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Not ANOTHER word-game!
#1
Well, yes, but this one has one or two features that I've never seen in other word-games, so at the risk of overloading this genre of Programs (and the mentalities of the non-lexophile group), here it is.
It's attached as a .zip file, with the dictionary folder Wordlists, which should be in the same folder as the .bas file.
Code: (Select All)
Screen 9
_FullScreen
Randomize Timer
Common Shared k, k$, name$(), score(), flipped, minsize, winscore, plr
Common Shared wrd$, csrh, wrdpos, picked, choice, ln$, reverse$, dumwrd$, mve, found, dictword$, srch$, wordval, tryval, try$
Dim name$(2), score(2)

Color 14: Locate 8, 38: Print "Worm": Print: Print Tab(22);: Color 15: Print " An original word-game by Phil Taylor"
Print
Color 14

Print Tab(17); "Would you like to read the instructions (Y/N) ?"
Instrs:
_KeyClear: k = 0
While k < 1: _Limit 30: k = _KeyHit: Wend
If k <> 78 And k <> 110 Then instructions
Cls
name$(1) = "PLAYER 1": name$(2) = "PLAYER 2": winscore = 200
Locate 10, 9
Print " Accept defaults PLAYER 1, PLAYER 2, Win-level 200 points (Y/N) ?"
_KeyClear: k = 0
While k < 1: _Limit 30: k = _KeyHit: Wend
If k = 89 Or k = 121 Then name$(1) = "PLAYER 1": name$(2) = "PLAYER 2": winscore = 200: GoTo SetUpGame
_KeyClear
wipe "10"
Locate 10, 10: Print "Name for first player (enter for default PLAYER 1): ";
Input n$
If Len(n$) > 1 Then name$(1) = UCase$(n$)
wipe "10"
Locate 10, 10: Print "Name for second player (enter for default PLAYER 2) ";
Input n$
If Len(n$) > 1 Then name$(2) = UCase$(n$)
wipe "10"
Locate 10, 13: Print "Winning score (1=100 to 9=900, enter for default 100):";
_KeyClear: k = 0
While k < 1: _Limit 30: k = _KeyHit: Wend
If k < 49 Or k > 57 Then winscore = 100 Else winscore = (k - 48) * 100
wipe "10"


Cls

SetUpGame:
Locate 10, 2: Print "First player: "; name$(1); Tab(25); "Second player: "; name$(2); Tab(50); "Winning score level:"; winscore
flip = 1: flipped = 0
minsize = 3: plr = 1
score(1) = 0: score(2) = 0

NewWord:
If score(1) >= winscore Or score(2) >= winscore Then
    Cls: Locate 10, 32: Print "We have a winner!"
    Print: Print Tab(31); name$(1), score(1); Tab(31); name$(2), score(2)
    Sleep
    System
End If
wrd$ = Chr$(Int(Rnd * 26) + 65): csrh = 320 '                                                                    wrd$ is random letter at start

PlayerUp:
Color 14
Locate 1, 3: Print name$(1); Space$(4); score(1); Tab(30); name$(plr); " playing"; Tab(64); name$(2); Space$(4); score(2)
cut = Int((Len(wrd$) + 1) / 2): wrdpos = 40: picked = 0: flipped = 0 '                                           cut is number of letters at left of cursor, changes each time a letter is added
wipe "10"
Locate 10, wrdpos: Print wrd$

ShowChoices:
Color 14
Locate 1, 3: Print name$(1); Space$(4); score(1); Tab(34); name$(plr); " playing"; Tab(64); name$(2); Space$(4); score(2)
Locate 2, 33: Print "Winning Score:"; winscore
Color 15: Locate 14, 26: Print "A-Z to select a letter to add"
If picked = 0 Then Color 8
Locate 15, 6: Print "Use Left/Right arrows to change its position, then up-arrow to place it": Color 15
If Len(wrd$) < minsize Or flipped = 1 Then Color 8
Locate 16, 7: Print "1 to Claim a word    2 to Challenge a group": Color 15
If Len(wrd$) < minsize Or flipped = 1 Then Color 8
Locate 16, 53: Print "3 to Concede this round": Color 15
If Len(wrd$) < 2 Then Color 8
Locate 17, 27: Print "Down-arrow to flip the word": Color 15
Locate 18, 32: Print "Esc to close game"
Locate 19, 57: Print ""
Color 15: Locate 12, 40: Print "?"

_KeyClear
GetChoice:
PSet (csrh, 152): Draw "c14u10"
wipe "10"
Locate 10, wrdpos: Print wrd$
choice = 0
_Limit 30
choice = _KeyHit
Select Case choice
    Case Is < 1 '                                                                                                invalid choice
        GoTo GetChoice

    Case Is = 27 '                                                                                               exit game
        System

    Case 65 To 90, 97 To 122 '                                                                                   letter
        If picked = 0 Then '                                                                                     as long as letter not already picked...
            picked = 1
            letr$ = UCase$(Chr$(choice))
            Locate 12, 40: Print letr$
            Locate 15, 6: Print "Use Left/Right arrows to change its position, then up-arrow to place it"
            GoTo GetChoice
        End If

    Case Is = 19200 '                                                                                            left
        If picked = 0 Then GoTo GetChoice '                                                                      if no letter picked yet, ignore
        If cut > 0 Then '                                                                                        if csr not beyond left limit...
            wipe "11" '                                                                                          remove csr...
            csrh = csrh - 8: cut = cut - 1 '                                                                     reposition cut position and csr
        End If
        GoTo GetChoice

    Case Is = 19712 '                                                                                            right
        If picked = 0 Then GoTo GetChoice '                                                                      if no letter picked yet, ignore
        If cut < Len(wrd$) Then '                                                                                if csr not beyond right limit...
            wipe "11" '                                                                                          remove csr...
            csrh = csrh + 8: cut = cut + 1 '                                                                     reposition cut position and csr
        End If
        GoTo GetChoice

    Case Is = 18432 '                                                                                             up (place letter)
        flipped = 0
        If picked = 1 Then
            wrd$ = Left$(wrd$, cut) + letr$ + Right$(wrd$, Len(wrd$) - cut)
            cut = Int((Len(wrd$) + 1) / 2)
            wrdpos = 41 - cut
            Locate 10, wrdpos: Print wrd$
            picked = 0: flipped = 0
            wipe "111617 "
            csrh = 320
            Locate 12, 40: Print "?"
            letr$ = ""
            If plr = 1 Then plr = 2 Else plr = 1
            wipe "14151719"
            Color 15: Locate 12, 40: Print "?"
        End If
        GoTo ShowChoices

    Case Is = 49 '                                                                                                     claim word
        If Len(wrd$) >= minsize And flipped = 0 Then
            wordval = 0
            For a = 1 To Len(wrd$): wordval = wordval + a: Next
            Locate 5, 35: Print "Points Value is"; wordval
            DictionaryCheck:
            If _DirExists("WordLists") Then
                found = 0
                srch$ = "WordLists/" + Left$(wrd$, 1) '                                                               set up file to be searched for try$
                Open srch$ For Input As #1
                While Not EOF(1)
                    Input #1, dictword$
                    If UCase$(dictword$) = wrd$ Then
                        found = 1
                        Exit While
                    End If
                Wend
                Close #1
            Else
                Locate 6, 10: Print "Is this word accepted (y/n)"
                _KeyClear: k = 0
                While k < 1
                    k = _KeyHit
                Wend
                If k = 110 Then found = 0
            End If
            If found = 0 Then
                wipe "0607"
                Locate 7, 35: Color 12: Print wrd$; " not found!"
                If plr = 1 Then plr = 2 Else plr = 1
                score(plr) = score(plr) + wordval
            Else score(plr) = score(plr) + wordval
            End If
            Locate 9, 30: Print name$(plr); " scores"; wordval; " points"
            Sleep 2
            wipe "050709"
            Color 14
            GoTo NewWord
        Else
            GoTo GetChoice
        End If


    Case Is = 50 '                                                                                                        challenge word
        If Len(wrd$) >= minsize And flipped = 0 Then
            found = 0
            wordval = 0: tryval = 0
            For a = 1 To Len(wrd$): wordval = wordval + a: Next
            Locate 6, 30: Print name$(plr); " challenges this group!"
            If plr = 1 Then plr = 2 Else plr = 1
            Print Tab(15); name$(plr); " Please type a word that contains the group";
            _KeyClear
            Print Tab(35);: Color 15: Input try$
            try$ = UCase$(try$)
            If try$ < "A" Or try$ > "Z" Then GoTo BadTry
            For a = 1 To Len(try$): tryval = tryval + a: Next
            If tryval > wordval Then wordval = tryval
            DictSearch:
            If _DirExists("WordLists") Then
                found = 0
                srch$ = "WordLists/" + Left$(try$, 1) '                                                                     set up file to be searched for try$
                Open srch$ For Input As #1
                While Not EOF(1)
                    Input #1, dictword$
                    If UCase$(dictword$) = try$ Then
                        found = 1
                        Exit While
                    End If
                Wend
                Close #1
            Else
                Locate 6, 10: Print "Is this word accepted (y/n)"
                _KeyClear: k = 0
                While k < 1
                    k = _KeyHit
                Wend
                If k = 110 Then found = 0
            End If
            BadTry:
            If found = 0 Then
                wipe "07"
                Locate 7, 35: Color 12: Print try$; " Not found!"
                If plr = 1 Then plr = 2 Else plr = 1
                score(plr) = score(plr) + wordval
            Else score(plr) = score(plr) + wordval
            End If
            Locate 9, 30: Print name$(plr); " scores"; wordval; " points"
            Sleep 2
            wipe "060709"
            Color 14
            GoTo NewWord
        Else
            GoTo GetChoice
        End If



    Case Is = 51 '                                                                                                                  concede word
        If Len(wrd$) >= minsize And flipped = 0 Then
            wipe "0607080914151719"
            wordval = 0
            For a = 1 To Len(wrd$): wordval = wordval + a: Next
            Locate 6, 30: Print name$(plr); " concedes this round!"
            If plr = 1 Then plr = 2 Else plr = 1
            score(plr) = score(plr) + wordval
            Locate 9, 30: Print name$(plr); " scores"; wordval; " points"
            Sleep 2
            wipe "0506070809"
            Color 14
            GoTo NewWord
        Else
            GoTo GetChoice
        End If

        GoTo NewWord
    Case Is = 20480 '                                                                                                                 flip word
        If picked = 0 Then
            If flipped = 1 Then GoTo GetChoice
            Locate 17, 27: Color 8: Print "Down-arrow to flip the word": Color 15
            reverse$ = ""
            For a = Len(wrd$) To 1 Step -1
                reverse$ = reverse$ + Mid$(wrd$, a, 1)
            Next
            wrd$ = reverse$
            flipped = 1
            cut = Int((Len(wrd$) + 1) / 2): wrdpos = 41 - cut
            GoTo GetChoice
        End If
    Case Else
        GoTo GetChoice
End Select

Sub instructions
    Cls: Color 14
    Print Tab(32); "Worm Instructions"
    Color 15
    Print " A random letter is presented, and the players take turns to add one letter to"
    Print " it, building towards a word, but avoiding completing it. The letter may be"
    Print " placed at either end, or anywhere inside the group, thus exending the "; Chr$(34); "Worm"; Chr$(34); "."
    Print
    Print " If a player recognizes a completed word they may claim it, and gain points."
    Print " If successful, they gain points based on its length but if not, their opponent"
    Print " gains the points."
    Print " The group may also be Flipped (reversed) before adding the letter (the result"
    Print " of the Flip can not be claimed as a word)."
    Print
    Print " If they suspect that the group is not part of a real word, they may challenge,"
    Print " and their opponent must then type a complete word containing the group. If"
    Print " they can"; Chr$(39); "t provide a real word, the challenger gains points based on either"
    Print " the size of the group or the length of their attempt, whichever is greater."
    Print
    Print " If a player thinks that any word formed by continuing to expand the group will"
    Print " cost points, they may concede, and their opponent gains points based on the"
    Print " size of the group thus far. This can help to avoid losing even more points."
    Print
    Print " The game ends when one player reaches the pre-set winning score."

    Color 14: Print Tab(28); "Press a key to continue."
    Sleep
    Cls
    Print
End Sub

Sub wipe (ln$)
    For a = 1 To Len(ln$) - 1 Step 2
        Locate Val(Mid$(ln$, a, 2)): Print Space$(80)
    Next
End Sub

Sub Keypress
End Sub

Sub DictSearch
    wrd$ = try$
    srch$ = "WordLists/" + Left$(wrd$, 1)
    wipe "14151719"
    Open srch$ For Input As #1
    While Not EOF(1)
        Input #1, dictword$
        If UCase$(dictword$) = wrd$ Then
            wipe "07"
            Locate 7, 35: Color 14: Print wrd$; " found!"
            found = 1
            Exit While
        End If
    Wend
    Close #1
End Sub


Attached Files
.zip   worm.zip (Size: 576.82 KB / Downloads: 45)
Of all the places on Earth, and all the planets in the Universe, I'd rather live here (Perth, W.A.) Big Grin
Please visit my Website at: http://oldendayskids.blogspot.com/
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Messages In This Thread
Not ANOTHER word-game! - by PhilOfPerth - 01-23-2023, 12:10 AM
RE: Not ANOTHER word-game! - by mnrvovrfc - 01-23-2023, 05:34 PM
RE: Not ANOTHER word-game! - by PhilOfPerth - 01-23-2023, 11:45 PM
RE: Not ANOTHER word-game! - by PhilOfPerth - 01-27-2023, 01:19 AM
RE: Not ANOTHER word-game! - by mnrvovrfc - 01-27-2023, 10:43 AM
RE: Not ANOTHER word-game! - by bplus - 01-27-2023, 04:52 PM
RE: Not ANOTHER word-game! - by PhilOfPerth - 01-27-2023, 11:33 PM
RE: Not ANOTHER word-game! - by PhilOfPerth - 01-29-2023, 04:57 AM
RE: Not ANOTHER word-game! - by bplus - 01-29-2023, 03:53 PM
RE: Not ANOTHER word-game! - by bplus - 01-29-2023, 04:08 PM
RE: Not ANOTHER word-game! - by PhilOfPerth - 01-30-2023, 12:33 AM
RE: Not ANOTHER word-game! - by bplus - 01-30-2023, 04:25 PM
RE: Not ANOTHER word-game! - by PhilOfPerth - 01-30-2023, 11:27 PM



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