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sdk.h
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#pragma once
#include "memory.h"
#include "unrealengine.h"
class UObject
{
public:
char padding_01[0x18];
int32_t ComparisonIndex;
static UObject* StaticFindObject(UObject* Class, UObject* InOuter, const wchar_t* Name, bool ExactClass)
{
static uintptr_t StaticFindObjectAddress = VALORANT::Module + Offsets::StaticFindObject;
auto StaticFindObjectFN = reinterpret_cast<UObject * (__fastcall*)(UObject*, UObject*, const wchar_t*, bool)>(StaticFindObjectAddress);
return StaticFindObjectFN(Class, InOuter, Name, ExactClass);
}
static void ProcessEvent(void* class_, UObject* function, void* params)
{
reinterpret_cast<void (*)(void*, UObject*, void*)>(VALORANT::Module + Offsets::ProcessEvent)(class_, function, params);
}
};
struct UWorld
{
};
struct UFont : UObject
{
};
UObject* DefaultMediumFont;
struct UEngine
{
};
bool bOutline = 1;
struct UCanvas
{
void K2_DrawLine(struct FVector2D ScreenPositionA, struct FVector2D ScreenPositionB, float Thickness, struct FLinearColor RenderColor)
{
UObject* function = UObject::StaticFindObject(nullptr, nullptr, L"Engine.Canvas.K2_DrawLine", false);
struct {
FVector2D ScreenPositionA;
FVector2D ScreenPositionB;
float Thickness;
FLinearColor RenderColor;
}Args;
Args.ScreenPositionA = ScreenPositionA;
Args.ScreenPositionB = ScreenPositionB;
Args.Thickness = Thickness;
Args.RenderColor = RenderColor;
function->ProcessEvent(this, function, &Args);
}
void K2_DrawLinex(FVector2D ScreenPositionA, FVector2D ScreenPositionB, float Thickness, FLinearColor RenderColor) // CRT af doe (ironic.)
{
if(bOutline)
{
K2_DrawLine({ ScreenPositionA.X + 1, ScreenPositionA.Y }, { ScreenPositionB.X, ScreenPositionB.Y }, Thickness, { 0.0f,0.0f,0.0f,1.0f });
K2_DrawLine({ ScreenPositionA.X - 1, ScreenPositionA.Y }, { ScreenPositionB.X, ScreenPositionB.Y }, Thickness, { 0.0f,0.0f,0.0f,1.0f });
K2_DrawLine({ ScreenPositionA.X, ScreenPositionA.Y + 1 }, { ScreenPositionB.X, ScreenPositionB.Y }, Thickness, { 0.0f,0.0f,0.0f,1.0f });
K2_DrawLine({ ScreenPositionA.X, ScreenPositionA.Y - 1 }, { ScreenPositionB.X, ScreenPositionB.Y }, Thickness, { 0.0f,0.0f,0.0f,1.0f });
}
K2_DrawLine({ ScreenPositionA.X, ScreenPositionA.Y }, { ScreenPositionB.X, ScreenPositionB.Y }, Thickness, RenderColor);
}
void K2_DrawText(struct FString RenderText, struct FVector2D ScreenPosition, struct FVector2D Scale, struct FLinearColor RenderColor, float Kerning, struct FLinearColor ShadowColor, struct FVector2D ShadowOffset, bool bCentreX, bool bCentreY, bool bOutlined, struct FLinearColor OutlineColor)
{
UObject* function = UObject::StaticFindObject(nullptr, nullptr, L"Engine.Canvas.K2_DrawText", false);
if(!DefaultMediumFont)
DefaultMediumFont = UObject::StaticFindObject(nullptr, nullptr, L"/Engine/EngineFonts/Roboto.Roboto", false);
struct {
UObject* RenderFont;
FString RenderText;
FVector2D ScreenPosition;
FVector2D Scale;
FLinearColor RenderColor;
float Kerning;
FLinearColor ShadowColor;
FVector2D ShadowOffset;
bool bCentreX;
bool bCentreY;
bool bOutlined;
FLinearColor OutlineColor;
}Args;
Args.RenderFont = DefaultMediumFont;
Args.RenderText = RenderText;
Args.ScreenPosition = ScreenPosition;
Args.Scale = Scale;
Args.RenderColor = RenderColor;
Args.Kerning = Kerning;
Args.ShadowColor = ShadowColor;
Args.ShadowOffset = ShadowOffset;
Args.bCentreX = bCentreX;
Args.bCentreY = bCentreY;
Args.bOutlined = bOutlined;
Args.OutlineColor = OutlineColor;
function->ProcessEvent(this, function, &Args);
}
};
struct UGameInstance
{
};
struct ULocalPlayer
{
};
struct FBoxSphereBounds {
FVector Origin;
FVector BoxExtent;
float SphereRadius;
};
struct FBox {
FVector Min;
FVector Max;
FBox() {
Min.X = NULL;
Min.Y = NULL;
Min.Z = NULL;
Max.X = NULL;
Max.Y = NULL;
Max.Z = NULL;
}
};
struct UStaticMeshComponent
{
FBox GetBoundingBox()
{
UObject* Function = UObject::StaticFindObject(nullptr, nullptr, L"Engine.StaticMesh.GetBoundingBox", false);
if (!Function)
{
return FBox();
}
struct
{
FBox ReturnValue;
}Parameters;
Function->ProcessEvent(this, Function, &Parameters);
return Parameters.ReturnValue;
}
};
struct USkeletalMeshComponent
{
void SetAresOutlineMode(EAresOutlineMode Mode, bool bPropagateToChildren)
{
UObject* Function = UObject::StaticFindObject(nullptr, nullptr, L"Engine.MeshComponent.SetAresOutlineMode", false);
if (!Function)
{
return;
}
struct
{
EAresOutlineMode Mode;
bool bPropagateToChildren;
}Parameters;
Parameters.Mode = Mode;
Parameters.bPropagateToChildren = bPropagateToChildren;
Function->ProcessEvent(this, Function, &Parameters);
}
};
DWORD64 ProjectWorldToScreen;
struct APlayerState
{
FString GetPlayerName()
{
UObject* function = UObject::StaticFindObject(nullptr, nullptr, L"Engine.PlayerState.GetPlayerName", false);
if (!function)
return L"AAresPlayerCharacter_PC_C";
struct {
FString Return;
}Args;
function->ProcessEvent(this, function, &Args);
return Args.Return;
}
};
struct FQuat
{
public:
float X, Y, Z, W;
FQuat() : X(0.f), Y(0.f), Z(0.f), W(0.f) {};
FQuat(float InX, float InY, float InZ, float InW) : X(InX), Y(InY), Z(InZ), W(InW) {}
FQuat(struct FRotator& R);
FVector RotateVector(const struct FVector& V) const;
};
struct FRotator
{
float Pitch, Yaw, Roll;
FRotator()
: Pitch(0), Yaw(0), Roll(0)
{ }
FRotator(float pitch, float yaw, float roll) : Pitch(pitch), Yaw(yaw), Roll(roll) {}
FRotator operator+ (const FRotator& other) const { return FRotator(Pitch + other.Pitch, Yaw + other.Yaw, Roll + other.Roll); }
FRotator operator- (const FRotator& other) const { return FRotator(Pitch - other.Pitch, Yaw - other.Yaw, Roll - other.Roll); }
FRotator operator* (float scalar) const { return FRotator(Pitch * scalar, Yaw * scalar, Roll * scalar); }
FRotator& operator= (const FRotator& other) { Pitch = other.Pitch; Yaw = other.Yaw; Roll = other.Roll; return *this; }
FRotator& operator+= (const FRotator& other) { Pitch += other.Pitch; Yaw += other.Yaw; Roll += other.Roll; return *this; }
FRotator& operator-= (const FRotator& other) { Pitch -= other.Pitch; Yaw -= other.Yaw; Roll -= other.Roll; return *this; }
FRotator& operator*= (const float other) { Yaw *= other; Pitch *= other; Roll *= other; return *this; }
struct FQuat Quaternion() const;
};
constexpr auto PI = 3.1415926535897932f;
constexpr auto FLOAT_NON_FRACTIONAL = 8388608.f /* All single-precision floating point numbers greater than or equal to this have no fractional value. */;
constexpr auto INV_PI = 0.31830988618f;
constexpr auto HALF_PI = 1.57079632679f;
constexpr auto DEG_TO_RAD = PI / 180.f;
constexpr auto RADS_DIVIDED_BY_2 = DEG_TO_RAD / 2.f;
namespace classes {
namespace defines {
static UObject* system = nullptr;
static UObject* game_statics = nullptr;
static UObject* blueprint = nullptr;
static UObject* content_library = nullptr;
}
static inline void init() {
defines::system = UObject::StaticFindObject(nullptr, nullptr, L"Engine.Default__KismetSystemLibrary", false);
defines::game_statics = UObject::StaticFindObject(nullptr, nullptr, L"Engine.Default__GameplayStatics", false);
defines::blueprint = UObject::StaticFindObject(nullptr, nullptr, L"ShooterGame.Default__ShooterBlueprintLibrary", false);
defines::content_library = UObject::StaticFindObject(nullptr, nullptr, L"ShooterGame.Default__ContentLibrary", false);
}
}
namespace kismentsystemlibrary
{
UObject* static_class()
{
return UObject::StaticFindObject(nullptr, nullptr, L"Engine.Default__KismetSystemLibrary", false);
}
FString get_object_name(UObject* obj)
{
UObject* functions = UObject::StaticFindObject(nullptr, nullptr, L"Engine.KismentSystemLibrary.GetObjectName", false);
if (!functions)
return L"N/A";
struct
{
UObject* obj;
FString out;
}Args;
Args.obj = obj;
functions->ProcessEvent(static_class(), functions, &Args);
return Args.out;
}
}
struct FMath {
static __forceinline void SinCos(float* ScalarSin, float* ScalarCos, float Value);
static __forceinline float Fmod(float X, float Y);
template<class T>
static __forceinline T Clamp(const T X, const T Min, const T Max) { return X < Min ? Min : X < Max ? X : Max; }
};
struct FTransform
{
FQuat Rotation;
FVector Translation;
char UnknownData00[0x4];
FVector Scale3D;
char UnknownData01[0x4];
/** Default constructor. */
FTransform() : Rotation(0.f, 0.f, 0.f, 1.f), Translation(0.f), Scale3D(FVector::OneVector) {};
FVector TransformPosition(FVector& V) const;
FTransform(const FRotator& InRotation) : Rotation(InRotation.Quaternion()), Translation(FVector::ZeroVector), Scale3D(FVector::OneVector) {};
};
struct AShooterCharacter : UObject
{
void ClientFly()
{
UObject* Function = UObject::StaticFindObject(nullptr, nullptr, L"ShooterGame.ShooterCharacter.ClientFly", false);
if (!Function)
{
return;
}
struct
{
}Parameters;
Function->ProcessEvent(this, Function, &Parameters);
return;
}
void Set3pMeshVisible(bool val)
{
UObject* Function = UObject::StaticFindObject(nullptr, nullptr, L"ShooterGame.ShooterCharacter.Set3PMeshVisible", false);
if (!Function)
{
return;
}
struct
{
bool a1;
}Parameters;
Parameters.a1 = val;
Function->ProcessEvent(this, Function, &Parameters);
return;
}
APlayerState* GetPlayerState()
{
UObject* Function = UObject::StaticFindObject(nullptr, nullptr, L"ShooterGame.ShooterCharacter.GetPlayerState", false);
if (!Function)
{
return 0;
}
struct
{
APlayerState* Out;
}Parameters;
Function->ProcessEvent(this, Function, &Parameters);
return Parameters.Out;
}
int32_t GetMaxHealth()
{
UObject* Function = UObject::StaticFindObject(nullptr, nullptr, L"ShooterGame.ShooterCharacter.GetMaxHealth", false);
if (!Function)
{
return 0;
}
struct
{
int32_t Out;
}Parameters;
Function->ProcessEvent(this, Function, &Parameters);
return Parameters.Out;
}
float GetHealth()
{
UObject* Function = UObject::StaticFindObject(nullptr, nullptr, L"ShooterGame.ShooterCharacter.GetHealth", false);
if (!Function)
{
return 0;
}
struct
{
float Out;
}Parameters;
Function->ProcessEvent(this, Function, &Parameters);
return Parameters.Out;
}
FVector K2_GetActorLocation()
{
UObject* Function = UObject::StaticFindObject(nullptr, nullptr, L"Engine.Actor.K2_GetActorLocation", false);
if (!Function)
{
return 0;
}
struct
{
FVector Out;
}Parameters;
Function->ProcessEvent(this, Function, &Parameters);
return Parameters.Out;
}
FRotator K2_GetActorRotation()
{
UObject* Function = UObject::StaticFindObject(nullptr, nullptr, L"Engine.Actor.K2_GetActorRotation", false);
if (!Function)
{
return {0,0,0};
}
struct
{
FRotator Out;
}Parameters;
Function->ProcessEvent(this, Function, &Parameters);
return Parameters.Out;
}
USkeletalMeshComponent* GetPawnMesh()
{
UObject* Function = UObject::StaticFindObject(nullptr, nullptr, L"ShooterGame.ShooterCharacter.GetPawnMesh", false);
if (!Function)
{
return 0;
}
struct
{
USkeletalMeshComponent* Out;
}Parameters;
Function->ProcessEvent(this, Function, &Parameters);
return Parameters.Out;
}
APlayerState* GetState()
{
UObject* Function = UObject::StaticFindObject(nullptr, nullptr, L"ShooterGame.ShooterCharacter.GetPlayerState", false);
if (!Function)
{
return 0;
}
struct
{
APlayerState* KekState;
}Parameters;
Function->ProcessEvent(this, Function, &Parameters);
return Parameters.KekState;
}
bool IsAlive()
{
UObject* Function = UObject::StaticFindObject(nullptr, nullptr, L"ShooterGame.ShooterCharacter.IsAlive", false);
if (!Function)
{
return 0;
}
struct
{
bool Out;
}Parameters;
Function->ProcessEvent(this, Function, &Parameters);
return Parameters.Out;
}
};
struct APlayerCameraManager
{
FVector GetCameraLocation()
{
UObject* Function = UObject::StaticFindObject(nullptr, nullptr, L"Engine.PlayerCameraManager.GetCameraLocation", false);
if (!Function)
{
return 0;
}
struct
{
FVector Out;
}Parameters;
Function->ProcessEvent(this, Function, &Parameters);
return Parameters.Out;
}
};
struct APlayerController : UObject
{
bool LineOfSightTo(AShooterCharacter* Actor, FVector ViewPoint, bool bAlternateChecks)
{
UObject* Function = UObject::StaticFindObject(nullptr, nullptr, L"Engine.Controller.LineOfSightTo", false);
if (!Function)
{
return 0;
}
struct
{
AShooterCharacter* Actor;
FVector ViewPoint;
bool bAlternateChecks;
bool Out;
}Parameters;
Parameters.Actor = Actor;
Parameters.ViewPoint = ViewPoint;
Parameters.bAlternateChecks = bAlternateChecks;
Function->ProcessEvent(this, Function, &Parameters);
return Parameters.Out;
}
void ExecSetCameraRotator(FRotator NewRot)
{
UObject* Function = UObject::StaticFindObject(nullptr, nullptr, L"Engine.Controller.SetControlRotation", false);
if (!Function)
{
return;
}
struct
{
FRotator Rot;
}Parameters;
Parameters.Rot = NewRot;
Function->ProcessEvent(this, Function, &Parameters);
return;
}
bool ProjectWorldLocationToScreen(struct FVector WorldLocation, struct FVector2D& ScreenLocation, bool bPlayerViewportRelative)
{
if (!ProjectWorldToScreen)
ProjectWorldToScreen = (uintptr_t)GetModuleHandleA(0) + 0x4fd7c60;
auto WorldToScreen = reinterpret_cast<bool(__fastcall*)(uintptr_t pPlayerController, FVector vWorldPos, FVector2D * vScreenPosOut, char)>(ProjectWorldToScreen);
WorldToScreen((uintptr_t)this, WorldLocation, &ScreenLocation, (char)0);
return WorldToScreen;
}
void set_fov(float fov)
{
UObject* function = UObject::StaticFindObject(nullptr, nullptr, L"ShooterGame.AresPlayerController.SetFOV", false);
struct {
float fov;
}Args;
Args.fov = fov;
function->ProcessEvent(this, function, &Args);
}
AShooterCharacter* GetShooterCharacter()
{
UObject* Function = UObject::StaticFindObject(nullptr, nullptr, L"ShooterGame.AresPlayerController.GetShooterCharacter", false);
if (!Function)
{
return 0;
}
struct
{
AShooterCharacter* Out;
}Parameters;
Function->ProcessEvent(this, Function, &Parameters);
return Parameters.Out;
}
};
struct AController
{
};
namespace ShooterGameBlueprints
{
UObject* Static_Class()
{
return UObject::StaticFindObject(nullptr, nullptr, L"ShooterGame.Default__ShooterBlueprintLibrary", false);
}
APlayerController* GetFirstLocalPlayerController(UWorld* WorldContextObject)
{
UObject* Function = UObject::StaticFindObject(nullptr, nullptr, L"ShooterGame.ShooterBlueprintLibrary.GetFirstLocalPlayerController", false);
if (!Function)
{
return 0;
}
struct
{
UWorld* WorldContextObject;
APlayerController* Out;
}Parameters;
Parameters.WorldContextObject = WorldContextObject;
Function->ProcessEvent(Static_Class(), Function, &Parameters);
return Parameters.Out;
}
TArray<AShooterCharacter*> FindAllShooterCharactersWithAlliance(UWorld* WorldContextObject, AShooterCharacter* LocalViewer, EAresAlliance Alliance, bool OnlyPlayerControlled, bool OnlyAlivePlayers)
{
UObject* Function = UObject::StaticFindObject(nullptr, nullptr, L"ShooterGame.ShooterBlueprintLibrary.FindAllShooterCharactersWithAlliance", false);
struct
{
UWorld* WorldContextObject;
AShooterCharacter* LocalViewer;
EAresAlliance Alliance;
bool OnlyPlayerControlled;
bool OnlyAlivePlayers;
TArray<AShooterCharacter*> Out;
}Parameters;
Parameters.WorldContextObject = WorldContextObject;
Parameters.LocalViewer = LocalViewer;
Parameters.Alliance = Alliance;
Parameters.OnlyPlayerControlled = OnlyPlayerControlled;
Parameters.OnlyAlivePlayers = OnlyAlivePlayers;
Function->ProcessEvent(Static_Class(), Function, &Parameters);
return Parameters.Out;
}
}
namespace AresOutlineRendering
{
UObject* Static_Class()
{
return UObject::StaticFindObject(nullptr, nullptr, L"Renderer.Default__AresOutlineRendering", false);
}
void SetOutlineColorsForRender(UWorld* WorldContextObject, FLinearColor AllyColor, FLinearColor EnemyColor)
{
UObject* Function = UObject::StaticFindObject(nullptr, nullptr, L"Renderer.AresOutlineRendering.SetOutlineColorsForRender", false);
if (!Function)
{
return;
}
struct {
UWorld* WorldContextObject;
FLinearColor AllyColor;
FLinearColor EnemyColor;
}Parameters;
Parameters.WorldContextObject = WorldContextObject;
Parameters.AllyColor = AllyColor;
Parameters.EnemyColor = EnemyColor;
Function->ProcessEvent(Static_Class(), Function, &Parameters);
}
}
namespace BaseTeamComponent
{
UObject* Static_Class()
{
return UObject::StaticFindObject(nullptr, nullptr, L"ShooterGame.Default__BaseTeamComponent", false);
}
bool IsAlly(AShooterCharacter* Enemy, AShooterCharacter* Self)
{
UObject* Function = UObject::StaticFindObject(nullptr, nullptr, L"ShooterGame.BaseTeamComponent.IsAlly", false);
struct {
AShooterCharacter* Enemy;
AShooterCharacter* Self;
bool ReturnValue;
}Parameters;
Parameters.Enemy = Enemy;
Parameters.Self = Self;
Function->ProcessEvent(Static_Class(), Function, &Parameters);
return Parameters.ReturnValue;
}
}
#pragma once
#include <Windows.h>
namespace CWINGui
{
namespace Input
{
bool mouseDown[5];
bool mouseDownAlready[256];
bool keysDown[256];
bool keysDownAlready[256];
bool IsAnyMouseDown()
{
if (mouseDown[0]) return true;
if (mouseDown[1]) return true;
if (mouseDown[2]) return true;
if (mouseDown[3]) return true;
if (mouseDown[4]) return true;
return false;
}
bool IsMouseClicked(int button, int element_id, bool repeat)
{
if (mouseDown[button])
{
if (!mouseDownAlready[element_id])
{
mouseDownAlready[element_id] = true;
return true;
}
if (repeat)
return true;
}
else
{
mouseDownAlready[element_id] = false;
}
return false;
}
bool IsKeyPressed(int key, bool repeat)
{
if (keysDown[key])
{
if (!keysDownAlready[key])
{
keysDownAlready[key] = true;
return true;
}
if (repeat)
return true;
}
else
{
keysDownAlready[key] = false;
}
return false;
}
void Handle()
{
if (GetAsyncKeyState(0x01))
mouseDown[0] = true;
else
mouseDown[0] = false;
}
}
}
wchar_t* s2wc(const char* c)
{
const size_t cSize = strlen(c) + 1;
wchar_t* wc = new wchar_t[cSize];
mbstowcs(wc, c, cSize);
return wc;
}
namespace CWINGui
{
FLinearColor RGBtoFLC69(float R, float G, float B, float A = 255)
{
return { R / 255, G / 255, B / 255, A / 255 };
}
namespace Colors
{
FLinearColor Text{ 1.0f, 1.0f, 1.0f, 1.0f };
FLinearColor Text_Shadow{ 0.0f, 0.0f, 0.0f, 0.0f };
FLinearColor Text_Outline{ 0.0f, 0.0f, 0.0f, 0.30f };
FLinearColor Window_Background{ 0.009f, 0.009f, 0.009f, 1.0f };
FLinearColor Window_Header{ 0.10f, 0.15f, 0.84f, 1.0f };
FLinearColor Button_Idle{ 0.10f, 0.15f, 0.84f, 1.0f };
FLinearColor Button_Hovered{ 0.15f, 0.20f, 0.89f, 1.0f };
FLinearColor Button_Active{ 0.20f, 0.25f, 0.94f, 1.0f };
FLinearColor Checkbox_Idle{ 0.0f,0.0f,0.0f,1.0f };
FLinearColor Checkbox_Hovered{ 1.0f,1.0f,1.0f,1.0f };
FLinearColor Checkbox_Enabled{ 1.0f,1.0f,1.0f,1.0f };
FLinearColor Combobox_Idle{ 0.17f, 0.16f, 0.23f, 1.0f };
FLinearColor Combobox_Hovered{ 0.17f, 0.16f, 0.23f, 1.0f };
FLinearColor Combobox_Elements{ 0.239f, 0.42f, 0.82f, 1.0f };
FLinearColor Slider_Idle{ 1.0f,1.0f,1.0f,1.0f };
FLinearColor Slider_Hovered{ 1.0f,1.0f,1.0f,1.0f };
FLinearColor Slider_Progress{ 0.0f,0.0f,0.0f,1.0f };
FLinearColor Slider_Button{ 0.0f,0.0f,0.0f,1.0f };
FLinearColor ColorPicker_Background{ 0.0f,0.0f,0.0f,1.0f };
}
namespace PostRenderer
{
struct DrawList
{
int type = -1; //1 = FilledRect, 2 = TextLeft, 3 = TextCenter, 4 = Draw_Line
FVector2D pos;
FVector2D size;
FLinearColor color;
char* name;
bool outline;
FVector2D from;
FVector2D to;
int thickness;
};
DrawList drawlist[128];
void drawFilledRect(FVector2D pos, float w, float h, FLinearColor color)
{
for (int i = 0; i < 128; i++)
{
if (drawlist[i].type == -1)
{
drawlist[i].type = 1;
drawlist[i].pos = pos;
drawlist[i].size = FVector2D{ w, h };
drawlist[i].color = color;
return;
}
}
}
void TextLeft(char* name, FVector2D pos, FLinearColor color, bool outline)
{
for (int i = 0; i < 128; i++)
{
if (drawlist[i].type == -1)
{
drawlist[i].type = 2;
drawlist[i].name = name;
drawlist[i].pos = pos;
drawlist[i].outline = outline;
drawlist[i].color = color;
return;
}
}
}
void TextCenter(char* name, FVector2D pos, FLinearColor color, bool outline)
{
for (int i = 0; i < 128; i++)
{
if (drawlist[i].type == -1)
{
drawlist[i].type = 3;
drawlist[i].name = name;
drawlist[i].pos = pos;
drawlist[i].outline = outline;
drawlist[i].color = color;
return;
}
}
}
void Draw_Line(FVector2D from, FVector2D to, int thickness, FLinearColor color)
{
for (int i = 0; i < 128; i++)
{
if (drawlist[i].type == -1)
{
drawlist[i].type = 4;
drawlist[i].from = from;
drawlist[i].to = to;
drawlist[i].thickness = thickness;
drawlist[i].color = color;
return;
}
}
}
}
UCanvas* canvas;
bool hover_element = false;
FVector2D menu_pos = FVector2D{ 0, 0 };
float offset_x = 0.0f;
float offset_y = 0.0f;
FVector2D first_element_pos = FVector2D{ 0, 0 };
FVector2D last_element_pos = FVector2D{ 0, 0 };
FVector2D last_element_size = FVector2D{ 0, 0 };
int current_element = -1;
FVector2D current_element_pos = FVector2D{ 0, 0 };
FVector2D current_element_size = FVector2D{ 0, 0 };
int elements_count = 0;
bool sameLine = false;
bool pushY = false;
float pushYvalue = 0.0f;
void SetupCanvas(UCanvas* _canvas)
{
canvas = _canvas;
}
FVector2D CursorPos()
{
POINT cursorPos;
GetCursorPos(&cursorPos);
return FVector2D{ (float)cursorPos.x, (float)cursorPos.y };
}
bool MouseInZone(FVector2D pos, FVector2D size)
{
FVector2D cursor_pos = CursorPos();
if (cursor_pos.X > pos.X && cursor_pos.Y > pos.Y)
if (cursor_pos.X < pos.X + size.X && cursor_pos.Y < pos.Y + size.Y)
return true;
return false;
}
void Draw_Cursor(bool toogle)
{
if (toogle)
{
FVector2D cursorPos = CursorPos();
canvas->K2_DrawLine(FVector2D{ cursorPos.X, cursorPos.Y }, FVector2D{ cursorPos.X + 35, cursorPos.Y + 10 }, 1, FLinearColor{ 0.30f, 0.30f, 0.80f, 1.0f });
int x = 35;
int y = 10;
while (y != 30) //20 steps
{
x -= 1; if (x < 15) x = 15;
y += 1; if (y > 30) y = 30;
canvas->K2_DrawLine(FVector2D{ cursorPos.X, cursorPos.Y }, FVector2D{ cursorPos.X + x, cursorPos.Y + y }, 1, FLinearColor{ 0.30f, 0.30f, 0.80f, 1.0f });
}
canvas->K2_DrawLine(FVector2D{ cursorPos.X, cursorPos.Y }, FVector2D{ cursorPos.X + 15, cursorPos.Y + 30 }, 1, FLinearColor{ 0.30f, 0.30f, 0.80f, 1.0f });
canvas->K2_DrawLine(FVector2D{ cursorPos.X + 35, cursorPos.Y + 10 }, FVector2D{ cursorPos.X + 15, cursorPos.Y + 30 }, 1, FLinearColor{ 0.30f, 0.30f, 0.80f, 1.0f });
}
}
void SameLine()
{
sameLine = true;
}
void PushNextElementY(float y, bool from_last_element = true)
{
pushY = true;
if (from_last_element)
pushYvalue = last_element_pos.Y + last_element_size.Y + y;
else
pushYvalue = y;
}
void NextColumn(float x)
{
offset_x = x;
PushNextElementY(first_element_pos.Y, false);
}
void ClearFirstPos()
{
first_element_pos = FVector2D{ 0, 0 };
}
void xDrawTextRGB(const wchar_t* text, float x, float y, FLinearColor color)
{
canvas->K2_DrawText(text, { x, y }, { 1.1, 1.1 }, { 0.f,0.f,0.f,1.0f }, 0.f, { 0, 0, 0, 1 }, { 0, 0 }, 0, 0, 0, { 0, 0, 0, 1 });
}
void yDrawTextRGB(const wchar_t* text, float x, float y, FLinearColor color)
{
canvas->K2_DrawText(text, { x, y }, { 1.1, 1.1 }, {0.f,0.f,0.f,1.0f}, 0.f, {0, 0, 0, 1}, {0, 0}, 1, 0, 0, {0, 0, 0, 1});
}
void TextLeft(const wchar_t* name, FVector2D pos, FLinearColor color, bool outline)
{
xDrawTextRGB(name, pos.X, pos.Y, {1,1,1,1});
}
void TextCenter(const wchar_t* name, FVector2D pos, FLinearColor color, bool outline, bool kekw = 0)
{
if(kekw)
yDrawTextRGB(name, pos.X, pos.Y - 10, color);
else
yDrawTextRGB(name, pos.X, pos.Y - 10, {0.f,0.f,0.f,1.0f});
}
void GetColor(FLinearColor* color, float* r, float* g, float* b, float* a)
{
*r = color->R;
*g = color->G;
*b = color->B;
*a = color->A;
}
UINT32 GetColorUINT(int r, int g, int b, int a)
{
UINT32 result = (BYTE(a) << 24) + (BYTE(r) << 16) + (BYTE(g) << 8) + BYTE(b);
return result;
}
void Draw_Line(FVector2D from, FVector2D to, int thickness, FLinearColor color)
{
canvas->K2_DrawLine(FVector2D{ from.X, from.Y }, FVector2D{ to.X, to.Y }, thickness, color);
}
void drawFilledRect(FVector2D initial_pos, float w, float h, FLinearColor color)
{
for (float i = 0.0f; i < h; i += 1.0f)
canvas->K2_DrawLine(FVector2D{ initial_pos.X, initial_pos.Y + i }, FVector2D{ initial_pos.X + w, initial_pos.Y + i }, 1.0f, color);
}
void DrawFilledCircle(FVector2D pos, float r, FLinearColor color)
{
float smooth = 0.07f;
double PI = 3.14159265359;
int size = (int)(2.0f * PI / smooth) + 1;
float angle = 0.0f;
int i = 0;
for (; angle < 2 * PI; angle += smooth, i++)
{
Draw_Line(FVector2D{ pos.X, pos.Y }, FVector2D{ pos.X + cosf(angle) * r, pos.Y + sinf(angle) * r }, 1.0f, color);
}
}
void DrawCircle(FVector2D pos, int radius, int numSides, FLinearColor Color)
{
float PI = 3.1415927f;
float Step = PI * 2.0 / numSides;
int Count = 0;
FVector2D V[128];
for (float a = 0; a < PI * 2.0; a += Step) {
float X1 = radius * cos(a) + pos.X;
float Y1 = radius * sin(a) + pos.Y;
float X2 = radius * cos(a + Step) + pos.X;
float Y2 = radius * sin(a + Step) + pos.Y;
V[Count].X = X1;
V[Count].Y = Y1;
V[Count + 1].X = X2;
V[Count + 1].Y = Y2;
//Draw_Line(FVector2D{ pos.X, pos.Y }, FVector2D{ X2, Y2 }, 1.0f, Color); // Points from Centre to ends of circle
Draw_Line(FVector2D{ V[Count].X, V[Count].Y }, FVector2D{ X2, Y2 }, 1.0f, Color);// Circle Around
}
}
FVector2D dragPos;
bool Window(const char* name, FVector2D* pos, FVector2D size, bool isOpen)
{