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HRD_Game
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A Klotski game with both computing and analysis.
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HRD_Game/Form_Detail.frm

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VERSION 5.00
Begin VB.Form Form_Detail
AutoRedraw = -1 'True
BorderStyle = 1 'Fixed Single
Caption = "详细信息"
ClientHeight = 4605
ClientLeft = 45
ClientTop = 390
ClientWidth = 7965
LinkTopic = "Form1"
MaxButton = 0 'False
MinButton = 0 'False
ScaleHeight = 4605
ScaleWidth = 7965
StartUpPosition = 2 '屏幕中心
Begin VB.CommandButton Command_Analyse
Caption = "全局溯源分析"
Height = 300
Left = 2520
TabIndex = 3
Top = 120
Width = 1695
End
Begin VB.Timer Timer_Debug
Interval = 100
Left = 0
Top = 0
End
Begin VB.TextBox Text_Debug
Height = 4380
Left = 7960
MultiLine = -1 'True
TabIndex = 4
Top = 120
Width = 2415
End
Begin VB.Timer Timer_Get_Data
Interval = 50
Left = 0
Top = 0
End
Begin VB.ListBox List_Data
Height = 4020
ItemData = "Form_Detail.frx":0000
Left = 2520
List = "Form_Detail.frx":0002
TabIndex = 2
Top = 480
Width = 1695
End
Begin VB.ComboBox Combo_Detail
Height = 300
Left = 120
Style = 2 'Dropdown List
TabIndex = 0
Top = 120
Width = 2295
End
Begin VB.ListBox List_Detail
Height = 4020
ItemData = "Form_Detail.frx":0004
Left = 120
List = "Form_Detail.frx":0006
TabIndex = 1
Top = 480
Width = 2295
End
End
Attribute VB_Name = "Form_Detail"
Attribute VB_GlobalNameSpace = False
Attribute VB_Creatable = False
Attribute VB_PredeclaredId = True
Attribute VB_Exposed = False
Option Explicit
Dim wait_data As Boolean, loading As Boolean
Dim Block(0 To 9) As Block_struct
Dim start_x As Integer, start_y As Integer, square_width As Integer, gap As Integer
Dim group_size As Long, min_steps As Integer, farthest_steps As Integer
Dim min_solutions() As String, farthest_cases() As String, solutions() As String, list_dat() As String
Private Sub Form_Load()
start_x = 4350
start_y = 135
square_width = 777
gap = 75
loading = False
If debug_mode = True Then
Form_Detail.width = 10575
Text_Debug.Visible = True
Else
Form_Detail.width = 8055
Text_Debug.Visible = False
End If
If on_top = True Then
SetWindowPos Me.hwnd, -1, 0, 0, 0, 0, 1 Or 2
Else
SetWindowPos Me.hwnd, -2, 0, 0, 0, 0, 1 Or 2
End If
ReDim min_solutions(0)
ReDim farthest_cases(0)
ReDim solutions(0)
ReDim list_dat(0)
ReDim layer(0 To 0)
Combo_Detail.AddItem "最少步解"
Combo_Detail.AddItem "所有的解"
Combo_Detail.AddItem "最远的布局"
Combo_Detail.AddItem "各步数的布局"
wait_file_name = start_code & ".txt"
If Dir(start_code & ".txt") <> "" Then Kill start_code & ".txt"
Shell "Engine.exe -a " & start_code, vbHide
wait_cancel = False
waiting = True
wait_data = True
Form_Wait.Show 1
Print_Block start_x, start_y, square_width * 4 + gap * 5, square_width * 5 + gap * 6, case_line_width, case_color, case_line_color
End Sub
Private Sub Combo_Detail_Click()
Dim i As Long
List_Detail.Clear
If Combo_Detail.ListIndex = 0 Then
If min_steps = -1 Then
List_Detail.AddItem "无解"
Else
List_Detail.AddItem Combo_Detail.Text & "(" & min_steps & "步,共" & UBound(min_solutions) & "个)"
End If
ElseIf Combo_Detail.ListIndex = 1 Then
List_Detail.AddItem Combo_Detail.Text & "(共" & UBound(solutions) & "个)"
ElseIf Combo_Detail.ListIndex = 2 Then
List_Detail.AddItem Combo_Detail.Text & "(" & farthest_steps & "步,共" & UBound(farthest_cases) & "个)"
ElseIf Combo_Detail.ListIndex = 3 Then
For i = 0 To UBound(layer)
List_Detail.AddItem "第" & i & "步(共" & layer(i).size & "个)"
Next i
End If
List_Detail.ListIndex = 0
End Sub
Private Sub List_Detail_Click()
Dim i As Long, n As Integer
loading = True
List_Data.Clear
If Combo_Detail.ListIndex = 0 Then
For i = 1 To UBound(min_solutions)
If Not min_steps = -1 Then List_Data.AddItem min_solutions(i) & "(" & min_steps & "步)"
Next i
ElseIf Combo_Detail.ListIndex = 1 Then
For i = 1 To UBound(solutions)
n = n + 1
If n = 200 Then n = 0: DoEvents
List_Data.AddItem Left(solutions(i), 7) & Mid(solutions(i), 9, Len(solutions(i)) - 9) & "步)"
Next i
ElseIf Combo_Detail.ListIndex = 2 Then
For i = 1 To UBound(farthest_cases)
List_Data.AddItem farthest_cases(i) & "(" & farthest_steps & "步)"
Next i
ElseIf Combo_Detail.ListIndex = 3 Then
For i = 0 To UBound(layer(List_Detail.ListIndex).layer_dat)
List_Data.AddItem layer(List_Detail.ListIndex).layer_dat(i) & "(" & List_Detail.ListIndex & "步)"
Next i
End If
If Not min_steps = -1 Then
List_Data.ListIndex = 0
Else
If Combo_Detail.ListIndex = 2 Or Combo_Detail.ListIndex = 3 Then List_Data.ListIndex = 0
End If
loading = False
End Sub
Private Sub List_Data_Click()
Call Analyse_Code(Left(List_Data.List(List_Data.ListIndex), 7))
Call Output_Graph
End Sub
Private Sub Timer_Get_Data_Timer()
Dim dat As String
Combo_Detail.Enabled = Not loading
If wait_data = True And waiting = False Then
wait_data = False
If wait_cancel = True Then
Unload Form_Detail
Else
MsgBox Form_Game.Label_Title, , "> _ <"
Call Get_Data(start_code & ".txt")
dat = "共衍生出" & group_size & "种布局" & vbCrLf & "最远为" & farthest_steps & "步" & vbCrLf
If min_steps = -1 Then dat = dat & "无解" Else dat = dat & "最少需要" & min_steps & "步"
MsgBox dat, , "> _ <"
Combo_Detail.ListIndex = 0
End If
End If
End Sub
Private Sub Command_Analyse_Click()
MsgBox "还没做好呢QAQ", , "> _ <"
End Sub
Private Sub Get_Data(file_name As String)
Dim temp As String
ReDim min_solutions(0)
ReDim farthest_cases(0)
ReDim solutions(0)
ReDim list_dat(0)
Open file_name For Input As #1
Line Input #1, temp: Line Input #1, temp
group_size = temp
Line Input #1, temp: Line Input #1, temp
min_steps = temp
Line Input #1, temp: Line Input #1, temp
farthest_steps = temp
Line Input #1, temp: Line Input #1, temp
While (temp <> "[Farthest_cases]")
ReDim Preserve min_solutions(UBound(min_solutions) + 1)
min_solutions(UBound(min_solutions)) = temp
Line Input #1, temp
Wend
Line Input #1, temp
While (temp <> "[Solutions]")
ReDim Preserve farthest_cases(UBound(farthest_cases) + 1)
farthest_cases(UBound(farthest_cases)) = temp
Line Input #1, temp
Wend
Line Input #1, temp
While (temp <> "[List]")
ReDim Preserve solutions(UBound(solutions) + 1)
solutions(UBound(solutions)) = temp
Line Input #1, temp
Wend
Line Input #1, temp
While (temp <> "[Layer]")
ReDim Preserve list_dat(UBound(list_dat) + 1)
list_dat(UBound(list_dat)) = temp
Line Input #1, temp
Wend
Close #1
Call split_layer
End Sub
Private Sub split_layer()
Dim i As Long, code As String, num As Integer, index As Integer
For i = 1 To UBound(list_dat)
code = Mid(list_dat(i), InStr(1, list_dat(i), ">") + 2, 7)
num = Mid(list_dat(i), InStr(1, list_dat(i), "(") + 1, InStr(1, list_dat(i), ",") - InStr(1, list_dat(i), "(") - 1)
index = Mid(list_dat(i), InStr(1, list_dat(i), ",") + 1, Len(list_dat(i)) - InStr(1, list_dat(i), ",") - 1)
ReDim Preserve layer(0 To num)
ReDim Preserve layer(num).layer_dat(0 To index)
layer(num).layer_dat(index) = code
layer(num).size = index + 1
Next i
End Sub
Private Sub Output_Graph()
Dim m, X, Y As Integer
Dim width As Integer, height As Integer
Print_Block start_x, start_y, square_width * 4 + gap * 5, square_width * 5 + gap * 6, case_line_width, case_color, case_line_color
For m = 0 To 9
If Block(m).address <> 25 Then
X = (Block(m).address Mod 4) * (square_width + gap) + gap + start_x
Y = Int(Block(m).address / 4) * (square_width + gap) + gap + start_y
If Block(m).style = 0 Or Block(m).style = 1 Then
width = square_width * 2 + gap
Else
width = square_width
End If
If Block(m).style = 0 Or Block(m).style = 2 Then
height = square_width * 2 + gap
Else
height = square_width
End If
Print_Block X, Y, width, height, block_line_width, block_color, block_line_color
End If
Next m
End Sub
Private Sub Print_Block(print_start_x, print_start_y, print_width, print_height, print_line_width, print_color, print_line_color)
If print_width < 0 Or print_height < 0 Then Exit Sub
FillStyle = 0
DrawWidth = print_line_width
FillColor = print_color
Line (print_start_x, print_start_y)-(print_start_x + print_width, print_start_y + print_height), print_color, B
Line (print_start_x, print_start_y)-(print_start_x + print_width, print_start_y + print_height), print_line_color, B
End Sub
Private Sub Analyse_Code(code As String)
On Error Resume Next
Dim temp(1 To 12) As Integer
Dim i, addr, style As Integer
Dim type_1, type_2, type_3 As Integer
Dim Table(0 To 19) As Integer
Dim num As Integer, b1 As Integer, b2 As Integer
Dim dat As String
For i = 1 To 6
dat = Mid(code, i + 1, 1)
If Asc(dat) >= 48 And Asc(dat) <= 57 Then num = Int(dat)
If Asc(dat) >= 65 And Asc(dat) <= 70 Then num = Asc(dat) - 55
b1 = num Mod 4
b2 = (num - b1) / 4 Mod 4
temp(i * 2 - 1) = b2
temp(i * 2) = b1
Next i
type_1 = 0: type_2 = 0: type_3 = 5
For i = 0 To 19
Table(i) = 69
Next i
For i = 0 To 9
Block(i).address = 69
Block(i).style = 69
Next i
dat = Left(code, 1)
If Asc(dat) >= 48 And Asc(dat) <= 57 Then num = Int(dat)
If Asc(dat) >= 65 And Asc(dat) <= 70 Then num = Asc(dat) - 55
Block(0).address = num
Block(0).style = 0
If Block(0).address > 14 Then GoTo err
Table(Block(0).address) = 0
Table(Block(0).address + 1) = 0
Table(Block(0).address + 4) = 0
Table(Block(0).address + 5) = 0
addr = 0
For i = 1 To 11
Do While Table(addr) <> 69
If addr < 19 Then
addr = addr + 1
Else
Exit Do
End If
Loop
style = temp(i)
If style = 0 Then
Table(addr) = 10
ElseIf style = 1 Then
If type_2 < 5 Then type_2 = type_2 + 1
If addr > 18 Then GoTo err
Block(type_2).style = 1
Block(type_2).address = addr
Table(addr) = type_2
Table(addr + 1) = type_2
ElseIf style = 2 Then
If type_2 < 5 Then type_2 = type_2 + 1
If addr > 15 Then GoTo err
Block(type_2).style = 2
Block(type_2).address = addr
Table(addr) = type_2
Table(addr + 4) = type_2
ElseIf style = 3 Then
If type_3 < 9 Then type_3 = type_3 + 1
Block(type_3).style = 3
Block(type_3).address = addr
Table(addr) = type_3
End If
Next i
err:
End Sub
Private Sub Timer_Debug_Timer()
Dim debug_dat As String
debug_dat = debug_dat & "group_size=" & group_size & vbCrLf
debug_dat = debug_dat & "min_steps=" & min_steps & vbCrLf
debug_dat = debug_dat & "farthest_steps=" & farthest_steps & vbCrLf
debug_dat = debug_dat & vbCrLf
debug_dat = debug_dat & "min_solutions->" & UBound(min_solutions) & vbCrLf
debug_dat = debug_dat & "farthest_cases->" & UBound(farthest_cases) & vbCrLf
debug_dat = debug_dat & "solutions->" & UBound(solutions) & vbCrLf
debug_dat = debug_dat & "list_dat->" & UBound(list_dat) & vbCrLf
debug_dat = debug_dat & "layer->" & UBound(layer) & vbCrLf
Text_Debug = debug_dat
End Sub