These programs don't know or care how much RAM your PC has, or where these addresses point, they could be to data in RAM or data on the Hard Disk. If there are 4 programs running, there may be 12 GB of working address space allocated between them. These memory addresses are simply locations where the program can save and retrieve data as it performs real-time calculations and operations. Each program is given its own 2 GB to 4 GB of address space, depending on system settings. All 32-bit programs can access a maximum of 3 GB or 4 GB 'working memory' (see 'Increasing FL Studio working memory allocation' below).
Forget how much physical RAM your PC has. RAM vs Address space - The amount of 'RAM' you have installed in your PC and the amount of working 'Memory address space' a program running on it has, are unrelated. If you run out of address space you will experience memory errors such as access violations or buffer overflows. RAM Usage Meter - The RAM meter shows how much of the 2 GB to 4 GB (2000 to 4000, depending on settings) address space allocated to FL Studio remains unused or used (right-click the panel to change mode between 'Show available' & 'Show used'). For tips on reducing CPU usage see the Troubleshooting section. To increase the refresh rate, right-click the view to open an options menu. For a more complete estimate of processor load, use the Windows Task Manager (press Ctrl+Alt+Del and select the Performance tab). This meter does not take into account any Graphical User Interface overhead from either FL Studio or plugins. CPU Bar Graph - The CPU Meter shows the approximate percentage of CPU capacity used by the audio generation/mixing processes while playing the current project.
KIESERSAUCER : Mon 24th Jan 2011 : 10 years agoġ.
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