Is this a graph? I've never understood graphs. Are you trying to sneak a maths one in under our noses? How do you get to the end frame from the penultimate? Is this a graph? QED.
Oh, no differential calculus was involved here... however it is a phase space based on the following parameters: £(x) where x is number of books sold and F(y) where y is number of column inches... I think there's an attractor somewhere in the top left quadrant.
(Please see PC #47 for more exciting phase spaces!)
Is this a graph? I've never understood graphs. Are you trying to sneak a maths one in under our noses? How do you get to the end frame from the penultimate? Is this a graph? QED.
ReplyDeleteWell, yes... it *is* a graph. But a nice, little simple one.
ReplyDeleteThose at the top, famous; those at the bottom not famous. Those on the left, sold a lot; those on the right, sold nothing.
So, adding it together to get the last frame:
Top left is "famous and sold a lot".
Top right is "famous and sold nothing".
Bottom right is "not famous and sold nothing".
Bottom left is Felix Dennis. :p
And just for you I'll have to sneak a proper maffs one in...
ReplyDeleteAh. I think.
ReplyDeleteHave you used Calculus too?
Oh, no differential calculus was involved here... however it is a phase space based on the following parameters: £(x) where x is number of books sold and F(y) where y is number of column inches... I think there's an attractor somewhere in the top left quadrant.
ReplyDelete(Please see PC #47 for more exciting phase spaces!)
Aaaarghhhhhh!
ReplyDeleteQuick! Call the medics! We need some Humanities Pills immediately!
ReplyDelete