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- The PC Link software comes with a default configuration that is probably suitable for most users.
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00:06 |
As you get familiar with the software you may find that you want to change the software layout to suit your own preferences or set up a new page to help with a particular tuning job.
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00:15 |
Let's have a look at how we can change the configuration.
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00:19 |
First let's start with a default layout and we can change a few parameters around.
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00:24 |
You can see in the top right corner of each element on the page there's a little red X.
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00:28 |
This means the element is locked and can't be changed.
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00:32 |
If we want to alter an existing element, we need to first click on the X.
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00:36 |
Once we've done this, we can resize the element or move it around the screen.
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00:40 |
Let's start by moving and expanding some of the elements out to make more use of our desktop.
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00:46 |
Once the elements are unlocked, we can resize them by grabbing a corner, holding down the left mouse button and dragging the window.
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00:53 |
We can also move the elements around by grabbing the top bar and holding the left mouse button down before dragging around the screen.
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01:01 |
Let's move the current windows around now so you can see how it is done.
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01:05 |
We now have a layout that is easy to view and makes better use of the size of our laptop screen which will make tuning easier.
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01:16 |
Let's look at the default gauge display at the bottom of the screen and make some changes to it.
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01:21 |
By default this gauge is set up to show the input from a wideband controlled when displaying the fuel table and the ignition advance when displaying the ignition tables.
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01:30 |
Let's say we wanted to display engine RPM instead.
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01:33 |
First up we need to unlock the element by clicking on the red cross so we can edit it.
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01:38 |
Next we can right click while the cursor is over the gauge and a menu will pop up.
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01:43 |
We want to click on properties and this will allow us to control what the gauge displays.
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01:48 |
You can see that we have two tabs here, one labelled parameters and another labelled table groups.
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01:55 |
We can use the table groups to display different parameters on the gauge depending on what table we're viewing.
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02:01 |
With a default gauge, we have three table groups configured.
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02:04 |
These are always visible, ignition table one, and ignition table two.
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02:11 |
By clicking each of these we can see what parameter will be displayed in the box below.
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02:16 |
We're going to change this wideband gauge to display RPM regardless which tables we're viewing.
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02:22 |
First we're going to delete the additional table groups by clicking on ignition one and pressing the delete button and doing the same for ignition two.
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02:30 |
We now only have the always visible group showing.
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02:34 |
Now we need to delete lambda one the same way by clicking on it and pressing delete.
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02:39 |
At this point our gauge has nothing to display so we can add in RPM.
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02:44 |
In the parameters list on the left, we want to double click on the triggers folder.
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02:49 |
You can now see we have the option of engine speed.
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02:52 |
We can either double click on it or click once to highlight it and click on the transfer button here.
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02:59 |
Clicking OK will now lock in this change and you can see the gauge now shows RPM.
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03:05 |
If we go back one step and go back into the gauge properties you can see that we have a tab labelled gauge setup.
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03:11 |
Clicking this tab will let us alter the way the gauge is displayed.
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03:15 |
By default the gauge uses automatic settings.
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03:18 |
If we click on the manual button we can change the parameters to suit.
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03:22 |
Let's change the RPM gauge to display all the way through to 12,000 RPM.
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03:28 |
At the same time we'll change the red line to 10,000 RPM and the yellow line to 9000 RPM.
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03:35 |
We can also change the number of divisions to 12 so we have a marker every 1000 RPM.
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03:40 |
For simplicity we will also change the multiplier to 100.
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03:44 |
Again we can lock in these changes by pressing OK and you can see the changes we've made.
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03:50 |
Let's see how we could add a bar graph to give us a visual display of battery voltage.
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03:55 |
This time we'll add a new element rather than editing one.
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03:59 |
Start by right clicking on the screen and selecting new view and then bar gauge.
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04:04 |
We want to display this element regardless of what table we're viewing so we can leave the element as always visible.
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04:11 |
If we click on the analog input folder and search through we see the option battery voltage.
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04:17 |
Double clicking on it will transfer it into the visible parameters window.
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04:22 |
Now we can click on the gauge setup tab and customise the bar graph a little.
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04:26 |
We start by clicking on manual and we can choose the minimum and maximum values.
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04:31 |
In this case I'm going to leave the minimum at six volts but I'm going to change the maximum to 16 volts.
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04:37 |
I'm going to change the large divisions to five which will give us a division every two volts.
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04:43 |
Lastly I'm going to set a yellow line at 14.5 volts and a red line at 15 volts for a warning.
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04:48 |
Clicking OK will lock in the changes and we can view them on the screen.
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04:54 |
Before we finish we can move the new gauge where we want it on the screen.
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04:59 |
The last job is to lock the gauge by clicking on the green cross hair.
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05:03 |
Any changes you make to the layout will be saved automatically as the default layout when you close PC Link.
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05:09 |
If you've spent a lot of time changing things to suit, make sure you save your layout by going to the layout, save as drop down menu and give your layout a name.
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05:19 |
If you don't do this and you update to a new version of PC Link, you will lose your custom layout.
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