![]() ![]() Once you've done that, the overlay will look like this:Īs you can see, the CPU clock rates are now separated from the CPU loads, despite having the same group name. Then click on the button CPU Load on the right side under Apply to multiple entries to set these colors to all entries that share the sensor type CPU Load. Then select the Group color Intel Blue (Standard Colors) under Color and limits and for the Standard value color the color Gold. In this case it is CPU Core #1 - Thread #1 (%). Now select the first entry of a sensor type in the list. In addition, certain properties that are not to be adopted can be deselected via the checkboxes in advance, if required. temperature entries, clock entries, etc.) and all entries that have the same group name as the selected one. A distinction is made between all entries that correspond to the same sensor type (i.e. In this area, all properties of the currently selected entry can be applied to other entries. To get this goal done quickly CapFrameX has a special feature called Apply to multiple entries. the group names all get the color Intel Blue and the values the color Gold. The texts for the CPU should be displayed in a uniform color, i.e. The remaining entries do not need to be adjusted in this particular case. Both entries with the group name RTX 3070 Ti have to be replaced by RTX 3090. These can be edited by clicking on entries in the list (column Group name). The first column on the overlay is for the group names. Let's adjust the entries for the graphics card first. However, this example here uses an i9-10920X + DDR4 and an RTX 3090. The imported config is from a system with an i9-12900K + DDR5 and an RTX 3070 Ti. If the current hardware differs from the imported configuration the texts of the overlay are partly displayed with a wrong color. The imported overlay has index 1, so the second configuration must be selected on the overlay tab. RTSS will be opened automatically by CapFrameX if the overlay is enabled. After unzipping the zip file, configurations for all CPU-GPU combinations from Intel, Nvidia and AMD are available.Īfter copying one of the files into the configuration folder mentioned above you can start CapFrameX and a game. So if you want to keep the original file OverlayEntr圜onfiguration_0 for example, you have to backup it somewhere else.įour overlay configuration templates can be downloaded here. It is mandatory to keep the names of the files. If you want to share your configurations with others you can send these files or paste them from another source. 2 (JSON) and are stored under Documents\CapFrameX\Configuration. The corresponding files are called OverlayEntr圜onfiguration_0. This includes the group names (RTSS displays entries with the same group name in the same line), the colors of the individual entries, special colors when a configurable threshold value is exceeded or not reached, the text size of the entries and separator lines after certain entries.ĬapFrameX offers the option to use 3 different configurations which can be selected according to your needs. The controls on the right side of CapFrameX can be used to fully configure the overlay. If both apps are properly installed the Overlay tab will look like this. If RTSS is not already installed the download link will be shown in the app. Alternatively you can click on the Overlay tab of CapFrameX. The latest version of RTSS is available here. The impact on the performance of games is usually very low.įirst of all you should install CapFrameX. We haven't implemented our own OSD so far, because first of all this is very complex and secondly RTSS works very reliable and performant. All sensor data shown on the CX overlay is provided by a customized Open Hardware Monitor library. CapFrameX uses the Riva Tuner Statistics Server (RTSS) which is able to render arbitrary text and graphics on the frames of a game using a hook process. A so-called on-screen display (OSD) is perfectly suited to render all important information on top of the frames. For many gamers a game overlay is an important tool to keep an eye on the system's parameters such as temperatures, power consumptions, and of course frame rates during gameplay. ![]()
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