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#parallax — Public Fediverse posts

Live and recent posts from across the Fediverse tagged #parallax, aggregated by home.social.

  1. 108 окон, 0 фреймворков, 1 Kubernetes: как команда без разработчиков построила интерактивный дом-таймлайн про ТВ 90-х

    Зов джунглей, Поле чудес, Ералаш — мы сделали интерактивный дом-таймлайн про телевидение 90-х и 00-х. Под катом: как команда без разработчиков дошла от JSON-файла на VPS за $5 до корпоративного Kubernetes. Читать, пока не началась реклама

    habr.com/ru/articles/1025152/

    #vanillajs #frontend #cms #kubernetes #canvas #webp #avif #parallax #вайбкодинг #телевидение

  2. 108 окон, 0 фреймворков, 1 Kubernetes: как команда без разработчиков построила интерактивный дом-таймлайн про ТВ 90-х

    Зов джунглей, Поле чудес, Ералаш — мы сделали интерактивный дом-таймлайн про телевидение 90-х и 00-х. Под катом: как команда без разработчиков дошла от JSON-файла на VPS за $5 до корпоративного Kubernetes. Читать, пока не началась реклама

    habr.com/ru/articles/1025152/

    #vanillajs #frontend #cms #kubernetes #canvas #webp #avif #parallax #вайбкодинг #телевидение

  3. 108 окон, 0 фреймворков, 1 Kubernetes: как команда без разработчиков построила интерактивный дом-таймлайн про ТВ 90-х

    Зов джунглей, Поле чудес, Ералаш — мы сделали интерактивный дом-таймлайн про телевидение 90-х и 00-х. Под катом: как команда без разработчиков дошла от JSON-файла на VPS за $5 до корпоративного Kubernetes. Читать, пока не началась реклама

    habr.com/ru/articles/1025152/

    #vanillajs #frontend #cms #kubernetes #canvas #webp #avif #parallax #вайбкодинг #телевидение

  4. Wie op onderstaande lijn woont, kan vanavond om 20:49 het #ISS 'over' de Maan zien passeren. Het ISS komt op in het westen en neemt dan snel toe in helderheid. Op een paar kilometer naast de lijn passeert het ruimtestation al naast de Maan (deel gerust foto's hieronder (incl. locatie)!) #parallax

  5. 𝗥𝗮𝗹𝗹𝗮𝘅:

    #Parallax #JS #Vanilla #Rallax

    thewhale.cc/posts/rallax

    Rallax.js is a vanilla JS plugin that implements a dynamic parallax scrolling effect, without dependencies.

  6. Atmospheric refraction, due to the different temperature/altitude profile in the atmosphere at different times of day...makes distant mountains appear taller or shorter.

    The attached photo is a comparison of what I shot yesterday afternoon and this morning. The camera was set up within inches of the same location for both shots, and those mountains are between 50 and 120 miles away...so I'm saying that any parallax effect from camera location is essentially zero.

    I have annotated with arrows where it's easy to make a comparison of how the near and far ridge lines overlap differently in the two photos.

    This is a follow up to:
    universeodon.com/@KrajciTom/11

    Imagine the care that was needed to conduct surveys before the GPS/GNSS era:
    explorersweb.com/the-five-men-

    "The Great Theodolite built by Troughton & Simms in London stood nearly 1.5m high, had a horizontal circle one meter in diameter, and could read angles to a single second of arc. Moving it required 30 porters and sometimes elephants."

    "The reduction of Nicolson’s observations was a colossal task. Each ray from each station had to be corrected for instrumental error, for temperature and pressure, and for the curvature of the Earth. Above all, they needed to correct for atmospheric refraction, which at those distances could amount to six or seven minutes of arc and change from hour to hour."

    #Atmosphere #Refraction #Physics #Math #GIS #Datum #Survey #Geodetic #Map #Optics #Science #Parallax #Cool #NewMexico #Theodolite

  7. Atmospheric refraction, due to the different temperature/altitude profile in the atmosphere at different times of day...makes distant mountains appear taller or shorter.

    The attached photo is a comparison of what I shot yesterday afternoon and this morning. The camera was set up within inches of the same location for both shots, and those mountains are between 50 and 120 miles away...so I'm saying that any parallax effect from camera location is essentially zero.

    I have annotated with arrows where it's easy to make a comparison of how the near and far ridge lines overlap differently in the two photos.

    This is a follow up to:
    universeodon.com/@KrajciTom/11

    Imagine the care that was needed to conduct surveys before the GPS/GNSS era:
    explorersweb.com/the-five-men-

    "The Great Theodolite built by Troughton & Simms in London stood nearly 1.5m high, had a horizontal circle one meter in diameter, and could read angles to a single second of arc. Moving it required 30 porters and sometimes elephants."

    "The reduction of Nicolson’s observations was a colossal task. Each ray from each station had to be corrected for instrumental error, for temperature and pressure, and for the curvature of the Earth. Above all, they needed to correct for atmospheric refraction, which at those distances could amount to six or seven minutes of arc and change from hour to hour."

    #Atmosphere #Refraction #Physics #Math #GIS #Datum #Survey #Geodetic #Map #Optics #Science #Parallax #Cool #NewMexico #Theodolite

  8. Atmospheric refraction, due to the different temperature/altitude profile in the atmosphere at different times of day...makes distant mountains appear taller or shorter.

    The attached photo is a comparison of what I shot yesterday afternoon and this morning. The camera was set up within inches of the same location for both shots, and those mountains are between 50 and 120 miles away...so I'm saying that any parallax effect from camera location is essentially zero.

    I have annotated with arrows where it's easy to make a comparison of how the near and far ridge lines overlap differently in the two photos.

    This is a follow up to:
    universeodon.com/@KrajciTom/11

    Imagine the care that was needed to conduct surveys before the GPS/GNSS era:
    explorersweb.com/the-five-men-

    "The Great Theodolite built by Troughton & Simms in London stood nearly 1.5m high, had a horizontal circle one meter in diameter, and could read angles to a single second of arc. Moving it required 30 porters and sometimes elephants."

    "The reduction of Nicolson’s observations was a colossal task. Each ray from each station had to be corrected for instrumental error, for temperature and pressure, and for the curvature of the Earth. Above all, they needed to correct for atmospheric refraction, which at those distances could amount to six or seven minutes of arc and change from hour to hour."

    #Atmosphere #Refraction #Physics #Math #GIS #Datum #Survey #Geodetic #Map #Optics #Science #Parallax #Cool #NewMexico #Theodolite

  9. Atmospheric refraction, due to the different temperature/altitude profile in the atmosphere at different times of day...makes distant mountains appear taller or shorter.

    The attached photo is a comparison of what I shot yesterday afternoon and this morning. The camera was set up within inches of the same location for both shots, and those mountains are between 50 and 120 miles away...so I'm saying that any parallax effect from camera location is essentially zero.

    I have annotated with arrows where it's easy to make a comparison of how the near and far ridge lines overlap differently in the two photos.

    This is a follow up to:
    universeodon.com/@KrajciTom/11

    Imagine the care that was needed to conduct surveys before the GPS/GNSS era:
    explorersweb.com/the-five-men-

    "The Great Theodolite built by Troughton & Simms in London stood nearly 1.5m high, had a horizontal circle one meter in diameter, and could read angles to a single second of arc. Moving it required 30 porters and sometimes elephants."

    "The reduction of Nicolson’s observations was a colossal task. Each ray from each station had to be corrected for instrumental error, for temperature and pressure, and for the curvature of the Earth. Above all, they needed to correct for atmospheric refraction, which at those distances could amount to six or seven minutes of arc and change from hour to hour."

    #Atmosphere #Refraction #Physics #Math #GIS #Datum #Survey #Geodetic #Map #Optics #Science #Parallax #Cool #NewMexico #Theodolite

  10. Atmospheric refraction, due to the different temperature/altitude profile in the atmosphere at different times of day...makes distant mountains appear taller or shorter.

    The attached photo is a comparison of what I shot yesterday afternoon and this morning. The camera was set up within inches of the same location for both shots, and those mountains are between 50 and 120 miles away...so I'm saying that any parallax effect from camera location is essentially zero.

    I have annotated with arrows where it's easy to make a comparison of how the near and far ridge lines overlap differently in the two photos.

    This is a follow up to:
    universeodon.com/@KrajciTom/11

    Imagine the care that was needed to conduct surveys before the GPS/GNSS era:
    explorersweb.com/the-five-men-

    "The Great Theodolite built by Troughton & Simms in London stood nearly 1.5m high, had a horizontal circle one meter in diameter, and could read angles to a single second of arc. Moving it required 30 porters and sometimes elephants."

    "The reduction of Nicolson’s observations was a colossal task. Each ray from each station had to be corrected for instrumental error, for temperature and pressure, and for the curvature of the Earth. Above all, they needed to correct for atmospheric refraction, which at those distances could amount to six or seven minutes of arc and change from hour to hour."

    #Atmosphere #Refraction #Physics #Math #GIS #Datum #Survey #Geodetic #Map #Optics #Science #Parallax #Cool #NewMexico #Theodolite

  11. To be hurtling through the world together at such #speed & syncronicity that everyone else is just a blur, yet when you glance at them (near or far), they seem perfectly still. Is that what #love is like?
    I haven't the foggiest idea, but sounds cool, no?

    #MomentsFromAMovingTrain #photography #trains #MotionBlur #parallax #LondonBridge #London

  12. 𝗦𝘁𝗮𝗻𝗱𝗮𝗹𝗼𝗻𝗲 𝗽𝗮𝗿𝗮𝗹𝗹𝗮𝘅 𝘀𝗰𝗿𝗼𝗹𝗹𝗶𝗻𝗴 𝘄𝗶𝘁𝗵 𝗖𝗦𝗦 𝘃𝗮𝗿𝗶𝗮𝗯𝗹𝗲𝘀: basicScroll allows you to change CSS variables depending on the scroll position. Use the variables directly in your CSS to animate whatever you want.

    #CSS #Animation #Parallax

    thewhale.cc/posts/standalone-p

  13. ‘The Legend of Ochi’ & ‘Everything Everywhere All At Once’ Post-Production Studio Parallax Hires EP
    #News #Parallax

    deadline.com/2025/04/parallax-