How to move them slightly out?
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- #include "FiveWin.ch"
#include "constant.ch"
#define COLOR_BTNFACE 15
#define PS_SOLID 0
Function Test()
local oCicloMetric
local oDlg,oFont,oBold
local oBtnPos,oBtnClose
local nBottom := 33
local nRight := 80
* local nWidth := Max( nRight * DLG_CHARPIX_W, 180 )
* local nHeight := nBottom * DLG_CHARPIX_H
local nWidth := 800 // Max( nRight * DLG_CHARPIX_W, 180 )
local nHeight := 600 // nBottom * DLG_CHARPIX_H
DEFINE FONT oFont NAME "TAHOMA" SIZE 0,-10
DEFINE FONT oBold NAME "TAHOMA" SIZE 0,-12 BOLD
DEFINE DIALOG oDlg SIZE nWidth, nHeight ;
PIXEL TRUEPIXEL FONT oFont ; //RESIZABLE
TiTle "Manage Ciclometric"
*oCicloMetric:= TCyclometric():New(10,10,430,430, oDlg,410)
oCicloMetric:= TCyclometric():New(20,20,450,450, oDlg,410)
@ 100,10 BUTTON oBtnClose PROMPT "Close" of oDlg SIZE 80,22 ACTION oDlg:End()
@ 100,10 BUTTON oBtnPos PROMPT "Test position" of oDlg SIZE 80,22 ;
ACTION oCicloMetric:Distance_Multiple(11,40,45,54,68)
/* (oCicloMetric:Distance(11,40),;
oCicloMetric:Distance(40,45),;
oCicloMetric:Distance(45,54),;
oCicloMetric:Distance(54,68),;
oCicloMetric:Distance(68,11)) */
oDlg:bResized := <||
local oRect := oDlg:GetCliRect()
oBtnClose:nLeft := oRect:nRight - 100
oBtnClose:nTop := oRect:nBottom - 45
oBtnPos:nLeft := oRect:nLeft +10
oBtnPos:nTop := oRect:nBottom - 45
RETURN NIL
>
ACTIVATE DIALOG oDlg CENTERED ;
ON INIT ( Eval(oDlg:bResized))
RELEASE FONT oFont, oBold
Return nil
//-----------------------------------------------------------//
/*
Copyright (c) 2022 <Falconi Silvio>
Permission is hereby granted, free of charge, to any person
obtaining a copy of this software and associated documentation
files (the "Software"), to deal in the Software without
restriction, including without limitation the rights to use,
copy, modify, merge, publish, distribute, sublicense, and/or sell
copies of the Software, and to permit persons to whom the
Software is furnished to do so, subject to the following
conditions:
The above copyright notice and this permission notice shall be
included in all copies or substantial portions of the Software.
THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND,
EXPRESS OR IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES
OF MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE AND
NONINFRINGEMENT. IN NO EVENT SHALL THE AUTHORS OR COPYRIGHT
HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY,
WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING
FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR
OTHER DEALINGS IN THE SOFTWARE.
*/
CLASS TCyclometric FROM TControl
CLASSDATA lRegistered AS LOGICAL
DATA nDiametro
DATA oFont,oBold
DATA apos AS ARRAY
METHOD New( nTop, nLeft, nWidth, nHeight, oWnd,nDiametro) CONSTRUCTOR
METHOD Init( hDlg )
METHOD End() INLINE if( ::hWnd == 0, ::Destroy(), Super:End() )
METHOD Destroy()
METHOD Display()
METHOD Paint()
METHOD Line( nTop, nLeft, nBottom, nRight, oPen )
METHOD Say( nRow, nCol, cText, nClrFore, nClrBack, oFont, lPixel,;
lTransparent, nAlign )
METHOD Distance(num1,num2)
METHOD Distance_Multiple(num1,num2,num3,num4,num5)
ENDCLASS
METHOD New( nTop, nLeft, nWidth, nHeight, oWnd, nDiametro, lDesign) CLASS TCyclometric
DEFAULT nDiametro := 200 ,;
nHeight := 200 ,;
nLeft := 10 ,;
nTop := 10 ,;
nWidth := 200 ,;
lDesign := .f.,;
oWnd := GetWndDefault()
::nId := ::GetNewId()
::nTop := nTop
::nLeft := nLeft
::nBottom := nTop + nHeight - 1
::nRight := nLeft + nWidth - 1
::oWnd := oWnd
::lDrag = lDesign
::oBrush := TBrush():New(,GetSysColor(COLOR_BTNFACE) )
::apos := {}
::nDiametro = nDiametro
::oFont = TFont():New( "Verdana", 0, -10 )
::oBold = TFont():New( "Verdana", 0, -10, , .t. )
::nStyle := nOr( WS_CHILD, WS_VISIBLE, WS_TABSTOP, WS_CLIPSIBLINGS )
::Register( nOr( CS_VREDRAW, CS_HREDRAW ) )
if ! Empty( oWnd:hWnd )
::Create()
::Default()
::lVisible = .t.
oWnd:AddControl( Self )
else
oWnd:DefControl( Self )
::lVisible = .f.
endif
if lDesign
::CheckDots()
endif
Return self
//--------------------------------------------------------------------------------------------------------//
METHOD Init( hDlg ) CLASS TCyclometric
Super:Init( hDlg )
return nil
//--------------------------------------------------------------------------------------------------------//
METHOD Destroy() CLASS TCyclometric
if ::hWnd != 0
::Super:Destroy()
endif
return nil
//--------------------------------------------------------//
METHOD Display() CLASS TCyclometric
::BeginPaint()
::Paint()
::EndPaint()
return 0
//--------------------------------------------------------//
#define TA_CENTER 6
METHOD Paint() CLASS TCyclometric
local nI
local nRaggio := (::nDiametro/2)
local xCent := ::nLeft+nRaggio
local yCent := ::nTop+nRaggio
local aTcPen := array(4)
local nTotalNumbers := 90
local step_fi := PI() / 4.5 / 10 // add by Jimmy
local hDc:=::getDc(), nDeltaR
aTcPen[1] := CREATEPEN( PS_SOLID, 1, nRGB( 128,0,0 ) )
aTcPen[2] := CREATEPEN( PS_SOLID, 2, CLR_BLUE )
//draw the circle
Ellipse(hDC,::nLeft,::nTop,::nLeft+::nDiametro,::nTop+ ::nDiametro,aTcPen[1])
//draw the numbers
nYOffset = ::oFont:nHeight / 2
nXOffset = ::oFont:nWidth / 2
nDeltaR := ::oFont:nHeight
FOR nI = 1 TO nTotalNumbers
nAngolo := 2* Pgreco() / nTotalNumbers * ( nI - 1 )
nY := INT( nRaggio * SIN(( ni-22.5) * step_fi ) + yCent)
nX := INT( nRaggio * COS(( ni-22.5) * step_fi ) + xCent)
// small circles
Ellipse(hDC, nX,nY ,nX-3,nY+3,aTcPen[2])
aadd( ::apos , {nI,nY,nX} )
//if nI==90
//Ellipse(hDC, nX,nY ,nX-3,nY+3,aTcPen[2])
::Say( nY - nYOffset, nX - 0, hb_ntoc( nI,0 ), , , ::oFont, .t.,.t., TA_CENTER )
//endif
//Say( nRow, nCol, cText, nClrFore, nClrBack, oFont, lPixel, lTransparent, nAlign )
NEXT
::ReleaseDC()
return nil
//--------------------------------------------------------------//
STAT FUNC Pgreco(); RETURN (3.1415926536)
//--------------------------------------------------------------//
METHOD Line( nTop, nLeft, nBottom, nRight, nColor ) CLASS TCyclometric
* local hPen := if( oPen = nil, 0, oPen:hPen )
local oPen := CREATEPEN( PS_SOLID, 1, nColor )
local hOldPen
::GetDC()
hOldPen := SelectObject( ::hDC, oPen )
MoveTo( ::hDC, nLeft, nTop )
LineTo( ::hDC, nRight, nBottom, oPen )
SelectObject( ::hDC, hOldPen )
::ReleaseDC()
return nil
//--------------------------------------------------------------//
METHOD Say( nRow, nCol, cText, nClrFore, nClrBack, oFont, lPixel,;
lTransparent, nAlign ) CLASS TCyclometric
DEFAULT nClrFore := ::nClrText,;
nClrBack := ::nClrPane,;
oFont := ::oFont,;
lPixel := .f.,;
lTransparent := .f.
if ValType( nClrFore ) == "C" // xBase Color string
nClrBack = nClrFore
nClrFore = nGetForeRGB( nClrFore )
nClrBack = nGetBackRGB( nClrBack )
endif
::GetDC()
DEFAULT nAlign := GetTextAlign( ::hDC )
WSay( ::hWnd, ::hDC, nRow, nCol, cValToChar( cText ), nClrFore, nClrBack,;
If( oFont != nil, oFont:hFont, 0 ), lPixel, lTransparent, nAlign )
::ReleaseDC()
return nil
//--------------------------------------------------------------//
METHOD Distance(num1,num2) CLASS TCyclometric
local aNumpos := ::apos
local nAt1,nAt2
local oPen,hOldPen
local aRect:= {}
local nDistanza,nYOffset,nXOffset, nY,nX
// xbrowser aNumpos
nAt1:= AScan( aNumpos, { | a | a[1] = num1 } )
nAt2:= AScan( aNumpos, { | a | a[1] = num2 } )
aRect:= {aNumpos[nAt1][2],aNumpos[nAt1][3],aNumpos[nAt2][2],aNumpos[nAt2][3]}
::line( aRect[1],aRect[2],aRect[3],aRect[4], CLR_RED)
// draw the distance number
IF num2>num1
nDistanza:= num2-num1
else
nDistanza:= num1-num2
Endif
If nDistanza > 45
nDistanza:= 90-nDistanza
Endif
nYOffset = ::oFont:nHeight / 2
nXOffset = ::oFont:nWidth / 2
nY := aRect[2]
nX := aRect[4]
::Say( nY - nYOffset, nX - nXOffset, LTRIM( STRzero( nDistanza,2 ) ), , , ::oFont, .t.,;
.t., nil )
return nil
//--------------------------------------------------------------//
METHOD Distance_Multiple(num1,num2,num3,num4,num5) CLASS TCyclometric
local aNumpos := ::apos
local nAt1,nAt2,nAt3,nAt4,nAt5
local oPen,hOldPen
local aRect:= {}
local nDistanza,nYOffset,nXOffset, nY,nX
local aPoints := array(5)
// xbrowser aNumpos
nAt1:= AScan( aNumpos, { | a | a[1] = num1 } )
nAt2:= AScan( aNumpos, { | a | a[1] = num2 } )
nAt3:= AScan( aNumpos, { | a | a[1] = num3 } )
nAt4:= AScan( aNumpos, { | a | a[1] = num4 } )
nAt5:= AScan( aNumpos, { | a | a[1] = num5 } )
aPoints [5] := {aNumpos[nAt5][2], aNumpos[nAt5][3]}
aPoints [4] := {aNumpos[nAt4][2], aNumpos[nAt4][3]}
aPoints [3] := {aNumpos[nAt3][2], aNumpos[nAt3][3]}
aPoints [2] := {aNumpos[nAt2][2], aNumpos[nAt2][3]}
aPoints [1] := {aNumpos[nAt1][2], aNumpos[nAt1][3]}
//PolyPolygon( ::oWnd:GetDC(),aPoints)
/*
aPoints [5] := {aNumpos[nAt5][3], aNumpos[nAt5][2]}
aPoints [4] := {aNumpos[nAt4][3], aNumpos[nAt4][2]}
aPoints [3] := {aNumpos[nAt3][3], aNumpos[nAt3][2]}
aPoints [2] := {aNumpos[nAt2][3], aNumpos[nAt2][2]}
aPoints [1] := {aNumpos[nAt1][3], aNumpos[nAt1][2]}
PolyPolygon( ::oWnd:GetDC(),aPoints)*/
::line( aPoints [1][1],aPoints [1][2],aPoints [2][1],aPoints [2][2], CLR_RED)
::line( aPoints [2][1],aPoints [2][2],aPoints [3][1],aPoints [3][2], CLR_RED)
::line( aPoints [3][1],aPoints [3][2],aPoints [4][1],aPoints [4][2], CLR_RED)
::line( aPoints [4][1],aPoints [4][2],aPoints [5][1],aPoints [5][2], CLR_RED)
::line( aPoints [5][1],aPoints [5][2],aPoints [1][1],aPoints [1][2], CLR_RED)
::ReleaseDC()
return ni
