From: owner-ammf-digest@smoe.org (alt.music.moxy-fruvous digest) To: ammf-digest@smoe.org Subject: alt.music.moxy-fruvous digest V14 #6254 Reply-To: ammf@fruvous.com Sender: owner-ammf-digest@smoe.org Errors-To: owner-ammf-digest@smoe.org Precedence: bulk alt.music.moxy-fruvous digest Sunday, March 28 2021 Volume 14 : Number 6254 Today's Subjects: ----------------- It can provide immediate relief ["AirFreez" ] The Butterfly Effect? ["Prayer Miracle" ] Pour This Homemade Liquid In Your Ears To Stop Alzheimerâs ["Quickly Impr] How this "old" prepper is staying alive ["No More Doctors" ] ---------------------------------------------------------------------- Date: Sat, 27 Mar 2021 06:47:16 -0400 From: "AirFreez" Subject: It can provide immediate relief It can provide immediate relief http://highcool.us/47RpX2x9XZDWIISrG_Cwvwz5pcMJzHVevUVS0FYxI6YPikfA http://highcool.us/tSuT-S81t8HOykZ61CQDjdHSbSch7RouDChvB-73glxeOLeR - -5 is an Australian children's television series, originally produced by Kids Like Us and later Southern Star for the Nine Network, created by Helena Harris and Posie Graeme-Evans. The program is known for its educational content, and for the cast of the program, who became a recognised musical group for children outside of the series, known collectively as Hi-5. It has generated discussion about what is considered appropriate television for children. The series premiered on 12 April 1999 on the Nine Network. The series is designed for a pre-school audience, featuring five performers who educate and entertain through play, movement and music, which is an integral part of the series. The segments of the show are based on an educational model. The original cast was composed of Kellie Crawford, Kathleen de Leon Jones, Nathan Foley, Tim Harding and Charli Robinson. By the end of 2008, this line-up had been completely phased out and replaced with a new group of performers. Hi-5 received three Logie Television Awards for Most Outstanding Children's Program. Harris and Graeme-Evans ended their involvement with the series in 2008 when the program was sold to Southern Star and the Nine Network. The final episode of Hi-5 aired on 16 December 2011 as a result of the Nine Network selling the property in 2012. A spin-off series, Hi-5 House, aired on Nick Jr. from 2013 to 2016, produced with no involvement from Nine. The network renewed its partnership with the brand in October 2016 and produce ------------------------------ Date: Sat, 27 Mar 2021 10:27:18 -0400 From: "Prayer Miracle" Subject: The Butterfly Effect? The Butterfly Effect? http://miraclees.cloud/HVqkWEo1OTSUD9QPxkrezpVaHxeHAdTjD120c6fMTzPi6_si http://miraclees.cloud/Bzu0_xrQjbroH-AzcM2HyYFxacvZoEopPBDbqg0oiN45qj8G cent research has attempted to extend the basis for the traditional chromostereoptic theory, including work done by Stiles and Crawford. In 1933, Stiles and Crawford accidentally discovered that the light sensitivity differed for rays entering through center versus those entering from peripheral regions of the eye. The efficiency of the rays is less when the rays enter via the peripheral region because the shape of the cone cells that collect the incident quanta are different from cone receptors in the center of the eye. This effect can cause both positive and negative chromostereopsis depending on the position of the pupil. If the pupil is centered on optical axis, it causes positive chromostereopsis. However, if the pupil is significantly off-center from the optical axis, negative chromostereopsis will ensue. Because most people have a point of maximum luminous efficiency that is off-center, the Stiles-Crawford Effects generally will have antagonistic chromostereoptic effects. Therefore, instead of seeing red in front of blue, blue will be seen in front of red and the effect will be reversed. The Stiles-Crawford effect also explains why positive chromostereopsis is decreased when illumination is lowered. At lower illumination, the dilation of pupil increases the pupillary peripheral region and therefore increases the magnitude of the Stiles-Crawford eff ------------------------------ Date: Sat, 27 Mar 2021 06:36:03 -0700 From: "Quickly Improve Alzheimer" Subject: Pour This Homemade Liquid In Your Ears To Stop Alzheimerâs Pour This Homemade Liquid In Your Ears To Stop Alzheimerbs http://maxspeech.us/9lNh1aTxCAppgpUp598_xU8-8YgGrvztLK5pm7CJE36RPPJI http://maxspeech.us/fLWXarW8DnX34rd5nrb_fqoXry8Khb0nk_oviFJdZIvpDYzq osed a theory which states: "The phenomenon (chromostereopsis) is due to chromatic difference of magnification, for since, for example, blue rays are refracted more than red rays by the ocular media, their foci not only lie at different levels (chromatic aberration) but make different angles with the optic axis, and will thus stimulate disparate points. It follows that individuals with temporally eccentric pupils see red in front of blue, while with nasally eccentric pupils the relief is reversed." Einthoven first explained chromatic aberration in the eye, which means that the eyes will not focus all the colors at the same time. Depending on the wavelength, the focal point in the eyes varies. He concluded that the reason why people see red in front of blue is because light with different wavelengths project onto different parts of the retina. When the vision is binocular, a disparity is created, which causes depth perception. Since red is focused temporally, it appears to be in front. However, under monocular vision, this phenomenon is not observed. However, Bruecke objected to Einthoven's theory on grounds that not all people see red as closer than blue. Einthoven explained that this negative chromostereopsis is probably due to eccentrically positioned pupils because shifting the pupil can change the position of where light wavelengths focus in the eye. Negative chromostereopsis was further studied by Allen and Rubin who suggested that changing the angle between the pupillary center and visual axis can change the direction of chromostereopsis. If the pupillary center is located temporal to the visual axis, red will appear closer. The reverse e ------------------------------ Date: Sat, 27 Mar 2021 06:14:33 -0400 From: "No More Doctors" Subject: How this "old" prepper is staying alive How this "old" prepper is staying alive http://bloodpressure.buzz/kDNye4FTbH_6mOzQr0hfUInZNLT9Jt7jz4BlHblpuWrNkDUc http://bloodpressure.buzz/rXJFGRXF1h5tb0cbnGcGzl51Spfxe25Fr7im4aiE8bhDmOWj omostereopsis is a visual illusion whereby the impression of depth is conveyed in two-dimensional color images, usually of red-blue or red-green colors, but can also be perceived with red-grey or blue-grey images. Such illusions have been reported for over a century and have generally been attributed to some form of chromatic aberration. Chromatic aberration results from the differential refraction of light depending on its wavelength, causing some light rays to converge before others in the eye (longitudinal chromatic aberration or LCA) and/or to be located on non-corresponding locations of the two eyes during binocular viewing (transverse chromatic aberration or TCA). Chromostereopsis is usually observed using a target with red and blue bars and an achromatic background. Positive chromostereopsis is exhibited when the red bars are perceived in front of the blue and negative chromostereopsis is exhibited when the red bars are perceived behind the blue. Several models have been proposed to explain this effect which is often attributed to longitudinal and/or transverse chromatic aberrations. However, recent work attributes most of the stereoptic effect to transverse chromatic aberrations in combination with cortical factors. It has been proposed that chromostereopsis could have evolutionary implications in the development of eyespots in certain butterfly species. The perceived differences in color's optical power span about 2 Diopter (Blue: -1.5, Red +0.5). The effect can appear much more pronounced when suitable images are viewed while wearin ------------------------------ Date: Sat, 27 Mar 2021 05:31:41 -0700 From: "Ecoball" Subject: Just Throw it in Your Washer & Start Saving Money Today. Just Throw it in Your Washer & Start Saving Money Today. http://ecobuds.us/YgnTPJeTOnRz24Cf_RFhXRQUlrlPM621AfN2obIV7gmkFSaW http://ecobuds.us/TvhytHmIGlaRFc_U4OVijtVmNxmPuwzyowZuRRUBAPS35G40 A stone relief showing Sargon II on the left wearing a crown and holding a staff facing a man on the right Sennacherib's father Sargon II (left) facing a high-ranking official, possibly his crown prince Sennacherib As crown prince, Sennacherib exercised royal power with his father, or alone as a substitute while Sargon was away campaigning. During Sargon's longer absences from the Assyrian heartland, Sennacherib's residence would have served as the center of government in the Neo-Assyrian Empire, with the crown prince taking on significant administrative and political responsibilities. The vast responsibilities entrusted to Sennacherib suggests a certain degree of trust between the king and the crown prince. In reliefs depicting both Sargon and Sennacherib, they are portrayed in discussion, appearing almost as equals. As regent, Sennacherib's primary duty was to maintain relations with Assyrian governors and generals and oversee the empire's vast military intelligence network. Sennacherib oversaw domestic affairs and often informed Sargon of the progress being made on building projects throughout the empire. Sargon also assigned him to the reception and distribution of audience gifts and tribute. After distributing such financial resources, Sennacherib sent letters to his father to inform him of his decisions. A letter to his father indicates that Sennacherib respected him and that they were on friendly terms. He never disobeyed his father, and his letters indicate he knew Sargon well and wanted to please him. For unknown reasons, Sargon never took him on his military campaigns. Elayi believes that Sennacherib may have resented his father for this as he missed out on the glory attached to military victories. In any event, Sennacherib never took action against Sargon or attempted to usurp the throne despite being more than old enough to become king him ------------------------------ Date: Sat, 27 Mar 2021 03:11:35 -0700 From: "Paypal Shopper Gift Card Chance" Subject: We Want Your Thoughts! Claim Your One Hundred Dollar Paypal Reward We Want Your Thoughts! Claim Your One Hundred Dollar Paypal Reward http://smartsiren.us/m5MFbXFfnUWosj-l2jpIM6aJZxwW9dThEia76xkJPRkaJ7TK http://smartsiren.us/qmB16708imcpHcUql3ujd6TiMoKkVtKDQMlNWv2XNwzkf0V_ ence for the stereoptic effect is often quite easy to see. For example, when red and blue are viewed side by side on a dark surrounding, most people will view the red as "floating" in front of the blue. However, this is not true for everyone, as some people see the opposite and others no effect at all. This is the same effect that both Goethe and De Wilde had indicated in their observations. While a majority of people will view red as "floating" in front of blue, others experience a reversal of the effect in which they see blue floating in front of the red, or no depth effect at all. While this reversal may appear to discredit chromostereopsis, it does not and instead, as originally proposed by Einthoven, can be explained by an increase in the effect and subsequent reversal via blocking of the eccentric position of the pupil with respect to the optical axis. The diverse nature of the chromostereoptic effect is because the color depth effect is closely intertwined with both perceptual and optical factors. In other words, neither the optical nor the perceptual factors can be taken in insolation to explain chromostereopsis. This multifactorial component of chromostereopsis offers one explanation of the reversal of the effect in different people given the same visual cues. Reversal effect due to white background Another interesting reversal effect was observed in 1928 by Verhoeff in which the red bars were perceived as farther away and the blue bars as protruding when the bars are paired on a white background instead of a black background. Verhoeff proposed that this paradoxical reversal can be understood in terms of the pupil's luminance contours (see: Illusory Contours). The pupil has lines of constant luminance efficiency, with each subsequent line marking a 25% decrease in efficiency. Around 1998, Winn and co-workers confirmed Verhoeff's interpretation of this reversal using experiments on different colored backgrounds. Other research has also suggested that border contrast changes could lead to color depth reversal with the switch from black to white backgroun ------------------------------ Date: Sat, 27 Mar 2021 09:15:49 -0400 From: "Cold Sore Virus" Subject: Herpes Virus Hiding Place Revealed! (Nobody Believed This!) Herpes Virus Hiding Place Revealed! (Nobody Believed This!) http://miraclees.cloud/aAC2X_2FYAl-jtq9RosX4ug9L-Qfyt1kMs29C52vshG4hNAj http://miraclees.cloud/8GMxMYcMukeErsUH8elx7aWeuQqROR1Al1gcVkyl1e71Yirg dence for the stereoptic effect is often quite easy to see. For example, when red and blue are viewed side by side on a dark surrounding, most people will view the red as "floating" in front of the blue. However, this is not true for everyone, as some people see the opposite and others no effect at all. This is the same effect that both Goethe and De Wilde had indicated in their observations. While a majority of people will view red as "floating" in front of blue, others experience a reversal of the effect in which they see blue floating in front of the red, or no depth effect at all. While this reversal may appear to discredit chromostereopsis, it does not and instead, as originally proposed by Einthoven, can be explained by an increase in the effect and subsequent reversal via blocking of the eccentric position of the pupil with respect to the optical axis. The diverse nature of the chromostereoptic effect is because the color depth effect is closely intertwined with both perceptual and optical factors. In other words, neither the optical nor the perceptual factors can be taken in insolation to explain chromostereopsis. This multifactorial component of chromostereopsis offers one explanation of the reversal of the effect in different people given the same visual cues. Reversal effect due to white background Another interesting reversal effect was observed in 1928 by Verhoeff in which the red bars were perceived as farther away and the blue bars as protruding when the bars are paired on a white background instead of a black background. Verhoeff proposed that this paradoxical reversal can be understood in terms of the pupil's luminance contours (see: Illusory Contours). The pupil has lines of constant luminance efficiency, with each subsequent line marking a 25% decrease in efficiency. Around 1998, Winn and co-workers confirmed Verhoeff's interpretation of this reversal using experiments on different colored backgrounds. 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YX9X1X6 YX0Y X'YYYX'YX4X) X9YY X'YYY X(X X'YX*YY X%YY https://groups.google.com/d/msgid/amanylolomklgkfjdh/CAFRgcP18BeQ56X6m3QDACOL3PE7HzJe3_kC53GvnmXOTeZDN0g%40mail.gmail.com. ------------------------------ Date: Sat, 27 Mar 2021 04:11:15 -0700 From: "Wireless Earbuds" Subject: New Apple H1 headphone chip delivers faster wireless connection to your devices New Apple H1 headphone chip delivers faster wireless connection to your devices http://ecobuds.us/0SFJs4BeFaSQ4yFdSvz0hC_1SWueKdlSqtwGzSGFUMjAAXWb http://ecobuds.us/jRQDeUJ2dZNP-t6KtCrWi9NCGEm-c-6z1CU2xTtc0TRC5uq6 ather can have both beneficial and harmful effects. Extremes in weather, such as tornadoes or hurricanes and cyclones, can expend large amounts of energy along their paths, and produce devastation. Surface vegetation has evolved a dependence on the seasonal variation of the weather, and sudden changes lasting only a few years can have a dramatic effect, both on the vegetation and on the animals which depend on its growth for their food. Climate is a measure of the long-term trends in the weather. Various factors are known to influence the climate, including ocean currents, surface albedo, greenhouse gases, variations in the solar luminosity, and changes to the Earth's orbit. Based on historical records, the Earth is known to have undergone drastic climate changes in the past, including ice ages. A tornado in central Oklahoma The climate of a region depends on a number of factors, especially latitude. A latitudinal band of the surface with similar climatic attributes forms a climate region. There are a number of such regions, ranging from the tropical climate at the equator to the polar climate in the northern and southern extremes. Weather is also influenced by the seasons, which result from the Earth's axis being tilted relative to its orbital plane. Thus, at any given time during the summer or winter, one part of the Earth is more directly exposed to the rays of the sun. This exposure alternates as the Earth revolves in its orbit. At any given time, regardless of season, the northern and southern hemi ------------------------------ Date: Sat, 27 Mar 2021 05:36:56 -0400 From: "No More Doctors" Subject: How this "old" prepper is staying alive How this "old" prepper is staying alive http://bloodpressure.buzz/_2hPfinncugOjoXOg8fWRZafBkdQT8o23u09sNdeGiGIPmh4 http://bloodpressure.buzz/gqWqkeJi0d1qHj_1gh_20v-H8Zs37rwehSq2pd7XPQZ-b_pX omostereopsis is a visual illusion whereby the impression of depth is conveyed in two-dimensional color images, usually of red-blue or red-green colors, but can also be perceived with red-grey or blue-grey images. Such illusions have been reported for over a century and have generally been attributed to some form of chromatic aberration. Chromatic aberration results from the differential refraction of light depending on its wavelength, causing some light rays to converge before others in the eye (longitudinal chromatic aberration or LCA) and/or to be located on non-corresponding locations of the two eyes during binocular viewing (transverse chromatic aberration or TCA). Chromostereopsis is usually observed using a target with red and blue bars and an achromatic background. Positive chromostereopsis is exhibited when the red bars are perceived in front of the blue and negative chromostereopsis is exhibited when the red bars are perceived behind the blue. Several models have been proposed to explain this effect which is often attributed to longitudinal and/or transverse chromatic aberrations. However, recent work attributes most of the stereoptic effect to transverse chromatic aberrations in combination with cortical factors. It has been proposed that chromostereopsis could have evolutionary implications in the development of eyespots in certain butterfly species. The perceived differences in color's optical power span about 2 Diopter (Blue: -1.5, Red +0.5). The effect can appear much more pronounced when suitable images are viewed while wearin ------------------------------ Date: Sat, 27 Mar 2021 07:57:19 -0700 From: "Speechelo" Subject: Text To Speech In 3 Clicks Text To Speech In 3 Clicks http://maxspeech.us/yeYbZ3Vi4YS4aS8aTjVg62Efo65A643XLlX_XcNxWAviy5-e http://maxspeech.us/5sl4OMYo-YMDmzV481GwYG66H_fDDBTvl1kA73L1xciEykR1 cent research has attempted to extend the basis for the traditional chromostereoptic theory, including work done by Stiles and Crawford. In 1933, Stiles and Crawford accidentally discovered that the light sensitivity differed for rays entering through center versus those entering from peripheral regions of the eye. The efficiency of the rays is less when the rays enter via the peripheral region because the shape of the cone cells that collect the incident quanta are different from cone receptors in the center of the eye. This effect can cause both positive and negative chromostereopsis depending on the position of the pupil. If the pupil is centered on optical axis, it causes positive chromostereopsis. However, if the pupil is significantly off-center from the optical axis, negative chromostereopsis will ensue. Because most people have a point of maximum luminous efficiency that is off-center, the Stiles-Crawford Effects generally will have antagonistic chromostereoptic effects. Therefore, instead of seeing red in front of blue, blue will be seen in front of red and the effect will be reversed. The Stiles-Crawford effect also explains why positive chromostereopsis is decreased when illumination is lowered. At lower illumination, the dilation of pupil increases the pupillary peripheral region and therefore increases the magnitude of the Stiles-Crawford eff ------------------------------ End of alt.music.moxy-fruvous digest V14 #6254 **********************************************