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- #COMPARE PARASHAR LIGHT AND JAGANNATHA HORA FULL#
- #COMPARE PARASHAR LIGHT AND JAGANNATHA HORA SOFTWARE#
- #COMPARE PARASHAR LIGHT AND JAGANNATHA HORA FREE#
That there are several options and make sure that you set them correctly. Sanjay, you can rely on JHora for your ardha-nadi work, but please realize But, by using the same setting forĪpparent/true positions in both softwares, you can considerably reduce the In future, I will add support for some linearĪyanamsas also (though they are definitely wrong). For example, Yukteshwar ayanamsa uses a fixed rate of precessionĬhange that is factually known to be wrong. On a separate note, some people have been asking me to allow linearĪyanamsas.
#COMPARE PARASHAR LIGHT AND JAGANNATHA HORA SOFTWARE#
Software or give new options if I deem them appropriate. In any case, I will investigate this further and correct any errors in my
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Non-linearize it, we have to choose one of them, honor it and deviate in the Lahiri originally did, all of them can be honored. If you assume a linear ayanamsa change rate as 1900 Jan 1) as sacrosanct? We can't honor all of them and have to Lahiri to be sacrosanct or the ayanamsa value given for some specific date Take the star position as sacrosant or the zero ayanamsa date given by When we non-linearize Lahiri ayanamsa, should we They and I may have converted the linear ayanamsa into a non-linear one in a Uses the original linear Lahiri ayanamsa OR, more likely, they use theĬorrect non-linear model, but use a slightly different seed. The correct ayanamsa, but we do know the correct model for the changes inĪyanamsa with time (given the initial ayanamsa on a particular date and The original Lahiri ayanamsa was linear - it assumed a fixed rate of There is a smallĭifference between what they do and what I do. I use my own module to compute the ayanamsa. Only for tropical planetary positions and do not use their siderealĬalculations. Largely due to differences in ayanamsa calculation. Or less uniform and will be slightly less than 2 arc-sec.Īpart from small differences in rounding, that 2 arc-sec difference is If you change the option and do a comparison, you will no longer have uptoģ0 arc-sec differences that you showed below. Option to use apparent positions (though I recommend true positions). If you want to compare apples to apples, please change the JHora "Preferences", then "Related to calculations" and then "Planet Calculation "apparent" positions instead of "true" positions. The Swiss Ephemeris positions you gave must have been computed using If anybody has something urgent that needs myĪttention, they should cc the mail to me. Thanks in advance to any reply to my above-mentioned queries.
#COMPARE PARASHAR LIGHT AND JAGANNATHA HORA FULL#
The full 57 mb version for the public to download.
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#COMPARE PARASHAR LIGHT AND JAGANNATHA HORA FREE#
Only releasing such a fine software free of charge but also uploading I use Jhora frequently and I am very grateful to Narasimha for not
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This is not an attempt to put Jhora in bad light, but a seriousĭesire to find out why the difference in the figures. Least the same after rounding off the arc second decimal places ? If that is the case, shouldn't the figures be exactly the same or at Using planetary positions on 1st of Jan 2005, 00:00 hr, GMTĬorrect me if I am wrong, both software is using exactly the sameĮphemeris file "sepl_18.se1" to generate these planetary positions. Why is there a difference in arc seconds/minute between Jhora I have some questions regarding Jhora 7.02 (full 57 mb version) :