โ €

โ €

(((1.-((pow((1./(x+(((2**(A)+1.)**(1/2)-1.)/2.))/2**(-(A)+2)-((sqrt(pow(2.,(A))+1.)-1.)/2.)),B))))**(1/D))*(1-C)+C) - Wolfram|Alpha
(((1.-((pow((1./(x+(((2**(A)+1.)**(1/2)-1.)/2.))/2**(-(A)+2)-((sqrt(pow(2.,(A))+1.)-1.)/2.)),B))))**(1/D))*(1-C)+C) - Wolfram|Alpha
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(((1.-((pow((1./(x+(((2**(A)+1.)**(1/2)-1.)/2.))/2**(-(A)+2)-((sqrt(pow(2.,(A))+1.)-1.)/2.)),B))))**(1/D))*(1-C)+C) - Wolfram|Alpha
Set up orthographic camera to render 1024x1024 - Autodesk Community - 3ds Max
Set up orthographic camera to render 1024x1024 - Autodesk Community - 3ds Max
I am trying to create renderings of portions of my terrain to use as a mask in a game engine. So what I want is to be able to set up several cameras to render out a 1024x1024 image of an exact portion of my model. I've been stumbling around with camera and render settings. Can someone give me a hand...
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Set up orthographic camera to render 1024x1024 - Autodesk Community - 3ds Max
Cornu Spiral -- from Wolfram MathWorld
Cornu Spiral -- from Wolfram MathWorld
The Cornu spiral is a plot in the complex plane of the points B(t)=S(t)+iC(t), (1) where S(t) and C(t) are the Fresnel integrals (von Seggern 2007, p. 210; Gray 1997, p. 65). The Cornu spiral is also known as the clothoid or Euler's spiral. It was probably first studied by Johann Bernoulli around 1696 (Bernoulli 1967, pp. 1084-1086). A Cornu spiral describes diffraction from the edge of a half-plane. The quantities C(t)/S(t) and S(t)/C(t) are plotted above. The slope of the curve's...
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Cornu Spiral -- from Wolfram MathWorld
Clarisse_2016.pdf
Clarisse_2016.pdf
โ›‹โˆฃ๐ŸŸ—โˆฃ๐–ขŒโˆฃ๐ŸŸ—โˆฃโ›‹#โ €โŠšโ—ฆเญฆโ—ฆโ—ฏโ—ฆเญฆโ—ฆโ€ญโ€‹โ€ญ๐žขจโ€ญโ€‹โ€‹โœขโ€‹โ›‹โ€‹โœธโ€‹โฆปโ€‹โ“„โ€‹๐–ฅ โ€‹โ“„โ€‹โฆปโ€‹โœธโ€‹โ›‹โ€‹โœขโ€‹๐–ข„โ€‹โœขโ€‹๐‘ฝ‡โ€‹๊–…โ€‹โœธโ€‹๐ซฑโ€‹โฏโ€‹โ“„โ€‹๐ŸŸ—โ€‹โ“„โ€‹โฏโ€‹๐ซฑโ€‹โœธโ€‹๊–…โ€‹๐‘ฝ‡โ€‹โœขโ€‹๐–ข„โ€‹โœขโ€‹โ›‹โ€‹โœธโ€‹โฆปโ€‹โ“„โ€‹๐–ฅ โ€‹โ“„โ€‹โฆปโ€‹โœธโ€‹โ›‹โ€‹โœขโ€‹๐–ข„โ€‹๊–…โ€‹โ—‡โ€‹๐–ขŒโ€‹โ›‹โ€‹โœขโ€‹โฆปโ€‹โ“„โ€‹๐ŸŠโ€‹โ“„โ€‹โฆปโ€‹โœขโ€‹โ›‹โ€‹๐–ขŒโ€‹โ—‡โ€‹๊–…โ€‹๐–ข„โ€‹โœขโ€‹โ›‹โ€‹โœธโ€‹โฆปโ€‹โ“„โ€‹๐–ฅ โ€‹โ“„โ€‹โฆปโ€‹โœธโ€‹โ›‹โ€‹โœขโ€‹๐–ข„โ€‹โœขโ€‹๐‘ฝ‡โ€‹๊–…โ€‹โœธโ€‹๐ซฑโ€‹โฏโ€‹โ“„โ€‹๐ŸŸ—โ€‹โ“„โ€‹โฏโ€‹๐ซฑโ€‹โœธโ€‹๊–…โ€‹๐‘ฝ‡โ€‹โœขโ€‹๐–ข„โ€‹โœขโ€‹โ›‹โ€‹โœธโ€‹โฆปโ€‹โ“„โ€‹๐–ฅ โ€‹โ“„โ€‹โฆปโ€‹โœธโ€‹โ›‹โ€‹โœขโ€‹โ€‹โ€ญ๐žขจโ€ญโ€‹โ—ฆเญฆโ—ฆโ—ฏโ—ฆเญฆโ—ฆโŠšโ €โŠšโ—ฆเญฆโ—ฆโ—ฏโ—ฆเญฆโ—ฆโ€‹โ€ญ๐žขจโ€ญโ€‹โ€‹โœขโ€‹โ›‹โ€‹โœธโ€‹โฆปโ€‹โ“„โ€‹๐–ฅ โ€‹โ“„โ€‹โฆปโ€‹โœธโ€‹โ›‹โ€‹โœขโ€‹๐–ข„โ€‹โœขโ€‹๐‘ฝ‡โ€‹๊–…โ€‹โœธโ€‹๐ซฑโ€‹โฏโ€‹โ“„โ€‹๐ŸŸ—โ€‹โ“„โ€‹โฏโ€‹๐ซฑโ€‹โœธโ€‹๊–…โ€‹๐‘ฝ‡โ€‹โœขโ€‹๐–ข„โ€‹โœขโ€‹โ›‹โ€‹โœธโ€‹โฆปโ€‹โ“„โ€‹๐–ฅ โ€‹โ“„โ€‹โฆปโ€‹โœธโ€‹โ›‹โ€‹โœขโ€‹๐–ข„โ€‹๊–…โ€‹โ—‡โ€‹๐–ขŒโ€‹โ›‹โ€‹โœขโ€‹โฆปโ€‹โ“„โ€‹๐ŸŠโ€‹โ“„โ€‹โฆปโ€‹โœขโ€‹โ›‹โ€‹๐–ขŒโ€‹โ—‡โ€‹๊–…โ€‹๐–ข„โ€‹โœขโ€‹โ›‹โ€‹โœธโ€‹โฆปโ€‹โ“„โ€‹๐–ฅ โ€‹โ“„โ€‹โฆปโ€‹โœธโ€‹โ›‹โ€‹โœขโ€‹๐–ข„โ€‹โœขโ€‹๐‘ฝ‡โ€‹๊–…โ€‹โœธโ€‹๐ซฑโ€‹โฏโ€‹โ“„โ€‹๐ŸŸ—โ€‹โ“„โ€‹โฏโ€‹๐ซฑโ€‹โœธโ€‹๊–…โ€‹๐‘ฝ‡โ€‹โœขโ€‹๐–ข„โ€‹โœขโ€‹โ›‹โ€‹โœธโ€‹โฆปโ€‹โ“„โ€‹๐–ฅ โ€‹โ“„โ€‹โฆปโ€‹โœธโ€‹โ›‹โ€‹โœขโ€‹โ€‹โ€ญ๐žขจโ€ญโ€‹โ—ฆเญฆโ—ฆโ—ฏโ—ฆเญฆโ—ฆโŠšโ €
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Clarisse_2016.pdf
โ €โ—ฏโ €แดฅแ—ฑแ—ดแ—แ—ฉ์˜ทแ”“แ”•โ €โ—ฏโ €แ—แ—ฑแ—ดะ˜Nแ—ฑแ—ดโœค์˜ทแ•คแ•ฆ๊–ดแดฅโšญโ €โ—ฏโ €โœคโ“„โ“„แดฅโ €โ—ฏโ €แ—แ—ฉแ‘Žยคโ €โ—ฏโ €แดฅแ—ฑแ—ดแ—ฏโ“„฿ฆโ €โ—ฏโ €แ—ฑแ—ดโšญแ‘Žแ‘แ‘•โ €โ—ฏโ €โต™โ €โ—ฏโ €แ‘แ‘•แ‘Žโšญแ—ฑแ—ดโ €โ—ฏโ €฿ฆโ“„แ—ฏแ—ฑแ—ดแดฅโ €โ—ฏโ €ยคแ‘Žแ—ฉแ—โ €โ—ฏโ €แดฅโ“„โ“„โœคโ €โ—ฏโ €โšญแดฅ๊–ดแ•คแ•ฆ์˜ทโœคแ—ฑแ—ดะ˜Nแ—ฑแ—ดแ—โ €โ—ฏโ €แ”“แ”•์˜ทแ—ฉแ—แ—ฑแ—ดแดฅโ €โ—ฏโ €
โ €โ—ฏโ €แดฅแ—ฑแ—ดแ—แ—ฉ์˜ทแ”“แ”•โ €โ—ฏโ €แ—แ—ฑแ—ดะ˜Nแ—ฑแ—ดโœค์˜ทแ•คแ•ฆ๊–ดแดฅโšญโ €โ—ฏโ €โœคโ“„โ“„แดฅโ €โ—ฏโ €แ—แ—ฉแ‘Žยคโ €โ—ฏโ €แดฅแ—ฑแ—ดแ—ฏโ“„฿ฆโ €โ—ฏโ €แ—ฑแ—ดโšญแ‘Žแ‘แ‘•โ €โ—ฏโ €โต™โ €โ—ฏโ €แ‘แ‘•แ‘Žโšญแ—ฑแ—ดโ €โ—ฏโ €฿ฆโ“„แ—ฏแ—ฑแ—ดแดฅโ €โ—ฏโ €ยคแ‘Žแ—ฉแ—โ €โ—ฏโ €แดฅโ“„โ“„โœคโ €โ—ฏโ €โšญแดฅ๊–ดแ•คแ•ฆ์˜ทโœคแ—ฑแ—ดะ˜Nแ—ฑแ—ดแ—โ €โ—ฏโ €แ”“แ”•์˜ทแ—ฉแ—แ—ฑแ—ดแดฅโ €โ—ฏโ €
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โ €โ—ฏโ €แดฅแ—ฑแ—ดแ—แ—ฉ์˜ทแ”“แ”•โ €โ—ฏโ €แ—แ—ฑแ—ดะ˜Nแ—ฑแ—ดโœค์˜ทแ•คแ•ฆ๊–ดแดฅโšญโ €โ—ฏโ €โœคโ“„โ“„แดฅโ €โ—ฏโ €แ—แ—ฉแ‘Žยคโ €โ—ฏโ €แดฅแ—ฑแ—ดแ—ฏโ“„฿ฆโ €โ—ฏโ €แ—ฑแ—ดโšญแ‘Žแ‘แ‘•โ €โ—ฏโ €โต™โ €โ—ฏโ €แ‘แ‘•แ‘Žโšญแ—ฑแ—ดโ €โ—ฏโ €฿ฆโ“„แ—ฏแ—ฑแ—ดแดฅโ €โ—ฏโ €ยคแ‘Žแ—ฉแ—โ €โ—ฏโ €แดฅโ“„โ“„โœคโ €โ—ฏโ €โšญแดฅ๊–ดแ•คแ•ฆ์˜ทโœคแ—ฑแ—ดะ˜Nแ—ฑแ—ดแ—โ €โ—ฏโ €แ”“แ”•์˜ทแ—ฉแ—แ—ฑแ—ดแดฅโ €โ—ฏโ €
Helix -- from Wolfram MathWorld
Helix -- from Wolfram MathWorld
A helix, sometimes also called a coil, is a curve for which the tangent makes a constant angle with a fixed line. The shortest path between two points on a cylinder (one not directly above the other) is a fractional turn of a helix, as can be seen by cutting the cylinder along one of its sides, flattening it out, and noting that a straight line connecting the points becomes helical upon re-wrapping (Steinhaus 1999, p. 229). It is for this reason that squirrels chasing one another up and...
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Helix -- from Wolfram MathWorld
Eric Davis on Twitter: "Using VectorToRadialValue node to get a fun little pulsing circle effect #VFX #gamedev #UnrealEngine #UE4 https://t.co/K3tl0YOgRH" / Twitter
Eric Davis on Twitter: "Using VectorToRadialValue node to get a fun little pulsing circle effect #VFX #gamedev #UnrealEngine #UE4 https://t.co/K3tl0YOgRH" / Twitter
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Eric Davis on Twitter: "Using VectorToRadialValue node to get a fun little pulsing circle effect #VFX #gamedev #UnrealEngine #UE4 https://t.co/K3tl0YOgRH" / Twitter