Man Of Medan Video Fix 1.0.0

This is a modified exe for Toy Story that fixes the "Unable to link to KERNEL32.DLL!" error on newer versions of Windows.
This was not made by me.

X-Wing series 60FPS (1.0.2) patch by Justagai
This will change the FPS limit from 30 to 60 in any of the X-Wing games in the series: X-Wing, TIE Fighter, X-Wing vs TIE Fighter, Balance of power and X-Wing Alliance
Compatible with the Disc, GoG and Steam versions.

Instructions: Extract/Move dinput.dll and Hook_60FPS.dll into the game folder.
Multiplayer: Make sure that everyone has the same patch installed to prevent syncing issues.
Notes: 
- If there is a frame loss when targeting something and you have a custom DDRAW installed, try turning off antialiasing in its config.
Issues:
- It is possible that 60FPS can make some missions impossible due to a movement bug in the engine. Please report the mission with the bugged craft.
Changelog:
1.0.2
- XWA: Hangar is now 60FPS
1.0.1
- Fixed issue with certain machines crashing at game startup
1.0
- Initial version

Special thanks to:
JeremyaFr (Originally created the hooks which this patch is based off of)
RandomStarfighter (Overall help with everything)
XWVM team (Lots of engine knowledge discovered)
And thanks to all who helped test!

On Windows 8 or newer systems, the game's menu turns upside down or just black and white; because, the codecs of the the original video files don't working very well on these newer system. You can see the problem on the 'before.jpg' image, and the fixed menu 'after.jpg' the applied fix.
To fix this unpleasant thing, just download and extract the content of the archive into the game's folder. The password for the archive is pcgw.
If you are experience issues with the extracting, then download the two parts of the archive to the same folder and combine them with the following command (obviously in Windows Command Line or PowerShell):
copy /b SniperGhostWarrior_videofix.7z.001 + SniperGhostWarrior_videofix.7z.002 SniperGhostWarrior_videofix.7z

If you are experienced PC player, you have probably came across a broken or malfunctioning mouse. We are going to look at the unwanted double-click problem and provide detailed guide with many macro photos and video how to fix it regardless of mouse model. Without any soldering and with just basic tools you can bring back to life your older or aging, but once expensive, gaming mouse.
The problem
Double-clicking in single click, inability to create continuous line in paint application, difficulty to move camera in RTS, iron sights not sticking in FPS - these are all symptoms of a broken mouse button. Culprit in majority of cases is a component called miniature snap-action switch, or micro switch. This switch contains three leads and a metal with little spring. This metal is jumping between two contacts thanks to the spring and bridging connection between contacts.
 
This spring can become tired so it isn't providing pressure necessary to maintain connection. With combination of dirt (dust) and oxidation on the contact areas, it is a perfect recipe for unstable connection and unwanted double clicks.

Fig. 1 - types of micro switches  
Tools and tips
You will need:
screw driver (type depends on your mouse model, Phillips and flat head should be enough tweezers safety pin, nail scissors or something pointy contacts cleaner or rubbing alcohol any type of glue camera (cellphone will suffice) little bit of time Tips:
Make several photos of each step, it will help you tremendously in reassembly. Don't use much force, there can be hidden screws or latches and you will break something if you are not careful. Disconnect your mouse from computer and pull out batteries first. Take your time, you do not have be finished in ten minutes. Every photo in this guide is in high resolution, visit gallery for additional details. And as usual, PCGamingWiki is not responsible for any damages caused by following this guide. 1. Mouse disassemble
This step is unfortunately rather vague, because of each mouse having vastly different design. Be extra careful and look for hidden latches and screws when pulling parts apart.
 
First of all you have to find screws on your mouse. Usual places are under rubber feet, in battery compartment and under stickers. Consult Google with a name of your mouse and word "disassemble".
 

Fig. 2 - possible screw locations  
After getting rid of all the screws, upper part of the mouse should come apart. Now it is a good time to clean any oil and dirt from many crevices in the upper cover with rubbing alcohol or soap water (in case upper cover does not contain any electronics). Let it dry thoroughly. Example of mouse insides are displayed on figure 3.
 

Fig. 3 - Logitech MX700 without cover  
Now look for micro switches that needs fixing. You have to have clear access to them in order to properly fix them so additional disassemble could be required. Usually there are few screws, that holds everything to the plastic base, internal connectors, scroll wheel, that can be easily put away etc. In some cases there can be hard connection between boards that cannot be non destructively disassembled. Again take a lot of photos during your work for future reference.
 
For example in figure 3, Logitech MX700 is very complicated mouse with three layers of PCB's, two of which has soldered hard connection (4 pins directly above scroll wheel and on the left of D-3 component) and soldered flat cable between two other (upper right corner, white cable). There are five fixable switches on this mouse and three unfixable.
 
Vast majority of manufacturers are using Omron type switches for main buttons (see figure 1 and 4). There is a possibility of finding smaller, four pin surface mounted switches, that cannot be opened and repaired without soldering. These can be also found in Xbox 360 controller.
 

Fig. 4 - Omron type micro switch  
3. Opening the micro switch
So you have located faulty switch and ensured enough access to it. Opening it is fairly straight forward. There are usually two latches, that has to be lifted separately (figure 5). Some manufacturers has these latches on the long sides of the switch (figure 1).
 

Fig. 5 - location of latches on the Omron micro switch  
Insert your open safety pin or point of scissors under the latch to unlock it and lift one side of the switch cover slightly (figure 6). Do not try to lift whole cover up just yet, you'll break the second latch.

Fig. 6 - one latch unlocked and cover slightly lifted  
Do the same on the other side of the switch so you'll get situation displayed on figure 7. Rotate the mouse (or part with the switch) so the white pin on the top of the switch is pointing down.
 

Fig. 7 - both latches unlocked and both sides of cover slightly lifted  
 
Now you can pull cover away from the base. The white pin is loose in the cover and can be easily lost if not handled upside down. At the end, you'll end up with situation displayed in figure 8.
 

Fig. 8 - uncovered switch and detail of the white pin  
4. Metal spring fun
You can see insides of the switch. The part, that needs fixing, is the long metal with spring in the middle and It needs to come of the rest of the switch. This is another not very difficult task, lay the switch flat, as shown on figure 8, hold the part without the spring with two fingers and twist the metal to the side. It should go fairly easily and you'll end up with bare metal with spring (upper left side of figure 9).
 

Fig. 9 - Metal with spring and prying spring  
As the fix itself you'll need to pry the spring little bit. Lay the metal piece flat, hold it as flat possible with tweezers and pry the spring up just a little bit. There is very little strength required, just fraction of a millimeter should be enough. Clean the contacts on the metal with alcohol, do the same with pins on the base of the switch.
 
Now for the tricky part: you have to put it back together. See figure 10 in full resolution for more details. There are two grooves on the two metal pins on the base of the switch (numbered 1 and 2 on the figure 10). These grooves are corresponding with cutouts on the metal, also numbered 1 and 2. The hammer needs to go between two most right pins.
 

Fig. 10 - grooves on contacts and metal spring detail  
The easiest way I've found is to place the hammer first, then place the metal into the groove 1. Spring is resting on the middle pin, just above groove number 2. Situation on the top left, top right and bottom right part of figure 11.
 

Fig. 11 - reassembling metal with spring on the switch base  
Now for seating the spring into its groove. Take the tweezers or small screw driver and push the spring down into its place (rest of figure 11). This is especially tricky move, as you have to push with enough force to push it down, but not enough to over push. If you over do it, you'll have to start over. When you manage to seat the metal properly, try to click it few times so you know, it is working OK. Seated metal is displayed on figure 12.
 

Fig. 12 - properly seated metal spring on the switch base  
Whole process of opening and fixing the switch is captured on a video. Be sure to turn on HD for best details.
 
 
4. Testing and reassembly
Close the switch and make sure, you are putting the cover the right way. White pin should not be directly above the spring. Consult your photos for proper orientation. Unfortunately you have to fully reassemble your mouse to do proper testing. Screws are putting the right amount of pressure on the micro switches and without them you could get another faulty clicks.
 
Sometimes sound of the click and force needed to achieve button press can change slightly depending of force used on prying the spring. Try to open it again if you are not satisfied with results.
 
The best way to test success of the fix is in any paint application. Create a blank document, pick any color and create any random shape with the button, you've just fixed. You should get continuous line if the fix is successful. Glue back the rubber feet and enjoy your fixed mouse.

View full article

The problem
Double-clicking in single click, inability to create continuous line in paint application, difficulty to move camera in RTS, iron sights not sticking in FPS - these are all symptoms of a broken mouse button. Culprit in majority of cases is a component called miniature snap-action switch, or micro switch. This switch contains three leads and a metal with little spring. This metal is jumping between two contacts thanks to the spring and bridging connection between contacts.
 
This spring can become tired so it isn't providing pressure necessary to maintain connection. With combination of dirt (dust) and oxidation on the contact areas, it is a perfect recipe for unstable connection and unwanted double clicks.

Fig. 1 - types of micro switches  
Tools and tips
You will need:
screw driver (type depends on your mouse model, Phillips and flat head should be enough tweezers safety pin, nail scissors or something pointy contacts cleaner or rubbing alcohol any type of glue camera (cellphone will suffice) little bit of time Tips:
Make several photos of each step, it will help you tremendously in reassembly. Don't use much force, there can be hidden screws or latches and you will break something if you are not careful. Disconnect your mouse from computer and pull out batteries first. Take your time, you do not have be finished in ten minutes. Every photo in this guide is in high resolution, visit gallery for additional details. And as usual, PCGamingWiki is not responsible for any damages caused by following this guide. 1. Mouse disassemble
This step is unfortunately rather vague, because of each mouse having vastly different design. Be extra careful and look for hidden latches and screws when pulling parts apart.
 
First of all you have to find screws on your mouse. Usual places are under rubber feet, in battery compartment and under stickers. Consult Google with a name of your mouse and word "disassemble".
 

Fig. 2 - possible screw locations  
After getting rid of all the screws, upper part of the mouse should come apart. Now it is a good time to clean any oil and dirt from many crevices in the upper cover with rubbing alcohol or soap water (in case upper cover does not contain any electronics). Let it dry thoroughly. Example of mouse insides are displayed on figure 3.
 

Fig. 3 - Logitech MX700 without cover  
Now look for micro switches that needs fixing. You have to have clear access to them in order to properly fix them so additional disassemble could be required. Usually there are few screws, that holds everything to the plastic base, internal connectors, scroll wheel, that can be easily put away etc. In some cases there can be hard connection between boards that cannot be non destructively disassembled. Again take a lot of photos during your work for future reference.
 
For example in figure 3, Logitech MX700 is very complicated mouse with three layers of PCB's, two of which has soldered hard connection (4 pins directly above scroll wheel and on the left of D-3 component) and soldered flat cable between two other (upper right corner, white cable). There are five fixable switches on this mouse and three unfixable.
 
Vast majority of manufacturers are using Omron type switches for main buttons (see figure 1 and 4). There is a possibility of finding smaller, four pin surface mounted switches, that cannot be opened and repaired without soldering. These can be also found in Xbox 360 controller.
 

Fig. 4 - Omron type micro switch  
3. Opening the micro switch
So you have located faulty switch and ensured enough access to it. Opening it is fairly straight forward. There are usually two latches, that has to be lifted separately (figure 5). Some manufacturers has these latches on the long sides of the switch (figure 1).
 

Fig. 5 - location of latches on the Omron micro switch  
Insert your open safety pin or point of scissors under the latch to unlock it and lift one side of the switch cover slightly (figure 6). Do not try to lift whole cover up just yet, you'll break the second latch.

Fig. 6 - one latch unlocked and cover slightly lifted  
Do the same on the other side of the switch so you'll get situation displayed on figure 7. Rotate the mouse (or part with the switch) so the white pin on the top of the switch is pointing down.
 

Fig. 7 - both latches unlocked and both sides of cover slightly lifted  
 
Now you can pull cover away from the base. The white pin is loose in the cover and can be easily lost if not handled upside down. At the end, you'll end up with situation displayed in figure 8.
 

Fig. 8 - uncovered switch and detail of the white pin  
4. Metal spring fun
You can see insides of the switch. The part, that needs fixing, is the long metal with spring in the middle and It needs to come of the rest of the switch. This is another not very difficult task, lay the switch flat, as shown on figure 8, hold the part without the spring with two fingers and twist the metal to the side. It should go fairly easily and you'll end up with bare metal with spring (upper left side of figure 9).
 

Fig. 9 - Metal with spring and prying spring  
As the fix itself you'll need to pry the spring little bit. Lay the metal piece flat, hold it as flat possible with tweezers and pry the spring up just a little bit. There is very little strength required, just fraction of a millimeter should be enough. Clean the contacts on the metal with alcohol, do the same with pins on the base of the switch.
 
Now for the tricky part: you have to put it back together. See figure 10 in full resolution for more details. There are two grooves on the two metal pins on the base of the switch (numbered 1 and 2 on the figure 10). These grooves are corresponding with cutouts on the metal, also numbered 1 and 2. The hammer needs to go between two most right pins.
 

Fig. 10 - grooves on contacts and metal spring detail  
The easiest way I've found is to place the hammer first, then place the metal into the groove 1. Spring is resting on the middle pin, just above groove number 2. Situation on the top left, top right and bottom right part of figure 11.
 

Fig. 11 - reassembling metal with spring on the switch base  
Now for seating the spring into its groove. Take the tweezers or small screw driver and push the spring down into its place (rest of figure 11). This is especially tricky move, as you have to push with enough force to push it down, but not enough to over push. If you over do it, you'll have to start over. When you manage to seat the metal properly, try to click it few times so you know, it is working OK. Seated metal is displayed on figure 12.
 

Fig. 12 - properly seated metal spring on the switch base  
Whole process of opening and fixing the switch is captured on a video. Be sure to turn on HD for best details.
 
 
4. Testing and reassembly
Close the switch and make sure, you are putting the cover the right way. White pin should not be directly above the spring. Consult your photos for proper orientation. Unfortunately you have to fully reassemble your mouse to do proper testing. Screws are putting the right amount of pressure on the micro switches and without them you could get another faulty clicks.
 
Sometimes sound of the click and force needed to achieve button press can change slightly depending of force used on prying the spring. Try to open it again if you are not satisfied with results.
 
The best way to test success of the fix is in any paint application. Create a blank document, pick any color and create any random shape with the button, you've just fixed. You should get continuous line if the fix is successful. Glue back the rubber feet and enjoy your fixed mouse.