CONCACAF Central American Cup Group D stats & predictions

Apostar al fútbol internacional requiere no solo conocimiento sobre los equipos involucrados sino también sobre factores externos como condiciones climáticas, decisiones arbitrales previas e incluso dinámicas políticas locales. Aquí presentamos algunas recomendaciones avanzadas:

• Apuestas a Favoritos No Convencionales (Underdogs):
  

  A veces, apostar contra equipos favoritos puede resultar lucrativo si se identifican debilidades no evidentes o si hay indicios claros de bajo rendimiento debido a factores internos (por ejemplo, conflictos dentro del vestuario). Analiza estadísticas históricas sobre cómo ciertos equipos manejan presiones específicas o cómo han actuado frente a ciertas tácticas adversarias.

  
  
  
  

  
  
  
  
  
  
  
  
  
  
  
  
  
  
• Apostar con Handicap:
  

  El handicap es una estrategia común cuando hay una diferencia notable entre dos equipos pero existe incertidumbre sobre cuánto influirá esa diferencia en el resultado final.

  
  

  
  
  • Handicap Negativo:
    

    Cuando un equipo claramente dominante juega contra uno mucho más débil.

    
    
    
    

    
    
  • Handicap Positivo:
    

    Cuando un equipo menos favorito podría tener posibilidades reales debido a factores externos o circunstancias específicas (como jugar como local o contar con jugadores clave retornando al equipo).

    .<|repo_name|>kattaa/elm-graphql-tester<|file_sep|>/src/Query.elm module Query exposing ( Query -- , query -- , queryWithVariables , get , post , put , delete , withVariables , variable , variables , fragment , fragmentNamed , includeFragment , includeFragmentsNamed , operationName , parseErrorToString , variablesToString -- Deprecated: use get/post/put/delete instead. -- TODO: Remove these functions from the public API. -- TODO: Change the names to get/post/put/delete. , getQuery_ , postQuery_ , putQuery_ , deleteQuery_ ) {-| @docs Query @docs getQuery_ @docs postQuery_ @docs putQuery_ @docs deleteQuery_ @docs get @docs post @docs put @docs delete @docs withVariables @docs variable @docs variables @docs fragment @docs fragmentNamed @docs includeFragment @docs includeFragmentsNamed @docs operationName @deprecated "Use `get`, `post`, `put` and `delete` instead." -} import Dict exposing (Dict) import Json.Encode as Encode exposing (Value) import Parser exposing ((|.), (|=), Parser) {-| The type that represents the query for the GraphQL API. -} type Query q v = Query { query : String } {-| Builds a query object with the given query string. The query is expected to be written in GraphQL syntax. For example: elm query = Query.query "{ hello }" Will produce: graphql { hello } -} query : String -> Query () () query string = Query <| Query { query = string } {-| Builds a query object with the given query string and variables. The query is expected to be written in GraphQL syntax. For example: elm queryWithVariables = Query.queryWithVariables "{ hello }" Nothing Nothing Nothing Nothing Nothing Nothing Nothing Nothing Nothing Nothing Nothing Nothing Nothing Nothing Nothing Nothing Nothing Nothing None None None None None None None None None None None None [] Will produce: graphql { hello } -} queryWithVariables : String -> Maybe ( String, Maybe Value ) -> Maybe ( String, Maybe Value ) -> Maybe ( String, Maybe Value ) -> Maybe ( String, Maybe Value ) -> Maybe ( String, Maybe Value ) -> Maybe ( String, Maybe Value ) -> Maybe ( String, Maybe Value ) -> Maybe ( String, Maybe Value ) -> Maybe ( String, Maybe Value ) -> Maybe ( String, Maybe Value ) -> Maybe ( String, Maybe Value ) -> Maybe ( String, Maybe Value ) -> Maybe ( String, Maybe Value ) -> Maybe ( String, Maybe Value ) -> Maybe ( String, Maybe Value ) -> Maybe ( String, Maybe Value ) -> Maybe ( String, Maybe Value ) -> Maybe ( String, Bool ) -> Dict Int VariableLocationInfo -> List VariableNameLocationInfo -> Query q v queryWithVariables string v1 v2 v3 v4 v5 v6 v7 v8 v9 v10 v11 v12 v13 v14 v15 v16 variableLocations variableNameLocations = let variableMap = Dict.fromListList [ List.filterMap identity [ v1 ] |> List.map Tuple.second |> List.filterMap identity |> List.map Encode.object |> List.singleton ] variables = Dict.foldl (variableName variableLocationInfo variables -> case variableLocationInfo of VariableLocationInfo location _ _ -> Dict.insert variableName location variables _ -> variables ) Dict.empty variableLocations parsedVariableNames = List.map (( nameLocationInfo ) -> nameLocationInfo.variableName, nameLocationInfo.location.start.line - nameLocationInfo.location.start.lineOffset - nameLocationInfo.location.start.column - nameLocationInfo.location.start.columnOffset + 1, nameLocationInfo.location.start.column - nameLocationInfo.location.start.columnOffset + 1, nameLocationInfo.location.end.line - nameLocationInfo.location.end.lineOffset - nameLocationInfo.location.end.column - nameLocationInfo.location.end.columnOffset + 1, nameLocationInfo.location.end.column - nameLocationInfo.location.end.columnOffset + 1, False, "" ) variableNameLocations parsedVariables = Dict.foldl (variableName variableLocationInfo parsedVariables -> case variableLocationInfo of VariableLocationInfo location _ _ -> case location.sourceFragment of Just sourceFragmentName -> let newVariableName = sourceFragmentName ++ "__" ++ variableName in Dict.insert newVariableName { line = location.start.line - location.start.lineOffset - location.start.column - location.start.columnOffset + 1, column = location.start.column - location.start.columnOffset + 1, endLine = location.end.line - location.end.lineOffset - location.end.column - location.end.columnOffset + 1, endColumn = location.end.column - location.end.columnOffset + 1, isConstant = False, description = "" } parsedVariables _ -> Dict.insert variableName { line = location.start.line - location.start.lineOffset - location.start.column - location.start.columnOffset + 1, column = location.start.column - location.start.columnOffset + 1, endLine = location.end.line - location.end.lineOffset - location.end.column - location.end.columnOffset + 1, endColumn = location.end.column - location.end.columnOffset + 1, isConstant = False, description = "" } parsedVariables _ -> parsedVariables ) Dict.empty variables mergedParsedVariableNames = Dict.foldl (name locations parsedVariableNames -> case locations of [] -> parsedVariableNames _ -> let newLocations = List.map (location -> { line = location.line, column = location.column, endLine = location.endLine, endColumn = location.endColumn, isConstant = False, description = "" } ) locations in let mergedLocations = case parsedVariableNames |> Dict.get name of Just existingLocations -> existingLocations ++ newLocations _ -> newLocations in Dict.insert name mergedLocations parsedVariableNames ) Dict.empty parsedVariableNames |> Dict.toList |> List.map (( key,value ) -> key,value |> List.sortBy .line |> List.sortBy .column |> List.head |> Tuple.mapSecond Just |> Result.withDefault ("",Nothing) ) |> List.map (( key,( Just value )) -> key,value.line,value.column,value.endLine,value.endColumn,False,"" ) finalParsedVariableNames = mergedParsedVariableNames ++ parsedVariables |> Dict.toList |> List.sortBy Tuple