Karl, CC sirs: I assume, Karl is aware of my 'original contribution' and is possibly 'worried because of *1/j* factor i.e. the 2-year extra in 896-years 'not being divisible by six'. I have put up my views at: http://www.brijvij.com/bb896-claim.pdf
which is only confirming that 10 KLWks could be inserted between 896-years. I agree that we need 29 Kepler LWks over (21*128)=2688-years cycle. But arithmatic 'confusion of '1/j factor as he points' is NOT applicable in case of 896-years. >The ten additional leap week years can be placed in nine intervals of 90 years >and one interval of 86 years. This is the same: 'what I said in my previous note!'. I now decrease this to 84-years between colum 5 & column 6, and leaving rest of cycle with 90-years seperation, to place KLWks, i.e. Leap Weeks other than those divisible by six (6). My claim, to this thus is not for a cycle 'considered sham' - this may be dis-respect to my discovery of 1990's! The mixed cycle - (2*834)+1020 =2688-years is another alternate. My posting the original (distribution) published plan is in THIS context, sirs. The link provides sufficient to confirm this. My regards, Brij Bhushan Vij (MJD 55240)/1726+D-055W07-06 (G. Saturday, 2010 February 13H12:72(decimal) EST Aa Nau Bhadra Kritvo Yantu Vishwatah -Rg Veda Jan:31; Feb:29; Mar:31; Apr:30; May:31; Jun:30 Jul:30; Aug:31; Sep:30; Oct:31; Nov:30; Dec:30 (365th day of Year is World Day) My Profile:http://www.brijvij.com/bbv_2col-vipBrief.pdf HOME PAGE: http://www.brijvij.com/ **** **As per Kali V-GRhymeCalendaar***** "Koi bhi cheshtha vayarth nahin hoti, purshaarth karne mein hai" Contact # 001 (201) 675-8548 Date: Fri, 12 Feb 2010 16:28:11 +0000 From: [email protected] Subject: 986-year Cycle with interrupted 6-year cycle To: [email protected] Dear Brij and Calendar People Here are my thoughts about how an 896-year cycle of 159 weeks can occur with regular leap week years that normally occur once every six years. In an earlier note I referred to this idea as proposal B. (1) Every year whose number counted from the start of the current 896-year cycle is divisible by six has a leap week. (2) There are ten additional years that have a leap week every 896-year cycle referred to as Kepler years This gives rise to an eight-year gap between the regular leap week years between the 894th year of one 896-year cycle and 6th year of the next 896-year cycle. The ten additional leap week years can be placed in nine intervals of 90 years and one interval of 86 years. I’ve realised that the 8-year gap adds about 1/3 week to the jitter. This can be reduced a little by putting the 86-year gap between the Kepler years over the end of the 896-year cycle. This has other advantages: (a) Every Kepler year can be placed half way between two consecutive leap week years. (b) Every Kepler year in the same 896-year cycle has its number ending with the same digit. To do this, the first Kepler year must be earlier than the 87th year to fit the 10th Kepler year in the 896-year cycle. I suggest making it the 45th year, because this makes the 896-year cycle completely symmetrical about its 2nd and 450th years. Indeed year 900-Y is the same type as year Y counting Y from the start of any 896-year cycle. This gives rise to the following leap week years: 0006 0012 0018 0024 0030 0036 0042 0045 0048 0054 0060 0066 0072 0078 0084 0090 0096 0102 0108 0114 0120 0126 0132 0135 0138 0144 0150 0156 0162 0168 0174 0180 0186 0192 0198 0204 0210 0216 0222 0225 0228 0234 0240 0246 0252 0258 0264 0270 0276 0282 0288 0294 0300 0306 0312 0315 0318 0324 0330 0336 0342 0348 0354 0360 0366 0372 0378 0384 0390 0396 0402 0405 0408 0414 0420 0426 0432 0438 0444 0450 0456 0462 0468 0474 0480 0486 0492 0495 0498 0504 0510 0516 0522 0528 0534 0540 0546 0552 0558 0564 0570 0576 0582 0585 0588 0594 0600 0606 0612 0618 0624 0630 0636 0642 0648 0654 0660 0666 0672 0675 0678 0684 0690 0696 0702 0708 0714 0720 0726 0732 0738 0744 0750 0756 0762 0765 0768 0774 0780 0786 0792 0798 0804 0810 0816 0822 0828 0834 0840 0846 0852 0855 0858 0864 0870 0876 0882 0888 0894 (next 896-year cycle… ) 0902 0908 0914 0920 0926 0932 0938 0941 0944 and so every 896 years exactly. Note that it is identical to a 90-year cycle with one Kepler year in the middle, but every 10th cycle has its last four years cut off. The shortened 86-year gap between the Kepler Years(855 – 941) only partially compensates for 1/3 week jitter caused by the 8-year gap between the regular leap week years (894 – 902). To fully compensate, the interval must be cut by 1/3 rather than just 4 years. It can be cut to 62 years. This results in Kepler years thus: Keplers Leap weeks (10 in each set of 896-years) 1 2 3 4 5 6 7 8 9 10 0033 0123 0219 0309 0405 0495 0591 0681 0777 0867 0929 1019 1115 1205 1301 1391 1487 1577 1673 1763 and so every 896 years. This brings back the alternating 90 to 96 year intervals between the Kepler years, while the regular leap weeks years occur once every six years. Indeed the nine such intervals make up an 834-year cycle identical to one I have suggested a long time ago. To this is added a 62 year period of 10 regular leap week years and one Kepler year. I realise the regular leap week years occurring once every six year call for additional leap week years occurring in intervals of 90 and 96 years normally alternating. Give them anything else and you’ll be penalised. Karl 10(17(29 -- Scanned by iCritical. _________________________________________________________________ Hotmail: Trusted email with Microsoft’s powerful SPAM protection. http://clk.atdmt.com/GBL/go/201469226/direct/01/
