Explain the following sentence in literal, formal, professional English: 這裏比鋼琴更早切換到了夜晚,但是鋼琴的和統在0m18s才進入,所以建議到0m18s鋼琴 彈出那個新調上的和統那一瞬間再切換到夜晚, 中間可以加入大概0.3s的dissolving過渡。
时间: 2023-02-19 09:20:52 浏览: 57
This place switched to night earlier than the piano, but the piano's harmony didn't enter until 0m18s, so it is suggested to switch to night at the moment the new tune's harmony pops out at 0m18s, with a 0.3s dissolving transition in between.
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.ram : { *(.ram_code) } > RAM AT > ROM could you explain the grammar in this segment in detail?
Certainly!
This segment is defining a memory region named "ram" using the following syntax:
```
.ram : {
*(.ram_code)
} > RAM AT > ROM
```
Here's what each part of this syntax means:
`.ram` is the name of the memory region being defined. This name can be anything, but it's common to use names like "ram", "rom", "flash", etc. to match the physical memory type being used.
The colon `:` separates the region name from the memory region's definition.
The curly braces `{}` enclose the list of memory sections that will be placed in this region.
`*(.ram_code)` is a wildcard pattern that matches any section whose name is "ram_code". The `*` means "match any number of characters", and the parentheses `()` group the pattern together.
`>` is a symbol that means "place the following content in the specified memory region".
`RAM` is the memory region where the content will be placed. This is a memory region defined elsewhere in the linker script.
`AT` is a keyword that defines the starting address of the memory region. In this case, the content will start at the beginning of the "RAM" region.
`ROM` is the memory region where the linker will place this entire memory region (in this case, "ram") in the final executable. This is also a memory region defined elsewhere in the linker script.
So, in summary, this segment defines a memory region named "ram" that will contain any sections with the name "ram_code". The content of this region will be placed in the "RAM" memory region starting at the beginning of that region, and the entire "ram" memory region will be placed in the "ROM" memory region in the final executable.