The breakthrough in fixing the Femgape issue on the MREasyDeck represents a significant milestone for the community. Through meticulous troubleshooting and innovative solutions, the problems associated with Femgape have been effectively resolved. This fix not only enhances the performance and reliability of the MREasyDeck but also improves the overall user experience.
[ Provide background information on the topic or issue ] mreasydeck femgape fixed
The first step involved reassigning the memory blocks. The gape_render buffer was moved from SRAM Block C to the faster SRAM Block A, isolating it from the heavy computational writes of the fem_calc thread. The breakthrough in fixing the Femgape issue on
// Previous (Buggy) Allocation #define FEM_BUFFER_LOC 0x20000000 // SRAM Block A #define GAPE_BUFFER_LOC 0x20005000 // SRAM Block C (Contested)
// Fixed Allocation #define FEM_BUFFER_LOC 0x20005000 // Moved to Block C #define GAPE_BUFFER_LOC 0x20000000 // Moved to Block A (Priority)The interrupt service routine (ISR) for the Frame
The interrupt service routine (ISR) for the Frame Emission Monitor was demoted from Priority Level 0 (Highest) to Priority Level 2. This ensures that the Graphical Extension routines can preempt the FEM calculations if the frame deadline is approaching.