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Copy pathShinsImageScanClass.ahk
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ShinsImageScanClass.ahk
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;Image/pixel scanning class by Spawnova (5/15/22)
;https://github.com/Spawnova/ShinsImageScanClass
;
;General purpose class to scan image data for images and pixels, for ahk_L/ahk_v1 (not compatible with ahk V2)
;
;Image transparency is not handled in this class, if an image contains pixels that are not fully opaque they are simply ignored;
;which can be used to match images with portions that should be ignored by having those pixels be less than 0xFF000000
;
;I designed this class to be relatively user friendly but still maintain good performance
;I can't promise it will work for every setup, I can only confirm that it works for me on windows 10 (32 and 64 bit)
;
;All returned coordinate positions are dependant on the mode used, desktop uses screen space, client uses client space, otherwise window space
;
;Using desktop mode with windows aero enabled is much slower, try and use window/client mode where possible
class ShinsImageScanClass {
;title : ahk window title or other type of identifier, leave blank or set to 0 to scan the entire desktop
;UseClientArea : If a window is specified it will use the client area (generally does not include title bar and menus)
; Otherwise it will include the entirety of the window, which also includes extra space on the sides
; and bottom used for mouse dragging
__New(title:=0, UseClientArea:=1) {
this.AutoUpdate := 1 ;when disabled, requires you to call Update() manually to refresh pixel data, useful when you need to scan multiple things on 1 frame
this.UseControlClick := 0 ;when enabled attempts to use ControlClick to send clicks which works for background programs
;not all programs will respond to this however, so it may be necessary to use normal clicks which have to be foreground
;#############################
; Setup internal stuff
;#############################
if (!DllCall("GetModuleHandle", "str", "gdiplus", "Ptr"))
DllCall("LoadLibrary", "str", "gdiplus")
VarSetCapacity(gsi, 24, 0)
NumPut(1,gsi,0,"uint")
DllCall("gdiplus\GdiplusStartup", "Ptr*", token, "Ptr", &gsi, "Ptr", 0)
this.gdiplusToken := token
this.bits := (a_ptrsize == 8) ;0=32,1=64
this.desktop := (title = 0 or title = "")
this.UseClientArea := UseClientArea
this.imageCache := []
if (this.desktop)
coordmode,mouse,screen
else if (UseClientArea)
coordmode,mouse,client
else
coordmode,mouse,window
this.tBufferPtr := tBufferPtr := this.SetVarCapacity("ttBuffer",4096,0)
this.dataPtr := dataPtr := this.SetVarCapacity("_data",1024,0)
this._scanImage := this.mcode("VVdWU4PsHItEJDSLTCQwi3wkOIt0JDyLEItZCIlEJAyJfCQEi3wkQInViXQkCMHtEDnrD4bHAAAAi3EMD7fSOfIPg7kAAACLQQQp1g+2VCQEKeuJUBAPvlQkCMcAAAAAAMdABAAAAACJWAiJcAyJUBSF/3Q7g/8BdE6D/wJ0WYP/A3Q8g/8EdGeD/wV0aoP/BnRVg/8HdXWLRCQMiUwkMIlEJDSLQUDrCo20JgAAAACLQTCDxBxbXl9d/+CNdCYAi0E86+6NdgCLQTiDxBxbXl9d/+CNdCYAi0E0g8QcW15fXf/gjXQmAItBROvGjXYAi0FM676NdgCLQUjrto12ALj+////g8QcW15fXcO4/////+vxkJCQkJCQkJCQkJCQ|V1ZTiwJEi1kQi3QkQInHwe8QQTn7D4bVAAAAi1kUD7fAOdgPg8cAAABMi1EIQSn7KcNFD7bARQ++yUnHAgAAAABFiVoIQYlaDEWJQhBFiUoUhfZ0M4P+AXRGg/4CdFGD/gN0NIP+BHRng/4FdHKD/gZ0TYP+Bw+FfQAAAEiLQXjrCmYPH0QAAEiLQVhbXl9I/+BmDx9EAABIi0Fw6+5mkEiLQWhbXl9I/+BmDx9EAABIi0FgW15fSP/gZg8fRAAASIuBgAAAAOvDDx+AAAAAAEiLgZAAAADrsw8fgAAAAABIi4GIAAAA66MPH4AAAAAAuP7///9bXl/DuP/////r9Q==")
this._scanImageArray := this.mcode("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|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")
this._scanImageArrayRegion := this.mcode("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|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")
this._scanImageCount := this.mcode("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|QVdBVkFVQVRVV1ZTSIPsKESLaRBFiexJideLEkSJLCRIictBi3cERQ+2yInVwe0QiXQkDEE57Q+GmwQAAEQPt/KLURRBOdYPg4sEAACJ10Ep7UQp90SJbCQIiXwkFEWEwA+ESwEAAESLVCQMRYXSD4QrAgAARItEJBRFhcAPjkgEAADHRCQQAAAAAI11/0UPttHHRCQYAAAAAMdEJAwAAAAAi0wkCIXJD47VAAAAx0QkBAAAAABmLg8fhAAAAAAARYX2D4SXAAAAi3wkBEUx5AN8JBBFMe1mDx+EAAAAAACF7XRpSWPERTHATY0ch+sDSYnAQ4tMgwiB+f////52REiLE0KNBAdBiclBwfkQiwSCRQ+2yYnCwfoQD7bSRCnKQYnRQcH5H0QxykQpykQ50n8+D7bED7bNKciZMdAp0EE5wnwsSY1AAUw5xnWjQYPFAUEB7AM8JEU57g+FgP///4NEJAwBAWwkBA8fgAAAAACDRCQEAYtEJAQ5RCQID489////g0QkGAGLDCSLRCQYAUwkEDlEJBQPhQX///+LRCQMSIPEKFteX11BXEFdQV5BX8OF9g+ERwIAAIX/D44JAwAAx0QkDAAAAAAx/0WF7Q+OuQAAAEUx2+suZg8fRAAATIsTQYnQJf///wBHiwSCQYHg////AEQ5wHRWQYPDAUU53Q+OhgAAAEKNdB0ARYX2dGdFMdJCjXQdAGYPH0QAAIXtdEyJ6EaNDBdEiRQkQQ+vwkUPr8xImEONFAtJjUyHCEEB8Q8fQACLAT3////+d4+DwgFIg8EEQTnRdetEixQkQYPCAesNZg8fhAAAAAAAQYPCAUU51n+nQYnzg0QkDAFBg8MBRTndD496////g8cBOXwkFA+FMf///+n9/v//i1QkFIXSD47x/v//x0QkGAAAAADHRCQQAAAAAMdEJBwAAAAAi0QkCIXAD47QAAAAi0QkHMdEJAQAAAAASIlcJHAB6IlEJAxmDx+EAAAAAABFhfYPhOoAAACLdCQMRTHtA3QkBEUx5GYPH4QAAAAAAIXtD4S4AAAASItEJHCJ8inqTIsASWPESY1MhwjrJ2aQD7bED7bfKdhBicJBwfofRDHQRCnQRDnIfz6DwgFIg8EEOdZ0e4nQixlBiwSAQYnbQYnCQcH7EEHB+hBFD7bbRQ+20kUp2kWJ00HB+x9FMdpFKdpFOcp+qINEJAQBi0QkBDlEJAgPj1X///9Ii1wkcINEJBgBizQki0QkGAF0JBw5RCQUD4UK////i0QkEIlEJAzp1v3//2YPH4QAAAAAAEGDxQEDNCRBAexFOe4PhS3///8BbCQEg0QkEAGDRCQEAYtEJAQ5RCQID4/x/v//65qLdCQUhfYPjpD9//9FMe1FMeREiWwkBESLLCREi1wkCEWF2w+OgwAAADH26wtmkIPGATl0JAh+dI18NQBFhfZ0W0Ux2418NQCF7XRHiehHjQwcTIsTQQ+vw0UPr81ImEKNDA5NjUSHCEEB+Q8fQACJyEGLFIJBiwCB4v///wAl////ADnCdaiDwQFJg8AEQTnJddxBg8MBRTnef6yJ/oNEJAQBg8YBOXQkCH+MQYPEAUQ5ZCQUD4Vg////RItsJAREiWwkDOnS/P//x0QkDAAAAADpxfz//8dEJAz+////6bj8//+QkJCQkJCQkJCQkA==")
this._scanImageCountRegion := this.mcode("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|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")
this._scanImageRegion := this.mcode("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|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")
this._scanPixel := this.mcode("V1ZTi1QkEItMJBiLXCQci3IMi0IEi3oID7bJiXAMi3QkFMcAAAAAAMdABAAAAACJeAiJcBCJSBSF23UMW4tCEF5f/+CNdCYAg/sBdDOD+wJ0PoP7A3Qhg/sEdFSD+wV0X4P7BnQ6g/sHdV1bi0IgXl//4JCNdCYAW4tCHF5f/+Bbi0IYXl//4JCNtCYAAAAAW4tCFF5f/+CQjbQmAAAAAFuLQiReX//gkI20JgAAAABbi0IsXl//4JCNtCYAAAAAW4tCKF5f/+BbuP////9eX8OQkJCQkJCQkJCQkJCQkJA=|TItREEiLQQhIxwAAAAAATIlQCEUPtsCJUBBEiUAURYXJdQ1I/2EYZg8fhAAAAAAAQYP5AXQyQYP5AnQ0QYP5A3QeQYP5BHQ4QYP5BXQ6QYP5BnQkQYP5B3UySP9hOGaQSP9hMA8fQABI/2EoDx9AAEj/YSAPH0AASP9hQA8fQABI/2FQDx9AAEj/YUi4/////8OQkJCQkJCQkJCQkJCQkA==")
this._scanPixelCount := this.mcode("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|QVdBVkFVQVRVV1ZTSIPsGItBFESLcRCJRCQMSYnNRInFRYTAD4S+AAAAhcAPjgoBAACJ1w+2xkSJ80Ux/8H/EEGJxEUx0g+2ykAPtv8PHwBFhfZ+bEGJ2UmLdQBFKfGQRInIixSGD7bGRCngQYnAQcH4H0QxwEQpwEGJwInQD7bSwfgQD7bAKfhBicNBwfsfRDHYRCnYRDjAQQ9GwCnKQYnQQcH4H0QxwkQpwjjQD0LCQDjFQYPa/0GDwQFEOct1n0GDxwFEAfNEOXwkDHWBRInQSIPEGFteX11BXEFdQV5BX8MPH0QAAEGJw4XAfk1FifEx20Ux0mYPH4QAAAAAAEWF9n4qRInITYtFAEQp8JCJwUGLDIiB4f///wA5yg+UwYPAAQ+2yUEBykQ5yHXhg8MBRQHxQTnbdcbrk0Ux0uuOkJCQkJCQkJCQkJCQkJCQ")
this._scanPixelCountRadius := this.mcode("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|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")
this._scanPixelCountRegion := this.mcode("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|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")
this._scanPixelPosition := this.mcode("VVdWU4tUJBSLdCQci0wkGItCCIt8JCCLXCQkOfAPho0AAAA5egwPhoQAAAAPr8eLEgHwvgEAAACLFIKJ0CX///8AOch0WTH2hNt0U4nPD7bricYPttLB7xDB/hAPtsSJ+w+2+yn+iffB/x8x/in+D7b5D7bNKfqJ18H/HzH6Kfo51g9N1inIicHB+R8xyCnIOcIPTcI5xQ+dwA+2wInGW4nwXl9dw412AI28JwAAAAC+/v///+vokJCQkJCQkJCQ|i0EQRItUJChEOcAPhp8AAABEOUkUD4aVAAAARA+vyEiLAUUByEKLDIBBuAEAAACJyCX///8AOdB0aEUxwEWE0nRgRQ+2ykGJ0kGJwA+2yUHB6hBBwfgQD7bERQ+20kUp0EWJwkHB+h9FMdBFKdBED7bSD7bWRCnRQYnKQcH6H0Qx0UQp0UE5yEEPTcgp0Jkx0CnQOcEPTMhFMcBBOclBD53ARInAw2YuDx+EAAAAAABBuP7////r6pCQkJCQkJCQ")
this._scanPixelRegion := this.mcode("VVdWU4PsHIt8JDSLXCQ4i1QkQItEJDCLdCQ8i2wkRIl8JAiLfCRIjQwaiXwkDIt8JEyF0nkGidqJy4nRjVQ1AIXteQaJ9YnWieqF2w+I3gAAAIX2D4jWAAAAOUgID0ZICDlQDA9GUAyJ1YtQBIlyBIt0JAiJSggPtkwkDIkaiWoMiXIQiUoUhf90NYP/AXRQg/8CdFuD/wN0NoP/BHRxg/8FdHyD/wZ0V4P/Bw+FiwAAAIlEJDCLQCDrDJCNdCYAiUQkMItAEIPEHFteX13/4IlEJDCLQBzr7o20JgAAAACJRCQwi0AYg8QcW15fXf/giUQkMItAFIPEHFteX13/4IlEJDCLQCTrvo20JgAAAACJRCQwi0As666NtCYAAAAAiUQkMItAKOuejbQmAAAAALj9////g8QcW15fXcO4/////+vxkJCQkJCQkJCQkJCQ|VlOLRCQ4RItcJECLXCRIi3QkUEaNFACFwHkJRInARYnQQYnCQ40EC0WF23kJRYnLQYnBRInYRYXAD4jhAAAARYXJD4jYAAAARDlREEQPRlEQD7bbOUEUD0ZBFEWJ00GJwkiLQQhEiQBEiUgERIlYCESJUAyJUBCJWBSF9nQyg/4BdE2D/gJ0WIP+A3Qzg/4EdG6D/gV0eYP+BnRUg/4HD4WDAAAASItBOFteSP/gZpBIi0EYW15I/+APH4AAAAAASItBMFteSP/gDx+AAAAAAEiLQShbXkj/4A8fgAAAAABIi0EgW15I/+APH4AAAAAASItBQFteSP/gDx+AAAAAAEiLQVBbXkj/4A8fgAAAAABIi0FIW15I/+APH4AAAAAAuP3///9bXsO4/////+v2kA==")
this.AppendFunc(0,"VVdWU4PsHItEJDCLQASLOItoBItYCItIEIk8JIt4DItAFIl8JBiJRCQEhcAPjr4AAAA5/Q+NlgAAAInIiVwkCMHoEA+2wIlEJAwPtsWJRCQQD7bBiUQkFIs0JItEJAg5xn1gi0QkMItQCIsAD6/VjTyQixS3idHB+RAPtskrTCQMicjB+B8xwSnBD7bGK0QkEA+20onDwfsfMdgp2DnBD0zIK1QkFInTwfsfMdop2jnRD03ROVQkBH0mg8YBOXQkCHWvg8UBOWwkGHWMjXQmALj/////6w+J9o28JwAAAADB5hCNBC6DxBxbXl9dw2aQO2wkGH3ai3wkMDkcJH05i1cIiwcPr9WNNJCLBCTrCJCDwAE5w3QhixSGgeL///8AOcp17IPEHMHgEFsB6F5fXcONtCYAAAAAg8UBOWwkGHW5642QkJCQkJCQkJCQkJCQ|QVdBVkFVQVRVV1ZTSIPsGEiLQQiLaBSLOESLWAREi1AIRItoDItYEIXtD47AAAAARTnrD42PAAAAD7bHQYncRA+2y4lEJAxBwewQRQ+25EQ5131mRItxEEyLOYn7RQ+v80KNBDNBixSHQYnQQcH4EEUPtsBFKeBEicDB+B9BMcBBKcAPtsYrRCQMD7bSicbB/h8x8CnwQTnAQQ9NwEQpyonWwf4fMfIp8jnQD0zCOcV9HoPDAUE52nWnQYPDAUU53XWMDx9EAAC4/////+sIkMHjEEKNBBtIg8QYW15fXUFcQV1BXkFfww8fhAAAAAAARTnrfdNEOdd9PkSLQRBMiwmJ+EUPr8PrDw8fgAAAAACDwAFBOcJ0IEKNFABBixSRgeL///8AOdp15sHgEEQB2OulZg8fRAAAQYPDAUU53XW064WQkJCQkJCQkJCQkJCQ")
this.AppendFunc(1,"VVdWU4PsKItsJDyLRQSLeAiLEItwDItYBItIEItAFIl8JAiD7wGJFCSJdCQgiUQkBIl8JAyFwA+OywAAADnzD42jAAAAiciJXCQcwegQD7bAiUQkEA+2xYlEJBSNQv+JRCQkD7bBiUQkGIt8JAg5PCR9Y4tUJBwPr1UIi0UAi3QkDI08kIsUt4nRwfkQD7bJK0wkEInIwfgfMcEpwQ+2xitEJBQPttKJw8H7HzHYKdg5wQ9MyCtUJBiJ08H7HzHaKdo50Q9N0TlUJAR9I4PuATt0JCR1r4NEJBwBi0QkHDlEJCB1hY12ALj/////6wuQi1wkHMHmEI0EHoPEKFteX13DjbYAAAAAO1wkIH3ajXr/i3QkCDk0JH0+i1UIi0UAD6/TjTSQi0QkDOsLjXQmAIPoATn4dCGLFIaB4v///wA5ynXsg8QoweAQAdhbXl9dw420JgAAAACDwwE5XCQgdbDrhZCQkJCQkJCQkJCQkJA=|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")
this.AppendFunc(2,"VVdWU4PsIItsJDSLVQSLAotyFIt6BItaCIkEJItCDItKEIl0JAiNUP+JVCQEhfYPjtMAAAA5xw+NowAAAI1H/4lcJAyJRCQcicjB6BAPtsCJRCQQD7bFiUQkFA+2wYlEJBiLNCSLRCQMOcZ9X4tUJAQPr1UIi0UAjTyQixS3idHB+RAPtskrTCQQicjB+B8xwSnBD7bGK0QkFA+20onDwfsfMdgp2DnBD0zIK1QkGInTwfsfMdop2jnRD03ROVQkCH0tg8YBOXQkDHWvg2wkBAGLRCQEO0QkHHWHkI10JgC4/////+sSifaNvCcAAAAAi0QkBMHmEAHwg8QgW15fXcONtCYAAAAAOcd91IPvAYl8JAiLfCQEORwkfTyLVQiLRQAPr9eNNJCLBCTrCo12AIPAATnDdCGLFIaB4v///wA5ynXsg8QgweAQWwH4Xl9dw420JgAAAACD7wE7fCQIdbbpev///5CQkJCQkJCQkJA=|QVdBVkFVQVRVV1ZTSIPsGEiLQQhEi0AMi2gUiziLUAREi1AIRItIEEGNWP+F7Q+O3AAAAEQ5wg+NowAAAI1C/0WJzIlEJAxEichBwewQRQ+2yQ+2xEUPtuRBicdEOdd9b0SLQRBIizFBiftED6/DQ40EA4sUhonQwfgQD7bARCngQYnFQcH9H0Qx6EQp6EGJxQ+2xg+20kQp+EGJxkHB/h9EMfBEKfBBOcVBD03FRCnKQYnVQcH9H0Qx6kQp6jnQD0zCOcV9KUGDwwFFOdp1n4PrATtcJAx1gw8fgAAAAAC4/////+sRZg8fhAAAAAAAQcHjEEGNBBtIg8QYW15fXUFcQV1BXkFfww8fgAAAAABEOcJ9y41y/0Q51307RItBEEyLGYn4RA+vw+sMDx9AAIPAAUE5wnQgQo0UAEGLFJOB4v///wBEOcp15cHgEAHY66ZmDx9EAACD6wE583W56Xz///+QkJCQkJCQkJCQkJA=")
this.AppendFunc(3,"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|QVdBVkFVQVRVV1ZTSIPsGEiLQQiLeAhEi0AMi3AUiyiLUASLWBBEjW//RY1Y/4X2D47aAAAARDnCD42hAAAAjUL/QYncRA+2y4lEJAwPtsdBwewQiUQkBI1F/0UPtuSJRCQIOf19bUSLcRBMizlFiepFD6/zQ40EMkGLFIdBidBBwfgQRQ+2wEUp4ESJwMH4H0ExwEEpwA+2xitEJAQPttKJw8H7HzHYKdhBOcBED0zARCnKidPB+x8x2inaQTnQRA9MwkQ5xn0nQYPqAUQ7VCQIdaFBg+sBRDtcJAx1hJC4/////+sRZg8fhAAAAAAAQcHiEEONBBpIg8QYW15fXUFcQV1BXkFfww8fgAAAAABEOcJ9y41y/0SNVf85/X04RItBEEyLCUSJ6EUPr8PrCIPoAUQ50HQgQo0UAEGLFJGB4v///wA52nXmweAQRAHY66ZmDx9EAABBg+sBQTnzdbvpev///5CQkJCQkJCQkJA=")
this.AppendFunc(4,"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|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")
this.AppendFunc(5,"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|QVdBVkFVQVRVV1ZTSIPsGEiLQQiLaBREixCLWAREi2gIRItIDESLWBCF7Q+O3wAAAEU56g+NpgAAAESJ2EWJ3A+2xEHB7BCJRCQIQQ+2w0UPtuSJRCQMRDnLfXJEi3EQQYnbTIs5id9FD6/eRQHTRInYQYsUh0GJ0EHB+BBFD7bARSngRInAwfgfQTHAQSnAD7bGK0QkCA+20onGwf4fMfAp8EE5wEQPTMArVCQMidbB/h8x8inyQTnQRA9MwkQ5xX0tg8cBRQHzQTn5daFBg8IBRTnVdYBmDx+EAAAAAAC4/////+sRZg8fhAAAAAAAQcHiEEGNBDpIg8QYW15fXUFcQV1BXkFfww8fgAAAAABFOep9y0Q5y30+i3EQidpIizlBidgPr9ZEAdLrDg8fAEGDwAEB8kU5wXQdidCLBIcl////AEQ52HXmQcHiEEONBALrpA8fQABBg8IBRTnVdbTpev///5CQkJCQkJCQkJA=")
this.AppendFunc(6,"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|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")
this.AppendFunc(7,"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|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")
this.AppendFunc(8,"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|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")
this.AppendFunc(9,"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|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")
this.AppendFunc(10,"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|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")
this.AppendFunc(11,"VVdWU4PsTItEJGCLUASLehSLcgiLAotKBIl8JDyLfCRkiXQkNItqEIsfiUQkKItCDItXBIneiVwkMMH+EIl0JECLdCQ0jX7/iXwkOI14/4l8JBCF7Q+FMAEAAIXSD4TFAwAAOcEPjbADAAAPt9PB6xCJVCQUjVH/i0wkOAHeiVQkIInIiXQkLMHgHolcJAyLXCRgiceLRCQoKc+D6AGJfCQkiUQkHIt8JDQ5fCQoD43MBAAAi0QkLI1o/4tEJCSJ7olEJBiLRCQ4iUQkCOs9kIsMJA+vSwiB4v///wCLOwHBiwyPgeH///8AOcp0aoNsJAgBg+4Bi0QkCIFsJBj///8/O0QkHA+EdAQAAItEJBSFwHRax0QkBAAAAACLfCQMhf90O4tMJASLVCQYi0QkCA+v+QH6i3wkZI0sl4t8JBABz4k8JI12AItUhQiB+v////4Ph3j///+DwAE5xnXpg0QkBAGLfCQEOXwkFH+ui0QkPIXAD4RMBAAAD7dEJECLfCQIZtHo6U0BAACF0g+EZQEAADnBD42AAgAAid8Pt9uJbCQMi2wkYI1EGP/B7xCJXCQkiUQkHI1B/4lEJESNBL0AAAAAiUQkIItEJDSJfCQYAfiJRCRIi0QkKIPoAYlEJCyLfCQ0OXwkKA+NWAMAAItEJEiD6AGJRCQEi0QkOIlEJBSQjXQmAIt0JCSF9g+ErAAAAItEJBSLfCRk99iNPIeLRCQQiUQkCI20JgAAAACLXCQYhdt0cYtMJBSNdCYAi1yPCIH7/////nZUi0QkCA+vRQiJ3otVAMH+EAHIiwSCicLB+hAPttKJFCSJ8g+28osUJCnyidbB/h8x8inyi3QkDDnyD4+lAgAAD7bED7bfKdiZMdAp0DnwD4+QAgAAg8EBOUwkBHWXg0QkCAEDfCQgi0QkCDlEJBwPhXD///+LRCQ8hcAPhNQCAAAPt0QkQIt8JBRm0eiLVCQQAfjB4BABwg+3RCQwg8RMW15m0ehfXQ+3wAHQwznBD40bAQAAid8Pt9uNRBj/we8QiVwkIIlEJBiNQf+JRCQsjQS9AAAAAIlEJByLRCQoiXwkCIPoAYlEJCSLfCQ0OXwkKA+NwAAAAItEJDiJRCQUkI10JgCLTCQghckPhGT///+LRCQQi3wkZIlEJAyQjbQmAAAAAItUJAiF0g+ElAEAAItcJGCLRCQMMcmLEw+vQwgDRCQUjQSCiUQkBOsljbQmAAAAAA+2xA+23ynYmTHQKdA56H8/g8EBO0wkCA+EUgEAAItEJASLXI8IiwSIid7B/hCJwsH6EA+20okUJInyD7byixQkKfKJ1sH+HzHyKfI56n6wg2wkFAGLRCQUO0QkJA+FTf///4NsJBABi0QkEINsJBgBO0QkLA+FGv///4PETLj/////W15fXcM5wX3vidgPt/vB6BCJfCQIi3wkYInFjUH/iUQkFItEJCiD6AGJRCQMi1wkNDlcJCgPjQoBAACLRCQ4iUQkBOsbkI20JgAAAACDbCQEAYtEJAQ7RCQMD4TlAAAAi0QkCIXAdGDHBCQAAAAAhe10SIscJItEJBCLFwHYD69HCANEJASNNIKJ2ItcJGQPr8WNHIMxwI22AAAAAIsMhotUgwiB4f///wCB4v///wA50XWZg8ABOeh14oMEJAGLHCQ5XCQIf6eLfCQ8hf8PhLwAAAAPt0QkQIt8JARm0ejp0P3//5CNtCYAAAAAg0QkDAEDfCQci0QkDDlEJBgPhUn+///plP3//410JgCDbCQUAYtEJBSDbCQEATtEJCwPhcD8//+DbCQQAYtEJBCDbCQcATtEJEQPhYL8///ptv7//412AINsJBABi0QkEDtEJBQPhdX+///pm/7//4NsJBABi0QkEDtEJCAPhRP7///pg/7//5CNtCYAAAAAi0QkFMHgEANEJBCDxExbXl9dw4tEJATB4BADRCQQg8RMW15fXcOLRCQIweAQA0QkEIPETFteX13DkJCQkJCQkA==|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")
this.AppendFunc(12,"VVdWU4PsRIt8JFiLRwSLWASLUAiLCItoEIlcJDSLWAyNcv+LQBSJdCQQiVwkIIlEJDiLRCRcixiJ2IlcJDDB+BCJRCQ8i0QkXItABIXtD4X9AAAAhcAPhGwDAAA50Q+NVwMAAA+3w8HrEIn9iUQkFInwweAeiVwkDI1cGv8p8IlEJBiNQf+JRCQci0QkNIt8JCA5+A+NrgQAAIlEJAjrMosMJA+vTQiB4v///wCLdQABwYsMjoHh////ADnKdF2DRCQIAYtEJAg5RCQgD4R2BAAAi0QkFIXAdFjHRCQEAAAAAIt8JAyF/3Q5i0wkBIt0JAiLVCQYi0QkEA+v+QHOiTQkAfqLfCRcjTyXkI10JgCLVIcIgfr////+d4SDwAE5w3Xtg0QkBAGLfCQEOXwkFH+wi0QkOIXAD4VKBAAAi0QkEMHgEANEJAiDxERbXl9dw4XAD4RNAQAAOdEPjVoCAACJ2A+324t0JFyJbCQMwegQiVwkKIn9icOJRCQUi0QkEPfYjQSGiUQkLInYjVwa/4lcJATB4AKNWf+JXCRAiUQkHItEJDSLfCQgOfgPjW4DAACLfCQoiUQkJAHHiXwkGIt8JCiF/w+EpAAAAItEJCSLfCQsiUQkCJCNtCYAAAAAi3QkFIX2dHGLTCQQjXQmAItcjwiB+/////52VItEJAgPr0UIid6LVQDB/hAByIsEgonCwfoQD7bSiRQkifIPtvKLFCQp8onWwf4fMfIp8ot0JAw58g+PzQIAAA+2xA+23ynYmTHQKdA58A+PuAIAAIPBATlMJAR1l4NEJAgBA3wkHItEJAg5RCQYD4Vw////i1wkOIXbD4RcAwAAD7dEJDyLfCQQD7dUJDBm0egB+GbR6sHgEA+30gNEJCSDxERbAdBeX13DOdEPjQ0BAACJ2A+324l8JFjB6BCJXCQkjVn/iUQkCMHgAolcJCiJRCQYi0QkNIt8JCA5+A+NyAAAAIt8JCSJRCQcAceJfCQUZpCLTCQkhckPhNMBAACLRCQci3wkXIlEJAyQjbQmAAAAAItUJAiF0g+EnAEAAItcJFiLRCQMMcmLEw+vQwgDRCQQjQSCiUQkBOsljbQmAAAAAA+2xA+23ynYmTHQKdA56H8/g8EBO0wkCA+EWgEAAItEJASLXI8IiwSIid7B/hCJwsH6EA+20okUJInyD7byixQkKfKJ1sH+HzHyKfI56n6wg0QkHAGLRCQcg0QkFAE5RCQgD4VI////g2wkEAGLRCQQO0QkKA+FFf///4PERLj/////W15fXcM50X3vidgPt9vB6BCJXCQIicWNQf+JRCQMi0QkNItcJCA52A+NfwEAAIlEJATrHIn2jbwnAAAAAINEJAQBi0QkBDlEJCAPhF0BAACLRCQIhcB0YMcEJAAAAACF7XRIixwki0QkBIsXAdgPr0cIA0QkEI00gonYi1wkXA+vxY0cgzHAjbYAAAAAiwyGi1SDCIHh////AIHi////ADnRdZmDwAE56HXigwQkAYscJDlcJAh/p4tsJDiF7Q+EPgEAAA+3RCQ8i3wkEA+3VCQwZtHoAfhm0erB4BAPt9IDRCQEg8REWwHQXl9dw420JgAAAACDRCQMAQN8JBiLRCQMOUQkFA+FQf7//4tEJDiFwA+E1wAAAA+3RCQ8i3wkEA+3VCQwZtHoAfhm0erB4BAPt9IDRCQcg8REWwHQXl9dw412AINEJCQBi0QkJINEJBgBOUQkIA+FoPz//4NsJBABi0QkEINEJCwEg2wkBAE7RCRAD4Vl/P//6Xn+//+NtgAAAACDbCQQAYPrAYtEJBCBbCQY////PztEJBwPhST7///pUP7//5CNdCYAg2wkEAGLRCQQO0QkDA+FXv7//+kz/v//D7dEJDyLfCQQD7dUJDBm0egB+GbR6sHgEA+30gNEJAiDxERbAdBeX13Di0QkEMHgEANEJByDxERbXl9dw4tEJBDB4BADRCQEg8REW15fXcOLRCQQweAQA0QkJIPERFteX13DkJCQkJA=|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")
this.AppendFunc(13,"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|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")
this.AppendFunc(14,"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|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")
this.AppendFunc(15,"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|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")
this.scanTypes := []
this.scanTypes["LRTB"] := 0
this.scanTypes["RLTB"] := 1
this.scanTypes["LRBT"] := 2
this.scanTypes["RLBT"] := 3
this.scanTypes["TBRL"] := 4
this.scanTypes["TBLR"] := 5
this.scanTypes["BTRL"] := 6
this.scanTypes["BTLR"] := 7
this.scanTypes[0] := 0
if (!this.desktop and !this.hwnd := winexist(title)) {
msgbox % "Could not find window: " title "!`n`nScanner will not function!"
return
}
if (!this.GetRect(gw,gh))
return
this.width := gw
this.height := gh
this.srcDC := DllCall("GetDCEx", "Ptr", (this.desktop ? 0 : this.hwnd),"Uint",0,"Uint",(this.UseClientArea ? 0 : 1))
this.dstDC := DllCall("CreateCompatibleDC", "Ptr", 0)
NumPut(tBufferPtr,dataPtr+0,(this.bits ? 8 : 4),"Ptr")
this.CreateDIB()
}
;####################################################################################################################################################################################################################################
;Image
;
;image : Path to image file
;variance : Value between 0-255, determines how close/far pixels must be to match the target color
;&returnX : Variable to store the x result into
;&returnY : Variable to store the y result into
;centerResults : Return the results centered on the image
;scanDir : Scanning direction, default = LRTB (scan left to right, from top to bottom)
;
;return ; Returns 1 if the image was found; 0 otherwise
Image(image,variance=0,ByRef returnX=0,ByRef returnY=0,centerResults=1,scanDir:=0) {
if (!this.CacheImage(image))
return 0
if (this.AutoUpdate)
this.Update()
data := DllCall(this._ScanImage,"Ptr",this.dataPtr,"Ptr",this.imageCache[image],"uchar",variance,"uchar",centerResults,"int",this.scanTypes[scanDir],"int")
if (data > 0) {
returnX := data >> 16
returnY := data & 0xFFFF
return 1
}
return 0
}
;####################################################################################################################################################################################################################################
;ImageRegion
;
;image : Path to image file
;x1 : Top left starting x position
;y1 : Top left starting y position
;w : Width of pixels to search, starting from x1
;h : Height of pixels to search, starting from y1
;variance : Value between 0-255, determines how close/far pixels must be to match the target color
;&returnX : Variable to store the x result into
;&returnY : Variable to store the y result into
;centerResults : Return the results centered on the image
;scanDir : Scanning direction, default = LRTB (scan left to right, from top to bottom)
;
;return ; Returns 1 if the image was found in the specified region; 0 otherwise
ImageRegion(image,x1,y1,w,h,variance=0,ByRef returnX=0,ByRef returnY=0,centerResults=1,scanDir:=0) {
if (!this.CacheImage(image))
return 0
if (this.AutoUpdate)
this.Update()
data := DllCall(this._ScanImageRegion,"Ptr",this.dataPtr,"Ptr",this.imageCache[image],"int",x1,"int",y1,"int",w,"int",h,"uchar",variance,"uchar",centerResults,"int",this.scanTypes[scanDir],"int")
if (data > 0) {
returnX := data >> 16
returnY := data & 0xFFFF
return 1
}
return 0
}
;####################################################################################################################################################################################################################################
;ImageCount
;
;image : Path to image file
;variance : Value between 0-255, determines how close/far pixels must be to match the target color
;
;return ; Returns the amount of images found; 0 otherwise
ImageCount(image,variance=0) {
if (!this.CacheImage(image))
return 0
if (this.AutoUpdate)
this.Update()
c := DllCall(this._ScanImageCount,"Ptr",this.dataPtr,"Ptr",this.imageCache[image],"uchar",variance,"int")
return (c > 0 ? c : 0)
}
;####################################################################################################################################################################################################################################
;ImageCountRegion
;
;image : Path to image file
;x1 : Top left starting x position
;y1 : Top left starting y position
;w : Width of pixels to search, starting from x1
;h : Height of pixels to search, starting from y1
;variance : Value between 0-255, determines how close/far pixels must be to match the target color
;
;return ; Returns the amount of images found in the specified region; 0 otherwise
ImageCountRegion(image,x1,y1,w,h,variance=0) {
if (!this.CacheImage(image))
return 0
if (this.AutoUpdate)
this.Update()
c := DllCall(this._ScanImageCountRegion,"Ptr",this.dataPtr,"Ptr",this.imageCache[image],"int",x1,"int",y1,"int",w,"int",h,"uchar",variance,"int")
return (c > 0 ? c : 0)
}
;####################################################################################################################################################################################################################################
;ImageClosestToPoint
;
;image : Path to image file
;pointX : x position of the point
;pointY : y position of the point
;variance : Value between 0-255, determines how close/far pixels must be to match the target color
;&returnX : Variable to store the x result into
;&returnY : Variable to store the y result into
;centerResults : Value between 0-1, if enabled the positions returned will be centered as oposed to top left of the target image
; This also affects distance calculations for closest image
;MaxRadius : Maximum circular radius to search in; lower values require images to be closer to the point
;
;return ; Returns 1 if an image was found close enough to the point; 0 otherwise
ImageClosestToPoint(image,pointX,pointY,variance=0,byref returnX=0,byref returnY=0,centerResults=1,maxRadius=9999) {
if (!c := this.ImageArray(image,a,variance,centerResults))
return 0
min := maxRadius
i := 0
loop % c {
xd := a[a_index].x - pointX
yd := a[a_index].y - pointY
dist := sqrt(xd*xd + yd*yd)
if (dist < min) {
min := dist
i := a_index
}
}
if (i = 0)
return 0
returnX := a[i].x
returnY := a[i].y
return 1
}
;####################################################################################################################################################################################################################################
;ImageArray
;
;image : Path to image file
;&array : An array which will hold all the image locations (first element would be array[1].x and array[1].y)
;variance : Value between 0-255, determines how close/far pixels must be to match the target color
;centerResults : Value between 0-1, if enabled the positions returned will be centered as oposed to top left of the target image
;
;return ; Returns 1 (and updates &array) if any number of images were found; 0 otherwise
ImageArray(image,byref array,variance=0,centerResults=1) {
if (!this.CacheImage(image))
return 0
if (this.AutoUpdate)
this.Update()
count := DllCall(this._ScanImageArray,"Ptr",this.dataPtr,"Ptr",this.imageCache[image],"uchar",variance,"uchar",centerResults,"int")
if (count > 0) {
array := []
loop % count {
v := NumGet(this.tBufferPtr,(a_index-1)*4,"uint")
array.push({x:v>>16,y:v&0xFFFF})
}
return count
}
return 0
}
;####################################################################################################################################################################################################################################
;ImageArrayRegion
;
;image : Path to image file
;&array : An array which will hold all the image locations (first element would be array[1].x and array[1].y)
;x1 : Top left starting x position
;y1 : Top left starting y position
;w : Width of pixels to search, starting from x1
;h : Height of pixels to search, starting from y1
;variance : Value between 0-255, determines how close/far pixels must be to match the target color
;centerResults : Value between 0-1, if enabled the positions returned will be centered as oposed to top left of the target image
;
;return ; Returns 1 (and updates &array) if any number of images were found in the specified region; 0 otherwise
ImageArrayRegion(image,byref array,x1,y1,w,h,variance=0,centerResults=1) {
if (!this.CacheImage(image))
return 0
if (this.AutoUpdate)
this.Update()
count := DllCall(this._ScanImageArrayRegion,"Ptr",this.dataPtr,"Ptr",this.imageCache[image],"int",x1,"int",y1,"int",w,"int",h,"uchar",variance,"uchar",centerResults,"int")
if (count > 0) {
array := []
loop % count {
v := NumGet(this.tBufferPtr,(a_index-1)*4,"uint")
array.push({x:v>>16,y:v&0xFFFF})
}
return count
}
return 0
}
;####################################################################################################################################################################################################################################
;Pixel
;
;color : Color of pixel to find (can be in 0xRRGGBB or 0xFFRRGGBB format)
;variance : Value between 0-255, determines how close/far pixels must be to match the target color
;&returnX : Variable to store the x result into
;&returnY : Variable to store the y result into
;scanDir : Scanning direction, default = LRTB (scan left to right, from top to bottom)
;
;return ; Returns 1 if pixel was found; 0 otherwise
Pixel(color,variance=0,ByRef returnX=0,ByRef returnY=0,scanDir:=0) {
color &= 0xFFFFFF
if (this.AutoUpdate)
this.Update()
data := DllCall(this._ScanPixel,"Ptr",this.dataPtr,"Uint",color,"uchar",variance,"int",this.scanTypes[scanDir],"int")
if (data > 0) {
returnX := data >> 16
returnY := data & 0xFFFF
return 1
}
return 0
}
;####################################################################################################################################################################################################################################
;PixelRegion
;
;color : Color of pixel to find (can be in 0xRRGGBB or 0xFFRRGGBB format)
;x1 : Top left starting x position
;y1 : Top left starting y position
;w : Width of pixels to search, starting from x1
;h : Height of pixels to search, starting from y1
;variance : Value between 0-255, determines how close/far pixels must be to match the target color
;&returnX : Variable to store the x result into
;&returnY : Variable to store the y result into
;scanDir : Scanning direction, default = LRTB (scan left to right, from top to bottom)
;
;return ; Returns 1 if a pixel inside the specified region was found; 0 otherwise
PixelRegion(color,x1,y1,w,h,variance=0,byref returnX=0,byref returnY=0,scanDir:=0) {
color &= 0xFFFFFF
if (this.AutoUpdate)
this.Update()
data := DllCall(this._ScanPixelRegion,"Ptr",this.dataPtr,"Uint",color,"int",x1,"int",y1,"int",w,"int",h,"uchar",variance,"int",this.scanTypes[scanDir],"int")
if (data > 0) {
returnX := data >> 16
returnY := data & 0xFFFF
return 1
}
return 0
}
;####################################################################################################################################################################################################################################
;PixelPosition
;
;color : Color of pixel to match at a given position(can be in 0xRRGGBB or 0xFFRRGGBB format)
;pointX : X position
;pointY : Y position
;variance : Value between 0-255, determines how close/far pixels must be to match the target color
;
;return ; Returns 1 if the color matched at the specified position; 0 otherwise
PixelPosition(color,pointX,pointY,variance=0) {
color &= 0xFFFFFF
if (this.AutoUpdate)
this.Update()
c := DllCall(this._ScanPixelPosition,"Ptr",this.dataPtr,"Uint",color,"uint",pointX,"uint",pointY,"uint",variance,"int")
return (c == 1 ? 1 : 0)
}
;####################################################################################################################################################################################################################################
;PixelCount
;
;color : Color of pixel to find (can be in 0xRRGGBB or 0xFFRRGGBB format)
;variance : Value between 0-255, determines how close/far pixels must be to match the target color
;
;return ; Returns the amount of matching pixels; 0 otherwise
PixelCount(color,variance=0) {
color &= 0xFFFFFF
if (this.AutoUpdate)
this.Update()
c := DllCall(this._ScanPixelCount,"Ptr",this.dataPtr,"Uint",color,"uchar",variance,"int")
return (c > 0 ? c : 0)
}
;####################################################################################################################################################################################################################################
;PixelCountRegion
;
;color : Color of pixel to find (can be in 0xRRGGBB or 0xFFRRGGBB format)
;x1 : Top left starting x position
;y1 : Top left starting y position
;w : Width of pixels to search, starting from x1
;h : Height of pixels to search, starting from y1
;variance : Value between 0-255, determines how close/far pixels must be to match the target color
;
;return ; Returns the amount of matching pixels in the specified region; 0 otherwise
PixelCountRegion(color,x1,y1,w,h,variance=0) {
color &= 0xFFFFFF
if (this.AutoUpdate)
this.Update()
c := DllCall(this._ScanPixelCountRegion,"Ptr",this.dataPtr,"Uint",color,"int",x1,"int",y1,"int",w,"int",h,"uchar",variance,"int")
return (c > 0 ? c : 0)
}
;####################################################################################################################################################################################################################################
;PixelCountRadius
;
;color : Color of pixel to find (can be in 0xRRGGBB or 0xFFRRGGBB format)
;pointX : X position
;pointY : Y position
;radius : Radius to search in
;variance : Value between 0-255, determines how close/far pixels must be to match the target color
;
;return ; Returns the amount of matching pixels in a specified radius; 0 otherwise
PixelCountRadius(color,pointX,pointY,radius,variance=0) {
color &= 0xFFFFFF
if (this.AutoUpdate)
this.Update()
c := DllCall(this._ScanPixelCountRadius,"Ptr",this.dataPtr,"Uint",color,"uint",pointX,"uint",pointY,"uint",radius,"uchar",variance,"int")
return (c > 0 ? c : 0)
}
;####################################################################################################################################################################################################################################
;GetPixel
;
;pointX : X position
;pointY : Y position
;
;return ; Returns the pixel at the pointX,pointY location
GetPixel(pointX,pointY) {
if (this.AutoUpdate)
this.Update()
if (pointX < 0 or pointY < 0 or pointX >= this.width or pointY >= this.height) {
msgbox % "Cannot get a pixel at position: " pointX "," pointY " as it lies outside of the source region!"
return 0
}
return NumGet(this.temp0,(pointX+pointY*this.width)*4,"uint")
}
;####################################################################################################################################################################################################################################
;SaveImage
;
;name : Name to save to file to
;
;notes ; Saves the current pixel buffer to a png image
SaveImage(name) {
if (!InStr(name,".png"))
name .= ".png"
if (this.autoUpdate)
this.Update()
DllCall("gdiplus\GdipCreateBitmapFromHBITMAP", "Ptr", this.hbm, "Ptr", 0, "Ptr*", bm)
;largely borrowed from tic function, encoder stuff is a pain
DllCall("gdiplus\GdipGetImageEncodersSize", "uint*", nCount, "uint*", nSize)
VarSetCapacity(ci, nSize)
DllCall("gdiplus\GdipGetImageEncoders", "uint", nCount, "uint", nSize, "Ptr", &ci)
if !(nCount && nSize) {
msgbox % "Problem getting encoder information"
return 0
}
Loop % nCount {
sString := StrGet(NumGet(ci, (idx := (48+7*A_PtrSize)*(A_Index-1))+32+3*A_PtrSize), "UTF-16") ;Thanks tic, this particularily confused me!
if (InStr(sString, "*.PNG")) {
pCodec := &ci+idx
break
}
}
if (!pCodec) {
msgbox % "Problem finding png codec"
return 0
}
DllCall("gdiplus\GdipSaveImageToFile", "Ptr", bm, "Ptr", &name, "Ptr", pCodec, "uint", 0)
}
;####################################################################################################################################################################################################################################
;Click
;
;pointX : X position to click
;pointY : Y position to click
;button : Type of click (left,right,middle)
;
;return ; Returns 1 on success; 0 otherwise
;
;notes : ControlClick will not work for every application
Click(pointX,pointY,button:="left") {
if (this.UseControlClick) {
t := "ahk_id " this.hwnd
ControlClick, x%pointX% y%pointY%, %t%,,%button%,,NA
} else {
if (!WinActive("ahk_id " this.hwnd)) {
msgbox % "Attempting to click in target window but it is not active!`n`nIf you want to click inactive windows set 'UseControlClick' to true after initializing the class"
return 0
}
click,%pointX%,%pointY%,%button%
}
return 1
}
;####################################################################################################################################################################################################################################
;ClickDrag
;
;pointX1 : X position to start click
;pointY1 : Y position to start click
;pointX2 : X position to end click
;pointY2 : Y position to end click
;button : Type of click (left,right,middle)
;
;return ; Returns 1 on success; 0 otherwise
;
;notes : ControlClick will not work for every application
ClickDrag(pointX1,pointY1,pointX2,pointY2,button:="left") {
if (this.UseControlClick) {
t := "ahk_id " this.hwnd
ControlClick, x%pointX1% y%pointY1%, %t%,,%button%,,NA D
sleep 10
ControlClick, x%pointX2% y%pointY2%, %t%,,%button%,,NA U
} else {
if (!WinActive("ahk_id " this.hwnd)) {
msgbox % "Attempting to click in target window but it is not active!`n`nIf you want to click inactive windows set 'UseControlClick' to true after initializing the class"
return 0
}
MouseClickDrag,%button%,%pointX1%,%pointY1%,%pointX2%,%pointY2%
}
return 1
}
;####################################################################################################################################################################################################################################
;ClickRegion
;
;pointX : X position to click
;pointY : Y position to click
;w : Width of region
;h : Height of region
;button : Type of click (left,right,middle)
;
;return ; Returns 1 on success; 0 otherwise
;
;notes : Clicks randomly within the specified region
ClickRegion(pointX,pointY,w,h,button:="left") {
this.CheckRegion(pointX,pointY,w,h)
pointX += this.Random(0,w)
pointY += this.Random(0,h)
return this.Click(pointX,pointY,button)
}
;####################################################################################################################################################################################################################################
;GetImageDimensions
;
;image : Image file
;&w : Variable to store the width result into
;&h : Variable to store the height result into
;
;return ; Returns void
;
;notes : Gets the width/height of a cached image
GetImageDimensions(image,byref w, byref h) {
if (!this.imageCache[image]) {
this.cacheImage(image)
}
w := numget(this.imageCache[image],2,"ushort")
h := numget(this.imageCache[image],0,"ushort")
}
;##########################################
; internal functions used by the class
;##########################################
CheckRegion(byref x, byref y, byref w, byref h) {
if (w < 0) {
w := -w
x -= w
}
if (h < 0) {
h := -h
y -= h
}
}
CheckWindow() {
if (this.desktop)
return 1
if (this.UseClientArea and !this.GetClientRect(w,h))
return 0
else if (!this.UseClientArea and !this.GetWindowRect(w,h))
return 0
if (w != this.width or h != this.height) {
this.width := w
this.height := h
DllCall("DeleteObject","Ptr",this.hbm)
this.CreateDIB()
}
return 1
}
CreateDIB() {
VarSetCapacity(_scan,8)
VarSetCapacity(bi,40,0)
NumPut(this.width,bi,4,"int")
NumPut(-this.height,bi,8,"int")
NumPut(40,bi,0,"uint")
NumPut(1,bi,12,"ushort")
NumPut(32,bi,14,"ushort")
this.hbm := DllCall("CreateDIBSection", "Ptr", this.dstDC, "Ptr", &bi, "uint", 0, "Ptr*", _scan, "Ptr", 0, "uint", 0, "Ptr")
this.temp0 := _scan
NumPut(_scan,this.dataPtr,0,"Ptr")
NumPut(this.width,this.dataPtr,(this.bits ? 16 : 8),"uint")
NumPut(this.height,this.dataPtr,(this.bits ? 20 : 12),"uint")
DllCall("SelectObject", "Ptr", this.dstDC, "Ptr", this.hbm)
}
SetVarCapacity(key,size,fill=0) {
this.SetCapacity(key,size)
DllCall("RtlFillMemory","Ptr",this.GetAddress(key),"Ptr",size,"uchar",fill)
return this.GetAddress(key)
}
_Delete() {
DllCall("gdiplus\GdiplusShutdown", "Ptr*", this.gdiplusToken)
}
CacheImage(image) {
if (this.imageCache.haskey(image))
return 1
if (image = "") {
msgbox % "Error, expected resource image path but empty variable was supplied!"
return 0
}
if (!FileExist(image)) {
msgbox % "Error finding resource image: '" image "' does not exist!"
return 0
}
if (!A_IsUnicode) {
VarSetCapacity(wchar, strlen(image)*2)
DllCall("kernel32\MultiByteToWideChar", "uint", 0, "uint", 0, "Ptr", &image, "int", -1, "Ptr", &wchar, "int", strlen(image))
DllCall("gdiplus\GdipCreateBitmapFromFile", "Ptr", &wchar, "Ptr*", bm)
} else
DllCall("gdiplus\GdipCreateBitmapFromFile", "Ptr", &image, "Ptr*", bm)
DllCall("gdiplus\GdipGetImageWidth", "Ptr", bm, "Uint*", w)
DllCall("gdiplus\GdipGetImageHeight", "Ptr", bm, "Uint*", h)
VarSetCapacity(r,16,0)
NumPut(w,r,8,"uint")
NumPut(h,r,12,"uint")
VarSetCapacity(bmdata, 32, 0)
DllCall("Gdiplus\GdipBitmapLockBits", "Ptr", bm, "Ptr", &r, "uint", 3, "int", 0x26200A, "Ptr", &bmdata)
scan := NumGet(bmdata, 16, "Ptr")
p := DllCall("GlobalAlloc", "uint", 0x40, "ptr", 16+((w*h)*4), "ptr")
NumPut((w<<16)+h,p+0,0,"uint")
loop % ((w*h)*4)
NumPut(NumGet(scan+0,a_index-1,"uchar"),p+0,a_index+7,"uchar")
loop % (w*h)
if (NumGet(scan+0,(a_index-1)*4,"uint") < 0xFF000000) {
NumPut(1,p+4,"uint")
break
}
DllCall("Gdiplus\GdipBitmapUnlockBits", "Ptr", bm, "Ptr", &bmdata)
DllCall("gdiplus\GdipDisposeImage", "ptr", bm)
this.ImageCache[image] := p
return 1
}
Update() {
if (this.CheckWindow())
DllCall("gdi32\BitBlt", "Ptr", this.dstDC, "int", 0, "int", 0, "int", this.width, "int", this.height, "Ptr", this.srcDC, "int", 0, "int", 0, "uint", 0xCC0020) ;40
}
GetRect(ByRef w, ByRef h) {
if (this.desktop) { ;only gets primary screen for now, I may add support for virtual later
w := a_screenwidth
h := a_screenheight
return 1
}
if (this.UseClientArea) {
if (!this.GetClientRect(w,h)) {
msgbox % "Problem with Client rectangle dimensions, is window minimized?`n`nScanner will not function!"
return 0
}
} else {
if (!this.GetWindowRect(w,h)) {
msgbox % "Problem with Window rectangle dimensions, is window minimized?`n`nScanner will not function!"
return 0
}
}
return 1
}
GetClientRect(byref w, byref h) {
if (!DllCall("GetClientRect", "Ptr", this.hwnd, "Ptr", this.tBufferPtr))
return 0
w := NumGet(this.tBufferPtr,8,"int")
h := NumGet(this.tBufferPtr,12,"int")
if (w <= 0 or h <= 0)
return 0
return 1
}
GetWindowRect(byref w, byref h) {
if (!DllCall("GetWindowRect", "Ptr", this.hwnd, "Ptr", this.tBufferPtr))
return 0
x := NumGet(this.tBufferPtr,0,"int")
y := NumGet(this.tBufferPtr,4,"int")
w := NumGet(this.tBufferPtr,8,"int") - x
h := NumGet(this.tBufferPtr,12,"int") - y
if (w <= 0 or h <= 0)
return 0
return 1
}
Random(min,max) {
random,result,min,max
return result
}
AppendFunc(pos,str) {
p := this.mcode(str)
this.ppppppp := p
pp := (this.bits ? 24 : 16) + (pos * a_ptrSize)
numput(p,this.dataPtr,pp,"ptr")
}
Mcode(str) {
s := strsplit(str,"|")
if (s.length() != 2)
return
if (!DllCall("crypt32\CryptStringToBinary", "str", s[this.bits+1], "uint", 0, "uint", 1, "ptr", 0, "uint*", pp, "ptr", 0, "ptr", 0))
return
p := DllCall("GlobalAlloc", "uint", 0, "ptr", pp, "ptr")
if (this.bits)
DllCall("VirtualProtect", "ptr", p, "ptr", pp, "uint", 0x40, "uint*", op)
if (DllCall("crypt32\CryptStringToBinary", "str", s[this.bits+1], "uint", 0, "uint", 1, "ptr", p, "uint*", pp, "ptr", 0, "ptr", 0))
return p
DllCall("GlobalFree", "ptr", p)
}
}