CubeCL IR for the gelu_example

cubecl_ir_gelu

KernelDefinition { inputs: [Binding { location: Storage, visibility: Read, item: Item { elem: Float(F32), vectorization: Some(1)
            }, size: None
        }
    ], outputs: [Binding { location: Storage, visibility: ReadWrite, item: Item { elem: Float(F32), vectorization: Some(1)
            }, size: None
        }
    ], named: [("info", Binding { location: Storage, visibility: Read, item: Item { elem: UInt, vectorization: None
            }, size: None
        })
    ], cube_dim: CubeDim { x: 4, y: 1, z: 1
    }, body: Scope { depth: 0, operations: [Metadata(Length { var: GlobalInputArray { id: 0, item: Item { elem: Float(F32), vectorization: Some(1)
                    }
                }, out: Local { id: 0, item: Item { elem: UInt, vectorization: None
                    }, depth: 0
                }
            }), Operator(Lower(BinaryOperator { lhs: AbsolutePos, rhs: Local { id: 0, item: Item { elem: UInt, vectorization: None
                    }, depth: 0
                }, out: Local { id: 1, item: Item { elem: Bool, vectorization: None
                    }, depth: 0
                }
            })), Branch(If(If { cond: Local { id: 1, item: Item { elem: Bool, vectorization: None
                    }, depth: 0
                }, scope: Scope { depth: 1, operations: [Operator(Index(BinaryOperator { lhs: GlobalInputArray { id: 0, item: Item { elem: Float(F32), vectorization: Some(1)
                                }
                            }, rhs: AbsolutePos, out: Local { id: 2, item: Item { elem: Float(F32), vectorization: Some(1)
                                }, depth: 0
                            }
                        })), Operator(Div(BinaryOperator { lhs: Local { id: 2, item: Item { elem: Float(F32), vectorization: Some(1)
                                }, depth: 0
                            }, rhs: ConstantScalar(Float(1.4142135381698608, F32)), out: Local { id: 3, item: Item { elem: Float(F32), vectorization: Some(1)
                                }, depth: 0
                            }
                        })), Operator(Add(BinaryOperator { lhs: Local { id: 3, item: Item { elem: Float(F32), vectorization: Some(1)
                                }, depth: 0
                            }, rhs: ConstantScalar(Float(1.0, F32)), out: Local { id: 3, item: Item { elem: Float(F32), vectorization: Some(1)
                                }, depth: 0
                            }
                        })), Operator(Erf(UnaryOperator { input: Local { id: 3, item: Item { elem: Float(F32), vectorization: Some(1)
                                }, depth: 0
                            }, out: Local { id: 3, item: Item { elem: Float(F32), vectorization: Some(1)
                                }, depth: 0
                            }
                        })), Operator(Mul(BinaryOperator { lhs: Local { id: 2, item: Item { elem: Float(F32), vectorization: Some(1)
                                }, depth: 0
                            }, rhs: Local { id: 3, item: Item { elem: Float(F32), vectorization: Some(1)
                                }, depth: 0
                            }, out: Local { id: 2, item: Item { elem: Float(F32), vectorization: Some(1)
                                }, depth: 0
                            }
                        })), Operator(Div(BinaryOperator { lhs: Local { id: 2, item: Item { elem: Float(F32), vectorization: Some(1)
                                }, depth: 0
                            }, rhs: ConstantScalar(Float(2.0, F32)), out: Local { id: 2, item: Item { elem: Float(F32), vectorization: Some(1)
                                }, depth: 0
                            }
                        })), Operator(IndexAssign(BinaryOperator { lhs: AbsolutePos, rhs: Local { id: 2, item: Item { elem: Float(F32), vectorization: Some(1)
                                }, depth: 0
                            }, out: GlobalOutputArray { id: 0, item: Item { elem: Float(F32), vectorization: Some(1)
                                }
                            }
                        }))
                    ], locals: [], matrices: [], slices: [], shared_memories: [], local_arrays: [], reads_global: [], index_offset_with_output_layout_position: [], writes_global: [], reads_scalar: [], layout_ref: Some(GlobalOutputArray { id: 0, item: Item { elem: Float(F32), vectorization: Some(1)
                        }
                    }), undeclared: 0
                }
            }))
        ], locals: [Local { id: 0, item: Item { elem: UInt, vectorization: None
                }, depth: 0
            }, Local { id: 1, item: Item { elem: Bool, vectorization: None
                }, depth: 0
            }, Local { id: 2, item: Item { elem: Float(F32), vectorization: Some(1)
                }, depth: 0
            }, Local { id: 3, item: Item { elem: Float(F32), vectorization: Some(1)
                }, depth: 0
            }
        ], matrices: [], slices: [], shared_memories: [], local_arrays: [], reads_global: [], index_offset_with_output_layout_position: [], writes_global: [], reads_scalar: [], layout_ref: Some(GlobalOutputArray { id: 0, item: Item { elem: Float(F32), vectorization: Some(1)
            }
        }), undeclared: 0
    }
}