Drag that Blueprint into the level.
5. Edit mesh/components inside the Blueprint, while keeping behavior in C++.
—
## ✅ Rule of Thumb
– If you want a quick **visual object first**, go Workflow A.
– If you want to **drive behavior from the start**, go Workflow B.
Both end up the same: **a Blueprint that has C++ under the hood**.
—
Do you want me to give you a **minimal MyActor C++ template** that has a visible mesh + can be dropped directly into the level right after compile? That way you don’t need the “convert to Blueprint” detour.
Creating new project #91. One day I will get this to work,. This is a blank sumulation template. I just want to make something happen
Haha — I know that “one day I’ll get this to work” feeling. Unreal has a way of making simple things feel like a pilgrimage. Let’s cut through it and just **make something happen** in your new project (#91, Blank Simulation template).
Here’s the **fastest minimal path** to see results:
—
## Step 1: Create a C++ Actor
– In UE → **File → New C++ Class**
– Pick **Actor** (simplest thing that can sit in the world).
– Name it `MyActor91`.
– Let UE generate it → it’ll live in `Source/MyProject91/`.
—
## Step 2: Give it Something Visible
In **MyActor91.h** add:
“`cpp
UPROPERTY(VisibleAnywhere)
UStaticMeshComponent* Mesh;
“`
In **MyActor91.cpp**, inside the constructor:
“`cpp
AMyActor91::AMyActor91()
{
PrimaryActorTick.bCanEverTick = true;
Mesh = CreateDefaultSubobject(TEXT(“Mesh”));
RootComponent = Mesh;
static ConstructorHelpers::FObjectFinder CubeMesh(TEXT(“/Engine/BasicShapes/Cube.Cube”));
if (CubeMesh.Succeeded())
{
Mesh->SetStaticMesh(CubeMesh.Object);
}
}
“`
👉 This will make it spawn with a built-in Unreal cube mesh.
—
## Step 3: Add Some Behavior
Still in `MyActor91.cpp`:
“`cpp
void AMyActor91::Tick(float DeltaTime)
{
Super::Tick(DeltaTime);
FRotator NewRotation = GetActorRotation();
NewRotation.Yaw += 60 * DeltaTime; // spin 60 degrees per second
SetActorRotation(NewRotation);
}
“`
Now it spins.
—
## Step 4: Compile & Drop It In
1. Hit **Compile** in UE (or build in Rider/VS).
2. In Content Browser → **C++ Classes → MyProject91 → MyActor91**
– Right-click → **Create Blueprint Class Based on MyActor91** (optional, but makes it editable).
3. Drag it into the level.
4. Hit **Play** → 🎉 Cube spins. You made something happen.
—
⚡ That’s it. You just created your first “I can see it move” actor in Unreal.
From here you can:
– Change mesh to sphere/cylinder.
– Add input to move it around.
– Spawn multiples in code.
—
Do you want me to hand you the **exact MyActor91.h/.cpp pair** fully written so you can drop them in and compile without typing guesswork?