U+021CC \rightle�harpoons Rightwards Harpoon Over Le�wards Harpoon / Right Harpoon Over Le� Harpoon U+021CD \nLe�arrow Le�wards Double Arrow With Stroke / Le� Double Arrow With Stroke U+021CE \nLe�rightarrow U+022CB \le�three�mes Le� Semidirect Product U+022CC \righ�hree�mes Right Semidirect Product U+022CD \backsimeq Reversed Tilde Equals U+022CE \curlyvee Curly Logical Or U+022CF \curlywedge Curly Logical U+025CA ◊ \lozenge Lozenge U+025CB ○ \bigcirc White Circle U+025CC ◌ \do�edcircle Do�ed Circle U+025CD \circlevertfill Circle With Ver�cal Fill U+025CE \bullseye Bullseye U+025CF ● \mdlgblkcircle Black

U+021CC \rightle�harpoons Rightwards Harpoon Over Le�wards Harpoon / Right Harpoon Over Le� Harpoon U+021CD \nLe�arrow Le�wards Double Arrow With Stroke / Le� Double Arrow With Stroke U+021CE \nLe�rightarrow U+022CB \le�three�mes Le� Semidirect Product U+022CC \righ�hree�mes Right Semidirect Product U+022CD \backsimeq Reversed Tilde Equals U+022CE \curlyvee Curly Logical Or U+022CF \curlywedge Curly Logical U+025CA ◊ \lozenge Lozenge U+025CB ○ \bigcirc White Circle U+025CC ◌ \do�edcircle Do�ed Circle U+025CD \circlevertfill Circle With Ver�cal Fill U+025CE \bullseye Bullseye U+025CF ● \mdlgblkcircle Black

U+021CC \rightle�harpoons Rightwards Harpoon Over Le�wards Harpoon / Right Harpoon Over Le� Harpoon U+021CD \nLe�arrow Le�wards Double Arrow With Stroke / Le� Double Arrow With Stroke U+021CE \nLe�rightarrow U+022CB \le�three�mes Le� Semidirect Product U+022CC \righ�hree�mes Right Semidirect Product U+022CD \backsimeq Reversed Tilde Equals U+022CE \curlyvee Curly Logical Or U+022CF \curlywedge Curly Logical U+025CA ◊ \lozenge Lozenge U+025CB ○ \bigcirc White Circle U+025CC ◌ \do�edcircle Do�ed Circle U+025CD \circlevertfill Circle With Ver�cal Fill U+025CE \bullseye Bullseye U+025CF ● \mdlgblkcircle Black

U+021CC \rightle�harpoons Rightwards Harpoon Over Le�wards Harpoon / Right Harpoon Over Le� Harpoon U+021CD \nLe�arrow Le�wards Double Arrow With Stroke / Le� Double Arrow With Stroke U+021CE \nLe�rightarrow U+022CB \le�three�mes Le� Semidirect Product U+022CC \righ�hree�mes Right Semidirect Product U+022CD \backsimeq Reversed Tilde Equals U+022CE \curlyvee Curly Logical Or U+022CF \curlywedge Curly Logical U+025CA ◊ \lozenge Lozenge U+025CB ○ \bigcirc White Circle U+025CC ◌ \do�edcircle Do�ed Circle U+025CD \circlevertfill Circle With Ver�cal Fill U+025CE \bullseye Bullseye U+025CF ● \mdlgblkcircle Black

is done with ^, not *. Implicit string concatenation of string literals like in Python (e.g. 'ab' 'cd' == 'abcd') is not done in Julia. • Python Lists—flexible but slow—correspond to the Julia Vector{Any} \rightleftharpoons Rightwards Harpoon Over Leftwards Harpoon / Right Harpoon Over Left Harpoon U+021CD ⇍ \nLeftarrow Leftwards Double Arrow With Stroke / Left Double Arrow With Stroke U+021CE ⇎ \nLeftrightarrow \leftthreetimes Left Semidirect Product U+022CC ⋌ \rightthreetimes Right Semidirect Product U+022CD ⋍ \backsimeq Reversed Tilde Equals U+022CE ⋎ \curlyvee Curly Logical Or U+022CF ⋏ \curlywedge Curly

is done with ^, not *. Implicit string concatenation of string literals like in Python (e.g. 'ab' 'cd' == 'abcd') is not done in Julia. 430 CHAPTER 41. NOTEWORTHY DIFFERENCES FROM OTHER LANGUAGES • \rightleftharpoons Rightwards Harpoon Over Leftwards Harpoon / Right Harpoon Over Left Harpoon U+021CD ⇍ \nLeftarrow Leftwards Double Arrow With Stroke / Left Double Arrow With Stroke U+021CE ⇎ \nLeftrightarrow \leftthreetimes Left Semidirect Product U+022CC ⋌ \rightthreetimes Right Semidirect Product U+022CD ⋍ \backsimeq Reversed Tilde Equals U+022CE ⋎ \curlyvee Curly Logical Or U+022CF ⋏ \curlywedge Curly

is done with ^, not *. Implicit string concatenation of string literals like in Python (e.g. 'ab' 'cd' == 'abcd') is not done in Julia. 430 CHAPTER 41. NOTEWORTHY DIFFERENCES FROM OTHER LANGUAGES • \rightleftharpoons Rightwards Harpoon Over Leftwards Harpoon / Right Harpoon Over Left Harpoon U+021CD ⇍ \nLeftarrow Leftwards Double Arrow With Stroke / Left Double Arrow With Stroke U+021CE ⇎ \nLeftrightarrow \leftthreetimes Left Semidirect Product U+022CC ⋌ \rightthreetimes Right Semidirect Product U+022CD ⋍ \backsimeq Reversed Tilde Equals U+022CE ⋎ \curlyvee Curly Logical Or U+022CF ⋏ \curlywedge Curly

is done with ^, not *. Implicit string concatenation of string literals like in Python (e.g. 'ab' 'cd' == 'abcd') is not done in Julia. 430 CHAPTER 41. NOTEWORTHY DIFFERENCES FROM OTHER LANGUAGES • \rightleftharpoons Rightwards Harpoon Over Leftwards Harpoon / Right Harpoon Over Left Harpoon U+021CD ⇍ \nLeftarrow Leftwards Double Arrow With Stroke / Left Double Arrow With Stroke U+021CE ⇎ \nLeftrightarrow \leftthreetimes Left Semidirect Product U+022CC ⋌ \rightthreetimes Right Semidirect Product U+022CD ⋍ \backsimeq Reversed Tilde Equals U+022CE ⋎ \curlyvee Curly Logical Or U+022CF ⋏ \curlywedge Curly

is done with ^, not *. Implicit string concatenation of string literals like in Python (e.g. 'ab' 'cd' == 'abcd') is not done in Julia. 430 CHAPTER 41. NOTEWORTHY DIFFERENCES FROM OTHER LANGUAGES • \rightleftharpoons Rightwards Harpoon Over Leftwards Harpoon / Right Harpoon Over Left Harpoon U+021CD ⇍ \nLeftarrow Leftwards Double Arrow With Stroke / Left Double Arrow With Stroke U+021CE ⇎ \nLeftrightarrow \leftthreetimes Left Semidirect Product U+022CC ⋌ \rightthreetimes Right Semidirect Product U+022CD ⋍ \backsimeq Reversed Tilde Equals U+022CE ⋎ \curlyvee Curly Logical Or U+022CF ⋏ \curlywedge Curly

is done with ^, not *. Implicit string concatenation of string literals like in Python (e.g. 'ab' 'cd' == 'abcd') is not done in Julia. 430 CHAPTER 41. NOTEWORTHY DIFFERENCES FROM OTHER LANGUAGES • \rightleftharpoons Rightwards Harpoon Over Leftwards Harpoon / Right Harpoon Over Left Harpoon U+021CD ⇍ \nLeftarrow Leftwards Double Arrow With Stroke / Left Double Arrow With Stroke U+021CE ⇎ \nLeftrightarrow \leftthreetimes Left Semidirect Product U+022CC ⋌ \rightthreetimes Right Semidirect Product U+022CD ⋍ \backsimeq Reversed Tilde Equals U+022CE ⋎ \curlyvee Curly Logical Or U+022CF ⋏ \curlywedge Curly