Need Support ?
We do not have the resources to offer phone or remote access support so please send your questions via e-mail
We will get back to you asap
When contacting us for user support we often require that you send us your CP (Control Panel) configuration files as an e-mail attachment.
We can then replicate your setup.
To locate these files right click on the Desktop Icon of ProX or GSA Golf Interface and click the Open File Location.
For ProX, go to the Data folder and locate the Preferences.ggs file.
For GSA Control Panel, go to the Data folder and locate the ProXsPreferences.ggs file.
Right click and select Send To. Select Mail Recipient and address to
Alternatively, click the above link to open your e-mail, select and send the file or files as an attachment.
If you don't have an Internet connection on the Golf Simulator PC then either copy the files to a memory stick and send the files from a PC that does,
or - if you have an INTERNET connection on your cell phone - make a photo of the Setup screen and send that to us.
How to make Screen shots.
We often require you to send us screen shots during the support period.
To make a screen shot you need to run GSA Golf Control Panel in a windowed mode.
Screen shots don't work when the software is running in full screen mode.
If required, increase the screen resolution to a higher level than the usual 1024 * 768.
(right click on the Windows Desktop to select a higher screen resolution).
When you do this the Control Panel will run in a window.
You can then make screen shots.
Press the Print Screen or Prt Scrn key on your keyboard (usually near the upper right hand corner of the keyboard) when you want a screen shot. The image is then stored in the clipboard.
Start the Windows "Paint" graphics tool and click the "Paste" button in "Paint" - the Past button is in the upper left corner - and the image in the clipboard will appear.
Save the image with a any unique name you want and select Jpeg or PNG type files.
Repeat the procedure for all screen shots.
Camera image screen shots:
When making screen shots, ensure that the "Control Panel window not on top of other windows" option is on in the CP setup window
To test, don’t start GSA Golf or E6. Just GSA Control Panel with the Camera window open.
After each shot you should see the Launch Angle and Ball Path detected message.
If not, then make a screen shot and send to us.
Don’t forget to increase the screen resolution when GSA Control Panel is in window mode and decrease to 1024*768 when back in full screen mode
Storing Camera images
To help with support we sometimes require the actual raw camera image and not just a screen shot of it.
Press F7 in the camera window to store the current image into the Windows Clipboard
Note: When copying images to the Windows clip board with the F7 key, do not close the GSA Control Panel.
Exit the Cameras window and click the Send Back button. Then start Paint and and paste.
How to make screen shots and get raw camera images for GSA Golf Support
Sensor Mat not detected.
When the sensor mat is connected, powered on and the COM port correctly configured, the Mat Detected message should appear in the bottom left corner of the main menu screen.
This indicates that basic serial communications are running correctly. If the Sensor Mat not Detected message appears then go thru the following checks:
Is the mat power led on? If not: Check power cable connections. Supply voltage must be 5 volts.
Check com port configuration:
Go to the COM Ports window from the Setup window. Select the com port and press the connect button. Connection should be valid and the message COM Port Successfully opened should be displayed.
If not go to Windows System / Device Manager / Connections and check that the serial port or USB-to-Serial COM port exists, that baud rate is 9600, data bits 8, stop bits 1, parity None.
The COM port shown in the Device Manager should correspond to the COM Port setting in the ProX and GSAGolfInterface software.
No 9 pin Serial Port on PC
If your PC doesn't feature a 9 pin serial port then you need to use our Serial-To-USB adapter.
In order to use the adapter, driver software must be installed.
If you have a live internet connection on the PC then the driver software will be automatically installed for you when you first plug in the adapter.
If you don't have an internet connection on the PC then the drivers must be installed manually.
As of ProX version 5.21.0 the drivers are automatically copied to the GGS/ProX folder during the ProX installation process.
If you installed a previous version of ProX you must download the Drivers from a PC with internet connection and manually copy them to the GGS/ProX folder.
Follow the installation instructions for XP, Vista or Windows7 from the driver installation guides.
Note: These drivers are only for the white serial to USB adapter. Not the green one.
If you have a green adapter then you should use the drivers on the supplied 3inch CD for XP or use the automatic internet driver install method for Vista.
Alternatively go here for serial adapter installation instructions
COM port successfully opened, COM port corresponds to COM port in Windows Device Manager but still Mat Not Detected message is shown.
Try de-installing or de-activating any anti-virus software and firewalls.
If you are using a USB serial adapter, try unplugging and reconnecting the USB connection to the PC. Sometimes Windows doesn't recognize the adapter.
If you are using the Green USB Serial adapter contact us for a replacement new model. On some PCs this adapter does not always work for some reason unknown to us.
No Dongle found message - USB software protection key (dongle) not plugged in.
Communication with the sensor mat will only activated when the GSA blue dongle is plugged into PC.
Without this the ProX software will run but only in PC game mode.
No COM I/O message.
System couldn't open the COM port (see above Check COM port instructions).
Ready cursor at top left of screen changing colors.
Mat Reference code not Verified - Not polling Port - Not ready for swing - messages.
The main causes for this are due to :
1. A ball track has been activated in the Setup window but a ball track is not connected .
If you do not have a ball track, ensure that no ball track has been activated in the setup window.
2. Light is not reaching all the sensors on the ball track which causes sensors to latch on.
To check: Go to the Show Sensors window (via Setup) and check that all the sensors on the ball track are displayed dark green.
The sensors in the XD ball track are automatically reset after about 3 seconds so all sensor indicators should normally be displayed dark green.
If you see any sensor indicators displayed bright green then check that there is no debris (i.e. a small piece of grass fiber) covering the sensor
and that overhead lamp light is reaching all the sensors.
3. Debris (i.e. a small piece of grass fiber) is covering one of the 3 reset sensors at the back of the sensor mat.
Lose synthetic grass fibers in the holes and slots are sometimes hard to see so closely inspect for this.
4. Serial BallPoint has been automatically installed by Windows
check if a serial BallPoint has been automatically installed by Windows.
To do this, go to the Windows Control Panel,
select Hardware and Sound,
select Device Manager (at top right of screen),
select Mice and other pointing devices
look to see if a Microsoft Serial BallPoint exists.
If so, right click and select Disable.
(do not select de-install because Windows will just install another one)
Other causes can be attributed to:
The sensor mat board type has been set to 64 byte and not 128 byte board.
Since 2007 all sensor mat circuit boards are 128 byte type. Check for this in the Sensor Settings window (via Setup)
If you do have a ball track then open the Show Sensors window to see what sensors on the ball track are latched on.
All sensors on a ball track should be dark green. The only time they light up (latch) is when an object (ball) passes over them.
This, however, will only be for a few seconds. Ball tracks feature auto reset so normally all sensors shown in the Show Sensors
window will be dark green and the ball speed timer will be counting.
If the software detects that ball track sensors are latched after a short period then the system will think that the incoming data stream is out of sequence
and will exit the data stream polling loop.
Because the reference code must be verified ( i.e. not just a coincidental pattern of latched sensors producing what looks like the reference code)
the system will continue to exit and re-enter the data stream polling loop in an attempt to solve the problem by reseting itself.
During this period the messages "Mat Reference code not verified" and "Not Polling Port" will be shown.
Other reasons causing this problem are:
1. The sensor mat is an older type of mat which does not feature reference code verification logic
2. When playing with ProX software, the GSA Golf Interface is running.
Please note: GSA Golf Interface should only be running when playing with the GSA Golf software. Never when playing the ProX software.
3. The mat has an internal fault.
please contact us if you suspect any of these are the cause of the problem
Ready cursor at top left of screen changing colors.
"Mat Reset Sensor On". message
This means that one or more of the 3 reset sensors at the back of the mat is stuck on.
In this case the software will reset the mat periodically (about every 6 seconds).
The main causes of this are either light or not sufficient light is getting down onto these sensors of a small piece of debris is covering one of the sensors.
Ensure that the overhead light is pointing directly down on to the mat and that light is getting down onto the 3 reset sensors
and that none of the grass fibers are bent over and obscuring the light.
The debris could be a very small piece of grass fiber which is hard to see. Take a careful look to see if this is the case and if so remove the fiber.
Vacuum cleaning out the slots and holes will also help.
The fact the sensor mat is being detected indicates that it is functioning.
Important note: The overhead halogen lamp for the sensor mat needs to be either an 8 or 10 degrees spot 50 Watt or a 25/30 degree 75 Watt light!
Remember: GSA Control Panel should be running along side the any of the game software. GSA Golf, E6 or ProX
For over a year now, all systems are 128 byte type. Ensure that 128 byte system board is checked in the Sensor Settings window (as shown below)
If you are using a ball sensor ensure that the Ball Sensor in Mat button in the setup window is on. If not using a ball sensor, ensure that this button is off.
If all sensors are running a green light on the top left hand corner of the screen will be shown
The system is then ready to capture your swing.
If, instead of a green light, a red light is shown then there is a problem with either the sensor mat or ball track.
To see where the problem lies, click the Show Sensors button in the Setup\ window.
The state of all the sensors on your mat are shown.
If there is a fault with one or more sensors then this will be indicated with a red cursor.
In most all cases this is due to the overhead light not reaching the sensor properly
This can be due to the overhead light not being properly aligned or debris is blocking the light
If the fault persists you can temporarily de-activate the sensor by right mouse clicking the sensor image.
Depending on what sensor is faulty, this will, in most cases, allow the system to operate with only a degree of inaccuracy.
However, the unit involved should be sent back to your dealer for repair as soon as possible.
Sensor mat status Cursor
When the sensor mat is on and connected to your computer, a colored square cursor will appear in the top left corner of the screen.
Only when this cursor is bright green is the system is ready to accept a shot. When red, the system is busy and will not recognize a swing.
When cursor is Red a second and/or third colored cursor will appear indicating the busy state. ");
The color/states are : Gray = Searching for reference code. Orange: One of the 3 reset sensors are covered or stuck on.");
Pink: System Checking sensor mat timer states. Violet: Mat Reference code not yet found. Blue: system is not monitoring sensor mat.");
System is playable for a couple of shots but then ceases to recognize shots.
Sensor mat status cursor takes a long time before changing to green
More often than not this is caused by anti virus and firewall software being active on the PC .
Anti Virus software like AVG and McAffee scan the incoming serial data stream which disrupts and slows down the serial data.
Remedy: De-activate all anti virus and firewall software. As the PC is usually a dedicated PC for the simulator this is not taking a great risk.
In order for the sensor mat to detect a valid swing certain conditions must be met. These are:
1. Club head must pass over one of the 3 reset sensors at the back of the mat.
2. Club head must pass somewhere over back row of sensors.
3. Club head must pass over at least one of the 2 timer sensors in middle of front row sensors. That's the first sensor above and below the ball/tee.
4. The total time required for the club head to pass over all three sensor rows must not exceed 2 seconds.
If Ball Track sensors are connected and the Sensor setting: 'Launch Ball only when detected by Ball Track sensors' is set, then the ball must pass over at least one of the ball track sensors.
Undetected Shots. Incorrect trajectories.
Undetected shots can occur for a number of reasons. The main causes are:
Incorrect Lighting, Head over mat, Club toe hits, Mat Impact Vibration, Out of Bounds club path.
1. Incorrect lighting:
Check that all sensors are running with the Show Sensors window open. Make sure that the correct sensor system has been selected in the Setup window.
ie. If you have a ball track system then the Ball Track button is lit. If no Ball Track system is connected then make sure this button is off.
Make sure the light source is placed directly over the sensor mat and that it casts a sharp shadow. Check this with a sheet of white paper placed on the mat.
Make sure that no or little ambient light is reaching down on the sensors. If you have a ball tracking system insure that the second light source for the ball
tracking sensors only on the ball track sensor strip and not reaching the sensor mat.
Check that all sensors (apart from the two timer sensors) switch off when you wave your hand or clubface over one of the 3 reset sensors and that the timers
Likewise insure that when an object is placed over the sensors that they light up and that the timers stop when covered.
If not, or some sensors are flickering, then this is an indication that the light source is either too bright or too dim or ambient light
ie day light or other light is present. If you are sure that no ambient light is present then experiment with the light intensity.
Either by changing the lamp with lower or higher wattage lamps or with a dimmer.
Make slow practice swings and insure that the Valid Swing Detected message is shown every time.
An Invalid Swing message should only occur if the swing is too slow ( that would be very slow ie over 2 seconds to get from back to front row sensors).
2. Head over sensors:
It is essential that only the club-head pass over the mat sensors during a swing. Your own head should never cast a shadow over the sensors.
With long irons, woods and drivers this isn't a problem but with wedges and the putter you have to watch for this as your head shadow will cause incorrect club-head path and velocities to be read.
Putting on the striking mat itself is therefore quite difficult and requires that you keep your head back. The purposely designed putting mat add-on solves this problem though.
3. Mat Impact Vibration:
Undetected or Invalid swings or Swings generating too high or too low trajectories can be caused by mat vibrations causing mat grass fibers to move or flip over and trigger sensors.
If you are experiencing such problems and that these problems only occur when the club-head makes contact with the mat, then this is a strong indication
that the mat grass fibers are moving over the sensors. This happens very fast so you probably won't actually see this happening. In order to correct this,
make sure no stray grass fibers in the mat sensor slots and holes. The 3 reset sensors are especially sensitive to this so you should cut down the fibers around the 3 holes if no
stray fibers can be found.
4. Out of Bounds club path:
With some very high handicap players it's possible that the swing path is so far off that the reset sensors aren't being triggered.
ie. The swing path is so far in-to-out that the club face doesn't pass over one of the 3 reset senors.
5. Ball Track set on when no ball track sensors are connected:
If ball track sensors are not connected but in the Setup Window the ball track is activated then the ball trajectory won't launch.
6. Striking the ball with just the toe of the club:
Unless the Allow Ball to Launch on Sensor 1 Only has been checked in the sensor settings window, a valid swing can only be detected when the club-head passes over both club-head angle timer sensors.
That's the first sensors above and below the ball / tee.
7. Sensor mat not directly under light / mat moving forward:
Ensure that the sensor mat is fixed to the ground and not moving forward after shots. The sensor mat must always be directly under the overhead halogen lamp.
8. Ball passed too close to lamp over ball track with high launch angled shots
When using standard reflector halogen lamps over the ball track, the shadow made by a ball that gets too close to the lamp (High lofted shots with wedges) will be diffused and not be sharp enough to trigger the ball track sensors.
The only solutions to this are:
1. Make sure that the ball hits the screen with all shots. This may mean using a lower lofted club even when the system is recommending a wedge (ie 9 or 8 iron)
2. Replace the ball track visible light lamp with our new pin-point infra-red lamp. This lamp not only has the advantage that the light is invisible but also - due to the reflector design - allows balls to get very close to the lamp.
9. Ball not in path range of the ball track with high launch angled shots
Because the ball track lamp produces a cone of light over the ball tracks, the valid path range will decrease as the ball height over the ball track increases.
So even when you are sure the ball passed over the ball track this doesn't mean that the shadow casted by the ball did. And it is the shadow of the ball that triggers the ball track sensors.
1. Ensure that the shot path is as straight as possible when using wedges (don't hit left or right)
2. Use a lower lofted club
Balls launching in system without making a swing.
Sensor Mat only configuration
If you are using a sensor mat without a ball track or a camera then any shadows cast over the mat may cause a ball to launch.
(especially practice swings and waggles where the club goes back over on of the 3 reset sensors at the back of the mat).
Please be aware of this when teeing up or waving a club over the sensor mat.
Please note: 90% of these inadvertent shots can be eliminated by correctly setting the "minimum club speed to launch a ball" in the Sensor Settings window
of both the ProX and GSAGolfInterface software
This setting is active when using a sensor mat/pad only. i.e. when no cameras or ball tracks are connected to the system.
The setting should be set to around 2m/s (5 mph or 7kph).
Another solution to this problem is to use the Swing Mat Activation feature.
When this mode is used, you will be required to activate the mat for a shot by holding a club over one of the 3 reset sensors on the mat for a short period.
After the shot the mat goes back into inactive mode so won't launch a ball inadvertently.
The best solution to this problem is to add a ball track or camera though.
Verifying the calculated club path.
To verify that the mat is calculating the club-path correctly do the following experiment:
Open the Show Sensors window (without loading a golf course).
Place a piece of cardboard (or a large book or magazine) over the sensor mat covering at least both the timer sensors
(front sensor row - first sensors above and below tee) and the back row of sensors so that you have a straight square
edge going from the front row of sensors to the rear row of sensors. Do not cover any of the 3 rear reset sensor.
When you wave a club over one of the 3 reset sensors the Show Sensors window will show you what club path has been calculated.
If the card is dead straight then the calculated clue bath should be 0 degrees.
Ensure you only wave the club over one or more of the reset sensors and not over any of the exposed sensors during this test.
Experiment with changing the angle of the card to reproduce inside out and outside in swings. After each change wave a club (or your foot) over one of the reset sensors to see the new calculated club path.
To be sure, you should measure the angle produced with the card with a suitable tool (ie. compass) and compare with the reading in the Show Sensors window.
Ignore the club.face angle readings. These will not be correct with this experiment.
Incorrect club face angles
To test, use a straight edge tool (ruler will do) and pass it over the sensor mat at a uniform speed with just the Trajectories window open. Try square, closed and open.
You should see that the calculated face angles correspond to the straight edge angles you use.
If this test seems to be ok but you find that when taking a swing the face angle is incorrect then this can be caused by grass fibers bending over as you hit the mat
and these are triggering the sensors before the club head shadow. In this case the fibers on the leading edge of the front (small) slot should be cut further back.
Another cause for seemingly incorrect angles being calculated is that some woods and drivers have curved front faces.
We are working on a solution for this problem at present but until then you might like to experiment with the Easy Face Angles settings.
In the Sensor Settings window (from Setup) you can set the Club face angle easy or very easy and this will reduce the measured face angle.
Sensor mat timer not running / Short distance carries / incorrect club face angle
If the overhead lamp is not exactly aligned over the sensor mat then the sensor mat grass panel may be casting a shadow over one of the timer sensors and that will cause the timer not to function.
The timer sensors on the sensor mat (the two sensors immediately below and above the tee) are used to calculate the club-face angle at impact to the ball and the club speed.
( If not using a ball track then also the ball speed.)
Should one of these sensors not function then the face angle will be incorrect and the club and/or ball speed will be very low - resulting in short distance ball carries.
Check that the overhead light is reaching all sensors and that both sensor mat timers are running in the Show Sensors window.
Erratic / too high ball speeds resulting in too far carry distances with double bank XD ball tracks
This problem occurs when the XD ball tracks are placed too near the tee or ball launch position.
In this case the club-head is passing over the ball track sensors which is causing the speed timer to be reset with the following club-head.
Remedy: Move the XD ball tracks further away so that the club-head shadow is not passing over the ball tracks.
Alternatively: An XD ball track mod is now available that allows you to move the XD ball tracks closer to the tee / or ball launch position so that the club-head shadow does not reset the ball speed timer.
Moving the XD ball tracks closer to the ball launch position gives a greater ball path range but it is possible that the club-head will affect the ball path calculations in certain conditions.
Contact us for more details if you wish to upgrade your XD ball track with this modification.
"Club-head data not used." message shown in post shot swing analysis window when using double bank XD ball tracks
There are two main reasons for this:
The players own head shadow is moving over the one of the three reset sensors in the sensor mat during the swing.
This is particularly noticeable when using short irons because the players body has moved nearer the sensor mat.
In this case the shot is still being picked up by the double ball track
but due to the extra reset on the sensor mat caused by the players head shadow, the club-data has been corrupted and is discarded.
The ball track is picking up the valid shot first and not waiting long enough to see if the club-head data is ready.
Remedy: Increase the Valid Swing Loop Count setting in the Sensor Settings window.
Balls pulling to the left when using double bank XD ball tracks
There are five possible reasons that might cause this.
1. the ball tracks are not exactly aligned with each other
2. the lamp is not over the center of the ball track
3. the ball track is not aligned correctly with the sensor mat. (it has to be dead center with the tee)
4. the shadow of the club-head is passing over bank 1 of the sensors.
5. Last-but-not-least: the ball is really going from right to left.
Especially the club-head shadow going over ball track will cause this problem.
Ball flight curving too much - hooks and slices instead of draws and fades in ProX
Remedy: Go to the Trajectories Window and reduce the Spin/Curve factor.
Sensor mat detected as MS Serial Ball Point mouse in Windows
Some users have reported that if a Sensor Mat is plugged in to a serial port whilst Windows is booting,
the mouse pointer jumps all over the screen. If this is the case do one of the following:
Unplug your Sensor mat from the system
Go to the device manager, select Mice and Pointing Devices and de-activate (right Click) the Serial Mouse.
1. Download and run the NoSerialMouse utility program (Works for both Vista and XP) select the COM port and click Fix
Download NoSerialMouse here
2. For XP users only:
Disable serial mouse device detection during boot sequence by doing the following:
Right click My Computer
Select Advanced Tab
Select Settings in Startup and Recovery
add /NoSerialMouse (this is case sensitive so add it exactly as shown here) to the line that looks like:
multi(0)disk(0)rdisk(0)partition(2)\XP="Windows XP" /fastdetect
so that it now reads:
multi(0)disk(0)rdisk(0)partition(2)\XP="Windows XP" /fastdetect/NoSerialMouse
File -> Exit Save yes
Once rebooted re attach your sensor mat.
Access Denied message when trying to connect to the COM port
If you boot the PC with the sensor mat on and connected to the PC, windows sometimes automatically configures a Serial Ball Pointing mouse device.
When this happens, the COM port will be blocked and you'll get the Access Denied message when trying to connect to the COM port in ProX or GSA Golf Interface.
Remedy: Go into the Device Manager (via System Control), go to the Mouse (or Mice) Item from the list and de-activate (not deinstall) the Serial Ball Pointing mouse.
Disconnect the Sensor mat from the PC and re-boot the PC.
To prevent this happening again
Run the NoSerialMouse utility program (Works for both Vista and XP) select the COM port and click the Fix button.
The NoSerialMouse program should be in the SerialUSBDrivers folder of GGS. If not, then download from the above link.
PC crashes, blue screen or hangs when GSA Golf is started.
GSA Golf running very slow.
Your PC is not up to spec or incorrect graphic card settings.
GSA Golf runs in a 1024 * 768 pixel frame-less window. Your screen resolution should be set to this or greater.
GSA Golf is also very demanding on the graphics card and requires a good gaming PC to function properly.
PC should have at least 2 GB RAM (4 GB recommended) and the graphics card should have 1 GB video memory.
You can save yourself a lot of bother by purchasing our custom made high-end PC with all software pre-installed and guaranteed to function perfectly.
After shot swing analysis windows flickering in GSA Golf
After shot swing analysis windows are overlayed windows and require GSA Golf to be run in windows mode to function properly.
If these windows are flickering then you are most probably running GSA Golf in full screen mode.
Go to Screen settings in GSA Golf and select window mode to rectify this problem.
Note: GSA Golf windows are frame less and thus appear as full screens when the screen/projector is set to the same resolution. (normally 1024*768)
How do I enter a player photo?
Add photo images to the GGS\playerPhotos folder. Images must be 64*64 bitmap files.
If the playerPhotos folder does not exist, create a new one with the Windows Explorer.
Name files playerPhoto1, playerPhoto2, playerPhoto3 etc...
The ready cursor in the upper left hand corner is never a solid green - maybe two tones of green -
and as soon as I start the back swing it goes to a not ready status and it turns red.
It is normal that the ready cursor turns red on the back swing.
It turns red every time an object passes over the 3 reset sensors at the rear of the sensor mat.
It is also normal that the cursor is not a steady solid green in ProX.
We programmed it to change color slightly so that you can see that the system is running normally and has not hung and that serial communications are running correctly.
How can I putt when just using a sensor mat?
The problem is that when putting you put your head over the ball and this will normally block the overhead light from reaching the optical sensors in the mat.
The solution is to move the overhead lamp further forward so that the light still reaches the sensors in the mat but your head over the ball does not cast a shadow directly down onto the sensors.
Moving the overhead lamp about 2 feet further forward (towards the projection screen) should solve this problem.
How do I access the Device Manager in windows XP?
To access Device Manager, use any of the following methods:
Click Start, click Run, and then type devmgmt.msc.
Right-click My Computer, click Manage, and then click Device Manager.
Right-click My Computer, click Properties, click the Hardware tab, and then click Device Manager.
Type the following command at a command prompt:
Golf Courses are disappearing from my list of courses in ProX (Vista, W7)
Windows User Account Control (UAC) is activated. UAC must be deactivated for both ProX and GSA Golf.
How do I lock the GSA Control Panel so that no one can change my settings?
How do I get into System Administrator mode and out again?
To lock the GSA Control Panel settings, click the System Lock button as System Administrator. Click again to unlock.
To get to System Administrator Mode hold the ctrl and shift keys down and press the F1 key. Press any key to leave this mode.
Note: this is secret information so don't tell anyone :)
How do I display ad images in GSA Golf?
Ad images are displayed at the top of the screen at user defined periods for a user defined length of time.
If more than one ad is to be displayed, the system will automatically rotate to the next ad on the next period.
All ad images must have the above image format. ie 800 * 100 pixels, type bmp format and stored in the AdCampaigns sub folder of the GSAGolfInterface folder.
Use your favorite graphics tool to create the image and name them "adImage" with a trailing sequential number ie. adImage1, adImage2, adImage3 etc.
To start displaying ads, click the Ad Campaign button in GSA Control Panel (at top left of screen). Use the Plus/Minus buttons to adjust the periods and times.
Windows 7 UAC
GSA Control Panel is not saving my settings
ProX install program halts with error message "cannot locate Palling.exe" with Windows 7
Windows User Account Control (UAC) is activated. UAC must be deactivated for both ProX and GSA Golf.
To switch off UAC in Windows 7
Go to Control Panel and select User Accounts and Family Safety
Select User Accounts
Select Change User Account Settings
Bring slider bar down to Never Notify.
Exit and restart PC!
Restart ProX install program from DVD
"No multitexturing supported" message when starting ProX software.
Your graphics does not have the OpenGL drivers installed.
Go to the support/driver download page of your graphics card vendor. Download and install the latest OpenGL drivers.
Setting carry distances in ProX.
This table was created using real world data and is the basis of the distance Carry factor default settings in ProX.
The usual way to adjust the carry distance for a particular club is to adjust the graph.
The following method is recommended:
1. Make a number of regular swings with the club and note the ball speeds obtained.
2. Get the average ball speed by adding all ball speeds and dividing by the number of shots made.
3. Open the distance graph for the club and adjust the carry/distance factor to set the graph to correspond to the distance you want for this ball speed.
There are 3 distance carry factor variables. 1. Global, 2. Sensor Mat , 3. Ball Track.
The global carry factor will affect all carry distances for all clubs. (Hold the shift key down while moving the carry factor slider bar to access this) .
If you don't have a ball track, then you should select and adjust only the sensor mat carry factor.
If you do have a ball track, then you should select and adjust only the ball track carry factor.
New simple method
Club carry factors are now (of version 5.20.0) displayed at bottom right hand side of screen when on a golf course and can also be adjusted during game play.
This is a very simple method to adjust the carry distances for clubs.
After taking a shot and you want to adjust the carry then just press the ctrl + / - keys on the num pad of your keyboard to adjust.
The new carry for the shot will be immediately be displayed and the new carry factor for the club will be automatically stored.
Other methods to adjust carry distance:
Adjusting the measured speed of the ball will also influence the carry distance. Note that this will adjust carry distances for all clubs.
If you have an XD double ball track then use the XD speed factor slider bar.
If you are using a single ball track then use the Ball velocity factor slide bar.
If you are using only a sensor mat without a ball track then adjust the club-head velocity adjustment factor.
Note: when not using a ball track, the smash factor and thus the resulting ball speed is calculated from the club-head speed.
If you are using a ball track then adjusting the ball track distance will effect the measured ball speed and thus the carry distance.
If you are using a single ball track then the distance A (shown below in the Sensor Settings window) will effect the measured ball speed.
If using a double ball track, then distance F will effect the measured ball speed.
Note about carry factors and club specs:
There are two sets of club specs including carry factors: One for systems which use a ball track and one for sensor mat only users.
Depending on your setup, the appropriate club spec data will be loaded.
The carry factors and all other club specs are assigned to individual user defined club sets.
To load the default club specs and carry factors to your club set, go to the Club Specs window (via Setup),
select your club set (most users are probably using the default club set) and press the Default button.
Alternatively, go to the Trajectories window (via Setup) and click the top left hand Default button.
When changing carry factors and club-specs make sure you know what club set it is being assigned to.
Confusion can occur when making changes to a particular club set and then the next day they seem to have disappeared.
When the system is first started the default club set is loaded so that when you go to the Club Specs or Trajectory window the
changes you made previously seem to have been dropped. In this case you just need to select the correct club-set.
Note: Fixed Smash factors in club specs are only used when not using a ball track.
The speed of a ball or club head is calculated from the timer values set in the hardware (Sensor mat or ball track).
The following formula is used to calculate the speed from the timer value
d = distance traveled
clk = 153600 = timer clock frequency
time = timerValue / clk
speed = distance/time
The following tables show what speeds are obtained from a particular timer value.
The distance a ball will carry (not including bounce or roll) is set by the club carry graph (as shown above).
Adjusting carry with just a PX2 sensor mat
Just use the "Ball velocity (carry) adjustment factor" slider bar in the Setup window of the CP to adjust carry distances.
Adjusting carry distances and ball flight curve in GSA Golf
Flight trajectory adjustments can be fine tuned in GSA Golf with this control window. Press Ctrl/Shift L to get to this window.
Set the Side Spin Scaler to adjust the amount of curve the ball will have for draws, fades, slices and hooks.
Set the Lift and Drag coefficients to adjust the effects of spin on the ball. These will adjust the carry distances.
Set the Rough and Bunker scalers to adjust the amount of carry penalty when playing from rough and sand.
Ball rolls too far in GSA Golf
To decrease the distance the ball rolls on the fairway as well as on the green,
increase the new Ball Roll Friction Factor in the Game Settings window of GSA Golf.
Note: This feature is not available in the Single Course version of GSA Golf. Only the full version.
To much ball roll on green after chip or pitch
We've had a number of reports now that the ball roll on the green after a chip or pitch is too long.
We'll be coming up with a fix for this in the game software later next year but in the meantime here is a simple quick fix.
The main reason the ball is rolling to far is that the landing angle is too shallow. If we increase the launch angle then the landing angle will be greater and thus the ball won't roll as far.
To do this we've added a new "Chipping launch angle increase" factor in the Vcam and LX camera window. If you click on this the launch angle of any shot with a ball speed less than 50 mph will increase by 25 percent. Click again to increase to 50% and again to increase 75%. Clicking a 4th time switches this feature off.
New: More control over ball roll
A new ball roll control slide bar is available in the CP's Setup window that allows you to reduce ball roll. Especially useful when ball lands on green in order to stop it rolling over. The ball roll reduction factor can be set for all shots or optionally just for approach shots within 60 yards of the green.
Changing the software language
To change the software language, just click on the appropriate country flag and click OK.
GSA latest update installation instructions
Simply download and run the GSASetup from this web site.
GSA graphic settings.
"I've made changes to the screen options in GSA and now I can't see the graphics anymore. How can I get back to the default graphic settings?"
The screen settings are stored in the registry.
To solve the problem:
Run “RegEdit” and go to:
HKEY_CURRENT_USER / Software / Red Chain
In there will be a “folder” named
This folder contains the following 3 items:
Simply delete the “D3DDevice” entry and restart the software.
Cameras and USB 2.0 ports
Cameras need to be connected to separate individual USB 2.0 ports, not USB1.1 or 1.0.
If you are not sure that a port on your PC is indeed USB2 then download this utility program USBView Download
Start the USBView and connect the camera. You should see what port the camera is connected to and whether or not the controller is USB2 Enhanced or not.
Testing your PC's graphics capabilities
Both the E6 and GSA Golf applications require a PC with a good graphics card to function correctly.
If not using our PCs then you might want to test your PC's graphics capabilities with these utility programs.
(download the installer version)
Run the program and at the bottom of the window you will see test samples. Select the last one - Simple Mesh - and you should then see this:
Testing the frame rate of your graphics card and PC with FRAPS.
This is a great way of seeing the fps rate of the game software (ProX, GSAgolf or E6) on your PC.
You'll need at least 24 fps for a smooth running game. If the fps is much lower than this then the rendering will seem jerky and slow.
You'll need a good grahics card in your PC to run the game software at the required minimum frame rateof 24 fps. Especially E6 is very demanding and requires a high performance card.
The AMD Radeon HD 7850 is good at around $200.