Serie D Group G stats & predictions

Serie D matches offer fans numerous ways to engage with their favorite teams beyond just watching games live or on television...

Fans' Guide To Engaging With Tomorrow's Matches

• Social Media Interaction:
• Follow official team accounts for real-time updates during matches.
• Tweet using designated hashtags provided by Serie D organizers.
• Likely post-match fan reactions can create viral moments—participate actively!
• Fan Events & Meet-Ups:milesbromberg/mtg_simulator<|file_sep|>/src/mtg/core.clj (ns mtg.core (:use [clojure.set :only [intersection]]) (:require [clojure.string :as str]) (:require [clojure.pprint :refer :all]) (:gen-class)) (defn- parse-card-name [card] (str/replace card #"s*(.*)$" "")) (defn parse-card-cost [card] (str/replace card #"(?<={).*(?=})" "")) (defn parse-card-cmc [card] (if-let [cmc-str (re-find #"C(.*)?" card)] (Integer/parseInt (second (re-find #"C((.*))" cmc-str))) nil)) (defn parse-card-rarity [card] (if-let [rarity-str (re-find #"Rarity:s*(.*)$" card)] rarity-str nil)) (defn parse-card-types [card] (if-let [type-str (re-find #"Types:s*(.*)$" card)] type-str nil)) (defn parse-card-power-toughness [card] (if-let [[power-str toughness-str] [(re-find #"Power:s*(.*)$" card) (re-find #"Toughness:s*(.*)$" card)]] [(Integer/parseInt power-str) (Integer/parseInt toughness-str)] nil)) (defn parse-card-colors [card] (if-let [colors-str (re-find #"Colors:s*(.*)$" card)] colors-str nil)) (defn parse-card-text [card] "Returns text without leading or trailing whitespace." (str/trim (if-let [text-str (re-find #"Text:s*(.*)$" card)] text-str nil))) (defn parse-card-flavor-text [card] "Returns flavor text without leading or trailing whitespace." (str/trim (if-let [text-str (re-find #"Flavor:s*(.*)$" card)] text-str nil))) (defn- parse-card-cards "Returns map of cards parsed from string representation." [cards-string] "Parse each line as individual card." {:pre [(string? cards-string)]} "Split lines by newline." ;(println cards-string) ;(println "----") ;(println cards-string) ;(println "----") ; (let [cards-sans-empty-lines ; (reduce #(if (= "" %2) %1 ; (cons %2 %1)) ; [] ; (str/split cards-string #"n"))] ; "Remove empty lines" ; ;(println cards-sans-empty-lines) ; "Remove trailing newlines" ; ;(println cards-sans-empty-lines) ; "Remove leading newlines" ; ;(println cards-sans-empty-lines) ; ;(println "---") ; ;(println cards-sans-empty-lines) ; ) ;(def cards-sans-empty-lines ;(reduce #(if (= "" %2) %1 ;(cons %2 %1)) [] (str/split cards-string #"n"))) ;;remove empty lines at start of file ;;remove empty lines at end of file ;;remove blank lines ;; letfn [(ends-with-blank-line? [[_ & xs] _] ;; (= "" xs)) ;; ] ;; ) ;; ;;drop initial blank lines ;; ;;drop final blank lines ;; ;;drop blank lines ;; ) ;; ;;split into cards by double newline (letfn [(ends-with-blank-line? [[_ & xs] _] (= "" xs)) ] "Split into sections separated by double newlines" ;(println cards-string) ;(println "----") ;(println cards-string) "remove initial blank lines" ;(println cards-string) "remove final blank lines" ;(println cards-string) "split into sections separated by double newlines" (let [cards-sections (if (= "" (.trim ^String (.substring cards-string (- (.length ^String cards-string) ( (* newline newline) (.lastIndexOf ^String cards-string newline newline)))))) nil (str/split (.trim ^String (.substring cards-string ( (* newline newline) (.lastIndexOf ^String cards-string newline newline)))) #"nn"))] "split sections into individual lines" (map #(str/split % #"n") cards-sections))) ] "Join each section into single string representation of card" ;;note order here matters because we need first line before second line etc. ;;mapcar -> higher order function takes f as argument ;;map -> higher order function takes sequence as argument ;;apply -> higher order function takes f as argument and varargs sequence "remove sections that are empty" "remove empty strings at beginning or end" "join together all non-empty strings within section into single string" ) ) (defn create-deck-from-cards-file "Creates deck from file containing strings representing MTG cards." ([filename] "(create-deck-from-cards-file filename)" {:pre [(string? filename)]} ) ([filename colors] "(create-deck-from-cards-file filename colors)" {:pre [(string? filename)]} ) ) <|file_sep|>(ns mtg.test.core-test (:use clojure.test clojure.string mtg.core) ) (deftest test-parse-card-name (letfn [(ends-with-blank-line? [[_ & xs] _] (= "" xs)) ] ] "Split into sections separated by double newlines" ;(println test-file) ;(println "----") ;(println test-file) "remove initial blank lines" ;(println test-file) "remove final blank lines" ;(println test-file) "split into sections separated by double newlines" (let [cards-sections (.split (.trim (.substring test-file ( (* newline newline) (.lastIndexOf test-file newline newline)))) #"nn")] ) ) ) (deftest test-parse-card-cost ) (deftest test-parse-card-cmc ) (deftest test-parse-card-rarity ) (deftest test-parse-card-types ) (deftest test-parse-card-power-toughness ) (deftest test-parse-card-colors ) (deftest test-parse-card-text ) (deftest test-parse-card-flavor-text ) <|repo_name|>milesbromberg/mtg_simulator<|file_sep|>/src/mtg/util.clj (ns mtg.util (:require clojure.set)) <|repo_name|>milesbromberg/mtg_simulator<|file_sep|>/src/cards_test.clj (ns mtg.test.cards-test (:use clojure.test clojure.string mtg.core) ) (deftest test-parse-card-name (letfn [(ends-with-blank-line? [[_ & xs] _] (= "" xs)) ] ] "Split into sections separated by double newlines" ;(println test-file) ;(println "----") ;(println test-file) "remove initial blank lines" ;(println test-file) "remove final blank lines" ;(println test-file) "split into sections separated by double newlines" (let [cards-sections (.split (.trim (.substring test-file ( (* newline newline) (.lastIndexOf test-file newline newline)))) #"nn")] ) ) ) <|file_sep|>#pragma once #include "../util.h" namespace ml { namespace cnn