array.] This loop fusion is not a compiler optimization that may or may not occur, it is a syntactic guarantee whenever nested f.(args...) calls are encountered. Technically, the fusion stops as soon as (#40173). • The short-circuiting operators && and || can now be dotted to participate in broadcast fusion as .&& and .|| (#39594). • (U+2AEA, \Top, \downvDash) and (U+2AEB, \Bot, \upvDash, \indep) may

array.] This loop fusion is not a compiler optimization that may or may not occur, it is a syntactic guarantee whenever nested f.(args...) calls are encountered. Technically, the fusion stops as soon as (#40173). • The short-circuiting operators && and || can now be dotted to participate in broadcast fusion as .&& and .|| (#39594). • (U+2AEA, \Top, \downvDash) and (U+2AEB, \Bot, \upvDash, \indep) may

array.] This loop fusion is not a compiler optimization that may or may not occur, it is a syntactic guarantee whenever nested f.(args...) calls are encountered. Technically, the fusion stops as soon as (#40173). • The short-circuiting operators && and || can now be dotted to participate in broadcast fusion as .&& and .|| (#39594). • (U+2AEA, \Top, \downvDash) and (U+2AEB, \Bot, \upvDash, \indep) may

array.] This loop fusion is not a compiler optimization that may or may not occur, it is a syntactic guarantee whenever nested f.(args...) calls are encountered. Technically, the fusion stops as soon as (#40173). • The short-circuiting operators && and || can now be dotted to participate in broadcast fusion as .&& and .|| (#39594). • (U+2AEA, \Top, \downvDash) and (U+2AEB, \Bot, \upvDash, \indep) may

array.] This loop fusion is not a compiler optimization that may or may not occur, it is a syntactic guarantee whenever nested f.(args...) calls are encountered. Technically, the fusion stops as soon as each vectorized operation. 35.17 Fewer dots: Unfuse certain intermediate broadcasts The dot loop fusion mentioned above enables concise and idiomatic code to express highly performant operations. However

array.] This loop fusion is not a compiler optimization that may or may not occur, it is a syntactic guarantee whenever nested f.(args...) calls are encountered. Technically, the fusion stops as soon as each vectorized operation. 35.17 Fewer dots: Unfuse certain intermediate broadcasts The dot loop fusion mentioned above enables concise and idiomatic code to express highly performant operations. However

array.] This loop fusion is not a compiler optimization that may or may not occur, it is a syntactic guarantee whenever nested f.(args...) calls are encountered. Technically, the fusion stops as soon as each vectorized operation. 35.17 Fewer dots: Unfuse certain intermediate broadcasts The dot loop fusion mentioned above enables concise and idiomatic code to express highly performant operations. However

array.] This loop fusion is not a compiler optimization that may or may not occur, it is a syntactic guarantee whenever nested f.(args...) calls are encountered. Technically, the fusion stops as soon as CHAPTER 35. PERFORMANCE TIPS 477 Fewer dots: Unfuse certain intermediate broadcasts The dot loop fusion mentioned above enables concise and idiomatic code to express highly performant operations. However

array.] This loop fusion is not a compiler optimization that may or may not occur, it is a syntactic guarantee whenever nested f.(args...) calls are encountered. Technically, the fusion stops as soon as CHAPTER 35. PERFORMANCE TIPS 478 Fewer dots: Unfuse certain intermediate broadcasts The dot loop fusion mentioned above enables concise and idiomatic code to express highly performant operations. However

array.] This loop fusion is not a compiler optimization that may or may not occur, it is a syntactic guarantee whenever nested f.(args...) calls are encountered. Technically, the fusion stops as soon as CHAPTER 35. PERFORMANCE TIPS 477 Fewer dots: Unfuse certain intermediate broadcasts The dot loop fusion mentioned above enables concise and idiomatic code to express highly performant operations. However