Sliding Interface MKII (CMS) - Revision history

AFRLme at 18:17, 6 January 2015

2015-01-06T18:17:36Z

AFRLme at 15:50, 27 November 2014

2014-11-27T15:50:14Z

AFRLme at 15:36, 27 November 2014

2014-11-27T15:36:10Z

AFRLme at 15:28, 27 November 2014

2014-11-27T15:28:49Z

AFRLme at 15:27, 27 November 2014

2014-11-27T15:27:58Z

AFRLme at 15:27, 27 November 2014

2014-11-27T15:27:35Z

AFRLme at 15:22, 27 November 2014

2014-11-27T15:22:30Z

AFRLme at 15:10, 27 November 2014

2014-11-27T15:10:23Z

Show changes

AFRLme at 15:24, 13 November 2014

2014-11-13T15:24:22Z

AFRLme at 15:24, 13 November 2014

2014-11-13T15:24:00Z

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 {| class="ts" style="width:100%"
 |-
-! style="text-align:left" | Name !! style="text-align:left" | Type !! style="text-align:left" | By
+! style="text-align:left" | Name !! style="text-align:left" | Type !! style="text-align:left" | By {{lee_PP}}
 |-
 | Sliding Interface MKII || Definition || AFRLme

@@ Line 23: / Line 23: @@
 e. '''y_out''' is the coordinate position the interface will slide to (open) on the x-axis.<br/>
-f. '''xo''' is the amount of pixels to offset the x-axis by (closed position) while mouse wheel mode is active (hide the interface). Set '''0''' to deactivate offset for x-axis. ''The offset should contain a positive or negative value, else it should contain 0.''<br/>
+f. '''xo''' is the amount of pixels to offset the x-axis by (closed position) while mouse wheel mode is active (hide the interface). Set '''0''' to deactivate offset for x-axis. ''The offset should contain a positive or negative value depending on direction value, else it should contain 0.''<br/>
-g. '''yo''' is the amount of pixels to offset the y-axis by (closed position) while mouse wheel mode is active (hide the interface). Set '''0''' to deactivate offset for y-axis. ''The offset should contain a positive or negative value, else it should contain 0.''<br/>
+g. '''yo''' is the amount of pixels to offset the y-axis by (closed position) while mouse wheel mode is active (hide the interface). Set '''0''' to deactivate offset for y-axis. ''The offset should contain a positive or negative value depending on direction value, else it should contain 0.''<br/>
 h. '''dir''' is the direction in which the interface should slide from. 1 = from left, 2 = from right, 3 = from top, 4 = from bottom.<br/>

@@ Line 23: / Line 23: @@
 e. '''y_out''' is the coordinate position the interface will slide to (open) on the x-axis.<br/>
-f. '''xo''' is the amount of pixels to offset the x-axis by (closed position) while mouse wheel mode is active (hide the interface). Set '''0''' to deactivate offset for x-axis.<br/>
+f. '''xo''' is the amount of pixels to offset the x-axis by (closed position) while mouse wheel mode is active (hide the interface). Set '''0''' to deactivate offset for x-axis. ''The offset should contain a positive or negative value, else it should contain 0.''<br/>
-g. '''yo''' is the amount of pixels to offset the y-axis by (closed position) while mouse wheel mode is active (hide the interface). Set '''0''' to deactivate offset for y-axis.<br/>
+g. '''yo''' is the amount of pixels to offset the y-axis by (closed position) while mouse wheel mode is active (hide the interface). Set '''0''' to deactivate offset for y-axis. ''The offset should contain a positive or negative value, else it should contain 0.''<br/>
 h. '''dir''' is the direction in which the interface should slide from. 1 = from left, 2 = from right, 3 = from top, 4 = from bottom.<br/>

@@ Line 126: / Line 126: @@
 end
 </syntaxhighlight>
 == Alternative Script ==
@@ Line 170: / Line 171: @@
 end
 </syntaxhighlight>
 == Resources ==

@@ Line 6: / Line 6: @@
 |}
-This script allows you to slide interfaces in/out on mouse over/out, via mouse wheel or key input. ''Visionaire Studio 4.0+ is required to run this script''.
+This script allows you to slide interfaces in/out on mouse over/out, via mouse wheel or key input. ''Visionaire Studio 4.1+ is required to run this script''.
 == Instructions ==

@@ Line 43: / Line 43: @@
 </syntaxhighlight>
   end if
 c. Inside of the ''properties'' tab for the interface, add this action part to the '''action on leaving''' action...
@@ Line 52: / Line 53: @@
 </syntaxhighlight>
   end if
 a. Inside of '''game''' > '''mouse properties''': '''mouse wheel up''' you should add these action parts...
@@ Line 61: / Line 63: @@
 </syntaxhighlight>
   end if
 b. Inside of '''game''' > '''mouse properties''': '''mouse wheel down''' you should add these action parts...
@@ Line 70: / Line 73: @@
 </syntaxhighlight>
   end if
 . To toggle mouse wheel mode, you need to create an object in your options menu or a key input command containing...
   toggle condition 'mouse_wheel_mode'
 . Inside of your scenes, you should probably add inside of an at begin of scene action, an execute a script action containing...

@@ Line 16: / Line 16: @@
 </syntaxhighlight>
 b. '''x_in''' is the closed coordinate that your interface is positioned on the x-axis & should be the same as the value set in the interface properties tab of the interface you want to slide.<br/>
 c. '''x_out''' is the coordinate position the interface will slide to (open) on the x-axis.<br/>
 d. '''y_in''' is the closed coordinate that your interface is positioned on the y-axis & should be the same as the value set in the interface properties tab of the interface you want to slide.<br/>
 e. '''y_out''' is the coordinate position the interface will slide to (open) on the x-axis.<br/>
 f. '''xo''' is the amount of pixels to offset the x-axis by (closed position) while mouse wheel mode is active (hide the interface). Set '''0''' to deactivate offset for x-axis.<br/>
 g. '''yo''' is the amount of pixels to offset the y-axis by (closed position) while mouse wheel mode is active (hide the interface). Set '''0''' to deactivate offset for y-axis.<br/>
 h. '''dir''' is the direction in which the interface should slide from. 1 = from left, 2 = from right, 3 = from top, 4 = from bottom.
 i. '''state''' controls whether interface is sliding out, in, or is open or closed; default value should be <span class="red">false</span>.<br/>
-. You need to create a condition somewhere & name it '''mouse_wheel_mode'''. The default value should be set to <span class="red">false</span>.<br/>
 a. Create a button for your interface, move to bottom of list, set button as '''action area''', set object area around the part that will trigger interface slide out on hover.<br/>
 b. Add a mouse enter action (or left click action) to the button mentioned in '''4a'''. Inside of this action you should add an if query...
@@ Line 39: / Line 49: @@
    execute a script > (see code block below this)
 <syntaxhighlight>
-closeInterface("interface_name", 2000, easeQuintInOut) -- close interface_name over 2 seconds with bounce out easing (change easing to whatever you prefer)
+closeInterface("interface_name", 2000, easeBounceOut) -- close interface_name over 2 seconds with bounce out easing (change easing to whatever you prefer)
 </syntaxhighlight>
   end if
 . To toggle mouse wheel mode, you need to create an object in your options menu or a key input command containing...
   toggle condition 'mouse_wheel_mode'
 . Inside of your scenes, you should probably add inside of an at begin of scene action, an execute a script action containing...
 <syntaxhighlight>
 closeInterface("interface_name", 0, easeNoneInOut) -- instantly resets interface_name back to closed position; just in case the interface was open when you changed scenes.
@@ Line 78: / Line 106: @@
 function openInterface(int, delay, easing, dir)
   if t[int]["state"] ~= true then t[int]["state"] = true -- if not already sliding out then begin sliding out (safety measure to make sure it keeps sliding)
-   if t[int].dir == 1 or t[int].dir == 2 then p = math.floor((getObject("Interfaces[" .. int .. "]"):getPoint(VInterfaceOffset).x - t[int].x_out) / (t[int].x_in - t[int].x_out) * 100); delay = math.floor((delay / 100) * p) end
+   if t[int].dir == 1 or t[int].dir == 2 then p = math.floor(( Interfaces[int].InterfaceOffset.x - t[int].x_out) / (t[int].x_in - t[int].x_out) * 100); delay = math.floor((delay / 100) * p ) end
-   if t[int].dir == 3 or t[int].dir == 4 then p = math.floor((getObject("Interfaces[" .. int .. "]"):getPoint(VInterfaceOffset).y - t[int].y_out) / (t[int].y_in - t[int].y_out) * 100); delay = math.floor((delay / 100) * p) end
+   if t[int].dir == 3 or t[int].dir == 4 then p = math.floor(( Interfaces[int].InterfaceOffset.y - t[int].y_out) / (t[int].y_in - t[int].y_out) * 100); delay = math.floor((delay / 100) * p ) end
-   startObjectTween(getObject("Interfaces[" .. int .. "]"), VInterfaceOffset, getObject("Interfaces[" .. int .. "]"):getPoint(VInterfaceOffset), {x = t[int].x_out, y = t[int].y_out}, delay, easing)
+   startObjectTween( Interfaces[int], VInterfaceOffset, Interfaces[int].InterfaceOffset, {x = t[int].x_out, y = t[int].y_out}, delay, easing)
   end
 end
@@ Line 87: / Line 115: @@
 function closeInterface(int, delay, easing, dir)
    t[int]["state"] = false
-   if getObject("Conditions[mouse_wheel_mode]"):getBool(VConditionValue) then ox = t[int].xo; oy = t[int].yo else ox = 0; oy = 0 end
+   if Conditions["mouse_wheel_mode"].ConditionValue then ox = t[int].xo; oy = t[int].yo else ox = 0; oy = 0 end
-   if t[int].dir == 1 or t[int].dir == 2 then p = math.floor((getObject("Interfaces[" .. int .. "]"):getPoint(VInterfaceOffset).x - t[int].x_in) / (t[int].x_out - t[int].x_in) * 100); delay = math.floor((delay / 100) * p) end
+   if t[int].dir == 1 or t[int].dir == 2 then p = math.floor(( Interfaces[int].InterfaceOffset.x - t[int].x_in) / (t[int].x_out - t[int].x_in) * 100); delay = math.floor((delay / 100) * p ) end
-   if t[int].dir == 3 or t[int].dir == 4 then p = math.floor((getObject("Interfaces[" .. int .. "]"):getPoint(VInterfaceOffset).y - t[int].y_in) / (t[int].y_out - t[int].y_in) * 100); delay = math.floor((delay / 100) * p) end
+   if t[int].dir == 3 or t[int].dir == 4 then p = math.floor(( Interfaces[int].InterfaceOffset.y - t[int].y_in) / (t[int].y_out - t[int].y_in) * 100); delay = math.floor((delay / 100) * p ) end
-   startObjectTween(getObject("Interfaces[" .. int .. "]"), VInterfaceOffset, getObject("Interfaces[" .. int .. "]"):getPoint(VInterfaceOffset), {x = t[int].x_in + ox, y = t[int].y_in + oy}, delay, easing)
+   startObjectTween( Interfaces[int], VInterfaceOffset, Interfaces[int].InterfaceOffset, {x = t[int].x_in + ox, y = t[int].y_in + oy}, delay, easing)
 end
 </syntaxhighlight>

@@ Line 158: / Line 158: @@
 |-
 | [http://wiki.visionaire-tracker.net/archive/sliding_interface_vs4.zip sliding_interface_vs4.zip] || A working example of the script in action. ''Visionaire Studio 4.0.1+'' required to run the included .ved file.
-|}
+|}{{toc}}

@@ Line 159: / Line 159: @@
 | [http://wiki.visionaire-tracker.net/archive/sliding_interface_vs4.zip sliding_interface_vs4.zip] || A working example of the script in action. ''Visionaire Studio 4.0.1+'' required to run the included .ved file.
 |}
-{{i18n|Sliding_Interface_MKII_(CMS)}}
+{{i18n|Sliding_Interface_MKII_(CMS)}}{{toc}}