If you would like to get help with your new problem, you should post a new question to keep things tidy and more likely for others to be able to help you or find your question if they are having a similar problem.

$y=$y + (Sin($Direction/180*3.14)*$Distance) If this solution I posted solved the original problem you were having, you should accept it as the answer. Furthermore we can create different profiles and change them in a snap. Copy, paste, close applicactions or windows, launch applications, zoom in or out, map keys. The Type should be 'Mouse movement' by default, which means its 'mouse delta' Use Key / Mouse Button for any kind of buttons, Mouse Movement for mouse delta and scrollwheels, Joystick Axis for analog joystick axes and Window Movement for when the user shakes the window. Thanks to X-Mouse Button Control we can reassign functions to each button of our mouse. Go into Edit -> Project Settings -> Input and check the settings for the Mouse X / Mouse Y axes. Moving from : 4623, 4620 Mouse X/Y : 400, 200 Move world position to the 0, 0 screen x/y coordinate. (B) Top view of mouse trajectory (beige trace) with overlaid location corresponding to neuronal activity (green, early activity magenta, late activity). X-Mouse Button Control is the application we need to power it up. Unsure as to what I should put for direction, but I'm getting closer and closer to solving this thanks to you! If you are not good at math, don't click this link. You might want to learn from it and modify it to use it inside Diablo II.įunc _3Dto2D ( $Px, $Py, $Pz, $Roll, $Pitch, $Yaw ) calculate roll $Sx = ( $Px * Cos ( $Roll ) ) + ( $Py * Sin ( $Roll ) ) $Sy = ( $Py * Cos ( $Roll ) ) + ( $Px * Sin ( - 1 * $Roll ) ) $Px = $Sx $Py = $Sy calculate yaw $Sx = ( $Px * Cos ( $yaw ) ) + ( - 1 * $Pz * Sin ( $yaw ) ) $Sz = ( - 1 * $Pz * Cos ( $yaw ) ) + ( $Px * Sin ( - 1 * $yaw ) ) $Px = $Sx $Pz = $Sz calculate pitch $Sy = ( $Py * Cos ( $Pitch ) ) + ( - 1 * $Pz * Sin ( $Pitch ) ) $Sz = ( - 1 * $Pz * Cos ( $Pitch ) ) + ( $Py * Sin ( - 1 * $Pitch ) ) $Py = $Sy $Pz = $Sz the actual projection $Pos = ( ( $Px + $Pz ) ) + $xMid $Pos = ( ( ( - 1 * $Py ) + ( 0.35 * $Px ) - ( 0.35 * $Pz ) ) ) + $yMid Return $Pos EndFuncīy the way, turn the Perspective option off inside Diablo II to see what 45° isometric planes do.Īnd a little bit of info to as to how this works Trigonometric function

Here's the function that calculates the actual coordinates. It is a way of converting a 2D game to almost-3D without it taking a lot of work. The fact that Diablo II uses '45° isometric planes' has nothing to do with how the maps are build and how you should navigate. I have created a 3D library once, it used a very simple way of translating one coordinate system to another.

Pmouse x pmouse y