Medium jungle green
Gray
Champagne
Pastel purple
Eggplant
0
0
2
6
0
NCS S 1020-Y30R
Parameters:
HEX Triplet:
#FFD69FRGB:
255, 214, 159CMYK:
0, 20, 43, 0HSL:
34°, 38%, 100%Closest colors:
in RGB:
Sunsetin PANTONE:
PANTONE 155in RAL Classic:
RAL 1014in RAL Design:
RAL 085 90 30in RAL Effect:
RAL 140-1in NCS:
NCS S 0520-Y30R 2024-09-05 Snargl 02:08
What color is NCS S 1020-Y30R?
NCS S 1020-Y30R means that this color has 10% blackness, 20% chromaticness, and a hue with 30% redness and 70% yellowness.
This color is a light and slightly muted shade of orange.
To visualize this color, you can use the following codes for different color models:
This color is a light and slightly muted shade of orange.
To visualize this color, you can use the following codes for different color models:
Hexadecimal: #FFD69F
RGB: 255, 214, 159
CMYK: 0, 20, 43, 0
HSL: 34, 38, 100
Example of the palette with the NCS S 1020-Y30R color
0
0
Top 5 color shades of the illustration. Arranged in descending order of frequency of occurrence (first - more often, last - more rare).
See these colors in NCS, PANTONE, RAL palettes...
See these colors in NCS, PANTONE, RAL palettes...
Funny stories about the 'NCS S 1020-Y30R'
The Birth of NCS S 1020-Y30R
In a far away place, in the heart of a bustling city known for its ceaseless innovation, Dr. Cassandra Storm and Professor Raj Goowanni toiled away in their lab, a sanctuary of light and color. Their mission was simple yet profound: to create a new color that would redefine the spectrum and captivate the world.
Dr. Storm, a visionary in color theory, was renowned for her ability to decipher the emotional impact of hues. Professor Goowanni, a physicist with a penchant for optics, was known for his groundbreaking work on light manipulation. Together, they formed an unparalleled team whose collaboration was a symphony of science and artistry.
The pair had been working on this ambitious project for months. Their goal was to create a color that didn’t just sit within the existing color spectrum but created its own niche - something truly unique. They named their project "NCS S 1020-Y30R."
The process was intricate. Cassandra meticulously mixed various pigments and observed the results under different light conditions, while Raj delved into the physics of light refraction and absorption. Their lab was filled with a rainbow of test swatches, each more vibrant than the last, yet none seemed to achieve the transcendence they sought.
One evening, as the city outside glittered with neon lights and the hum of technology, Cassandra and Raj were on the verge of frustration. They had experimented with thousands of combinations, each iteration just missing the mark. The breakthrough came unexpectedly during a late-night brainstorming session.
Raj, flipping through his notes, stumbled upon an old theory he had once discarded - a hypothesis about the interaction of light with specific quantum particles. "Cassandra," he said, his eyes wide with realization, "what if the key isn’t just in the color we mix but in how we manipulate the light itself?"
Cassandra’s heart raced. "You mean to adjust the light conditions to make the color appear differently?"
Raj nodded. "Exactly. What if we can create a color that changes depending on the angle and intensity of the light?"
They set to work with renewed vigor. They incorporated this innovative idea into their pigment formula, adding a unique reflective component that interacted with light in a way that no other color did. After countless trials, they finally achieved it.
The color they had created was a warm, inviting hue - an exquisite balance of yellow and red that shifted subtly depending on the angle from which it was viewed. It was named "NCS S 1020-Y30R," and it was nothing short of magical. It was as if it captured the essence of dawn, blending the hopeful promise of sunrise with the passionate glow of twilight.
Their creation was unveiled at an international design conference. As the lights dimmed and a single spotlight illuminated the color, the audience gasped in awe. NCS S 1020-Y30R shimmered and shifted, evoking a range of emotions from warmth to excitement.
The color was heralded as a breakthrough in design, inspiring new trends and applications across various industries. Cassandra and Raj’s invention became a symbol of innovation and collaboration, proof that the fusion of art and science could yield wonders beyond imagination.
Their success was not just in the creation of a new color but in the reminder that the greatest achievements often come from embracing the unknown and working together to see beyond the visible spectrum.
Dr. Storm, a visionary in color theory, was renowned for her ability to decipher the emotional impact of hues. Professor Goowanni, a physicist with a penchant for optics, was known for his groundbreaking work on light manipulation. Together, they formed an unparalleled team whose collaboration was a symphony of science and artistry.
0
0
The pair had been working on this ambitious project for months. Their goal was to create a color that didn’t just sit within the existing color spectrum but created its own niche - something truly unique. They named their project "NCS S 1020-Y30R."
The process was intricate. Cassandra meticulously mixed various pigments and observed the results under different light conditions, while Raj delved into the physics of light refraction and absorption. Their lab was filled with a rainbow of test swatches, each more vibrant than the last, yet none seemed to achieve the transcendence they sought.
One evening, as the city outside glittered with neon lights and the hum of technology, Cassandra and Raj were on the verge of frustration. They had experimented with thousands of combinations, each iteration just missing the mark. The breakthrough came unexpectedly during a late-night brainstorming session.
Raj, flipping through his notes, stumbled upon an old theory he had once discarded - a hypothesis about the interaction of light with specific quantum particles. "Cassandra," he said, his eyes wide with realization, "what if the key isn’t just in the color we mix but in how we manipulate the light itself?"
Cassandra’s heart raced. "You mean to adjust the light conditions to make the color appear differently?"
Raj nodded. "Exactly. What if we can create a color that changes depending on the angle and intensity of the light?"
They set to work with renewed vigor. They incorporated this innovative idea into their pigment formula, adding a unique reflective component that interacted with light in a way that no other color did. After countless trials, they finally achieved it.
The color they had created was a warm, inviting hue - an exquisite balance of yellow and red that shifted subtly depending on the angle from which it was viewed. It was named "NCS S 1020-Y30R," and it was nothing short of magical. It was as if it captured the essence of dawn, blending the hopeful promise of sunrise with the passionate glow of twilight.
Their creation was unveiled at an international design conference. As the lights dimmed and a single spotlight illuminated the color, the audience gasped in awe. NCS S 1020-Y30R shimmered and shifted, evoking a range of emotions from warmth to excitement.
The color was heralded as a breakthrough in design, inspiring new trends and applications across various industries. Cassandra and Raj’s invention became a symbol of innovation and collaboration, proof that the fusion of art and science could yield wonders beyond imagination.
Their success was not just in the creation of a new color but in the reminder that the greatest achievements often come from embracing the unknown and working together to see beyond the visible spectrum.
You may find these posts interesting:
