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PC stands for "personal computer". It is the main competitor to Macintosh computers (macs for short). Used for browsing the internet, making purchases online, playing games, and just about anything that can occupy your time.
[J-Rods Improvement]
A personal computer (PC) is any general-purpose computer whose size, capabilities, and original sales price make it useful for individuals, and which is intended to be operated directly by an end user, with no intervening computer operator. This is in contrast to the batch processing or time-sharing models which allowed large expensive mainframe systems to be used by many people, usually at the same time, or large data processing systems which required a full-time staff to operate efficiently.
A personal computer may be a desktop computer, a laptop, tablet PC or a handheld PC (also called palmtop). The most common microprocessors in personal computers are x86-compatible CPUs. Software applications for personal computers include word processing, spreadsheets, databases, Web Browsers and e-mail clients, games, and myriad personal productivity and special-purpose software. Modern personal computers often have high-speed or dial-up connections to the internet, allowing access to the World Wide Web and a wide range of other resources.
A PC may be used at home, or may be found in an office. Personal computers can be connected to a local area network (LAN) either by a cable or wirelessly.
While early PC owners usually had to write their own programs to do anything useful with the machines, today's users have access to a wide range of commercial and non-commercial software which is provided in ready-to-run form. Since the 1980s, Microsoft and Intel have dominated much of the personal computer market with the Wintel platform.
Brenna Shields
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What has the author P C M Hamblin written?
P. C. M. Hamblin has written: 'Research into pharmaceutical direct mail advertising'
What has the author Paul C P 1906-1987 Siu written?
Paul C. P. 1906-1987 Siu has written: 'The Chinese laundryman' -- subject(s): Social conditions, Chinese Americans, United States, Laundry workers
What has the author C P Van Dam written?
C. P Van Dam has written: 'Analysis of nonplanar wing-tip-mounted lifting surfaces on low-speed airplanes' -- subject(s): Airplanes, Flight testing, Wings, Aerodynamics
What has the author S P P Mminele written?
S. P. P Mminele has written: 'Ngwana wa Mobu'
How much is the cheapest seat at Shakespeares Globe Theatre?
1 p to stand 2 p to sit 3 p- 5 p on the balconie
What is p equals r-c for c?
p = r - c r - c = p r - c - r = p - r -(-c) = -(p) c = -p
How many pints equal 10 cups?
2 pints = 1cup 10 cups 5 pints c c c c c c c c c c p p p p p p
What does p equals c means in C language?
is means that the variable p gets the value from variable c assigned to it. So if c = 6 and the program executes p = c p will also be 6 but depending on the kind of variables p and c are it can also be c = "i am c" and than after p = c the value of p will be "i am c"
When was C-P-C born?
C-P-C was born in 1977.
How do you build a piston in Minecraft?
you need p p p c i c c r c r = redstone(dust) c = cobblestone p=wooden planks
P equals b plus 3a plus c solve for b?
p=b+3a+c p-3a-c=b+3a-3a+c-c p-3a-c=b b=p-3a-c
Isaliksik ang mga bansa sa asya simula A hanggang Z?
A[+] Apganistan‎ (4 C, 5 P)[+] Arabyang Saudi‎ (8 C, 5 P)[+] Armenya‎ (2 C, 3 P)[+] Aserbayan‎ (2 C, 3 P)B[+] Bahrain‎ (1 C, 1 P)[+] Banglades‎ (4 C, 1 P)[+] Biyetnam‎ (10 C, 11 P)[+] Burma‎ (2 C, 1 P)E[+] Ehipto‎ (9 C, 8 P)[+] Mga Emiratong Arabong Nagkakaisa‎ (1 C, 1 P)H[+] Hapon‎ (24 C, 211 P)[×] Hordanya‎ (4 P)I[×] Indonesia‎ (2 P)[+] Indonesya‎ (8 C, 15 P)I tuloy[+] Indya‎ (16 C, 27 P)[+] Irak‎ (6 C, 8 P)[+] Iran‎ (11 C, 9 P)[+] Israel‎ (9 C, 16 P)K[×] Kazakhstan‎ (2 P)[×] Kuwait‎ (1 P)L[+] Laos‎ (1 C, 1 P)[+] Libano‎ (1 C, 2 P)M[+] Malaysia‎ (11 C, 8 P)[+] Mga bansa sa Silangang Asya‎ (4 C, 5 P)[+] Mga bansa sa Timog Asya‎ (1 C, 1 P)[+] Mga bansa sa timog-silangang Asya‎ (3 C)[+] Mongolia‎ (2 C, 35 P)N[+] Nepal‎ (1 C, 3 P)P[+] Pakistan‎ (9 C, 4 P)[+] Pilipinas‎ (32 C, 257 P)Q[+] Qatar‎ (2 C, 1 P)R[+] Rusya‎ (13 C, 39 P)S[+] Silangang Timor‎ (2 C, 1 P)[+] Singapore‎ (1 C, 6 P)[+] Sirya‎ (4 C, 5 P)T[+] Taiwan‎ (6 C, 7 P)[×] Tayikistan‎ (2 P)[+] Tsina‎ (20 C, 33 P)[+] Turkiya‎ (7 C, 103 P)[+] Turkmenistan‎ (1 C, 1 P)Y[+] Yemen‎ (1 C, 6 P)
Need for madness codee?
1stColor(139,0,0) 2ndColor(139,139,139) ScaleZ(510) ScaleY(560) ScaleX(920) <p> c(27,224,63) p(10,-23,61) p(10,-20,61) p(10,-20,-61) p(10,-23,-61) </p> <p> c(27,224,63) gr(30) p(10,-20,61) p(10,18,61) p(10,18,57) p(10,-20,57) </p> <p> c(27,224,63) p(10,-10,57) p(10,0,57) p(10,0,-57) p(10,-10,-57) </p> <p> c(0,0,0) gr(30) p(10,-20,57) p(10,-10,57) p(10,-10,36) p(10,-20,36) </p> <p> c(0,0,0) gr(30) p(10,-20,33) p(10,-10,33) p(10,-10,13) p(10,-20,13) </p> <p> c(0,0,0) p(10,-20,10) p(10,-10,10) p(10,-10,-10) p(10,-20,-10) </p> <p> c(0,0,0) gr(30) p(10,-20,-13) p(10,-10,-13) p(10,-10,-34) p(10,-20,-34) </p> <p> c(0,0,0) gr(30) p(10,-20,-37) p(10,-10,-37) p(10,-10,-57) p(10,-20,-57) </p> <p> c(0,0,0) p(10,0,57) p(10,10,57) p(10,10,36) p(10,0,36) </p> <p> c(0,0,0) p(10,0,33) p(10,10,33) p(10,10,13) p(10,0,13) </p> <p> c(0,0,0) p(10,0,10) p(10,10,10) p(10,10,-10) p(10,0,-10) </p> <p> c(0,0,0) p(10,0,-13) p(10,10,-13) p(10,10,-34) p(10,0,-34) </p> <p> c(0,0,0) p(10,0,-37) p(10,10,-37) p(10,10,-57) p(10,0,-57) </p> <p> c(27,224,63) gr(30) p(10,-20,36) p(10,-10,36) p(10,-10,33) p(10,-20,33) </p> <p> c(27,224,63) p(10,-20,13) p(10,-10,13) p(10,-10,10) p(10,-20,10) </p> <p> c(27,224,63) p(10,-20,-10) p(10,-10,-10) p(10,-10,-13) p(10,-20,-13) </p> <p> c(27,224,63) gr(30) p(10,-20,-34) p(10,-10,-34) p(10,-10,-37) p(10,-20,-37) </p> <p> c(27,224,63) p(10,0,36) p(10,10,36) p(10,10,33) p(10,0,33) </p> <p> c(27,224,63) p(10,0,13) p(10,10,13) p(10,10,10) p(10,0,10) </p> <p> c(27,224,63) p(10,0,-10) p(10,10,-10) p(10,10,-13) p(10,0,-13) </p> <p> c(27,224,63) p(10,0,-34) p(10,10,-34) p(10,10,-37) p(10,0,-37) </p> <p> c(27,224,63) gr(30) p(10,-20,-57) p(10,18,-57) p(10,18,-61) p(10,-20,-61) </p> <p> c(27,224,63) p(10,18,-44) p(10,23,-47) p(10,23,-61) p(10,18,-61) </p> <p> c(27,224,63) p(10,10,57) p(10,18,57) p(10,18,-57) p(10,10,-57) </p> <p> c(27,224,63) p(10,18,44) p(10,23,47) p(10,23,61) p(10,18,61) </p> <p> c(27,224,63) p(10,18,35) p(10,23,33) p(10,23,-33) p(10,18,-35) </p> // Mirror of the 26 polygons above along the X axis: <p> c(27,224,63) p(-10,-23,61) p(-10,-20,61) p(-10,-20,-61) p(-10,-23,-61) </p> <p> c(27,224,63) p(-10,-20,61) p(-10,18,61) p(-10,18,57) p(-10,-20,57) </p> <p> c(27,224,63) p(-10,-10,57) p(-10,0,57) p(-10,0,-57) p(-10,-10,-57) </p> <p> c(0,0,0) gr(30) p(-10,-20,57) p(-10,-10,57) p(-10,-10,36) p(-10,-20,36) </p> <p> c(0,0,0) gr(30) p(-10,-20,33) p(-10,-10,33) p(-10,-10,13) p(-10,-20,13) </p> <p> c(0,0,0) p(-10,-20,10) p(-10,-10,10) p(-10,-10,-10) p(-10,-20,-10) </p> <p> c(0,0,0) gr(30) p(-10,-20,-13) p(-10,-10,-13) p(-10,-10,-34) p(-10,-20,-34) </p> <p> c(0,0,0) gr(30) p(-10,-20,-37) p(-10,-10,-37) p(-10,-10,-57) p(-10,-20,-57) </p> <p> c(0,0,0) p(-10,0,57) p(-10,10,57) p(-10,10,36) p(-10,0,36) </p> <p> c(0,0,0) p(-10,0,33) p(-10,10,33) p(-10,10,13) p(-10,0,13) </p> <p> c(0,0,0) p(-10,0,10) p(-10,10,10) p(-10,10,-10) p(-10,0,-10) </p> <p> c(0,0,0) p(-10,0,-13) p(-10,10,-13) p(-10,10,-34) p(-10,0,-34) </p> <p> c(0,0,0) gr(30) p(-10,0,-37) p(-10,10,-37) p(-10,10,-57) p(-10,0,-57) </p> <p> c(27,224,63) p(-10,-20,36) p(-10,-10,36) p(-10,-10,33) p(-10,-20,33) </p> <p> c(27,224,63) p(-10,-20,13) p(-10,-10,13) p(-10,-10,10) p(-10,-20,10) </p> <p> c(27,224,63) p(-10,-20,-10) p(-10,-10,-10) p(-10,-10,-13) p(-10,-20,-13) </p> <p> c(27,224,63) p(-10,-20,-34) p(-10,-10,-34) p(-10,-10,-37) p(-10,-20,-37) </p> <p> c(27,224,63) p(-10,0,36) p(-10,10,36) p(-10,10,33) p(-10,0,33) </p> <p> c(27,224,63) p(-10,0,13) p(-10,10,13) p(-10,10,10) p(-10,0,10) </p> <p> c(27,224,63) p(-10,0,-10) p(-10,10,-10) p(-10,10,-13) p(-10,0,-13) </p> <p> c(27,224,63) p(-10,0,-34) p(-10,10,-34) p(-10,10,-37) p(-10,0,-37) </p> <p> c(27,224,63) p(-10,-20,-57) p(-10,18,-57) p(-10,18,-61) p(-10,-20,-61) </p> <p> c(27,224,63) p(-10,18,-44) p(-10,23,-47) p(-10,23,-61) p(-10,18,-61) </p> <p> c(27,224,63) p(-10,10,57) p(-10,18,57) p(-10,18,-57) p(-10,10,-57) </p> <p> c(27,224,63) p(-10,18,44) p(-10,23,47) p(-10,23,61) p(-10,18,61) </p> <p> c(27,224,63) p(-10,18,35) p(-10,23,33) p(-10,23,-33) p(-10,18,-35) </p> // End of mirror <p> c(27,224,63) p(10,18,-61) p(10,23,-61) p(-10,23,-61) p(-10,18,-61) </p> <p> c(27,224,63) lightB p(10,12,-61) p(10,18,-61) p(7,18,-61) p(7,12,-61) </p> <p> c(27,224,63) lightB p(-10,12,-61) p(-10,18,-61) p(-7,18,-61) p(-7,12,-61) </p> <p> c(27,224,63) p(7,12,-61) p(7,18,-61) p(-7,18,-61) p(-7,12,-61) </p> <p> c(27,224,63) p(10,10,-61) p(10,12,-61) p(-10,12,-61) p(-10,10,-61) </p> <p> c(0,0,0) p(7,0,-61) p(7,10,-61) p(-7,10,-61) p(-7,0,-61) </p> <p> c(27,224,63) p(10,0,-61) p(10,10,-61) p(7,10,-61) p(7,0,-61) </p> <p> c(27,224,63) p(-10,0,-61) p(-10,10,-61) p(-7,10,-61) p(-7,0,-61) </p> <p> c(27,224,63) p(10,0,-61) p(10,-10,-61) p(-10,-10,-61) p(-10,0,-61) </p> <p> c(0,0,0) p(7,-19,-61) p(7,-10,-61) p(-7,-10,-61) p(-7,-19,-61) </p> <p> c(27,224,63) p(10,-19,-61) p(10,-10,-61) p(7,-10,-61) p(7,-19,-61) </p> <p> c(27,224,63) p(-10,-19,-61) p(-10,-10,-61) p(-7,-10,-61) p(-7,-19,-61) </p> <p> c(27,224,63) p(10,-23,-61) p(10,-19,-61) p(-10,-19,-61) p(-10,-23,-61) </p> // Mirror of the 9 polygons above along the Z axis: <p> c(27,224,63) p(10,10,61) p(10,12,61) p(-10,12,61) p(-10,10,61) </p> <p> c(0,0,0) p(7,0,61) p(7,10,61) p(-7,10,61) p(-7,0,61) </p> <p> c(27,224,63) p(10,0,61) p(10,10,61) p(7,10,61) p(7,0,61) </p> <p> c(27,224,63) p(-10,0,61) p(-10,10,61) p(-7,10,61) p(-7,0,61) </p> <p> c(27,224,63) p(10,0,61) p(10,-10,61) p(-10,-10,61) p(-10,0,61) </p> <p> c(0,0,0) p(7,-19,61) p(7,-10,61) p(-7,-10,61) p(-7,-19,61) </p> <p> c(27,224,63) p(10,-19,61) p(10,-10,61) p(7,-10,61) p(7,-19,61) </p> <p> c(27,224,63) p(-10,-19,61) p(-10,-10,61) p(-7,-10,61) p(-7,-19,61) </p> <p> c(27,224,63) p(10,-23,61) p(10,-19,61) p(-10,-19,61) p(-10,-23,61) </p> // End of mirror <p> c(27,224,63) p(10,12,61) p(10,18,61) p(7,18,61) p(7,12,61) </p> <p> c(27,224,63) p(-10,12,61) p(-10,18,61) p(-7,18,61) p(-7,12,61) </p> <p> c(255,255,255) lightF p(2,16,61) p(2,18,61) p(7,18,61) p(7,16,61) </p> <p> c(27,224,63) lightF p(-2,16,61) p(-2,18,61) p(-7,18,61) p(-7,16,61) </p> <p> c(27,224,63) p(7,12,61) p(7,16,61) p(-7,16,61) p(-7,12,61) </p> <p> c(27,224,63) p(10,18,61) p(10,23,61) p(-10,23,61) p(-10,18,61) </p> <p> c(27,224,63) p(2,16,61) p(2,18,61) p(-2,18,61) p(-2,16,61) </p> <p> c(27,224,63) p(-10,-23,61) p(10,-23,61) p(10,-23,-61) p(-10,-23,-61) </p> <p> c(130,130,130) gr(30) p(10,23,33) p(-10,23,33) p(-10,23,-33) p(10,23,-33) </p> <p> c(130,130,130) gr(30) p(10,23,-33) p(-10,23,-33) p(-10,18,-33) p(10,18,-33) </p> <p> c(130,130,130) gr(30) p(10,18,-33) p(-10,18,-33) p(-10,18,-44) p(10,18,-44) </p> <p> c(130,130,130) gr(30) p(10,18,-44) p(-10,18,-44) p(-10,23,-47) p(10,23,-47) </p> // Mirror of the 3 polygons above along the Z axis: <p> c(130,130,130) gr(30) p(10,23,33) p(-10,23,33) p(-10,18,35) p(10,18,35) </p> <p> c(130,130,130) gr(30) p(10,18,35) p(-10,18,35) p(-10,18,44) p(10,18,44) </p> <p> c(130,130,130) gr(30) p(10,18,44) p(-10,18,44) p(-10,23,47) p(10,23,47) </p> // End of mirror <p> c(130,130,130) gr(30) p(10,23,-47) p(-10,23,-47) p(-10,23,-61) p(10,23,-61) </p> <p> c(130,130,130) gr(30) p(10,23,47) p(-10,23,47) p(-10,23,61) p(10,23,61) </p> physics(50,12,50,62,50,0,0,90,10,12,12,94,50,56,4,8330) handling(76) gwgr(40) rims(140,140,140,18,10) w(-8,20,40,11,35,20) w(8,20,40,11,-35,20) gwgr(40) rims(140,140,140,18,10) w(-8,20,-40,0,35,20) w(8,20,-40,0,-35,20) stat(120,104,129,165,162)
Who phones whom?
c phones p. p phones c. c phones p. phones c. yadda,yadda,yadda ALL DAY LONG!
What will be the syllabus of g p s c 2011?
g p s c 2011 or g p s c 2012?
(-1,-6) and (8,6)?
1stColor(248,37,0) 2ndColor(255,255,255) ScaleZ(480) ScaleY(480) ScaleX(750) <p> c(248,37,0) p(10,0,43) p(10,8,43) p(10,8,24) p(10,0,24) </p> <p> c(248,37,0) p(10,8,43) p(10,12,43) p(10,12,42) p(10,8,40) </p> <p> c(255,255,255) p(10,-20,-34) p(10,3,-34) p(10,3,-44) p(10,-20,-44) </p> <p> c(255,255,255) p(10,-20,-10) p(10,-17,-10) p(10,-17,-34) p(10,-20,-34) </p> <p> glass() p(10,-17,-10) p(10,-2,-10) p(10,-2,-34) p(10,-17,-34) </p> <p> c(255,255,255) p(10,-2,-10) p(10,3,-10) p(10,3,-34) p(10,-2,-34) </p> <p> c(255,255,255) p(10,-20,0) p(10,3,0) p(10,3,-10) p(10,-20,-10) </p> <p> c(255,255,255) p(10,8,0) p(10,12,0) p(10,12,-19) p(10,8,-20) </p> <p> c(248,37,0) p(10,3,0) p(10,8,0) p(10,8,-44) p(10,3,-44) </p> <p> c(255,255,255) p(10,8,-29) p(10,12,-30) p(10,12,-44) p(10,8,-44) </p> <p> c(255,255,255) p(10,8,-20) p(10,10,-19) p(10,10,-30) p(10,8,-29) </p> <p> c(255,255,255) p(10,10,-27) p(10,12,-28) p(10,12,-31) p(10,10,-30) </p> <p> c(255,255,255) p(10,10,-19) p(10,12,-19) p(10,12,-21) p(10,10,-22) </p> <p> c(255,255,255) p(10,12,-28) p(10,14,-29) p(10,14,-44) p(10,12,-44) </p> <p> c(255,255,255) p(10,12,-0) p(10,14,-0) p(10,14,-20) p(10,12,-21) </p> <p> c(180,0,0) lightB p(6,-22,-3) p(6,-20,-3) p(6,-20,-8) p(6,-22,-8) </p> <p> c(248,37,0) p(10,-1,23) p(10,0,24) p(10,0,2) p(10,-1,2) </p> <p> c(248,37,0) p(10,-11,2) p(10,0,2) p(10,0,0) p(10,-11,0) </p> <p> c(248,37,0) p(10,0,24) p(10,12,24) p(10,12,2) p(10,0,2) </p> <p> c(248,37,0) p(10,12,32) p(10,14,31) p(10,14,0) p(10,12,0) </p> <p> c(248,37,0) p(10,0,2) p(10,12,2) p(10,12,0) p(10,0,0) </p> <p> c(248,37,0) p(10,8,30) p(10,12,29) p(10,12,24) p(10,8,24) </p> <p> c(248,37,0) p(10,12,43) p(10,14,43) p(10,14,40) p(10,12,39) </p> <p> c(248,37,0) p(10,8,40) p(10,10,41) p(10,10,29) p(10,8,30) </p> <p> c(248,37,0) p(10,10,33) p(10,12,32) p(10,12,29) p(10,10,29) </p> <p> c(248,37,0) p(10,10,41) p(10,12,42) p(10,12,39) p(10,10,38) </p> <p> c(200,200,200) p(10,12,45) p(10,14,45) p(10,14,43) p(10,12,43) </p> <p> c(248,37,0) p(10,-11,19) p(10,0,25) p(10,0,23) p(10,-11,17) </p> <p> c(248,37,0) p(10,-12,18) p(10,-11,19) p(10,-11,0) p(10,-12,0) </p> <p> c(255,255,255) p(7,-16,5) p(7,-12,7) p(7,-12,0) p(7,-16,0) </p> <p> glass() p(10,-11,17) p(10,-1,23) p(10,-1,2) p(10,-11,2) </p> // Mirror of the 31 polygons above along the X axis: <p> c(248,37,0) p(-10,0,43) p(-10,8,43) p(-10,8,24) p(-10,0,24) </p> <p> c(248,37,0) p(-10,8,43) p(-10,12,43) p(-10,12,42) p(-10,8,40) </p> <p> c(255,255,255) p(-10,-20,-34) p(-10,3,-34) p(-10,3,-44) p(-10,-20,-44) </p> <p> c(255,255,255) p(-10,-20,-10) p(-10,-17,-10) p(-10,-17,-34) p(-10,-20,-34) </p> <p> glass() p(-10,-17,-10) p(-10,-2,-10) p(-10,-2,-34) p(-10,-17,-34) </p> <p> c(255,255,255) p(-10,-2,-10) p(-10,3,-10) p(-10,3,-34) p(-10,-2,-34) </p> <p> c(255,255,255) p(-10,-20,0) p(-10,3,0) p(-10,3,-10) p(-10,-20,-10) </p> <p> c(255,255,255) p(-10,8,0) p(-10,12,0) p(-10,12,-19) p(-10,8,-20) </p> <p> c(248,37,0) p(-10,3,0) p(-10,8,0) p(-10,8,-44) p(-10,3,-44) </p> <p> c(255,255,255) p(-10,8,-29) p(-10,12,-30) p(-10,12,-44) p(-10,8,-44) </p> <p> c(255,255,255) p(-10,8,-20) p(-10,10,-19) p(-10,10,-30) p(-10,8,-29) </p> <p> c(255,255,255) p(-10,10,-27) p(-10,12,-28) p(-10,12,-31) p(-10,10,-30) </p> <p> c(255,255,255) p(-10,10,-19) p(-10,12,-19) p(-10,12,-21) p(-10,10,-22) </p> <p> c(255,255,255) p(-10,12,-28) p(-10,14,-29) p(-10,14,-44) p(-10,12,-44) </p> <p> c(255,255,255) p(-10,12,-0) p(-10,14,-0) p(-10,14,-20) p(-10,12,-21) </p> <p> c(180,0,0) lightB p(-6,-22,-3) p(-6,-20,-3) p(-6,-20,-8) p(-6,-22,-8) </p> <p> c(248,37,0) p(-10,-1,23) p(-10,0,24) p(-10,0,2) p(-10,-1,2) </p> <p> c(248,37,0) p(-10,-11,2) p(-10,0,2) p(-10,0,0) p(-10,-11,0) </p> <p> c(248,37,0) p(-10,0,24) p(-10,12,24) p(-10,12,2) p(-10,0,2) </p> <p> c(248,37,0) p(-10,12,32) p(-10,14,31) p(-10,14,0) p(-10,12,0) </p> <p> c(248,37,0) p(-10,0,2) p(-10,12,2) p(-10,12,0) p(-10,0,0) </p> <p> c(248,37,0) p(-10,8,30) p(-10,12,29) p(-10,12,24) p(-10,8,24) </p> <p> c(248,37,0) p(-10,12,43) p(-10,14,43) p(-10,14,40) p(-10,12,39) </p> <p> c(248,37,0) p(-10,8,40) p(-10,10,41) p(-10,10,29) p(-10,8,30) </p> <p> c(248,37,0) p(-10,10,33) p(-10,12,32) p(-10,12,29) p(-10,10,29) </p> <p> c(248,37,0) p(-10,10,41) p(-10,12,42) p(-10,12,39) p(-10,10,38) </p> <p> c(200,200,200) p(-10,12,45) p(-10,14,45) p(-10,14,43) p(-10,12,43) </p> <p> c(248,37,0) p(-10,-11,19) p(-10,0,25) p(-10,0,23) p(-10,-11,17) </p> <p> c(248,37,0) p(-10,-12,18) p(-10,-11,19) p(-10,-11,0) p(-10,-12,0) </p> <p> c(255,255,255) p(-7,-16,5) p(-7,-12,7) p(-7,-12,0) p(-7,-16,0) </p> <p> glass() p(-10,-11,17) p(-10,-1,23) p(-10,-1,2) p(-10,-11,2) </p> // End of mirror <p> c(248,37,0) p(-10,0,43) p(10,0,43) p(10,0,24) p(-10,0,24) </p> <p> c(255,255,255) lightF p(7,0,43) p(7,4,43) p(10,4,43) p(10,0,43) </p> // Mirror of the polygon above along the X axis: <p> c(255,255,255) lightF p(-7,0,43) p(-7,4,43) p(-10,4,43) p(-10,0,43) </p> // End of mirror <p> c(200,200,200) p(-10,12,45) p(-10,14,45) p(10,14,45) p(10,12,45) </p> <p> c(200,200,200) p(-10,12,43) p(-10,12,45) p(10,12,45) p(10,12,43) </p> <p> c(150,150,150) p(-7,0,43) p(-7,4,43) p(7,4,43) p(7,0,43) </p> <p> c(150,150,150) p(-7,4,43) p(-7,5,43) p(7,5,43) p(7,4,43) </p> <p> c(100,100,100) p(-7,5,43) p(-7,6,43) p(7,6,43) p(7,5,43) </p> <p> c(150,150,150) p(-7,6,43) p(-7,7,43) p(7,7,43) p(7,6,43) </p> <p> c(100,100,100) p(-7,7,43) p(-7,8,43) p(7,8,43) p(7,7,43) </p> <p> c(150,150,150) p(-7,8,43) p(-7,9,43) p(7,9,43) p(7,8,43) </p> <p> c(100,100,100) p(-7,9,43) p(-7,10,43) p(7,10,43) p(7,9,43) </p> <p> c(150,150,150) p(-7,10,43) p(-7,11,43) p(7,11,43) p(7,10,43) </p> <p> c(100,100,100) p(-7,11,43) p(-7,12,43) p(7,12,43) p(7,11,43) </p> <p> c(255,255,255) lightF p(7,4,43) p(7,5,43) p(10,5,43) p(10,4,43) </p> // Mirror of the polygon above along the X axis: <p> c(255,255,255) lightF p(-7,4,43) p(-7,5,43) p(-10,5,43) p(-10,4,43) </p> // End of mirror <p> c(150,150,150) p(7,4,43) p(7,12,43) p(10,12,43) p(10,4,43) </p> // Mirror of the polygon above along the X axis: <p> c(150,150,150) p(-7,4,43) p(-7,12,43) p(-10,12,43) p(-10,4,43) </p> // End of mirror <p> c(248,37,0) p(9,-12,17) p(9,0,24) p(10,0,24) p(10,-12,17) </p> // Mirror of the polygon above along the X axis: <p> c(248,37,0) p(-9,-12,17) p(-9,0,24) p(-10,0,24) p(-10,-12,17) </p> // End of mirror <p> glass() p(-9,-11,17) p(-9,0,24) p(9,0,24) p(9,-11,17) </p> <p> c(248,37,0) p(-10,-12,17) p(-10,-12,0) p(10,-12,0) p(10,-12,17) </p> <p> c(255,255,255) p(-10,-20,0) p(-10,14,0) p(10,14,0) p(10,-20,0) </p> <p> c(255,255,255) gr(30) p(-10,-20,0) p(10,-20,0) p(10,-20,-44) p(-10,-20,-44) </p> <p> c(180,0,0) lightB p(3,-22,-3) p(3,-20,-3) p(3,-20,-8) p(3,-22,-8) </p> <p> c(180,0,0) lightB p(-3,-22,-3) p(-3,-20,-3) p(-3,-20,-8) p(-3,-22,-8) </p> <p> c(180,0,0) lightB p(3,-22,-3) p(3,-20,-3) p(6,-20,-3) p(6,-22,-3) </p> <p> c(180,0,0) lightB p(-3,-22,-3) p(-3,-20,-3) p(-6,-20,-3) p(-6,-22,-3) </p> <p> c(180,0,0) lightB p(3,-22,-8) p(3,-20,-8) p(6,-20,-8) p(6,-22,-8) </p> <p> c(180,0,0) lightB p(-3,-22,-8) p(-3,-20,-8) p(-6,-20,-8) p(-6,-22,-8) </p> <p> c(180,0,0) lightB p(3,-22,-3) p(6,-22,-3) p(6,-22,-8) p(3,-22,-8) </p> <p> c(180,0,0) lightB p(-3,-22,-3) p(-6,-22,-3) p(-6,-22,-8) p(-3,-22,-8) </p> <p> c(255,255,255) p(-7,-16,5) p(-7,-12,7) p(7,-12,7) p(7,-16,5) </p> <p> c(255,255,255) p(-7,-16,0) p(-7,-16,5) p(7,-16,5) p(7,-16,0) </p> <p> c(248,37,0) p(-9,-12,17) p(-9,-11,18) p(9,-11,18) p(9,-12,17) </p> <p> c(255,255,255) p(10,-20,-44) p(10,-17,-44) p(-10,-17,-44) p(-10,-20,-44) </p> <p> c(255,255,255) p(10,-17,-44) p(10,14,-44) p(8,14,-44) p(8,-17,-44) </p> <p> c(255,255,255) p(-10,-17,-44) p(-10,14,-44) p(-8,14,-44) p(-8,-17,-44) </p> <p> glass() p(8,-17,-44) p(8,-2,-44) p(-8,-2,-44) p(-8,-17,-44) </p> <p> c(255,255,255) p(8,10,-44) p(8,14,-44) p(-8,14,-44) p(-9,10,-44) </p> <p> c(180,0,0) lightB p(8,6,-44) p(8,10,-44) p(6,10,-44) p(6,6,-44) </p> <p> c(180,0,0) lightB p(-8,6,-44) p(-8,10,-44) p(-6,10,-44) p(-6,6,-44) </p> <p> c(255,255,255) p(8,-2,-44) p(8,6,-44) p(-8,6,-44) p(-8,-2,-44) </p> <p> c(255,255,255) p(6,6,-44) p(6,10,-44) p(-6,10,-44) p(-6,6,-44) </p> <p> c(255,255,255) p(6,6,-44) p(6,10,-44) p(-6,10,-44) p(-6,6,-44) </p> <p> c(100,100,100) p(10,14,31) p(-10,14,31) p(-10,14,-20) p(10,14,-20) </p> <p> c(100,100,100) p(10,10,38) p(-10,10,38) p(-10,10,32) p(10,10,32) </p> <p> c(100,100,100) p(10,10,-22) p(-10,10,-22) p(-10,10,-28) p(10,10,-28) </p> <p> c(100,100,100) p(10,14,-29) p(-10,14,-29) p(-10,14,-44) p(10,14,-44) </p> <p> c(100,100,100) p(10,10,-27) p(-10,10,-27) p(-10,14,-29) p(10,14,-29) </p> <p> c(100,100,100) p(10,14,-20) p(-10,14,-20) p(-10,10,-22) p(10,10,-22) </p> <p> c(100,100,100) p(10,10,32) p(-10,10,32) p(-10,14,30) p(10,14,30) </p> <p> c(100,100,100) p(10,14,40) p(-10,14,40) p(-10,10,38) p(10,10,38) </p> <p> c(100,100,100) p(10,14,40) p(-10,14,40) p(-10,14,45) p(10,14,45) </p> gwgr(40) rims(140,140,140,18,10) w(-8,15,35,11,40,23) w(8,15,35,11,-40,23) gwgr(40) rims(140,140,140,18,10) w(-8,15,-24,0,40,23) w(8,15,-24,0,-40,23) physics(50,22,50,68,50,0,22,78,22,24,24,82,50,28,2,9677) handling(90) stat(106,95,95,200,184)
Need for madness?
1stColor(248,37,0) 2ndColor(255,255,255) ScaleZ(480) ScaleY(480) ScaleX(750) <p> c(248,37,0) p(10,0,43) p(10,8,43) p(10,8,24) p(10,0,24) </p> <p> c(248,37,0) p(10,8,43) p(10,12,43) p(10,12,42) p(10,8,40) </p> <p> c(255,255,255) p(10,-20,-34) p(10,3,-34) p(10,3,-44) p(10,-20,-44) </p> <p> c(255,255,255) p(10,-20,-10) p(10,-17,-10) p(10,-17,-34) p(10,-20,-34) </p> <p> glass() p(10,-17,-10) p(10,-2,-10) p(10,-2,-34) p(10,-17,-34) </p> <p> c(255,255,255) p(10,-2,-10) p(10,3,-10) p(10,3,-34) p(10,-2,-34) </p> <p> c(255,255,255) p(10,-20,0) p(10,3,0) p(10,3,-10) p(10,-20,-10) </p> <p> c(255,255,255) p(10,8,0) p(10,12,0) p(10,12,-19) p(10,8,-20) </p> <p> c(248,37,0) p(10,3,0) p(10,8,0) p(10,8,-44) p(10,3,-44) </p> <p> c(255,255,255) p(10,8,-29) p(10,12,-30) p(10,12,-44) p(10,8,-44) </p> <p> c(255,255,255) p(10,8,-20) p(10,10,-19) p(10,10,-30) p(10,8,-29) </p> <p> c(255,255,255) p(10,10,-27) p(10,12,-28) p(10,12,-31) p(10,10,-30) </p> <p> c(255,255,255) p(10,10,-19) p(10,12,-19) p(10,12,-21) p(10,10,-22) </p> <p> c(255,255,255) p(10,12,-28) p(10,14,-29) p(10,14,-44) p(10,12,-44) </p> <p> c(255,255,255) p(10,12,-0) p(10,14,-0) p(10,14,-20) p(10,12,-21) </p> <p> c(180,0,0) lightB p(6,-22,-3) p(6,-20,-3) p(6,-20,-8) p(6,-22,-8) </p> <p> c(248,37,0) p(10,-1,23) p(10,0,24) p(10,0,2) p(10,-1,2) </p> <p> c(248,37,0) p(10,-11,2) p(10,0,2) p(10,0,0) p(10,-11,0) </p> <p> c(248,37,0) p(10,0,24) p(10,12,24) p(10,12,2) p(10,0,2) </p> <p> c(248,37,0) p(10,12,32) p(10,14,31) p(10,14,0) p(10,12,0) </p> <p> c(248,37,0) p(10,0,2) p(10,12,2) p(10,12,0) p(10,0,0) </p> <p> c(248,37,0) p(10,8,30) p(10,12,29) p(10,12,24) p(10,8,24) </p> <p> c(248,37,0) p(10,12,43) p(10,14,43) p(10,14,40) p(10,12,39) </p> <p> c(248,37,0) p(10,8,40) p(10,10,41) p(10,10,29) p(10,8,30) </p> <p> c(248,37,0) p(10,10,33) p(10,12,32) p(10,12,29) p(10,10,29) </p> <p> c(248,37,0) p(10,10,41) p(10,12,42) p(10,12,39) p(10,10,38) </p> <p> c(200,200,200) p(10,12,45) p(10,14,45) p(10,14,43) p(10,12,43) </p> <p> c(248,37,0) p(10,-11,19) p(10,0,25) p(10,0,23) p(10,-11,17) </p> <p> c(248,37,0) p(10,-12,18) p(10,-11,19) p(10,-11,0) p(10,-12,0) </p> <p> c(255,255,255) p(7,-16,5) p(7,-12,7) p(7,-12,0) p(7,-16,0) </p> <p> glass() p(10,-11,17) p(10,-1,23) p(10,-1,2) p(10,-11,2) </p> // Mirror of the 31 polygons above along the X axis: <p> c(248,37,0) p(-10,0,43) p(-10,8,43) p(-10,8,24) p(-10,0,24) </p> <p> c(248,37,0) p(-10,8,43) p(-10,12,43) p(-10,12,42) p(-10,8,40) </p> <p> c(255,255,255) p(-10,-20,-34) p(-10,3,-34) p(-10,3,-44) p(-10,-20,-44) </p> <p> c(255,255,255) p(-10,-20,-10) p(-10,-17,-10) p(-10,-17,-34) p(-10,-20,-34) </p> <p> glass() p(-10,-17,-10) p(-10,-2,-10) p(-10,-2,-34) p(-10,-17,-34) </p> <p> c(255,255,255) p(-10,-2,-10) p(-10,3,-10) p(-10,3,-34) p(-10,-2,-34) </p> <p> c(255,255,255) p(-10,-20,0) p(-10,3,0) p(-10,3,-10) p(-10,-20,-10) </p> <p> c(255,255,255) p(-10,8,0) p(-10,12,0) p(-10,12,-19) p(-10,8,-20) </p> <p> c(248,37,0) p(-10,3,0) p(-10,8,0) p(-10,8,-44) p(-10,3,-44) </p> <p> c(255,255,255) p(-10,8,-29) p(-10,12,-30) p(-10,12,-44) p(-10,8,-44) </p> <p> c(255,255,255) p(-10,8,-20) p(-10,10,-19) p(-10,10,-30) p(-10,8,-29) </p> <p> c(255,255,255) p(-10,10,-27) p(-10,12,-28) p(-10,12,-31) p(-10,10,-30) </p> <p> c(255,255,255) p(-10,10,-19) p(-10,12,-19) p(-10,12,-21) p(-10,10,-22) </p> <p> c(255,255,255) p(-10,12,-28) p(-10,14,-29) p(-10,14,-44) p(-10,12,-44) </p> <p> c(255,255,255) p(-10,12,-0) p(-10,14,-0) p(-10,14,-20) p(-10,12,-21) </p> <p> c(180,0,0) lightB p(-6,-22,-3) p(-6,-20,-3) p(-6,-20,-8) p(-6,-22,-8) </p> <p> c(248,37,0) p(-10,-1,23) p(-10,0,24) p(-10,0,2) p(-10,-1,2) </p> <p> c(248,37,0) p(-10,-11,2) p(-10,0,2) p(-10,0,0) p(-10,-11,0) </p> <p> c(248,37,0) p(-10,0,24) p(-10,12,24) p(-10,12,2) p(-10,0,2) </p> <p> c(248,37,0) p(-10,12,32) p(-10,14,31) p(-10,14,0) p(-10,12,0) </p> <p> c(248,37,0) p(-10,0,2) p(-10,12,2) p(-10,12,0) p(-10,0,0) </p> <p> c(248,37,0) p(-10,8,30) p(-10,12,29) p(-10,12,24) p(-10,8,24) </p> <p> c(248,37,0) p(-10,12,43) p(-10,14,43) p(-10,14,40) p(-10,12,39) </p> <p> c(248,37,0) p(-10,8,40) p(-10,10,41) p(-10,10,29) p(-10,8,30) </p> <p> c(248,37,0) p(-10,10,33) p(-10,12,32) p(-10,12,29) p(-10,10,29) </p> <p> c(248,37,0) p(-10,10,41) p(-10,12,42) p(-10,12,39) p(-10,10,38) </p> <p> c(200,200,200) p(-10,12,45) p(-10,14,45) p(-10,14,43) p(-10,12,43) </p> <p> c(248,37,0) p(-10,-11,19) p(-10,0,25) p(-10,0,23) p(-10,-11,17) </p> <p> c(248,37,0) p(-10,-12,18) p(-10,-11,19) p(-10,-11,0) p(-10,-12,0) </p> <p> c(255,255,255) p(-7,-16,5) p(-7,-12,7) p(-7,-12,0) p(-7,-16,0) </p> <p> glass() p(-10,-11,17) p(-10,-1,23) p(-10,-1,2) p(-10,-11,2) </p> // End of mirror <p> c(248,37,0) p(-10,0,43) p(10,0,43) p(10,0,24) p(-10,0,24) </p> <p> c(255,255,255) lightF p(7,0,43) p(7,4,43) p(10,4,43) p(10,0,43) </p> // Mirror of the polygon above along the X axis: <p> c(255,255,255) lightF p(-7,0,43) p(-7,4,43) p(-10,4,43) p(-10,0,43) </p> // End of mirror <p> c(200,200,200) p(-10,12,45) p(-10,14,45) p(10,14,45) p(10,12,45) </p> <p> c(200,200,200) p(-10,12,43) p(-10,12,45) p(10,12,45) p(10,12,43) </p> <p> c(150,150,150) p(-7,0,43) p(-7,4,43) p(7,4,43) p(7,0,43) </p> <p> c(150,150,150) p(-7,4,43) p(-7,5,43) p(7,5,43) p(7,4,43) </p> <p> c(100,100,100) p(-7,5,43) p(-7,6,43) p(7,6,43) p(7,5,43) </p> <p> c(150,150,150) p(-7,6,43) p(-7,7,43) p(7,7,43) p(7,6,43) </p> <p> c(100,100,100) p(-7,7,43) p(-7,8,43) p(7,8,43) p(7,7,43) </p> <p> c(150,150,150) p(-7,8,43) p(-7,9,43) p(7,9,43) p(7,8,43) </p> <p> c(100,100,100) p(-7,9,43) p(-7,10,43) p(7,10,43) p(7,9,43) </p> <p> c(150,150,150) p(-7,10,43) p(-7,11,43) p(7,11,43) p(7,10,43) </p> <p> c(100,100,100) p(-7,11,43) p(-7,12,43) p(7,12,43) p(7,11,43) </p> <p> c(255,255,255) lightF p(7,4,43) p(7,5,43) p(10,5,43) p(10,4,43) </p> // Mirror of the polygon above along the X axis: <p> c(255,255,255) lightF p(-7,4,43) p(-7,5,43) p(-10,5,43) p(-10,4,43) </p> // End of mirror <p> c(150,150,150) p(7,4,43) p(7,12,43) p(10,12,43) p(10,4,43) </p> // Mirror of the polygon above along the X axis: <p> c(150,150,150) p(-7,4,43) p(-7,12,43) p(-10,12,43) p(-10,4,43) </p> // End of mirror <p> c(248,37,0) p(9,-12,17) p(9,0,24) p(10,0,24) p(10,-12,17) </p> // Mirror of the polygon above along the X axis: <p> c(248,37,0) p(-9,-12,17) p(-9,0,24) p(-10,0,24) p(-10,-12,17) </p> // End of mirror <p> glass() p(-9,-11,17) p(-9,0,24) p(9,0,24) p(9,-11,17) </p> <p> c(248,37,0) p(-10,-12,17) p(-10,-12,0) p(10,-12,0) p(10,-12,17) </p> <p> c(255,255,255) p(-10,-20,0) p(-10,14,0) p(10,14,0) p(10,-20,0) </p> <p> c(255,255,255) gr(30) p(-10,-20,0) p(10,-20,0) p(10,-20,-44) p(-10,-20,-44) </p> <p> c(180,0,0) lightB p(3,-22,-3) p(3,-20,-3) p(3,-20,-8) p(3,-22,-8) </p> <p> c(180,0,0) lightB p(-3,-22,-3) p(-3,-20,-3) p(-3,-20,-8) p(-3,-22,-8) </p> <p> c(180,0,0) lightB p(3,-22,-3) p(3,-20,-3) p(6,-20,-3) p(6,-22,-3) </p> <p> c(180,0,0) lightB p(-3,-22,-3) p(-3,-20,-3) p(-6,-20,-3) p(-6,-22,-3) </p> <p> c(180,0,0) lightB p(3,-22,-8) p(3,-20,-8) p(6,-20,-8) p(6,-22,-8) </p> <p> c(180,0,0) lightB p(-3,-22,-8) p(-3,-20,-8) p(-6,-20,-8) p(-6,-22,-8) </p> <p> c(180,0,0) lightB p(3,-22,-3) p(6,-22,-3) p(6,-22,-8) p(3,-22,-8) </p> <p> c(180,0,0) lightB p(-3,-22,-3) p(-6,-22,-3) p(-6,-22,-8) p(-3,-22,-8) </p> <p> c(255,255,255) p(-7,-16,5) p(-7,-12,7) p(7,-12,7) p(7,-16,5) </p> <p> c(255,255,255) p(-7,-16,0) p(-7,-16,5) p(7,-16,5) p(7,-16,0) </p> <p> c(248,37,0) p(-9,-12,17) p(-9,-11,18) p(9,-11,18) p(9,-12,17) </p> <p> c(255,255,255) p(10,-20,-44) p(10,-17,-44) p(-10,-17,-44) p(-10,-20,-44) </p> <p> c(255,255,255) p(10,-17,-44) p(10,14,-44) p(8,14,-44) p(8,-17,-44) </p> <p> c(255,255,255) p(-10,-17,-44) p(-10,14,-44) p(-8,14,-44) p(-8,-17,-44) </p> <p> glass() p(8,-17,-44) p(8,-2,-44) p(-8,-2,-44) p(-8,-17,-44) </p> <p> c(255,255,255) p(8,10,-44) p(8,14,-44) p(-8,14,-44) p(-9,10,-44) </p> <p> c(180,0,0) lightB p(8,6,-44) p(8,10,-44) p(6,10,-44) p(6,6,-44) </p> <p> c(180,0,0) lightB p(-8,6,-44) p(-8,10,-44) p(-6,10,-44) p(-6,6,-44) </p> <p> c(255,255,255) p(8,-2,-44) p(8,6,-44) p(-8,6,-44) p(-8,-2,-44) </p> <p> c(255,255,255) p(6,6,-44) p(6,10,-44) p(-6,10,-44) p(-6,6,-44) </p> <p> c(255,255,255) p(6,6,-44) p(6,10,-44) p(-6,10,-44) p(-6,6,-44) </p> <p> c(100,100,100) p(10,14,31) p(-10,14,31) p(-10,14,-20) p(10,14,-20) </p> <p> c(100,100,100) p(10,10,38) p(-10,10,38) p(-10,10,32) p(10,10,32) </p> <p> c(100,100,100) p(10,10,-22) p(-10,10,-22) p(-10,10,-28) p(10,10,-28) </p> <p> c(100,100,100) p(10,14,-29) p(-10,14,-29) p(-10,14,-44) p(10,14,-44) </p> <p> c(100,100,100) p(10,10,-27) p(-10,10,-27) p(-10,14,-29) p(10,14,-29) </p> <p> c(100,100,100) p(10,14,-20) p(-10,14,-20) p(-10,10,-22) p(10,10,-22) </p> <p> c(100,100,100) p(10,10,32) p(-10,10,32) p(-10,14,30) p(10,14,30) </p> <p> c(100,100,100) p(10,14,40) p(-10,14,40) p(-10,10,38) p(10,10,38) </p> <p> c(100,100,100) p(10,14,40) p(-10,14,40) p(-10,14,45) p(10,14,45) </p> gwgr(40) rims(140,140,140,18,10) w(-8,15,35,11,40,23) w(8,15,35,11,-40,23) gwgr(40) rims(140,140,140,18,10) w(-8,15,-24,0,40,23) w(8,15,-24,0,-40,23) physics(50,22,50,68,50,0,22,78,22,24,24,82,50,28,2,9677) handling(90) stat(106,95,95,200,184)
