wolfie

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About wolfie

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    Sirius Cybernetics Corporation
  • Server
    Galileo
  • Race
    Jenquai
  • Profession
    Explorer

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  1. Hey is it possible to chat on net 7 Teamspeak when you have time please ?

  2. Thanks. Will take a look at it. Normally I don't record both monitors so I effed up the settings and it recorded two 1080 monitors side by side at 1125 so that video looked like crap but it was sufficient to get the point across that I haven't had those mouse issues. So instead of being 2k wide, it was 1k wide. KNow the quality sux. Meh, it was a one off recording anyway so no crisis. Needed to bang it out and get the version to you before I met up with friends in ESO. Now that you mention your laptop and 2nd monitor. Wondering if that could be a odd combo for AHK. Mine is a desktop and the 2nd monitor is always there. No idea if that matters. Its just not a scenario I have ever tried. Curious, though, how the heck did you embed the video in your post? I don't see any video embed option in this editor.
  3. I don't remember the version. I can check when I get home from work. However, I don't have those mouse problems at all I can click on the windows just fine after launching. Also, other than size and positions, the alt windows are launched in the same way as the main window is. You do have your E&B set for windowed in the graphics setup right? And thanks for mentioning OBS. I have been trying to find a decent screen recorder. You made me google it. Looks nice. I will have to grab a copy and give it a go. My version is 1.1.25.1 Here is my startup and you can see no issues with mouse clicks. https://www.youtube.com/embed/CHoiE6JFUq0
  4. I am not clear on where you put that function. Second where and how are you calling it? I purposely didn't put in any login functions in the scripts since I have different teams I play Its just as easy to simply click on the toon I want in each window. Note that user input is locked during the load process to prevent the user from accidentally typing something or moving the mouse which would interrupt the programmed sequence of events. Not sure if that is what you are interpreting as "mouseclicks are recieved". Its possible that something is going on with the EnB Client too. I had a hell of a time getting the auto sell to work to sell trade goods. The normal click on window function didn't work. I had to use mouse delay, move and click independently with randomization to foil what I presume EnB has as bot automation detection in that interface: SetMouseDelay, Rand(MouseLow,MouseHigh) MouseMove %tgtX%,%tgtY% Sleep 100+Rand(ClickDelay) SendEvent +{Click} In your case its possible you might want to convert the call to my internal function to use these functions. Try: SetMouseDelay 200 ; Will need to tinker on delay amount, this controls the time that the mouse is simulated to be pressed down. MouseMove 473,225 ; Your coords. But I recommend using the class I gave you to scale properly. Sleep 200; Again play with value SendEvent {Click} SetMouseDelay 10 ; Return back to reasonable delay. Make sure you are running the clients with "Default FPS" key bindings. If thats the case, space should fire all weapons. You will, obviously, have to check the "AutoFire" option on each weapon so it will recycle automatically.
  5. Do you have your key bindings set for the FPS default? If so, space should fire weapons. Thats what Numpad6 is programmed to do. I am a programmer. This was fun. And it was a challenge to see IF it could be done.
  6. I have only managed to get 6 running at once before the "Already Running" prevents any more. Even with the unlocker. No matter what I do, 6. Thats it. So thats basically what these scripts support. 1 main and 5 alts. And, the scripts are not bots. They spread commands to alts from a main window or monitor keystrokes to send commands. They, in no way, facilitate botting or leaving them alone to do something without a human. Its not like they are gonna auto-mine roids while you go take a pee and get another dew. So they fall within any reasonable interpretation of TOS and any fair play ethics. A human has to press a button to get them to do anything.
  7. Guess what I found this morning? I wasn't lookin for it, I was digging in the corner of my closet to get my squirrel training device (pellet gun) and saw the sleeve sticking out from under a blanket. I wanted to look for it but hadn't got around to do so. I honestly thought it was in one of my dresser drawers.
  8. Played from Alpha, Beta, Live, early stages of EnB Emu and back again. Think I still have my EnB Tshirt "I was there before all the rest";. No way in heck I can still wear it. Lots of pounds more on me than I had a decade and a half ago. I should dig around in my closet and see if its still in there. Just for grins. I was the original founder of Sirius Cybernetics Corp on Galileo (live).
  9. The way my code works is this. I created a EnBWindowLocations class that holds a collection of screen points, the original window dimensions and the current window dimensions. The points I made by opening a screenshot of the game and clipping off the borders and title bar. Then used the x/y from the paint program (PSP if you want to know) within the class. When the class initializes it calls the __New() function which populates the collection by adding a series of new entries like: This.Coords["GroupLeaderTarget"] := New ObjectXY(1818,626) That adds a new x/y object to the collection under the key "GroupLeaderTarget". The 1818,626 values are from the paint program. The class also has static values of BaseClientWidth and BaseClientHeight which are defined as what the dimensions were in the paint program and are the base reference for the coordinates. At the end of the init routine the class calculates the scaling factors (height/width) ScaleWidth and ScaleHeight based on the CURRENT window size as a scale from the size from my paint program. So, my original screen shot was 1901 wide. Lets say the alt window loads to 600 wide. So after the init, the ScaleWidth variable will hold 0.31562335612835349815886375591794. Within the main portion of the script it makes a call to the GetScaled() function of the class to retrieve a X/Y pair. In the case of the GroupLeaderTarget, the class will take 1818 and multiply that by the ScaleWidth which will result in an X position of 573.8 so it will round to 574 as an integer. So that position on a 600w window should click the group leader's target. So the class takes care of all the scaling and value lookups. You simply call it with the name of the key from the collection and it will return a scaled X/Y position for that key. The main portion of the script creates two instances of this class: GetWindowSizeByTitle("EnBMain",w,h) EBMain := new ObjectXY(w,h) EBMainLocations:= New EnBWindowLocations(EBMain.x,EBMain.y) GetWindowSizeByTitle("EnBAlt1",w,h) EBAlt := new ObjectXY(w,h) EBAltLocations:= New EnBWindowLocations(EBAlt.x,EBAlt.y) First it gets the window size, builds an XY object from that and then instances the class based on that window size. So EBMainLocations object will return a different X/Y setting for GroupLeaderTarget than EBAltLocations will assuming the main window and alts are two different sizes. All this makes the main portion of the script independent from the window size thats actually being referenced. No size or mouse locations are stored there, all are in the class. If you take a look at the AltSelectMainTarget() in the main script area, you will see its fairly readable by humans and able to understand whats happening. This gets the XY position of the GroupLeaderTarget location into tgtX & tgtY variables: FromAltXY( "GroupLeaderTarget",tgtX,tgtY) This clicks on the window: SendInput {Click, %tgtX%, %tgtY%} Notice no hard work here. No math. No looking up raw values. Guess what this does: FromAltXY( "SelectedObjectAction",LootButtonX,LootButtonY) FromAltXY( "LootTopSlot",LootSlotX,LootSlotY) FromAltXY( "SelectedObject",ObjectX,ObjectY) SendInput {Click, %LootButtonX%,%LootButtonY%} SendInput {Click, %LootSlotX%,%LootSlotY%} SendInput {Click right %ObjectX%, %ObjectY%} Clicks the loot button, clicks the top loot slot, right clicks on the object panel to de-select the mob carcass (or asteroid for mining) to release it to another alt for looting. Thats from the AltLoot() function. Again, automatically scales. No need for bulk editing mouse locations. And it doesn't matter where the window is. All taken care of by the class. One note here on the SelectedObjectAction and SelectedObjectSecondaryAction location keys. These are mostly universal positions of the two commonly used action and alt action of whatever you have selected (yea, I know some things have a 3rd one but I can't remember the last time I needed it). If you have a station selected, the main action is dock, the secondary action is register. If you are on a quest, a mob action might be talk. If you are hunting and have a mob selected, action is follow. If you are a miner and have a roid selected, prospect is the action. All occur at the same window location in EnB. So while the location may all be the same, the action EnB takes widely varies. So thats why these two are rather nondescript in their titles. You could duplicate the keys and call them "Speak", "Dock", etc. I saw no need. I am ok with these being fairly generic. Just means the same code can be used to loot a mob carcass after a kill or to mine the top mineral in a roid by an explorer. As you can tell, I like reusable code My goal was to separate Game instancing and loading from play time functionality. Take care of the positions in the EnBWindowLocations class. Take care of control, activation and timing in the main script. Make main script fairly readable. Make both expandable. And have it all adapt to different monitor sizes/locations. I will say up front, I only started using AHK a few days ago so maybe there are better ways to do things. I saw it as very similar to what I do as a programmer, it was fairly easy to grasp and run with.
  10. Lets say in the normal course of play that Alt1 crashes or you close it and you had been running 4 alts. Simply hit your shortcut for 4 again and it will smartly check to see if the main and each alt is running. If it finds one missing it will re-load it. And at the end, re-launch the play script. No need to kill the play script. Its marked so that only ONE copy will run at a time. So the next launch of it automatically kills the first. That single instance property is also handy for you to edit the script. Simply open in your text editor and save (leave it open). Then double click the script in explorer and it will relaunch it for you to try the new settings and you don't have to close all your EnB instances to do that either. So, there you go. You have the staring pieces to build your own system from. Link to AHK is in the OP. You will need that installed. Oh! Almost forgot. Once you install AHK. Go to its install folder and change the properties on all the EXEs in there (compatibility tab) to run as Admin. If you don't it can't send keys and such to the Net-7 or EnB windows as they are run as Admin too and would be at a higher protection level. Once you set the AHK exes to run on the same permissions level as EnB and Net-7 it all should rock.
  11. Ok, now for the scripts. You don't have to put them where I did, but, hey, I like to keep all game assets in one place. So Net-7, the Starship creator, and these scripts are all inside my main EnB folder. In the case of the scripts, I created an AHK folder. First script: LaunchEnB.ahk ; ============================================================================================== ; ; This script runs an instance of Earth and Beyond ; ; It runs Net-7, hits the Play, Dismisses the Terms Window and sets the title to "EnBLoad" ; ============================================================================================== #NoEnv ; Recommended for performance and compatibility with future AutoHotkey releases. ; #Warn ; Enable warnings to assist with detecting common errors. SendMode Input ; Recommended for new scripts due to its superior speed and reliability. SetWorkingDir %A_ScriptDir% ; Ensures a consistent starting directory. #singleinstance force ; Allow only one to run at a time Progress, w200,, Please do not disturb the process. , Loading EnB Instance Progress, 10 Gosub, LoadMultiUnlocker Progress, 20 Run , *RunAs D:\Programs\Games\Earth & Beyond\Net-7\bin\LaunchNet7.exe, D:\Programs\Games\Earth & Beyond\Net-7\bin\ ; Handle the Net-7 Launcher WinWaitActive, LaunchNet7 Sleep 5000 WinSetTitle, Net7 Sleep 2000 SendInput {Return} Progress, 40 BlockInput, On ; When the terms notice comes up alter the title and dismiss WinWaitActive, Earth & Beyond Progress, 50 Sleep 1000 WinSetTitle, Loader Sleep 1000 SendInput {Enter} Sleep 1000 Progress, 75 ; Wait until the main window initializes and rename it WinWaitActive, Earth & Beyond Progress, 90 WinSetTitle, EnBLoad BlockInput, Off Progress, 100 Progress, Off Exit LoadMultiUnlocker: IfWinNotExist , Net7 multi client unlocker { Run , *RunAs D:\Wolfie\Downloads\_Downloads\Other Games\ENB\Net7MultiClientUnlocker\Net7MultiClientUnlocker.exe, D:\Wolfie\Downloads\_Downloads\Other Games\ENB\Net7MultiClientUnlocker Sleep 2000 WinWaitActive, Net7 multi client unlocker WinMinimize } Return The LaunchEnB script is what actually loads the programs such as MultiUnlocker and Net-7 proxy app. You will need to edit the 2 paths within this file. While this file isn't intended to run alone it can. It will launch Enb and leave the window titled "EnBLoad". This is normal as its whats expected by the next script. Second Script: EnbLaunchClients.ahk ; ============================================================================================== ; ; This script launches the main EnB window and 1 to 6 alt windows as provided by a single number ; on the commandline. ; ; Call with no parameters and it will default to the main window and a single alt ; Call with 1 parameter and it will create that many alt windows and tile them. ; Example: ; EnbLaunchClients.ahk 4 ; Launches main window and 4 alts (total of 5) ; ; This secript will detect the number and window size of monitors. The main EnB instance will ; load on your primary monitor. ; ; If only one alt is requested, it will consume the next monitor. ; ; If more than one alt was requested the second monitor will be divided into a 2 x 2 grid that ; will support up to 4 alts not being overlapped. ; ; If more than 4 alts are requested, it will permit up to 5 but #5 and #6 will be centered ; vertically on the second monitor and they will overlap the other alt windows. ; ; For some reason if I try 6 or more clients, I get the "Already Running" dialog. So, this ; script caps at 5. ; ============================================================================================== #NoEnv ; Recommended for performance and compatibility with future AutoHotkey releases. ; #Warn ; Enable warnings to assist with detecting common errors. SendMode Input ; Recommended for new scripts due to its superior speed and reliability. SetWorkingDir %A_ScriptDir% ; Ensures a consistent starting directory. ; ============================================================================================== ; Config Section ; ============================================================================================== ; Use PrintScn and drop a copy of an EnB window into paint. Then pixel peep to get the settings. ; These are default for my Windows 10 setup ; WindowsTitleBarHeight = 27 ; Uppwer title bar area WindowsBorder = 2 ; The side and bottom borders EBMainWindowExtraPaddingW = 5 ; Makes its width 5px smaller(in case you want to get to your desktop) EBMainWindowExtraPaddingH = 5 ; Makes its height 5px smaller(in case you want to get to your desktop) EBAltWindowExtraPaddingW = 5 ; Makes its width 5px smaller(in case you want to get to your desktop) EBAltWindowExtraPaddingH = 5 ; Makes its height 5px smaller(in case you want to get to your desktop) ; ============================================================================================== ; ============================================================================================== ; Global Vars Section ; ============================================================================================== EBMainMonitor = 1 EBMainMonitorTop = -1 EBMainMonitorLeft = -1 EBMainMonitorW = -1 EBMainMonitorH = -1 EBMainWindowW = -1 EBMainWindowH = -1 EBAltMonitor = 1 EBAltMonitorTop = -1 EBAltMonitorLeft = -1 EBAltMonitorW = -1 EBAltMonitorH = -1 EBAltWindowW = -1 EBAltWindowH = -1 EBAltCount = 1 ; ============================================================================================== ;Grab the command line count if 0 = 1 EBAltCount = %1% ;Limit to 5 alts if EBAltCount > 5 EBAltCount := 5 DetectMonitors() ;MsgBox, Main Monitor %EBMainMonitor% at %EBMainMonitorTop% x %EBMainMonitorLeft% is %EBMainMonitorW%w x %EBMainMonitorH%h Game is %EBMainWindowW%w x %EBMainWindowH%h ;MsgBox, Alt Monitor %EBAltMonitor% at %EBAltMonitorTop% x %EBAltMonitorLeft% is %EBAltMonitorW%w x %EBAltMonitorH%h Game is EBAlt %EBAltWindowW%w x %EBAltWindowH%h LoadMainEBWindow() Loop %EBAltCount% { LoadAltEBWindow( a_index ) } ;BlockInput, Off CoordMode, Mouse, Client Run, EnBPlay.ahk ExitApp LoadMainEBWindow() { global SplashTextOn, 400, 200, Loading, Loading Main Window WinMove, Loading, , EBMainMonitorLeft,EBMainMonitorTop IfWinNotExist , EnBMain { SetWindowSize( EBMainWindowW, EBMainWindowH ) Run LaunchEnB.ahk WinWaitActive, EnBLoad WinSetTitle, EnBMain ;WinMove,,,%EBMainMonitorLeft%,%EBMainMonitorTop% } SplashTextOff } LoadAltEBWindow(TheAltNumber) { global ;BlockInput, On local TheAlt = "EnBAlt" + TheAltNumber local GridAlt := TheAltNumber -1 local Grid0 := (GridAlt & 1) = 1 local Grid2 := (GridAlt & 2) = 2 local Grid4 := (GridAlt & 4) = 4 local AltWindowT := EBAltMonitorTop local AltWindowL := EBAltMonitorLeft ;msgbox %Grid0% %Grid2% %Grid4% AltWindowL := Round( AltWindowL + ( Grid0 * ( EBAltWindowW + ( WindowsBorder * 2 ) + EBAltWindowExtraPaddingW ) ) ) AltWindowT := Round( AltWindowT + ( Grid2 * ( EBAltWindowH + WindowsTitleBarHeight + WindowsBorder + EBAltWindowExtraPaddingH ) ) ) AltWindowT := Round( AltWindowT + ( Grid4 * ( EBAltWindowH / 2 ) ) ) ;msgbox %AltWindowL% %AltWindowT% SplashTextOn, 300, 100, Loading, `nLoading Alt %TheAltNumber% of %EBAltCount% `n`nPlacing window at %AltWindowL% x %AltWindowT% WinMove, Loading, , AltWindowL,AltWindowT IfWinNotExist , %TheAlt% { SetWindowSize( EBAltWindowW, EBAltWindowH ) Run LaunchEnB.ahk WinWaitActive, EnBLoad WinSetTitle, %TheAlt% WinMove,,,AltWindowL,AltWindowT } Sleep 1000 SplashTextOff } DetectMonitors() { global local AltFrameH = 0 local AltFrameW = 0 SysGet, MonitorCount, MonitorCount SysGet, MonitorPrimary, MonitorPrimary If MonitorCount >= 2 { EBMainMonitor = %MonitorPrimary% If EBMainMonitor = 1 EBAltMonitor := EBMainMonitor + 1 If EBMainMonitor > 1 EBAltMonitor := EBMainMonitor - 1 } Loop, %MonitorCount% { SysGet, MonitorName, MonitorName, %A_Index% SysGet, Monitor, Monitor, %A_Index% SysGet, MonitorWorkArea, MonitorWorkArea, %A_Index% If (A_Index = EBMainMonitor) { EBMainMonitorTop = %MonitorTop% EBMainMonitorLeft = %MonitorLeft% EBMainMonitorW := MonitorWorkAreaRight - MonitorWorkAreaLeft EBMainMonitorH := MonitorWorkAreaBottom - MonitorWorkAreaTop } If (A_Index = EBAltMonitor) { EBAltMonitor = %A_Index% EBAltMonitorTop = %MonitorTop% EBAltMonitorLeft = %MonitorLeft% EBAltMonitorW := MonitorWorkAreaRight - MonitorWorkAreaLeft EBAltMonitorH := MonitorWorkAreaBottom - MonitorWorkAreaTop } } ; Set EB Window Sizes EBMainWindowW := Round( ( EBMainMonitorW - (10 + ( WindowsBorder * 2) ) ) - EBMainWindowExtraPaddingW ) EBMainWindowH := Round( ( EBMainMonitorH - (10 + ( WindowsTitleBarHeight + WindowsBorder) ) )- EBMainWindowExtraPaddingH ) AltFrameH := ( WindowsTitleBarHeight + WindowsBorder) AltFrameW := ( WindowsBorder * 2) ; Assumed settings for only 1 alt EBAltWindowW := Round( EBAltMonitorW - ( AltFrameW + EBAltWindowExtraPaddingW ) ) EBAltWindowH := Round( EBAltMonitorH - ( AltFrameH + EBAltWindowExtraPaddingH ) ) ;If the alt count is more than 1 assume a 2x2 grid if EBAltCount > 1 { EBAltWindowW := Round( ( EBAltMonitorW - ( ( AltFrameW + EBAltWindowExtraPaddingW ) * 2) ) / 2 ) EBAltWindowH := Round( ( EBAltMonitorH - ( ( AltFrameH + EBAltWindowExtraPaddingH ) * 2) ) / 2 ) } } SetWindowSize( WindowWidth, WindowHeight ) { If WindowWidth > 100 && WindowWidth < 10000 && WindowHeight > 100 && WindowWidth > 100 && WindowWidth < 10000 { ;MsgBox, Applying Registry: %WindowWidth% x %WindowHeight% RegWrite, REG_DWORD, HKEY_LOCAL_MACHINE\SOFTWARE\WOW6432Node\Westwood Studios\Earth and Beyond\Render, RenderDeviceWidth, %WindowWidth% RegWrite, REG_DWORD, HKEY_LOCAL_MACHINE\SOFTWARE\WOW6432Node\Westwood Studios\Earth and Beyond\Render, RenderDeviceHeight, %WindowHeight% ;MsgBox, Set: %WindowWidth% x %WindowHeight% } } This script takes care of loading the main window, the alts as well as calculating their proper window sizes. There is a config section at the top of this file. If your windows theme has odd sizes for the titlebars and borders, you may wish to screenshot a EnB window and throw it into paint to verify your border sizes and title bar height. Also in the config section are 4 variables for controlling extra padding around the windows. I like to have a bit of squeeze between the windows so I can click between them. This helps a lot if you are running 5 alts (6 total) as the 5th one will overlap two on the second monitor. And you can then click between the windows to access it if you need to. Set the padding to 0 if you don't like it. Easy. This script grabs the monitor details from windows. It selects the main display for the main EnB window. It selects your other monitor for the alts. If you have more than 2 monitors it will choose the monitor next to the main. If your main is #1 it will choose monitor #2 for the alts. If your main monitor is #2 it will choose monitor #1 for the alts. If you have only one monitor, it obviously will load them all on the one. If you do not like how the script picks monitors, check this section: If MonitorCount >= 2 { EBMainMonitor = %MonitorPrimary% If EBMainMonitor = 1 EBAltMonitor := EBMainMonitor + 1 If EBMainMonitor > 1 EBAltMonitor := EBMainMonitor - 1 } Replace it with: EBMainMonitor := 1 EBAltMonitor := 2 And edit the numbers after the "=" to be whatever monitor number you want to force the windows to. The rest is automatic. It grabs the display sizes and handles the math for window sizes minus the padding you specified and minus the standard boards and titlebar. Then pokes that into the registry prior to launching the first script. Once the LaunchEnB.ahk loads a copy of EnB, its left with a window titled "EnBLoad". This script then takes that window and renames it to "EnBMain" or "EnBAlt1" or whatever the sequence is. It moves that window to the calculated display position. It then calls the launch script again and repeats the process until the required number of copies are run. Last Script: EnBPlay.ahk ; ============================================================================================== ; ; This script is the play time script and handles feeding commands to the alts as well as the ; main window. ; ; ============================================================================================== #NoEnv ; Recommended for performance and compatibility with future AutoHotkey releases. ; #Warn ; Enable warnings to assist with detecting common errors. SendMode Input ; Recommended for new scripts due to its superior speed and reliability. SetWorkingDir %A_ScriptDir% ; Ensures a consistent starting directory. #singleinstance force ; ============================================================================================== ; Global Vars Section ; ============================================================================================== MainMouseX:=0 MainMouseY:=0 ; ============================================================================================== ; ============================================================================================== ; Main Startup Section ; ============================================================================================== CoordMode, Mouse, Client GetWindowSizeByTitle("EnBMain",w,h) EBMain := new ObjectXY(w,h) EBMainLocations:= New EnBWindowLocations(EBMain.x,EBMain.y) GetWindowSizeByTitle("EnBAlt1",w,h) EBAlt := new ObjectXY(w,h) EBAltLocations:= New EnBWindowLocations(EBAlt.x,EBAlt.y) MsgBox EnB Play Script Initialized.`nReady to play. WinActivate, EnBMain SaveMainMouse() ; ============================================================================================== #IfWinActive EnBMain ;~~~~~~~~~~~~~~~~~~~~~ [ Main Window Only Macros ] ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ ;=========================================================== ; Formations ;=========================================================== Numpad1:: KeyWait Control Gosub, FormationPipe Return Numpad2:: KeyWait Control Gosub, FormationBlock Return Numpad3:: KeyWait Control Gosub, FormationSlot Return Numpad4:: KeyWait Control Gosub, FormationAlt Return ;=========================================================== ;=========================================================== ; Alt Targeting and Firing ;=========================================================== Numpad5:: Gosub, AltSelectMainTarget Return Numpad6:: SendToAlts(" ") ActivateMain() Return ;=========================================================== ;=========================================================== ; Looting ;=========================================================== !Numpad5:: AltSelectMainTarget("EnBAlt1") AltLoot("EnBAlt1") Return !Numpad6:: AltSelectMainTarget("EnBAlt2") AltLoot("EnBAlt2") Return !Numpad7:: AltSelectMainTarget("EnBAlt3") AltLoot("EnBAlt3") Return !Numpad8:: AltSelectMainTarget("EnBAlt4") AltLoot("EnBAlt4") Return !Numpad9:: KeyWait Alt IfWinExist , EnBMain { FromMainXY( "SelectedObjectAction",LootButtonX,LootButtonY) FromMainXY( "LootTopSlot",LootSlotX,LootSlotY) WinActivate, EnBMain SendInput {Click, %LootButtonX% , %LootButtonY% } Sleep 1000 SendInput {Click, %LootSlotX%, %LootSlotY% } Sleep 000 SendInput {Click, %LootButtonX% , %LootButtonY% } } Return ;=========================================================== ;=========================================================== ; Gateing and Registration ;=========================================================== !NumpadAdd:: KeyWait Alt Gosub, ItemActionAllAlts ; Operates Main Action on selected thing (gate, dock, etc) Return !NumpadSub:: KeyWait Alt Gosub, ItemSecondActionAllAlts ; Operates Secondary Action on selected thing (register for example) Return NumpadAdd:: Gosub, ItemActionMain ; Operates Main Action on selected thing (gate, dock, etc) Return NumpadSub:: Gosub, ItemSecondActionMain ; Operates Secondary Action on selected thing (register for example) Return ^NumpadAdd:: KeyWait Control Gosub, AltsAcceptWormhole ; Accepts Wormhole on all alts Return ^NumpadSub:: KeyWait Control Gosub, AltsRejectWormhole ; Rejects Wormhole on all alts Return ;=========================================================== ;=========================================================== ; Inventory Sales ;=========================================================== ^SC029:: KeyWait Control MainSellWholePanel() Return !SC029:: KeyWait Alt loop 12 { Send, {Ctrl Down}{Click}{Ctrl up} Sleep 100 } return ;=========================================================== ;~~~~~~~~~~~~~~~~~~~~~ [ Main Window Only Macros ] ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ #IfWinActive #IfWinActive EnBAlt ;~~~~~~~~~~~~~~~~~~~~~ [ Alt Window Only Macros ] ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ ;=========================================================== ; Inventory Sales ;=========================================================== ^SC029:: KeyWait Control AltSellWholePanel() Return !SC029:: KeyWait Alt loop 12 { Send, {Ctrl Down}{Click}{Ctrl up} Sleep 100 } return ;=========================================================== ;~~~~~~~~~~~~~~~~~~~~~ [ Alt Window Only Macros ] ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ #IfWinActive ;=========================================================== ; Utilities ;=========================================================== FormationPipe: FromMainXY( "Formation", FormX, FormY) FromMainXY( "FormationPipe", OptX, OptY) ActivateMain() Click, %FormX%,%FormY% Sleep 1500 Click, %OptX%,%OptY% Sleep 1000 Gosub, FormationAlt ActivateMain() Return FormationBlock: FromMainXY( "Formation", FormX, FormY) FromMainXY( "FormationBlock", OptX, OptY) ActivateMain() Click, %FormX%,%FormY% Sleep 1500 Click, %OptX%,%OptY% Sleep 1000 Gosub, FormationAlt ActivateMain() Return FormationSlot: FromMainXY( "Formation", FormX, FormY) FromMainXY( "FormationSlot", OptX, OptY) ActivateMain() Click, %FormX%,%FormY% Sleep 1500 Click, %OptX%,%OptY% Sleep 1000 Gosub, FormationAlt ActivateMain() Return FormationAlt: ;SendToWindow("EnBAlt1", "`,") SendToAlts("`,") Return AltSelectMainTarget: SaveMainMouse() WinGet, winList, List, EnBAlt Loop % winList { _hWin := winList%A_Index% WinGetTitle, title, ahk_id %_hWin% AltSelectMainTarget(title) } RestoreMainMouse() Return ItemActionAllAlts: FromAltXY( "SelectedObjectAction", OptX, OptY) WinGet, winList, List, EnBAlt Loop % winList { _hWin := winList%A_Index% WinGetTitle, title, ahk_id %_hWin% ClickOnWindow(title,OptX,OptY) } RestoreMainMouse() Return ItemSecondActionAllAlts: FromAltXY( "SelectedObjectSecondaryAction", OptX, OptY) WinGet, winList, List, EnBAlt Loop % winList { _hWin := winList%A_Index% WinGetTitle, title, ahk_id %_hWin% ClickOnWindow(title,OptX,OptY) } RestoreMainMouse() Return ItemActionMain: FromMainXY( "SelectedObjectAction", OptX, OptY) ClickOnWindow("EnBMain",OptX,OptY) Return ItemSecondActionMain: FromMainXY( "SelectedObjectSecondaryAction", OptX, OptY) ClickOnWindow("EnBMain",OptX,OptY) Return AltsAcceptWormhole: FromAltXY( "WormHoleAccept", OptX, OptY) WinGet, winList, List, EnBAlt Loop % winList { _hWin := winList%A_Index% WinGetTitle, title, ahk_id %_hWin% ClickOnWindow(title,OptX,OptY) } RestoreMainMouse() Return AltsRejectWormhole: FromAltXY( "WormHoleReject", OptX, OptY) WinGet, winList, List, EnBAlt Loop % winList { _hWin := winList%A_Index% WinGetTitle, title, ahk_id %_hWin% ClickOnWindow(title,OptX,OptY) } RestoreMainMouse() Return AltLoot(TheAlt) { local lX,lY IfWinExist , %TheAlt% { FromAltXY( "SelectedObjectAction",LootButtonX,LootButtonY) FromAltXY( "LootTopSlot",LootSlotX,LootSlotY) FromAltXY( "SelectedObject",ObjectX,ObjectY) ;msgbox %LootButtonX% %LootButtonY% CoordMode, Mouse, Client MouseGetPos, lX,lY WinActivate, %TheAlt% SendInput {Click, %LootButtonX%,%LootButtonY%} Sleep 1000 SendInput {Click, %LootSlotX%,%LootSlotY%} Sleep 500 SendInput {Click right %ObjectX%, %ObjectY%} Sleep 500 WinActivate, EnBMain MouseMove, lX, lY } } AltSelectMainTarget(TheAlt) { IfWinExist , %TheAlt% { FromAltXY( "GroupLeaderTarget",tgtX,tgtY) ;msgbox %tgtX% %tgtY% WinActivate, %TheAlt% SendInput {Click, %tgtX%, %tgtY%} Sleep 500 } } AltSellWholePanel() { local ClickDelay := 200 local MouseLow := 0 local MouseHigh := 20 local r := 0 local c := 0 local s := "" loop 4 { ; Row Loop r := a_index Loop 3 { ; Col Loop c := a_index s := "InventoryC" . c . "R" . r SetMouseDelay, Rand(MouseLow,MouseHigh) FromAltXY( s,tgtX,tgtY) MouseMove %tgtX%,%tgtY% Sleep 100+Rand(ClickDelay) SendEvent +{Click} } } ; Row Loop } MainSellWholePanel() { local ClickDelay := 200 local MouseLow := 0 local MouseHigh := 20 local r := 0 local c := 0 local s := "" loop 4 { ; Row Loop r := a_index Loop 3 { ; Col Loop c := a_index s := "InventoryC" . c . "R" . r SetMouseDelay, Rand(MouseLow,MouseHigh) FromMainXY( s,tgtX,tgtY) MouseMove %tgtX%,%tgtY% Sleep 100+Rand(ClickDelay) SendEvent +{Click} } } ; Row Loop } ;=========================================================== ; Core Utilities ;=========================================================== ActivateMain() { WinActivate, EnBMain Sleep 250 } SendToAlts(SendToAll) { SendIt := SendToAll WinGet, winList, List, EnBAlt Loop % winList { _hWin := winList%A_Index% WinGetTitle, title, ahk_id %_hWin% SendToWindow(title,SendIt) } } ClickOnWindow(TheWindow,X,Y) { IfWinExist , %TheWindow% { SetMouseDelay 100 WinActivate, %TheWindow% SendInput {Click, %X%,%Y%} Sleep 100 } } SendToWindow(TheWindow,TextToSend) { IfWinExist , %TheWindow% { WinActivate %TheWindow% Send %TextToSend% Sleep 150 } } SaveMainMouse() { global WinActivate, EnBMain local lX,lY MouseGetPos, lX,lY MainMouseX := lX MainMouseY := lY } RestoreMainMouse() { global ; SplashTextOn, 400, 300, Mouse, Mouse Stored: %MainMouseX% x %MainMouseY% ; Sleep 5000 ; SplashTextOff WinActivate, EnBMain MouseMove, MainMouseX, MainMouseY } Rand( a=0.0, b=1 ) { IfEqual,a,,Random,,% r := b = 1 ? Rand(0,0xFFFFFFFF) : b Else Random,r,a,b Return r } GetWindowSizeByTitle(WindowTitle, ByRef WinWidth := "", ByRef WinHeight := "", WinMode := 1) { local TheWindowID WinGet, TheWindowID, ID, %WindowTitle% fnWinGetPos(TheWindowID, , , WinWidth, WinHeight, WinMode) } fnWinGetPos(hWnd, ByRef x := "", ByRef y := "", ByRef Width := "", ByRef Height := "", Mode := 0) { VarSetCapacity(WRECT, 8 * 2, 0), i := {} , h := DllCall("User32.dll\GetWindowRect", "Ptr", hWnd, "Ptr", &WRECT) if (Mode=1||Mode=3) VarSetCapacity(CRECT, 8 * 2, 0) , h := DllCall("User32.dll\GetClientRect", "Ptr", hWnd, "Ptr", &CRECT) if (Mode=2||Mode=3) DllCall("User32.dll\ClientToScreen", "Ptr", hWnd, "Ptr", &WRECT) , DllCall("User32.dll\ClientToScreen", "Ptr", hWnd, "Ptr", &CRECT) i.x := x := NumGet(WRECT, 0, "Int"), i.y := y := NumGet(WRECT, 4, "Int") , i.h := i.Height := Height := NumGet(Mode=1||Mode=3?CRECT:WRECT, 12, "Int") - (Mode=1||Mode=3?0:y) , i.w := i.Width := Width := NumGet(Mode=1||Mode=3?CRECT:WRECT, 8, "Int") - (Mode=1||Mode=3?0:x) return i, ErrorLevel := !h } Class EnBWindowLocations{ ; These were the dimesnions on which all the points were measured Static BaseClientWidth = 1901 ; Don't Change these! Static BaseClientHeight = 1038 ; Don't Change these! Static WindowWidth := This.BaseClientWidth Static WindowHeight := This.BaseClientHeight Static ScaleWidth := 1 Static ScaleHeight := 1 Static Coords := {} Static TempScale = New ObjectXY() __New( WinWidth, WinHeight ) { This.Coords["SelectedObject"] := New ObjectXY(1700,870) This.Coords["SelectedObjectAction"] := New ObjectXY(1835,697) This.Coords["SelectedObjectSecondaryAction"] := New ObjectXY(1762,697) This.Coords["GroupLeaderTarget"] := New ObjectXY(1818,626) This.Coords["Formation"] := New ObjectXY(1755,360) This.Coords["FormationPipe"] := New ObjectXY(1677,300) This.Coords["FormationBlock"] := New ObjectXY(1752,300) This.Coords["FormationSlot"] := New ObjectXY(1832,300) This.Coords["LootTopSlot"] := New ObjectXY(1696,316) This.Coords["WormHoleAccept"] := New ObjectXY(760,555) This.Coords["WormHoleReject"] := New ObjectXY(1150,555) This.Coords["InventoryC1R1"] := New ObjectXY(90,414) This.Coords["InventoryC1R2"] := New ObjectXY(90,495) This.Coords["InventoryC1R3"] := New ObjectXY(90,578) This.Coords["InventoryC1R4"] := New ObjectXY(90,658) This.Coords["InventoryC2R1"] := New ObjectXY(202,414) This.Coords["InventoryC2R2"] := New ObjectXY(202,495) This.Coords["InventoryC2R3"] := New ObjectXY(202,578) This.Coords["InventoryC2R4"] := New ObjectXY(202,658) This.Coords["InventoryC3R1"] := New ObjectXY(318,414) This.Coords["InventoryC3R2"] := New ObjectXY(318,495) This.Coords["InventoryC3R3"] := New ObjectXY(318,578) This.Coords["InventoryC3R4"] := New ObjectXY(318,658) ; Set up the scaling This.WindowWidth := WinWidth This.WindowHeight := WinHeight This.ScaleWidth := This.WindowWidth / This.BaseClientWidth This.ScaleHeight := This.WindowHeight / This.BaseClientHeight } Set(name, X, Y) { return This.Coords[name] := New ObjectXY(X,Y) } Get(name) { local tmp = New ObjectXY() This.TempScale := This.Coords[name] tmp.x := This.TempScale.x tmp.y := This.TempScale.y return tmp } GetScaled(name) { local tmp = New ObjectXY() This.TempScale := This.Coords[name] tmp.x := This.TempScale.x tmp.y := This.TempScale.y tmp.x := Round( tmp.x * This.ScaleWidth ) tmp.y := Round( tmp.y * This.ScaleHeight ) return tmp }} Class ObjectXY { x := 0 y := 0 __New(xIn,yIn){ This.x := xIn This.y := yIn } } FromXY_old(obj, ByRef X, ByRef Y){ x := obj.x y := obj.y } FromMainXY(Setting, ByRef X, ByRef Y){ global local obj := EBMainLocations.GetScaled(Setting) local x1 := obj.x local y1 := obj.y X := obj.x Y := obj.y } FromAltXY(Setting, ByRef X, ByRef Y){ global local obj := EBAltLocations.GetScaled(Setting) X := obj.x Y := obj.y } This script gets launched at the end of the EnbLaunchClients.ahk script. Once this script initializes, you will see the "EnB Play Script Initialized." dialog box appear (see previous screenshots). This indicates that the play script is ready for action. This play script listens for the various keboard shortcuts that I programmed into it and then takes care of sending keystrokes to the main or alt windows or clicking the mouse on various areas of the windows. The class at the end of the script "Class EnBWindowLocations" contains the mouse X/Y positions on MY default window size of 1901x1038. It performs scaling FROM those settings TO whatever size YOUR windows are. Don't edit those positions! It calculates them so they are right for whatever your monitor size is and whatever size the windows loaded as. So if you change the padding or have a bigger or smaller desktop than I do, the numbers will scale automatically by the program. I tried to label the main groups of hotkeys so its easy to tweak them as you want or add your own. As I said, these are NOT meant for a human to type. You probably don't want to hit Alt-NumPad5 for an alt to loot. Or Ctl-NumPadPlus to accept a wormhole. These were made quirky to stay out of the way of EnB's standard FPS key settings. And I use them in my G13 and G15: Except for chatting, I never touch the normal QUERTY keys while playing. One hand on the G13, one on the mouse. I ran out of keys on blue (non-combat) so I programmed G13 and G16 (lower left corner of the G15 keyboard) to refuse and accept wormholes as these aren't used much and its quick to hit them using my left hand thats normally on the G13 pad. The exception to that is the quick sales and quick buys. Ctl-Tilde will attempt to sell a 12 slot inventory panel, whats visible. Due to EnB's bot detection (at least I think thats what it is) it misses some. I have randomized the click times, randomized the waits and I simply can't get it to sell 100% of the time. The other key combo is Alt-Tilde. It buys 12 of whatever you have selected from the vendor. Very rapidly. Extremely handy for fillin up your hold with trade goods quickly so you can get on the road. I set it to 12 just so it didn't run me broke if I accidentally hit it. If you wish to change the number of buys, search the play script for "!SC029::". Right after that is a "loop 12". Change the 12 to however many you want to buy when hitting this key combo. The "!" means ALT. The "SC029" is the scancode for the Tilde key (top left corner on standard keyboards next to "1". Again, you can change the key combos to whatever you desire in the play script. And then program your keyboard or arrange them to suit a normal keyboard play style.
  12. The paths set up in these scripts are mine and not the default install location of EnB. Here is my EnB shortcut fence: The only things I really need there are the 5 launcher shortcuts. They launch EnB main window with 1 to 5 alts. Here is an example shortcut property: The number 3 after the filename is all it needs to know. Here is my 2 monitor set up after running the #2 script. Main plus 2 alts: If I now want to add 2 more, I simply click the #4 script and it ADDs 2 more leaving the others: Next post will begin the actual scripts.
  13. Was diggin through my old EnB stuff and dredged up my old guild website. Found this screen shot in the archives. Last moment from EnB Beta...
  14. Things I was wanting to investigate was the missing or incorrect data on net-7. I know certain things do drop that it says don't and that things exist in-game it doesn't list.
  15. The only unattended part here is loading the copies of EnB. The rest is responding to your keyboard inputs to control multiple alt windows. I understand the difference between macros and botting. Thank you for stating the position clearly. Much appreciated.