Ans. this plz?

Question

http://in.answers.yahoo.com/question/index;_ylt=AspiBlueb7Mm3W9PjEiWh.2QHQx.?qid=20060807051032AAVblFm

Answer 1

What is the point of answering your questions if you will not believe the answers.

And if you want to be literal, you are totally wrong - it should be called gamma shift and ultra low frequency radio wave shift, as it applies to ALL forms of radiation and these are the end of the electromagnetic spectrum.

Red and blue is just easier.

Answer 2

whatever u are asking for that is just pure relativity, if u know about that
well i got to say one thing to u about relativity which I'm referring here to as :
if u put Ur hand on a stove for just one minute it seems like an hour. but if u sit with a pretty girl for an hour, it seems like that just a minute has gone by .that is relativity,
& that is probably the answer to ur question whuch u didn't mention.
that basically shows the relativity between ur mind & my mind.

Answer 3

Color Options:
[--grey] - map raw volumes to grayscale
[--hsi1] - map raw volumes to HSI using method 1.
[--hsi2] - map raw volumes to HSI using method 1.
[--rgb] - map raw volumes to Red Green Blue ramp
[--rbg] - map raw volumes to Red Blue Green ramp
[--bgr] - map raw volumes to Blue Green Red ramp
[--brg] - map raw volumes to Blue Red Green ramp
[--grb] - map raw volumes to Green Red Blue ramp
[--gbr] - map raw volumes to Green Blue Red ramp
[--rain] - map raw volumes to VIBGYOR(11 color knots)
[--spect] - map raw volumes to VIBGYOR(26 colo rknots)
[--bigspect] - map raw volumes to VIBGYOR(26 color knots)
[--bigspect2] - map raw volumes to ROYGBIV(26 color knots)
[--logspect] - map raw volumes to stretched VIBGYOR(58 knots)
[--saturated] - map raw volumes to VIBGYOR(20 color knots)
[--vibrant] - map raw volumes to VIBGYOR(256 color knots)
[--nogreen] - map raw volumes to Y to R to M to B to C(256 knots)
[--y2r] - map raw volumes to Yellow to Red(256 color knots)
[--tmapfile transferfunctionfile] - provide a transfer function file
[--inv] - invert color ramps
[--hdim] - dim intensity as scalar value
[--edim] - dim intensity as exponential scalar value
[--pdim] - dim intensity as 2 to the power of scalar value(default)
[--nodim] - no intensity dimming
[--skewbal x ] - Skew the color table balance, x should be >0 and <1 [default 0.5]
[--skiprange min max] - Skip a range of values in dataset (min<= skip =>max this range will not be rendered)
[--skiprange2 min max] - Skip a range of values in dataset (min<= skip =>max this range will not be rendered)
[--skiprange3 min max] - Skip a range of values in dataset (min<= skip =>max this range will not be rendered)
[--opacity x] - Provide a uniform opacity >0 and <=1 , Default opacity = normalized datavalue
[--oprangeval min max x] - Render a range (min max) of data at a custom opacity (x >0 and <=1)
[--emitrange min max] - Emit light in this range of values in dataset (min<= emit =>max this range will emit light). Default emission= normalized datavalue/50 use --emit to specify a different emission value. Use --eopacity to specify a different opacity in this range
[--eopacity x] - will set constant opacity in the emission range (between 0 and 1) Default eopacity = normalized datavalue
[--epower x] - will set emission power for emitrange preferable between 0 and 1 (negative will cause absorption)

Answer 4

do something better with your time.