User:Tom Allen/ta/AddendumX05P01
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Supplement to the page AddendumW00R05 (the energy distributions W00 and W01)
Implementing
load 'plot' x5Rx2=.(0{])+((1{])-0{])*(i.@>:%])@(2{]) pd 'reset' pd (];(]^_1.0"_) ) r=.x5Rx2 0.9 4 10000 NB. ... blue ... NB. ... a multiplier for the energy flow as a function of r ... pd (];(]^_1.0"_)*1-^@-@(]^8.0"_)) r=.x5Rx2 0 4 10000 NB. ... red ... pd (];-@((]^_2.0"_) )) r=.x5Rx2 0.9 4 10000 NB. ... green ... NB. ... a multiplier for the energy density as a function of r ... pd (];-@((]^_2.0"_)*1-^@-@(]^8.0"_))) r=.x5Rx2 0 4 10000 NB. ... purple ... pd 'pdf'
Continuous Functions (Heading in 'Essays/Christoffel/Christoffel01')
load 'plot' pd 'reset' pd (];(]^2:)*^@-@(]^8:)) ((0{])+((1{])-0{])*(i.@>:%])@(2{])) 0 0.03 10000 NB. ... blue ... pd (];(]^1:)*^@-@(]^8:)) ((0{])+((1{])-0{])*(i.@>:%])@(2{])) 0 0.03 10000 NB. ... red ... pd 'pdf'
load 'plot' pd 'reset' pd (];(]^_6:)*1-^@-@(]^8:)) ((0{])+((1{])-0{])*(i.@>:%])@(2{])) 0 0.03 10000 NB. ... blue ... pd (];(]^_7:)*1-^@-@(]^8:)) ((0{])+((1{])-0{])*(i.@>:%])@(2{])) 0 0.03 10000 NB. ... red ... pd 'pdf'
Download: File:LX05P0100F.txt
Download: File:LX05P0101H.txt
Download: File:LX05P0102I.txt
Download: File:LX05P0103D.txt
Download: File:LX05P0104C.txt
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