User:Tom Allen/ta/AddendumX06P02E
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load 'plot' pd 'reset' pU0=:,:@(1 1 2 8 1 1 1 _1 0"_) NB. ... for this wave travelling in the anti-clockwise direction ... NB. ... for 'C' ... NB. ... the total for the rate of change of energy density ... NB. ... (at this radius resembles a standing wave) ... xCpts=:_ 1.00 1.00 0,_ 0.50p1 0.50p1 0,_ _0.25p1 1.75p1 200,:_ 0.00p1 0.00p1 0"_ pd 'itemcolor blue' pd (pU0([([(i.@{.@$@];((<3 3){])@FREXVC"_ 3)FREMR)yRef@hkyX06B)]) zfyc"1@pTtotal xCpts'' xCpts=:_ 1.00 1.00 0,_ 0.50p1 0.50p1 0,_ _0.25p1 1.75p1 200,:_ 0.25p1 0.25p1 0"_ pd 'itemcolor red' pd (pU0([([(i.@{.@$@];((<3 3){])@FREXVC"_ 3)FREMR)yRef@hkyX06B)]) zfyc"1@pTtotal xCpts'' xCpts=:_ 1.00 1.00 0,_ 0.50p1 0.50p1 0,_ _0.25p1 1.75p1 200,:_ 0.50p1 0.50p1 0"_ pd 'itemcolor green' pd (pU0([([(i.@{.@$@];((<3 3){])@FREXVC"_ 3)FREMR)yRef@hkyX06B)]) zfyc"1@pTtotal xCpts'' xCpts=:_ 1.00 1.00 0,_ 0.50p1 0.50p1 0,_ _0.25p1 1.75p1 200,:_ 0.75p1 0.75p1 0"_ pd 'itemcolor purple' pd (pU0([([(i.@{.@$@];((<3 3){])@FREXVC"_ 3)FREMR)yRef@hkyX06B)]) zfyc"1@pTtotal xCpts'' xCpts=:_ 1.00 1.00 0,_ 0.50p1 0.50p1 0,_ _0.25p1 1.75p1 200,:_ 0.95p1 0.95p1 0"_ pd 'itemcolor pink' pd (pU0([([(i.@{.@$@];((<3 3){])@FREXVC"_ 3)FREMR)yRef@hkyX06B)]) zfyc"1@pTtotal xCpts'' NB. ... for this wave travelling in the anti-clockwise direction ... NB. ... for 'E' ... NB. ... the total for the rate of change of energy density is zero ... xCpts=:_ 1.00 1.00 0,_ 0.50p1 0.50p1 0,_ _0.25p1 1.75p1 200,:_ 0.00p1 0.00p1 0"_ pd 'itemcolor yellow' pd (pU0([([(i.@{.@$@];((<3 3){])@FREXVE"_ 3)FREMR)yRef@hkyX06B)]) zfyc"1@pTtotal xCpts'' xCpts=:_ 1.00 1.00 0,_ 0.50p1 0.50p1 0,_ _0.25p1 1.75p1 200,:_ 0.25p1 0.25p1 0"_ pd 'itemcolor yellow' pd (pU0([([(i.@{.@$@];((<3 3){])@FREXVE"_ 3)FREMR)yRef@hkyX06B)]) zfyc"1@pTtotal xCpts'' xCpts=:_ 1.00 1.00 0,_ 0.50p1 0.50p1 0,_ _0.25p1 1.75p1 200,:_ 0.50p1 0.50p1 0"_ pd 'itemcolor yellow' pd (pU0([([(i.@{.@$@];((<3 3){])@FREXVE"_ 3)FREMR)yRef@hkyX06B)]) zfyc"1@pTtotal xCpts'' xCpts=:_ 1.00 1.00 0,_ 0.50p1 0.50p1 0,_ _0.25p1 1.75p1 200,:_ 0.75p1 0.75p1 0"_ pd 'itemcolor yellow' pd (pU0([([(i.@{.@$@];((<3 3){])@FREXVE"_ 3)FREMR)yRef@hkyX06B)]) zfyc"1@pTtotal xCpts'' xCpts=:_ 1.00 1.00 0,_ 0.50p1 0.50p1 0,_ _0.25p1 1.75p1 200,:_ 0.95p1 0.95p1 0"_ pd 'itemcolor yellow' pd (pU0([([(i.@{.@$@];((<3 3){])@FREXVE"_ 3)FREMR)yRef@hkyX06B)]) zfyc"1@pTtotal xCpts'' pd 'aspect 1' pd 'canvas plot.html 666 500' 'finished' 1!:2[2
load 'plot' pd 'reset' pU0=:,:@(1 1 2 8 1 1 2 _1 0"_) NB. ... for this wave travelling in the anti-clockwise direction ... NB. ... for 'C' ... NB. ... the total for the rate of change of energy density ... NB. ... (at this radius resembles a standing wave) ... xCpts=:_ 1.10 1.10 0,_ 0.50p1 0.50p1 0,_ _0.25p1 1.75p1 200,:_ 0.00p1 0.00p1 0"_ pd 'itemcolor blue' pd (pU0([([(i.@{.@$@];((<3 3){])@FREXVC"_ 3)FREMR)yRef@hkyX06B)]) zfyc"1@pTtotal xCpts'' xCpts=:_ 1.10 1.10 0,_ 0.50p1 0.50p1 0,_ _0.25p1 1.75p1 200,:_ 0.25p1 0.25p1 0"_ pd 'itemcolor red' pd (pU0([([(i.@{.@$@];((<3 3){])@FREXVC"_ 3)FREMR)yRef@hkyX06B)]) zfyc"1@pTtotal xCpts'' xCpts=:_ 1.10 1.10 0,_ 0.50p1 0.50p1 0,_ _0.25p1 1.75p1 200,:_ 0.50p1 0.50p1 0"_ pd 'itemcolor green' pd (pU0([([(i.@{.@$@];((<3 3){])@FREXVC"_ 3)FREMR)yRef@hkyX06B)]) zfyc"1@pTtotal xCpts'' xCpts=:_ 1.10 1.10 0,_ 0.50p1 0.50p1 0,_ _0.25p1 1.75p1 200,:_ 0.75p1 0.75p1 0"_ pd 'itemcolor purple' pd (pU0([([(i.@{.@$@];((<3 3){])@FREXVC"_ 3)FREMR)yRef@hkyX06B)]) zfyc"1@pTtotal xCpts'' xCpts=:_ 1.10 1.10 0,_ 0.50p1 0.50p1 0,_ _0.25p1 1.75p1 200,:_ 0.95p1 0.95p1 0"_ pd 'itemcolor pink' pd (pU0([([(i.@{.@$@];((<3 3){])@FREXVC"_ 3)FREMR)yRef@hkyX06B)]) zfyc"1@pTtotal xCpts'' NB. ... for this wave travelling in the anti-clockwise direction ... NB. ... for 'E' ... NB. ... the total for the rate of change of energy density is zero ... xCpts=:_ 1.10 1.10 0,_ 0.50p1 0.50p1 0,_ _0.25p1 1.75p1 200,:_ 0.00p1 0.00p1 0"_ pd 'itemcolor yellow' pd (pU0([([(i.@{.@$@];((<3 3){])@FREXVE"_ 3)FREMR)yRef@hkyX06B)]) zfyc"1@pTtotal xCpts'' xCpts=:_ 1.10 1.10 0,_ 0.50p1 0.50p1 0,_ _0.25p1 1.75p1 200,:_ 0.25p1 0.25p1 0"_ pd 'itemcolor yellow' pd (pU0([([(i.@{.@$@];((<3 3){])@FREXVE"_ 3)FREMR)yRef@hkyX06B)]) zfyc"1@pTtotal xCpts'' xCpts=:_ 1.10 1.10 0,_ 0.50p1 0.50p1 0,_ _0.25p1 1.75p1 200,:_ 0.50p1 0.50p1 0"_ pd 'itemcolor yellow' pd (pU0([([(i.@{.@$@];((<3 3){])@FREXVE"_ 3)FREMR)yRef@hkyX06B)]) zfyc"1@pTtotal xCpts'' xCpts=:_ 1.10 1.10 0,_ 0.50p1 0.50p1 0,_ _0.25p1 1.75p1 200,:_ 0.75p1 0.75p1 0"_ pd 'itemcolor yellow' pd (pU0([([(i.@{.@$@];((<3 3){])@FREXVE"_ 3)FREMR)yRef@hkyX06B)]) zfyc"1@pTtotal xCpts'' xCpts=:_ 1.10 1.10 0,_ 0.50p1 0.50p1 0,_ _0.25p1 1.75p1 200,:_ 0.95p1 0.95p1 0"_ pd 'itemcolor yellow' pd (pU0([([(i.@{.@$@];((<3 3){])@FREXVE"_ 3)FREMR)yRef@hkyX06B)]) zfyc"1@pTtotal xCpts'' pd 'aspect 1' pd 'canvas plot.html 666 500' 'finished' 1!:2[2
load 'plot' pd 'reset' pU0=:,:@(1 1 2 8 1 1 3 _1 0"_) NB. ... for this wave travelling in the anti-clockwise direction ... NB. ... for 'C' ... NB. ... the total for the rate of change of energy density ... NB. ... (at this radius resembles a standing wave) ... xCpts=:_ 1.10 1.10 0,_ 0.50p1 0.50p1 0,_ _0.25p1 1.75p1 200,:_ 1.00p1 0.00p1 0"_ pd 'itemcolor blue' pd (pU0([([(i.@{.@$@];((<3 3){])@FREXVC"_ 3)FREMR)yRef@hkyX06B)]) zfyc"1@pTtotal xCpts'' xCpts=:_ 1.10 1.10 0,_ 0.50p1 0.50p1 0,_ _0.25p1 1.75p1 200,:_ 1.25p1 0.25p1 0"_ pd 'itemcolor red' pd (pU0([([(i.@{.@$@];((<3 3){])@FREXVC"_ 3)FREMR)yRef@hkyX06B)]) zfyc"1@pTtotal xCpts'' xCpts=:_ 1.10 1.10 0,_ 0.50p1 0.50p1 0,_ _0.25p1 1.75p1 200,:_ 1.50p1 0.50p1 0"_ pd 'itemcolor green' pd (pU0([([(i.@{.@$@];((<3 3){])@FREXVC"_ 3)FREMR)yRef@hkyX06B)]) zfyc"1@pTtotal xCpts'' xCpts=:_ 1.10 1.10 0,_ 0.50p1 0.50p1 0,_ _0.25p1 1.75p1 200,:_ 1.75p1 0.75p1 0"_ pd 'itemcolor purple' pd (pU0([([(i.@{.@$@];((<3 3){])@FREXVC"_ 3)FREMR)yRef@hkyX06B)]) zfyc"1@pTtotal xCpts'' xCpts=:_ 1.10 1.10 0,_ 0.50p1 0.50p1 0,_ _0.25p1 1.75p1 200,:_ 1.95p1 0.95p1 0"_ pd 'itemcolor pink' pd (pU0([([(i.@{.@$@];((<3 3){])@FREXVC"_ 3)FREMR)yRef@hkyX06B)]) zfyc"1@pTtotal xCpts'' NB. ... for this wave travelling in the anti-clockwise direction ... NB. ... for 'E' ... NB. ... the total for the rate of change of energy density is zero ... xCpts=:_ 1.10 1.10 0,_ 0.50p1 0.50p1 0,_ _0.25p1 1.75p1 200,:_ 1.00p1 0.00p1 0"_ pd 'itemcolor yellow' pd (pU0([([(i.@{.@$@];((<3 3){])@FREXVE"_ 3)FREMR)yRef@hkyX06B)]) zfyc"1@pTtotal xCpts'' xCpts=:_ 1.10 1.10 0,_ 0.50p1 0.50p1 0,_ _0.25p1 1.75p1 200,:_ 1.25p1 0.25p1 0"_ pd 'itemcolor yellow' pd (pU0([([(i.@{.@$@];((<3 3){])@FREXVE"_ 3)FREMR)yRef@hkyX06B)]) zfyc"1@pTtotal xCpts'' xCpts=:_ 1.10 1.10 0,_ 0.50p1 0.50p1 0,_ _0.25p1 1.75p1 200,:_ 1.50p1 0.50p1 0"_ pd 'itemcolor yellow' pd (pU0([([(i.@{.@$@];((<3 3){])@FREXVE"_ 3)FREMR)yRef@hkyX06B)]) zfyc"1@pTtotal xCpts'' xCpts=:_ 1.10 1.10 0,_ 0.50p1 0.50p1 0,_ _0.25p1 1.75p1 200,:_ 1.75p1 0.75p1 0"_ pd 'itemcolor yellow' pd (pU0([([(i.@{.@$@];((<3 3){])@FREXVE"_ 3)FREMR)yRef@hkyX06B)]) zfyc"1@pTtotal xCpts'' xCpts=:_ 1.10 1.10 0,_ 0.50p1 0.50p1 0,_ _0.25p1 1.75p1 200,:_ 1.95p1 0.95p1 0"_ pd 'itemcolor yellow' pd (pU0([([(i.@{.@$@];((<3 3){])@FREXVE"_ 3)FREMR)yRef@hkyX06B)]) zfyc"1@pTtotal xCpts'' pd 'aspect 1' pd 'canvas plot.html 666 500' 'finished' 1!:2[2
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