cubecl_ir/
arithmetic.rs

1use core::fmt::Display;
2
3use crate::TypeHash;
4
5use crate::{BinaryOperator, OperationArgs, OperationReflect, UnaryOperator, Variable};
6
7/// Arithmetic operations
8#[cfg_attr(feature = "serde", derive(serde::Serialize, serde::Deserialize))]
9#[derive(Debug, Clone, TypeHash, PartialEq, Eq, Hash, OperationReflect)]
10#[operation(opcode_name = ArithmeticOpCode, pure)]
11pub enum Arithmetic {
12    #[operation(commutative)]
13    Add(BinaryOperator),
14    #[operation(commutative)]
15    SaturatingAdd(BinaryOperator),
16    Fma(FmaOperator),
17    Sub(BinaryOperator),
18    SaturatingSub(BinaryOperator),
19    #[operation(commutative)]
20    Mul(BinaryOperator),
21    Div(BinaryOperator),
22    Abs(UnaryOperator),
23    Exp(UnaryOperator),
24    Log(UnaryOperator),
25    Log1p(UnaryOperator),
26    Cos(UnaryOperator),
27    Sin(UnaryOperator),
28    Tanh(UnaryOperator),
29    Powf(BinaryOperator),
30    Powi(BinaryOperator),
31    Sqrt(UnaryOperator),
32    InverseSqrt(UnaryOperator),
33    Round(UnaryOperator),
34    Floor(UnaryOperator),
35    Ceil(UnaryOperator),
36    Trunc(UnaryOperator),
37    Erf(UnaryOperator),
38    Recip(UnaryOperator),
39    Clamp(ClampOperator),
40    Modulo(BinaryOperator),
41    Neg(UnaryOperator),
42    #[operation(commutative)]
43    Max(BinaryOperator),
44    #[operation(commutative)]
45    Min(BinaryOperator),
46    Remainder(BinaryOperator),
47    Magnitude(UnaryOperator),
48    Normalize(UnaryOperator),
49    #[operation(commutative)]
50    Dot(BinaryOperator),
51    #[operation(commutative)]
52    MulHi(BinaryOperator),
53}
54
55impl Display for Arithmetic {
56    fn fmt(&self, f: &mut core::fmt::Formatter<'_>) -> core::fmt::Result {
57        match self {
58            Arithmetic::Add(op) => write!(f, "{} + {}", op.lhs, op.rhs),
59            Arithmetic::SaturatingAdd(op) => write!(f, "saturating_add({}, {})", op.lhs, op.rhs),
60            Arithmetic::Fma(op) => write!(f, "{} * {} + {}", op.a, op.b, op.c),
61            Arithmetic::Sub(op) => write!(f, "{} - {}", op.lhs, op.rhs),
62            Arithmetic::SaturatingSub(op) => write!(f, "saturating_sub({}, {})", op.lhs, op.rhs),
63            Arithmetic::Mul(op) => write!(f, "{} * {}", op.lhs, op.rhs),
64            Arithmetic::Div(op) => write!(f, "{} / {}", op.lhs, op.rhs),
65            Arithmetic::Abs(op) => write!(f, "{}.abs()", op.input),
66            Arithmetic::Exp(op) => write!(f, "{}.exp()", op.input),
67            Arithmetic::Log(op) => write!(f, "{}.log()", op.input),
68            Arithmetic::Log1p(op) => write!(f, "{}.log_1p()", op.input),
69            Arithmetic::Cos(op) => write!(f, "{}.cos()", op.input),
70            Arithmetic::Sin(op) => write!(f, "{}.sin()", op.input),
71            Arithmetic::Tanh(op) => write!(f, "{}.tanh()", op.input),
72            Arithmetic::Powf(op) => write!(f, "{}.powf({})", op.lhs, op.rhs),
73            Arithmetic::Powi(op) => write!(f, "{}.powi({})", op.lhs, op.rhs),
74            Arithmetic::Sqrt(op) => write!(f, "{}.sqrt()", op.input),
75            Arithmetic::InverseSqrt(op) => write!(f, "{}.inverse_sqrt()", op.input),
76            Arithmetic::Round(op) => write!(f, "{}.round()", op.input),
77            Arithmetic::Floor(op) => write!(f, "{}.floor()", op.input),
78            Arithmetic::Ceil(op) => write!(f, "{}.ceil()", op.input),
79            Arithmetic::Trunc(op) => write!(f, "{}.trunc()", op.input),
80            Arithmetic::Erf(op) => write!(f, "{}.erf()", op.input),
81            Arithmetic::Recip(op) => write!(f, "{}.recip()", op.input),
82            Arithmetic::Clamp(op) => {
83                write!(f, "{}.clamp({}, {})", op.input, op.min_value, op.max_value)
84            }
85            Arithmetic::Modulo(op) => write!(f, "{} % {}", op.lhs, op.rhs),
86            Arithmetic::Neg(op) => write!(f, "-{}", op.input),
87            Arithmetic::Max(op) => write!(f, "{}.max({})", op.lhs, op.rhs),
88            Arithmetic::Min(op) => write!(f, "{}.min({})", op.lhs, op.rhs),
89            Arithmetic::Remainder(op) => write!(f, "{} rem {}", op.lhs, op.rhs),
90            Arithmetic::Magnitude(op) => write!(f, "{}.length()", op.input),
91            Arithmetic::Normalize(op) => write!(f, "{}.normalize()", op.input),
92            Arithmetic::Dot(op) => write!(f, "{}.dot({})", op.lhs, op.rhs),
93            Arithmetic::MulHi(op) => write!(f, "mul_hi({}, {})", op.lhs, op.rhs),
94        }
95    }
96}
97
98#[cfg_attr(feature = "serde", derive(serde::Serialize, serde::Deserialize))]
99#[derive(Debug, Clone, TypeHash, PartialEq, Eq, Hash, OperationArgs)]
100#[allow(missing_docs)]
101pub struct ClampOperator {
102    pub input: Variable,
103    pub min_value: Variable,
104    pub max_value: Variable,
105}
106
107#[cfg_attr(feature = "serde", derive(serde::Serialize, serde::Deserialize))]
108#[derive(Debug, Clone, TypeHash, PartialEq, Eq, Hash, OperationArgs)]
109#[allow(missing_docs)]
110pub struct ReadGlobalOperator {
111    pub variable: Variable,
112}
113
114#[cfg_attr(feature = "serde", derive(serde::Serialize, serde::Deserialize))]
115#[derive(Debug, Clone, TypeHash, PartialEq, Eq, Hash)]
116#[allow(missing_docs)]
117pub struct ReadGlobalWithLayoutOperator {
118    pub variable: Variable,
119    pub tensor_read_pos: usize,
120    pub tensor_layout_pos: usize,
121}
122
123#[cfg_attr(feature = "serde", derive(serde::Serialize, serde::Deserialize))]
124#[derive(Debug, Clone, TypeHash, PartialEq, Eq, Hash, OperationArgs)]
125#[allow(missing_docs)]
126pub struct FmaOperator {
127    pub a: Variable,
128    pub b: Variable,
129    pub c: Variable,
130}
cubecl_ir/arithmetic.rs

cubecl_ir/
arithmetic.rs
