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What is the major advantage of using C-V-P analysis?
What is the major advantage of using C-V-P graphs?
What is key of hill cipher if we have plain text and cipher text?
Assume Plaintext = P, Ciphertext = C, and the Key = K. C = P * K Therefore, multiply both sides by the inverse of P and you will get: C * P^(-1) = K Or, (ciphertext) * (inverse plaintext) = key If the size of the key is known as well, then use that same size when creating P and C matrices.
What is the meaning of statement p z in c-language?
The statement p z in c code is a syntax error. The p is an identifier, and so is the z. They cannot be typed tyogether like that unless an operator is placed between them, such as p + z.
C plus plus programs - to replace every space in a string with a hyphen?
char *string = "this is a test"; char *p; for (p=string; *p!='\0'; p++) if (*p==' ') *p='-';
What is segmentation faults in c language?
Example: int *p= (int *)-1; *p= 0;
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
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)
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)
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?
Why C language is p?
C language is not p actually. Of course it might depend on what do you mean by 'p'.
(-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)
