RCP
RCP may refer to:
Companies
In computer technology
In architecture
In medicine
Organizations
ANSI escape code
In computing, ANSI escape codes (or escape sequences) are a method using in-band signaling to control the formatting, color, and other output options on video text terminals. To encode this formatting information, certain sequences of bytes are embedded into the text, which the terminal looks for and interprets as commands, not as character codes.
ANSI codes were introduced in the 1970s and became widespread in the minicomputer/mainframe market by the early 1980s. They were used by the nascent bulletin board system market to offer improved displays compared to earlier systems lacking cursor movement, leading to even more widespread use.
Although hardware text terminals have become increasingly rare in the 21st century, the relevance of the ANSI standard persists because most terminal emulators interpret at least some of the ANSI escape sequences in the output text. One notable exception is the win32 console component of Microsoft Windows.
History
Almost all manufacturers of video terminals added vendor-specific escape sequences to perform operations such as placing the cursor at arbitrary positions on the screen. One example is the VT52 terminal, which allowed the cursor to be placed at an x,y location on the screen by sending the ESC character, a y character, and then two characters representing with numerical values equal to the x,y location plus 32 (thus starting at the ASCII space character and avoiding the control characters).
Reality Coprocessor
Reality Coprocessor (RCP) is one of the Nintendo 64's two main chips, alongside the NEC VR4300, a derivative of the MIPS R4200. The RCP was developed by Silicon Graphics for Nintendo, specifically for the Nintendo 64 video game console.
The RCP consists of two main components: the Reality Signal Processor (RSP) and the Reality Display Processor (RDP).
Reality Signal Processor
The RSP is a vector processor designed for high performance 3D calculations. It handles some audio and most video pre-processing of the Nintendo 64. Its capabilities include real-time edge anti-aliasing, automatic load-management, texture mapping, and real-time depth buffering. The RSP has access to 4 KB of DMEM (Data Memory) and executes instructions contained within its 4 KB of IMEM (Instruction Memory), allowing 1024 instructions to be stored at any given time. These instructions are collectively referred to as microcode. Microcode may be designed to perform specific tasks such as lighting calculations or RDP display list processing. The RSP is able to transfer data to and from main memory and DMEM/IMEM using DMA.
Podcasts:
RCP
ALBUMS
- Helvetica released: 1995
RCP
ALBUMS
- L'Orgasmixtape released: 2014
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by Rigby
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by Rigby
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by Rigby
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by Rigby
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by Rigby
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by Rigby
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by Rigby
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by Rigby
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by Rigby
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by Rigby
One Song
by: RigbyAll I need is one song one line
all I need is one break to survive
All I get is one chance, so come on
Five more hours to come up with a song
the pressure is rising, no more mistakes
don't try to deny it, don't you hesitate
those voices are calling, calling out your name
but don't look so sad, it's a long way back
Don't try to chance it
A long way back, and a long way ahead
All I need is one song one line
all I need is one break to survive
All I get is one chance, so come on
Five more hours to come up with a song
those voices are calling, calling out your name
but don't look so sad, it's a long way back
Don't try to chance it
A long way back, and a long way ahead
All I need is one song one line
all I need is one break to survive
All I get is one chance, so come on
Five more hours to come up with a song
All I need is one song one line
all I need is one break to survive
All I get is one chance, so come on
Five more hours to come up with a song
to come up with a song
All I need is one song one line
all I need is one break to survive
All I get is one chance, so come on
Five more hours to come up with a song