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LibGfx: Allow Vector{2,3,4} operators to accept different argument types

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This is needed to e.g. multiply a Vector4<f32x4> by a float.
This commit is contained in:
Stephan Unverwerth 2022-01-01 17:33:48 +01:00 • committed by Ali Mohammad Pur
parent 486d2d099c
commit b07bb85700
3 changed files with 12 additions and 6 deletions
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6
Userland/Libraries/LibGfx/Vector2.h
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@ -60,12 +60,14 @@ public:
return Vector2(m_x / other.m_x, m_y / other.m_y); return Vector2(m_x / other.m_x, m_y / other.m_y);
} }
constexpr Vector2 operator*(T f) const template<typename U>
constexpr Vector2 operator*(U f) const
{ {
return Vector2(m_x * f, m_y * f); return Vector2(m_x * f, m_y * f);
} }
constexpr Vector2 operator/(T f) const template<typename U>
constexpr Vector2 operator/(U f) const
{ {
return Vector2(m_x / f, m_y / f); return Vector2(m_x / f, m_y / f);
} }

6
Userland/Libraries/LibGfx/Vector3.h
View file

@ -65,12 +65,14 @@ public:
return Vector3(m_x / other.m_x, m_y / other.m_y, m_z / other.m_z); return Vector3(m_x / other.m_x, m_y / other.m_y, m_z / other.m_z);
} }
constexpr Vector3 operator*(T f) const template<typename U>
constexpr Vector3 operator*(U f) const
{ {
return Vector3(m_x * f, m_y * f, m_z * f); return Vector3(m_x * f, m_y * f, m_z * f);
} }
constexpr Vector3 operator/(T f) const template<typename U>
constexpr Vector3 operator/(U f) const
{ {
return Vector3(m_x / f, m_y / f, m_z / f); return Vector3(m_x / f, m_y / f, m_z / f);
} }

6
Userland/Libraries/LibGfx/Vector4.h
View file

@ -70,12 +70,14 @@ public:
return Vector4(m_x / other.m_x, m_y / other.m_y, m_z / other.m_z, m_w / other.m_w); return Vector4(m_x / other.m_x, m_y / other.m_y, m_z / other.m_z, m_w / other.m_w);
} }
constexpr Vector4 operator*(T f) const template<typename U>
constexpr Vector4 operator*(U f) const
{ {
return Vector4(m_x * f, m_y * f, m_z * f, m_w * f); return Vector4(m_x * f, m_y * f, m_z * f, m_w * f);
} }
constexpr Vector4 operator/(T f) const template<typename U>
constexpr Vector4 operator/(U f) const
{ {
return Vector4(m_x / f, m_y / f, m_z / f, m_w / f); return Vector4(m_x / f, m_y / f, m_z / f, m_w / f);
} }