Overview of the Volleyball Superliga Women Montenegro
The Volleyball Superliga Women Montenegro is one of the most anticipated leagues in the Balkans, drawing fans and experts alike with its thrilling matches and top-tier talent. As we look ahead to tomorrow's fixtures, the excitement builds with predictions from leading betting experts. This article delves into the key matches, team analyses, and expert betting insights to give you a comprehensive understanding of what to expect.
Key Matches to Watch
Tomorrow's schedule features several high-stakes matches that promise to keep fans on the edge of their seats. Among these, the clash between Budvanska Rivijera and OK Vizura stands out as a highlight. Both teams have shown exceptional form this season, making this matchup a must-watch for any volleyball enthusiast.
Budvanska Rivijera vs OK Vizura
This match is expected to be a tactical battle, with both teams boasting strong defensive lines and dynamic attacking strategies. Budvanska Rivijera's recent victories have been fueled by their powerful outside hitters, while OK Vizura's consistent performance is driven by their experienced libero. Betting experts predict a close game, with odds favoring Budvanska Rivijera slightly due to their home advantage.
Other Notable Matches
- Crvena Zvezda vs Podgorica: Known for their aggressive playstyle, Crvena Zvezda will face a tough challenge against Podgorica's resilient defense. This match is anticipated to be a high-scoring affair.
- ŽOK Split vs Lovćen: ŽOK Split's strategic gameplay will be tested against Lovćen's quick reflexes and strong serving game. Experts suggest that this could be a turning point in the league standings.
Team Analyses
Budvanska Rivijera
Budvanska Rivijera has been in stellar form this season, thanks to their robust training regimen and strategic coaching. Their key players include Ana Nikolić, whose powerful spikes have been crucial in recent victories. The team's ability to adapt during matches makes them formidable opponents.
OK Vizura
OK Vizura's strength lies in their cohesive team play and experienced roster. With players like Jelena Blagojević leading the charge, they have consistently delivered strong performances. Their defensive strategies are particularly noteworthy, often turning games around when needed.
Crvena Zvezda
Crvena Zvezda is known for their aggressive offensive tactics and fast-paced gameplay. Their lineup includes several young talents who bring energy and innovation to the court. This dynamism makes them unpredictable and exciting to watch.
Podgorica
Podgorica has built a reputation for their resilience and tactical acumen. Their ability to maintain composure under pressure has earned them respect across the league. Key players like Milena Rašić are pivotal in executing their game plan effectively.
Betting Predictions
Expert Insights
Betting experts have analyzed past performances, current form, and player statistics to provide predictions for tomorrow's matches. Here are some key insights:
- Budvanska Rivijera vs OK Vizura: Odds favor Budvanska Rivijera at home (1.8), but OK Vizura remains a strong contender (2.1). A draw is considered unlikely but possible at (4.0).
- Crvena Zvezda vs Podgorica: Crvena Zvezda is slightly favored (1.9) due to their recent winning streak, while Podgorica is seen as an underdog (2.0). A draw is priced at (3.5).
- ŽOK Split vs Lovćen: ŽOK Split holds a slight edge (1.7), with Lovćen close behind (2.0). The draw option stands at (4.0).
Factors Influencing Predictions
<|repo_name|>tsangha/psm<|file_sep|>/src/PSM/Util.hs
{-# LANGUAGE CPP #-}
module PSM.Util where
import Control.Monad
import Data.List
import Data.Maybe
-- | Try something; if it fails return Nothing instead of throwing an exception.
try :: IO a -> IO (Maybe a)
try action = do
r <- tryIOError action
case r of
Left _ -> return Nothing
Right x -> return $ Just x
-- | Like 'try', but also returns an error message.
try' :: IO a -> IO (Either String a)
try' action = do
r <- tryIOError action
case r of
Left e -> return $ Left $ show e
Right x -> return $ Right x
-- | Lifts 'catch' into monadic actions.
catchM :: IO a -> (SomeException -> IO b) -> IO b
catchM action handler = catch action handler
-- | Lifts 'catchJust' into monadic actions.
catchJustM :: IOExceptionPredicate -> IO a -> (SomeException -> IO b) -> IO b
catchJustM predicate action handler =
catchJust predicate action handler
-- | Returns all elements satisfying some predicate from left-to-right until no more can be found.
breakOn :: Eq t => [t] -> [t] -> [t]
breakOn pat xs = go pat [] xs where go _ acc [] = reverse acc; go p acc l@(x:xs) | p == l = acc; go p acc l@(x:xs) = go p ((head l):acc) xs
#if __GLASGOW_HASKELL__ >=707 || __GLASGOW_HASKELL__ ==710 || __GLASGOW_HASKELL__ ==711 || __GLASGOW_HASKELL__ ==712 || __GLASGOW_HASKELL__ >=714
#else
-- old Hugs versions don't have Control.Exception.try*
import System.IO.Error hiding ((//))
#endif
#if __GLASGOW_HASKELL__ >=708 || __GLASGOW_HASKELL__ ==709 || __GLASGOW_HASKELL__ >=711 || __GLASGOW_HASKELL__ >=714
#else
import System.IO.Error as E hiding ((//))
#endif
#if !defined(mingw32_HOST_OS)
# define TRY_IO_ERROR tryIOError'
#else
# define TRY_IO_ERROR tryIOError''
#endif
#if !defined(mingw32_HOST_OS)
tryIOError' :: IO t -> IO (Either SomeException t)
tryIOError' m = E.try m
#else
tryIOError'' :: IO t -> IO (Either SomeException t)
tryIOError'' m =
let f e s =
case s of {
Just _ ->
let (_ : _ : _) = lines s in -- skip two header lines before reading errors from MinGW exceptions.
return $ Left e;
Nothing ->
return $ Right ()
}
in do c <- getContents;
E.try m >>= f E.someException c
#endif
#if !defined(mingw32_HOST_OS)
catchJustM'' :: IOExceptionPredicate ioe ->
IO t ->
((SomeException,ioreport ioe) -> IO u) ->
IO u
catchJustM'' pred act hndlr =
let f e s =
case pred e of {
Just ioe ->
hndlr(e,s);
Nothing ->
throw e }
in do c <- getContents;
E.catch act (e->f e c)
#else
catchJustM''' :: IOExceptionPredicate ioe ->
IO t ->
((SomeException,ioreport ioe) -> IO u) ->
IO u
catchJustM''' pred act hndlr =
let f e s =
case pred e of {
Just ioe ->
let (_ : _ : _) = lines s in -- skip two header lines before reading errors from MinGW exceptions.
hndlr(e,s);
Nothing ->
throw e }
in do c <- getContents;
E.catch act (e->f e c)
#endif
#if defined(mingw32_HOST_OS)
instance Exception IOError where type IORetryAction IOError = Maybe String
instance Exception IOError where type IORErrorType IOError = String
instance Exception IOError where
fromIOException ioerr =
let sioerr = show ioerr in case breakOn "MSYS error:" sioerr of { ("MSYS error:",rest)| length rest >0-> Just rest; _->Nothing}
instance Exception IOError where catchRetryHandler ioerr retryaction= case retryaction of { Nothing->throw ioerr; Just str->do{putStrLn str;return()}}
#else
instance Exception IOError where type IORetryAction IOError = Maybe String
instance Exception IOError where type IORErrorType IOError = String
instance Exception IOError where
fromIOException ioerr =
let sioerr = show ioerr ;
errtype' = head . words . takeWhile (/= ':') . last . lines $ sioerr ;
in case errtype' of { "IsADirectoryError" -> Just "is_a_directory";
"DoesNotExistError" -> Just "no_such_file_or_directory";
"PermissionDeniedError" -> Just "permission_denied";
"AlreadyExistsError" -> Just "file_exists";
"FileExistsError" -> Just "file_exists";
"NotADirectoryError" -> Just "not_a_directory";
"BrokenPipeError" -> Just "broken_pipe";
-- Windows specific errors:
-- https://msdn.microsoft.com/en-us/library/windows/desktop/ms681382(v=vs85).aspx#ERRORS_BY_SEVERITY_LEVELS_AND_CATEGORY_CODES_0x80070000_to_0xfffffff6_
-- http://msdn.microsoft.com/en-us/library/windows/desktop/ms681382(v=vs85).aspx#ERROR_ACCESS_DENIED_5_
-- http://msdn.microsoft.com/en-us/library/windows/desktop/ms681382(v=vs85).aspx#ERROR_INVALID_HANDLE_6_
-- http://msdn.microsoft.com/en-us/library/windows/desktop/ms681382(v=vs85).aspx#ERROR_FILE_NOT_FOUND_2_
-- http://msdn.microsoft.com/en-us/library/windows/desktop/ms681382(v=vs85).aspx#ERROR_PATH_NOT_FOUND_3_
-- http://msdn.microsoft.com/en-us/library/windows/desktop/ms681382(v=vs85).aspx#ERROR_BAD_NET_NAME_67_
-- http://msdn.microsoft.com/en-us/library/windows/desktop/ms681382(v=vs85).aspx#ERROR_NETWORK_UNREACHABLE_123_
("NoSpaceLeftOnDevice",_) <-> ("ENOSPC",_) <-> True <-> True <-> True <-> True <-> True <-> True <-> True <-> False <-> False <-> False <-> False <-> False <-> False ,_->True;
("TooManyOpenFiles",_) <-> ("EMFILE",_) <-> True <-> True <-> True <-> True <-> True <-> True <-> False <-> False <-> False <-> False <-> False <-> False ,_->True;
("InvalidArgument",_) <|| ("EINVAL",_) <|| ("EFAULT",_) <|| ("ENOENT",_) <|| ("ENOTDIR",_) <|| ("EPIPE",_)
<|| (("EACCES","operation not permitted"),_)
<|| (("EEXIST","File exists"),_)
<|| (("EPERM","Operation not permitted"),_)
<|| (("EISDIR","Is directory"),_)
<|| (("EBUSY","Device or resource busy"),_)
<|| (("ENODEV","No such device"),_)
<|| (("ENXIO","No such device or address"),_)
<|| (("EINTR","Interrupted system call"),_)
<|| (("ELOOP","Too many symbolic links encountered"),_)
<|| (("EMFILE","Too many open files"),_)
<||(s,_)->s=="ENOTTY"
,_->True }
instance Exception IOError where catchRetryHandler ioerr retryaction=
if maybeRetry then catchRetryHandler'' else catchRetryHandler'
where maybeRetry=False; catchRetryHandler'=throw ioerr; catchRetryHandler''=((_,str)->putStrLn str>>return()) retryaction
#endif
fromMaybeList :: Eq v => v => [v] => [b] => Maybe b
fromMaybeList val defl list=
foldr (x y->
case y of {
Nothing->
if val==x then Just defl else y;
_->
y}) Nothing list
foldlInfix1::(b->b->b)->b->[b]->b
foldlInfix1 op base xs=
foldr (x y->
op x y ) base xs
foldrInfix1::(b->b->b)->[b]->b->[b]->b
foldrInfix1 op xs base ys=
foldl (y z->
op z y ) base ys xs
listFromRanges::[Int]->[Int]
listFromRanges ranges=
concatMap ((start,end)->
[start..end]) ranges
rangeFromLists::[Int]->[Int]->[(Int,Integer)]
rangeFromLists starts ends=
zip starts ends
pairwiseEqual::Eq v=>[v]->Bool
pairwiseEqual list=
pairwiseEqual' list []
pairwiseEqual' []acc=True;
pairwiseEqual'(x:xs)(y:ys)=if x==y then pairwiseEqual' xs ys else False;
rangeToRanges::[(Integer,Integer)]->[Int]
rangeToRanges ranges=
concatMap ((start,end)->
map intInRange start end ) ranges
intInRange::Integer->[Int]
intInRange num=
map round ([minBound..maxBound]!!num)
rangesToList::[(Integer,Integer)]->[Int]
rangesToList ranges=
concatMap rangeToRanges ranges
mapRange::((Integer,Integer))->([Integer])->([Integer])
mapRange range list=
mapRangeWith range id list
mapRangeWith::((Integer,Integer))->((Integer)->(Integer))->([Integer])->([Integer])
mapRangeWith range func list=
mapRangeWithAll ranges func list []
where ranges=[(minBound,maxBound)]++list;
rangesToListWith::((Integer,Integer))->(([Integer])->([Integer]))->[Int]
rangesToListWith range func=
concatMap mapRangeWithAll [(minBound,maxBound)] func []
rangesToListAllWith::(([Integer])->([Integer]))->[Int]
rangesToListAllWith func=
concatMap mapRangeWithAll [(minBound,maxBound)] func []
mapRangeAll::((Integer,Integer))->([Integer])->([Integer])
mapRangeAll range list=
mapRangeAllWith range id list []
mapRangeAllWith::((Integer,Integer))->((Integer)->(Integer))->([Integer])->([Int])
mapRangeAllWith range func list result=
if null range then result else mapRangeAll new_range new_list new_result++result
where new_range=tail range;
new_list=list\rangeToRanges(range);
new_result=result++map func(rangeToRanges(range));
padListUpToLengthByRepeatingLastElementOfList::
Int->
[a]->
[a]
padListUpToLengthByRepeatingLastElementOfList len lst|
len<=length lst=lst|
otherwise=(take len lst++)++[last lst]
padListUpToLengthByRepeatingFirstElementOfList::
Int->
[a]->
[a]
padListUpToLengthByRepeatingFirstElementOfList len lst|
len<=length lst=lst|
otherwise=(take len lst++)++[head lst]
padListUpToLengthByAppendingNullElements::
Int->
[a]-|
Nullability[a]-|
Nullity[a]-|
NullValue[a]-|
([NullValue[a]],NullValue[a])-|
([NullValue[a]],NullValue[a])-|
([NullValue[a]],NullValue[a])-|
([NullValue[a]],NullValue[a]))-|
([a],Nullity[a])-|
([a],Nullity[a])-|
([a],Nullity[a])-|
([a],Nullity[a])-||
[a]
padListUpToLengthByAppendingNullElements len lst nullability nullity nullvalue(nullvalueconstructor,nullvaluedestructor)=lst++nullvalueconstructor[len-length lst]nullvaluedestructor|nullability||nullity
replaceStringsInStringsWithStrings::
[[String]]-[String]->[[String]]
replaceStringsInStringsWithStrings searchstrings replacements strings=[]
replaceStringsInStringsWithStrings searchstrings replacements strings=[string:stringss]=stringss++[replaceStringsWithStringsWithStrings searchstrings replacements string]
replaceStringsWithStringsWithStrings::
[[String]]-[String]->String-String[]
replaceStringsWithStringsWithStrings searchstrings replacements string=[]=[string]|otherwise=[rep:stringss]|otherwise=[string]|otherwise=[string]|otherwise=[rep:stringss]|otherwise=[string]|otherwise=[rep:stringss]|otherwise=[]
where rep=findReplacementForSearchString searchstrings replacements string;if rep==[]then stringelse rep[string];searchstring=searchstrings!!i;if string==searchstringthen replaceStringsWithStringsWithStrings searchstrings replacements replacelist[i][j]:stringss][i][j]=stringss;i=length(stringss);j=length(searchstrings);replacelist=replacements;i=length(replacelist);j=length(replacements[i]);replacelist[i]=replacements[i];replacements[i]=[replacelist[j]];searchstrings=searchstrings[i];searchstring=searchstrings[j]
findReplacementForSearchString::
[[String]]-[String]->String-String[]
findReplacementForSearchString searchstrings replacements string=searchReplacementForSearchString searchstrings replacements string []
searchReplacementForSearchString::
[[String]]-[String]->String[String[]]-[STRING[]]
searchReplacementForSearchString searchstrings replacements string replacement=[]=[]|=replacement=[]|=replacement[]=searchReplacementForSearchSubstring searchsubstring replacement||searchsubstring=searchsubstring;;replacement=replacements!!i;if string==searchsubstringthen replacement[string];replacement[]=replacement;;replacement[]=searchReplacementForSearchSubstring searchsubstring replacement;;replacement[]=replacement;i=length(searchstrings);j=length(replacement);if jtsangha/psm<|file_sep>/src/PSM/Psm.hs-boot<|file_sep<#
#
#
#
Import-Module "$PSScriptRoot..libWinUtils.psm"
Import-Module "$PSScriptRoot..libPsUtils.psm"
Function Get-CygwinPath($path){
return Invoke-CygwinPathCommand -CommandArgs @('cygpath','-u',$path)
}
Function Get-WindowsPath($path){
return Invoke-CygwinPathCommand -CommandArgs @('cygpath','-m',$path)
}
Function Set-WindowsEnvironmentVariables($vars){
$env_vars=@{}
foreach ($var_name,$var_value_in_cygwin_path_format in $vars.GetEnumerator()){
$env_vars[$var_name]=(Get-WindowsPath -path:$var_value_in_cygwin_path_format)
}
SetEnvVars -env_vars:$env_vars
}
Function Set-CygwinEnvironmentVariables($vars){
$env_vars=@{}
foreach ($var_name,$var_value_in_windows_path_format in $vars.GetEnumerator()){
$env_vars[$var_name]=(Get-CygwinPath -path:$var_value_in_windows_path_format)
}
SetEnvVars -env_vars:$env_vars
}
Function Get-BashCmdOutput{
param(
[string]$command,
[string]$cwd,
[string]$cygwin_prefix="",
[System.Collections.Hashtable]$environment_variables=@{}
)
if (-not($command)){
Write-Host("Must specify command.")
exit(-10001);
}
if (-not($cwd)){
Write-Host("Must specify cwd.")
exit(-10002);
Write-Host("Cwd defaults set based on command specified.");
Write-Host("Command:"+$command);
if ($command.StartsWith("./")){
Write-Host("Cwd default set based on command './'.");
$cwd=(Get-WindowsPath -path:(Split-Pattern -pattern:'^./(.*)$' -input_string:$command)[0]);
Write-Host("Cwd default set based on command './':"+$cwd);
}elseif ($command.StartsWith("/")){
Write-Host("Cwd default set based on command '/'.");
$cwd="/cygdrive/c/";
Write-Host("Cwd default set based on command '/':"+$cwd);
}else{
Write-Host("Cwd default set based on command without './'.");
$cmd_dir=$ExecutionContext.SessionState.Path.GetUnresolvedProviderPathFromPSPath((Split-Pattern -pattern:'^(.*)/' -input_string:$command)[0]);
if ($cmd_dir){
Write-Host("Cwd default set based on command without './':"+$cmd_dir);
$cwd=(Get-WindowsPath -path:$cmd_dir);
Write-Host("Cwd default set based on command without './':"+$cwd);
}else{
Write-Warning("Failed getting cmd dir:"+$cmd_dir+". Cwd defaults set as '.'.");
$cwd=".";
Write-host("Cwd defaults set as '.'.");
}
}
}
Write-BashCmdOutputStartInfo `
`
`
`
`
`
`
`
`
`
`
`
`
`
`
`
`
$
`(
Get-BashCmdOutputStartInfo`
Get-BashCmdOutputStartInfo`
Get-BashCmdOutputStartInfo`
Get-BashCmdOutputStartInfo`
Get-BashCmdOutputStartInfo`
Get-BashCmdOutputStartInfo`
Get-BashCmdOutputStartInfo`
Get-BashCmdOutputStartInfo`
Get-BashCmdOutputStartInfo`
)
(
Get-BashCmdOutputEndInfo`
Get-BashCmdOutputEndInfo`
Get-BashCmdOutputEndInfo`
Get-BashCmdOutputEndInfo`
Get-BashCmdOutputEndInfo`
Get-BashCmdOutputEndInfo`
Get-BashCmdOutputEndInfo`
)
(
GetBashEnvironmentVariablesAsStringFromHashtable`GetBashEnvironmentVariablesAsStringFromHashtable`GetBashEnvironmentVariablesAsStringFromHashtable`GetBashEnvironmentVariablesAsStringFromHashtable`GetBashEnvironmentVariablesAsStringFromHashtable`GetBashEnvironmentVariablesAsStringFromHashtable`GetBashEnvironmentVariablesAsStringFromHashtable`)
(
"$cygwin_prefix",
"$command",
"$cwd")
Write-host(GetBashedScriptContentFromFile "$(Join-Pattern "-e $(Join-Pattern "-e $(Join-Pattern "-e $(Join-Pattern "-e $(Join-Pattern "-e $(Join-Pattern "-e "$(Join-Pattern "$(Join-Pattern "$(Join-Pattern "$(Join-Pattern "$(Join-Pattern "$( JoinPatternPatternPatternPatternPatternPatternPatternPatternPatternPattern Pattern Pattern Pattern Pattern Pattern Pattern Pattern Pattern Pattern)"
Write-host(GetBashedScriptContentFromFile "$(Join-Pattern "-e $(Join-Pattern "-e $(Join-Pattern "-e $(Join-Pattern "-e $(Join-Pattern "-e "$( JoinPatternPatternPatternPatternPatternPatternPatternPatte")")
Write-host(GetBashedScriptContentFromFile "`$( JoinPatte")")
Write-host(GetBashedScriptContentFromFile "`$( JoinPatte")")
Write-host(GetBashedScriptContentFromFile "`$( JoinPatte")")
Write-host(GetBashedScriptContentFromFile "`$( JoinPatte")")
function test(){
Write-output("`$( JoinPatte")")
}
function test(){
Write-output("`$( JoinPatte")")
}
function test(){
Write-output("`$( JoinPatte")")
}
function test(){
Write-output("`$( JoinPatte")")
}
function test(){
Write-output("`$( JoinPatte")")
}
function test(){
Write-output("`$( JoinPatte")")
}
test()<|repo_name|>tsangha/psm<|file_sep[
function Build-GenericBuildSystem{
param(
# Type-specific build system parameters:
#------------------------------------------------------------
# Generic build system parameters:
#
# Parameters specific for all build systems:
#
# Parameters specific for all platforms:
#
# Parameters specific for all platforms & languages:
#
#------------------------------------------------------------
# Platform-specific build system parameters:
#
# Parameters specific for Windows platform:
#
# Parameters specific for Cygwin platform:
#
# Parameters specific for Linux platform:
#
# Parameters specific for Mac OS X platform:
#
##------------------------------------------------------------
## Language-specific build system parameters:
##
## Parameters specific for Haskell language support:
##
## Parameters specific for C language support:
##
## Parameters specific for C++ language support:
##
## Parameters specific for Python language support:
##
## Parameters specific for Perl language support:
##
[
string]$build_system_root,
string]$build_system_version,
string]$build_system_platform,
string]$build_system_language,
string]$build_system_type,
int]$build_system_build_number,
int]$build_system_revision_number,
bool]$use_custom_build_scripts=false,
bool]$use_custom_build_commands=false,
]
Process{
}
}
]<|repo_name|>tsangha/psm<|file_sep[
function Invoke-GenericBuildSystem{
param(
# Type-specific build system parameters:
### Generic build system parameters:
### Platform-specific build system parameters:
### Language-specific build system parameters:
###### Haskell-specific build system parameters:
###### C/C++ Specific Build System Paramters:
###### Python Specific Build System Paramters:
###### Perl Specific Build System Paramters:
[
string]$build_system_root,
string]$build_system_version,
string]$build_system_platform,
string]$build_system_language,
int]$build_system_build_number,
int]$build_system_revision_number,
bool]$use_custom_build_scripts=false,
bool]$use_custom_build_commands=false,
]
Process{
}
}
]<|repo_name|>tsangha/psm<|file_septheme: jekyll-theme-minimal
title: PSM
description: PSM Project Site
show_downloads: false
google_analytics:
markdown: kramdown
exclude:
- README.md
- Gemfile
- Gemfile.lock
permalink: /blog/:year/:month/:day/:title/
gems:
- jekyll-sitemap
defaults:
-
scope:
path: ""
values:
layout: page
-
scope:
path: ""
values:
layout: post
-
scope:
path: blog
values:
layout: post
-
scope:
path: docs
values:
layout: page
-
scope:
path: examples
values:
layout: page
-
scope:
path: releases
values:
layout: page
#
#
#
#
#
#
#
#
#
###
---
layout : post
title : Blog Post Title
---
{% raw %}
bash
{% endraw %}
bash
bash
---
layout : page
title : Page Title
---
{% raw %}
bash
{% endraw %}
bash
bash
`
###
###
####
#####
######
#######
########
#########
##########
############
#############
##############
################
#################
##################
###################
###########################
#### **Bold** text.
#### *Italic* text.
#### ***Bold Italic*** text.
#### ~Strikethrough~ text.
#### ~~Strikethrough~~ text.
#### ~~**Bold Strikethrough**~~ text.
#### ~~***Bold Italic Strikethrough***~~ text.
#### Inline Code Block Text inline code block text.
#### `` `Inline Code Block Text ` `` inline code block text.
#### `` ``Inline Code Block Text `` `` inline code block text.
#### `Inline Code Block Text` inline code block text.
#### `` inline code block text.
#### `[link](https://www.google.com)` link text.
##### Markdown Links:
###### Reference-style links