- published: 10 Jul 2015
- views: 3027
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In this video we explain the HSV color model and provide an animation on how to create the HSV color cylinder.
As follows, the source code (in octave) to create the steps for the animation:
please replace the some markers by the corresponding symbol (youtube does not allow), such as |open_brackets|, or |close_braces|, etc
clear all;
figure(1);
clear plot;
clf;
MIN_I = 0;
STEP_I = 0.075;
MAX_I = 1;
MIN_S = 0;
STEP_S = 0.1;
MAX_S = 1;
MIN_H = 0;
STEP_H = 10;
MAX_H = 360;
vector_i = |open_brackets||close_brackets|;
vector_h = |open_brackets||close_brackets|;
vector_s = |open_brackets||close_brackets|;
my_struct = struct();
position_size = 0;
for i = MIN_I:STEP_I:MAX_I
for s = MIN_S:STEP_S:MAX_S
for h = MIN_H:STEP_H:MAX_H
if (s |less_than| 0.2)
h += STEP_H;
endif;
position_i = i;
position_h = s * sin(h * pi / 180);
position_s = s * cos(h * pi / 180);
int_i = position_i * 100;
int_h = position_h * 100;
int_s = position_s * 100;
|open_brackets|r, g, b|close_brackets| = ihs_to_rgb(i, h, s);
ihs_distance = sqrt(int_i^2 + int_h^2 + int_s^2);
ihs_name = sprintf('%09d - %09d - %f %f %f', int_i, ihs_distance, int_i, int_h, int_s);
my_struct = setfield(my_struct, |open_braces|1|close_braces|, ihs_name, |open_braces|position_i position_h position_s r g b i h s|close_braces|);
position_size++;
endfor
endfor
endfor
ordered_struct = orderfields(my_struct);
animation_step = 0;
degree = 110;
degree_final = 160;
degree_step = (degree_final - degree) / position_size;
for |open_brackets|val, key|close_brackets| = ordered_struct
i = val|open_braces|1|close_braces|;
h = val|open_braces|2|close_braces|;
s = val|open_braces|3|close_braces|;
r = val|open_braces|4|close_braces|;
g = val|open_braces|5|close_braces|;
b = val|open_braces|6|close_braces|;
value_i = val|open_braces|7|close_braces|;
value_h = val|open_braces|8|close_braces|;
value_s = val|open_braces|9|close_braces|;
# plot data
plot3(h, s, i, '*', 'color', |open_brackets|r g b|close_brackets|, 'linewidth', 5);
# configure plot
zlabel('VALUE');
axis(|open_brackets|-1 1 -1 1 0 1|close_brackets|);
title_str = sprintf('H = %d\nS = %0.2f\nV = %0.2f', value_h, value_s, value_i);
#title(title_str, 'horizontalAlignment', 'left');
grid on;
box off;
# rotate the graph according to current degree
view(degree, 30 + 7.5 * sin(degree/60));
degree = degree + degree_step;
hold on;
output_filename = sprintf('ihs-steps/animation-%09d.png', animation_step);
print(output_filename, '-S560,420', '-dpng', '-color');
animation_step = animation_step + 1;
endfor
function |open_brackets|R, G, B|close_brackets| = ihs_to_rgb(i, h, s)
H = h / 360;
S = s;
V = i;
# based on transformation HSV to RGB
H = H * 6;
I = floor(H);
F = H - I;
M = V * (1 - S);
N = V * (1 - (S * F));
K = V * (1 - (S * (1 - F)));
R = 0;
G = 0;
B = 0;
if (I == 0)
R = V;
G = K;
B = M;
elseif (I == 1)
R = N;
G = V;
B = M;
elseif (I == 2)
R = M;
G = V;
B = K;
elseif (I == 3)
R = M;
G = N;
B = V;
elseif (I == 4)
R = K;
G = M;
B = V;
elseif (I == 5)
R = V;
G = M;
B = N;
endif
HSL and HSV are the two most common cylindrical-coordinate representations of points in an RGB color model. Developed in the 1970s for computer graphics applications, HSL and HSV are used today in color pickers, in image editing software, and less commonly in image analysis and computer vision.
The two representations rearrange the geometry of RGB in an attempt to be more intuitive and perceptually relevant than the cartesian (cube) representation, by mapping the values into a cylinder loosely inspired by a traditional color wheel. The angle around the central vertical axis corresponds to "hue" and the distance from the axis corresponds to "saturation". These first two values give the two schemes the 'H' and 'S' in their names. The height corresponds to a third value, the system's representation of the perceived luminance in relation to the saturation.
This video is targeted to blind users.
Attribution:
Article text available under CC-BY-SA
Creative Commons image source in video
- published: 04 Aug 2014
- views: 1650
Weitere Videos finden Sie auf http://www.vidorial.com
Die Akronyme HSV, HSL, HSB und HSI bezeichnen einander sehr ähnliche Modelle, nach denen Farbwerte angegeben werden können. Die ersten beiden Buchstaben, H und S, stehen dabei für den grundsätzlichen Farbwert Hue entlang eine Regenbogenskala, sowie der Sättigung des Farbwertes, englisch Saturation.
http://www.vidorial.com/videos/7996-1
- published: 10 Feb 2012
- views: 2323
Introducing some nodes that let you generate a color by connecting, or entering, values or spreads. I will show the HSV (Color Join), HSL (Color Join) and RGB (Color Join). I will show how to make a color spread, how to reverse your spread, and what the difference is between HSV and HSL.
I will also show you how to split out a color back to its values, and as a dessert, we generate a random generated color spread, using the RandomSpread (Spreads) node.
- published: 02 Feb 2010
- views: 10397
What are the differences between RGB, CMYK, and HSB(V)? This is a brief explanation of what color means to computers, printers, and humans.
Minute Markers:
-2:19- Hue, Saturation, Brightness (or Value)
-3:40- Remember to choose your destination: CMYK / RGB.
- published: 29 Sep 2015
- views: 1150
In this video lecture we shall see how to convert image from one color model to other.Mainly from BGR to HSV and HSV to BGR
You can download the c++ file and docs from links below:
http://www.4shared.com/office/-JFshddXba/7Color_Models.html
http://www.4shared.com/file/fd_meQrGba/7RGB_to_HSV_Conversion.html
- published: 23 Jan 2014
- views: 5565
Learn how to use color for digital art. It's important for artists to understand how digital color differs from color in the real world. Images made with paint and pigment are based on the Subtractive Color model. Subtractive means that light is being absorbed to create colors. On a computer, color is created by combining colors, so the color model is referred to as Additive Color. ► Download my Color Guide PDF: https://www.youtube.com/watch?v=ckKkGxTS70M
Printers create an image using CMYK color (Cyan, Magenta, Yellow and Black) while computer screens use RGB (Red, Green, Blue) to display color. Typically, digital painting software offer RGB as the default way to choose a color while painting. However, there is also a mode called HSV (Hue, Saturation and Value), which is a more intuitive way to choose color than RGB while you are painting. In this art tutorial, you'll learn all about how color works on a computer in this short tutorial for digital artists.
• How To Change From RGB to HSV Color in Corel Painter: https://www.youtube.com/watch?v=td_DRA2dUPM
• HSV Color Theory: https://www.youtube.com/watch?v=8UGleDu1KEo
• Understanding Color Management: https://www.youtube.com/watch?v=IQEWUUF3m68
• How To Pick Color: https://www.youtube.com/watch?v=GbjPdad9CxM
• Value, Tone & Contrast: https://www.youtube.com/watch?v=SVB8LBF9X6k
• Support My Videos with Patreon: http://www.patreon.com/aaronrutten
• Download Aaron's FREE Painter Workspace & Brushes to easily follow along with this video: http://www.aaronrutten.com/contribute-2015.html
• SUBSCRIBE: https://www.youtube.com/subscription_center?add_user=anatomyofrockthe
• WEBSITE: http://www.aaronrutten.com
• FACEBOOK: http://www.facebook.com/aaronruttenart
• Buy My Art on Etsy: https://www.etsy.com/shop/AaronRuttenArt
• LIKE, SHARE & FAVORITE this video, so that it will be easier for other artists to find this information. (Share on twitter, youtube, pinterest, facebook, etc...)
- published: 26 Dec 2014
- views: 5314
This is a short demonstration of a fast HSV to RGB algorithm, running on an Arduino. The Hue-, Saturation- and Value-channels are each sampled from separate potentiometers. The HSV-values are then converted to RGB and applied to a single RGB-LED.
The motivation for doing this:
Normally an RGB-LED is controlled simply by controlling its red, green and blue channels individually. This however, makes it difficult to write an application that can come up with a series of semi-random visually pleasing colors. Mixing colors in the HSV color space instead can make this task much easier. Since an RGB-LED has to be controlled in the RGB color space, a conversion method is necessary.
More information + C/Arduino code on:
http://ah-andersen.net/index.php?site=hsvtorgb&menu;=programming
- published: 24 Aug 2011
- views: 2288
HSV
HSV may refer to:
- Huntsville International Airport's IATA code
This page contains text from Wikipedia, the Free Encyclopedia -
https://wn.com/HSV
This article is licensed under the Creative Commons Attribution-ShareAlike 3.0 Unported License, which means that you can copy and modify it as long as the entire work (including additions) remains under this license.
This article is licensed under the Creative Commons Attribution-ShareAlike 3.0 Unported License, which means that you can copy and modify it as long as the entire work (including additions) remains under this license.
HSL and HSV
HSL and HSV are the two most common cylindrical-coordinate representations of points in an RGB color model. The two representations rearrange the geometry of RGB in an attempt to be more intuitive and perceptually relevant than the cartesian (cube) representation. Developed in the 1970s for computer graphics applications, HSL and HSV are used today in color pickers, in image editing software, and less commonly in image analysis and computer vision.
HSL stands for hue, saturation, and lightness, and is also often called HLS. HSV stands for hue, saturation, and value, and is also often called HSB (B for brightness). A third model, common in computer vision applications, is HSI, for hue, saturation, and intensity. However, while typically consistent, these definitions are not standardized, and any of these abbreviations might be used for any of these three or several other related cylindrical models. (For technical definitions of these terms, see below.)
In each cylinder, the angle around the central vertical axis corresponds to "hue", the distance from the axis corresponds to "saturation", and the distance along the axis corresponds to "lightness", "value" or "brightness". Note that while "hue" in HSL and HSV refers to the same attribute, their definitions of "saturation" differ dramatically. Because HSL and HSV are simple transformations of device-dependent RGB models, the physical colors they define depend on the colors of the red, green, and blue primaries of the device or of the particular RGB space, and on the gamma correction used to represent the amounts of those primaries. Each unique RGB device therefore has unique HSL and HSV spaces to accompany it, and numerical HSL or HSV values describe a different color for each basis RGB space.
This page contains text from Wikipedia, the Free Encyclopedia -
https://wn.com/HSL_and_HSV
This article is licensed under the Creative Commons Attribution-ShareAlike 3.0 Unported License, which means that you can copy and modify it as long as the entire work (including additions) remains under this license.
This article is licensed under the Creative Commons Attribution-ShareAlike 3.0 Unported License, which means that you can copy and modify it as long as the entire work (including additions) remains under this license.
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2:25The HSV color model
The HSV color modelThe HSV color model
In this video we explain the HSV color model and provide an animation on how to create the HSV color cylinder. As follows, the source code (in octave) to create the steps for the animation: please replace the some markers by the corresponding symbol (youtube does not allow), such as |open_brackets|, or |close_braces|, etc clear all; figure(1); clear plot; clf; MIN_I = 0; STEP_I = 0.075; MAX_I = 1; MIN_S = 0; STEP_S = 0.1; MAX_S = 1; MIN_H = 0; STEP_H = 10; MAX_H = 360; vector_i = |open_brackets||close_brackets|; vector_h = |open_brackets||close_brackets|; vector_s = |open_brackets||close_brackets|; my_struct = struct(); position_size = 0; for i = MIN_I:STEP_I:MAX_I for s = MIN_S:STEP_S:MAX_S for h = MIN_H:STEP_H:MAX_H if (s |less_than| 0.2) h += STEP_H; endif; position_i = i; position_h = s * sin(h * pi / 180); position_s = s * cos(h * pi / 180); int_i = position_i * 100; int_h = position_h * 100; int_s = position_s * 100; |open_brackets|r, g, b|close_brackets| = ihs_to_rgb(i, h, s); ihs_distance = sqrt(int_i^2 + int_h^2 + int_s^2); ihs_name = sprintf('%09d - %09d - %f %f %f', int_i, ihs_distance, int_i, int_h, int_s); my_struct = setfield(my_struct, |open_braces|1|close_braces|, ihs_name, |open_braces|position_i position_h position_s r g b i h s|close_braces|); position_size++; endfor endfor endfor ordered_struct = orderfields(my_struct); animation_step = 0; degree = 110; degree_final = 160; degree_step = (degree_final - degree) / position_size; for |open_brackets|val, key|close_brackets| = ordered_struct i = val|open_braces|1|close_braces|; h = val|open_braces|2|close_braces|; s = val|open_braces|3|close_braces|; r = val|open_braces|4|close_braces|; g = val|open_braces|5|close_braces|; b = val|open_braces|6|close_braces|; value_i = val|open_braces|7|close_braces|; value_h = val|open_braces|8|close_braces|; value_s = val|open_braces|9|close_braces|; # plot data plot3(h, s, i, '*', 'color', |open_brackets|r g b|close_brackets|, 'linewidth', 5); # configure plot zlabel('VALUE'); axis(|open_brackets|-1 1 -1 1 0 1|close_brackets|); title_str = sprintf('H = %d\nS = %0.2f\nV = %0.2f', value_h, value_s, value_i); #title(title_str, 'horizontalAlignment', 'left'); grid on; box off; # rotate the graph according to current degree view(degree, 30 + 7.5 * sin(degree/60)); degree = degree + degree_step; hold on; output_filename = sprintf('ihs-steps/animation-%09d.png', animation_step); print(output_filename, '-S560,420', '-dpng', '-color'); animation_step = animation_step + 1; endfor function |open_brackets|R, G, B|close_brackets| = ihs_to_rgb(i, h, s) H = h / 360; S = s; V = i; # based on transformation HSV to RGB H = H * 6; I = floor(H); F = H - I; M = V * (1 - S); N = V * (1 - (S * F)); K = V * (1 - (S * (1 - F))); R = 0; G = 0; B = 0; if (I == 0) R = V; G = K; B = M; elseif (I == 1) R = N; G = V; B = M; elseif (I == 2) R = M; G = V; B = K; elseif (I == 3) R = M; G = N; B = V; elseif (I == 4) R = K; G = M; B = V; elseif (I == 5) R = V; G = M; B = N; endif -
44:16HSL and HSV
HSL and HSVHSL and HSV
HSL and HSV are the two most common cylindrical-coordinate representations of points in an RGB color model. Developed in the 1970s for computer graphics applications, HSL and HSV are used today in color pickers, in image editing software, and less commonly in image analysis and computer vision. The two representations rearrange the geometry of RGB in an attempt to be more intuitive and perceptually relevant than the cartesian (cube) representation, by mapping the values into a cylinder loosely inspired by a traditional color wheel. The angle around the central vertical axis corresponds to "hue" and the distance from the axis corresponds to "saturation". These first two values give the two schemes the 'H' and 'S' in their names. The height corresponds to a third value, the system's representation of the perceived luminance in relation to the saturation. This video is targeted to blind users. Attribution: Article text available under CC-BY-SA Creative Commons image source in video -
2:41Was ist eigentlich... HSV, HSL, HSB, HSI
Was ist eigentlich... HSV, HSL, HSB, HSIWas ist eigentlich... HSV, HSL, HSB, HSI
Weitere Videos finden Sie auf http://www.vidorial.com Die Akronyme HSV, HSL, HSB und HSI bezeichnen einander sehr ähnliche Modelle, nach denen Farbwerte angegeben werden können. Die ersten beiden Buchstaben, H und S, stehen dabei für den grundsätzlichen Farbwert Hue entlang eine Regenbogenskala, sowie der Sättigung des Farbwertes, englisch Saturation. http://www.vidorial.com/videos/7996-1 -
9:43Tutorial 20: HSV, HSL, RGB (Color Join) and (Color Split)
Tutorial 20: HSV, HSL, RGB (Color Join) and (Color Split)Tutorial 20: HSV, HSL, RGB (Color Join) and (Color Split)
Introducing some nodes that let you generate a color by connecting, or entering, values or spreads. I will show the HSV (Color Join), HSL (Color Join) and RGB (Color Join). I will show how to make a color spread, how to reverse your spread, and what the difference is between HSV and HSL. I will also show you how to split out a color back to its values, and as a dessert, we generate a random generated color spread, using the RandomSpread (Spreads) node. -
4:24Types of Color Space: rgb, cmyk, hsb(v)
Types of Color Space: rgb, cmyk, hsb(v)Types of Color Space: rgb, cmyk, hsb(v)
What are the differences between RGB, CMYK, and HSB(V)? This is a brief explanation of what color means to computers, printers, and humans. Minute Markers: -2:19- Hue, Saturation, Brightness (or Value) -3:40- Remember to choose your destination: CMYK / RGB. -
6:52HSB -or- HSV
HSB -or- HSVHSB -or- HSV
-
15:587.RGB to HSV Conversion
7.RGB to HSV Conversion7.RGB to HSV Conversion
In this video lecture we shall see how to convert image from one color model to other.Mainly from BGR to HSV and HSV to BGR You can download the c++ file and docs from links below: http://www.4shared.com/office/-JFshddXba/7Color_Models.html http://www.4shared.com/file/fd_meQrGba/7RGB_to_HSV_Conversion.html -
9:28Brightness vs Luminosity inside of Photoshop
Brightness vs Luminosity inside of Photoshop -
2:52How to Use Color for Digital Artists (HSV, RGB, CMYK)
How to Use Color for Digital Artists (HSV, RGB, CMYK)How to Use Color for Digital Artists (HSV, RGB, CMYK)
Learn how to use color for digital art. It's important for artists to understand how digital color differs from color in the real world. Images made with paint and pigment are based on the Subtractive Color model. Subtractive means that light is being absorbed to create colors. On a computer, color is created by combining colors, so the color model is referred to as Additive Color. ► Download my Color Guide PDF: https://www.youtube.com/watch?v=ckKkGxTS70M Printers create an image using CMYK color (Cyan, Magenta, Yellow and Black) while computer screens use RGB (Red, Green, Blue) to display color. Typically, digital painting software offer RGB as the default way to choose a color while painting. However, there is also a mode called HSV (Hue, Saturation and Value), which is a more intuitive way to choose color than RGB while you are painting. In this art tutorial, you'll learn all about how color works on a computer in this short tutorial for digital artists. • How To Change From RGB to HSV Color in Corel Painter: https://www.youtube.com/watch?v=td_DRA2dUPM • HSV Color Theory: https://www.youtube.com/watch?v=8UGleDu1KEo • Understanding Color Management: https://www.youtube.com/watch?v=IQEWUUF3m68 • How To Pick Color: https://www.youtube.com/watch?v=GbjPdad9CxM • Value, Tone & Contrast: https://www.youtube.com/watch?v=SVB8LBF9X6k • Support My Videos with Patreon: http://www.patreon.com/aaronrutten • Download Aaron's FREE Painter Workspace & Brushes to easily follow along with this video: http://www.aaronrutten.com/contribute-2015.html • SUBSCRIBE: https://www.youtube.com/subscription_center?add_user=anatomyofrockthe • WEBSITE: http://www.aaronrutten.com • FACEBOOK: http://www.facebook.com/aaronruttenart • Buy My Art on Etsy: https://www.etsy.com/shop/AaronRuttenArt • LIKE, SHARE & FAVORITE this video, so that it will be easier for other artists to find this information. (Share on twitter, youtube, pinterest, facebook, etc...) -
2:26HSV colors on Arduino
HSV colors on ArduinoHSV colors on Arduino
This is a short demonstration of a fast HSV to RGB algorithm, running on an Arduino. The Hue-, Saturation- and Value-channels are each sampled from separate potentiometers. The HSV-values are then converted to RGB and applied to a single RGB-LED. The motivation for doing this: Normally an RGB-LED is controlled simply by controlling its red, green and blue channels individually. This however, makes it difficult to write an application that can come up with a series of semi-random visually pleasing colors. Mixing colors in the HSV color space instead can make this task much easier. Since an RGB-LED has to be controlled in the RGB color space, a conversion method is necessary. More information + C/Arduino code on: http://ah-andersen.net/index.php?site=hsvtorgb&menu;=programming
-
The HSV color model
In this video we explain the HSV color model and provide an animation on how to create the HSV color cylinder. As follows, the source code (in octave) to create the steps for the animation: please replace the some markers by the corresponding symbol (youtube does not allow), such as |open_brackets|, or |close_braces|, etc clear all; figure(1); clear plot; clf; MIN_I = 0; STEP_I = 0.075; MAX_I = 1; MIN_S = 0; STEP_S = 0.1; MAX_S = 1; MIN_H = 0; STEP_H = 10; MAX_H = 360; vector_i = |open_brackets||close_brackets|; vector_h = |open_brackets||close_brackets|; vector_s = |open_brackets||close_brackets|; my_struct = struct(); position_size = 0; for i = MIN_I:STEP_I:MAX_I for s = MIN_S:STEP_S:MAX_S for h = MIN_H:STEP_H:MAX_H if (s |less_than| 0.2) h += STEP_H; endi...
published: 10 Jul 2015 -
HSL and HSV
HSL and HSV are the two most common cylindrical-coordinate representations of points in an RGB color model. Developed in the 1970s for computer graphics applications, HSL and HSV are used today in color pickers, in image editing software, and less commonly in image analysis and computer vision. The two representations rearrange the geometry of RGB in an attempt to be more intuitive and perceptually relevant than the cartesian (cube) representation, by mapping the values into a cylinder loosely inspired by a traditional color wheel. The angle around the central vertical axis corresponds to "hue" and the distance from the axis corresponds to "saturation". These first two values give the two schemes the 'H' and 'S' in their names. The height corresponds to a third value, the system's represen...
published: 04 Aug 2014 -
Was ist eigentlich... HSV, HSL, HSB, HSI
Weitere Videos finden Sie auf http://www.vidorial.com Die Akronyme HSV, HSL, HSB und HSI bezeichnen einander sehr ähnliche Modelle, nach denen Farbwerte angegeben werden können. Die ersten beiden Buchstaben, H und S, stehen dabei für den grundsätzlichen Farbwert Hue entlang eine Regenbogenskala, sowie der Sättigung des Farbwertes, englisch Saturation. http://www.vidorial.com/videos/7996-1
published: 10 Feb 2012 -
Tutorial 20: HSV, HSL, RGB (Color Join) and (Color Split)
Introducing some nodes that let you generate a color by connecting, or entering, values or spreads. I will show the HSV (Color Join), HSL (Color Join) and RGB (Color Join). I will show how to make a color spread, how to reverse your spread, and what the difference is between HSV and HSL. I will also show you how to split out a color back to its values, and as a dessert, we generate a random generated color spread, using the RandomSpread (Spreads) node.
published: 02 Feb 2010 -
Types of Color Space: rgb, cmyk, hsb(v)
What are the differences between RGB, CMYK, and HSB(V)? This is a brief explanation of what color means to computers, printers, and humans. Minute Markers: -2:19- Hue, Saturation, Brightness (or Value) -3:40- Remember to choose your destination: CMYK / RGB.
published: 29 Sep 2015 -
HSB -or- HSV
published: 15 Apr 2013 -
7.RGB to HSV Conversion
In this video lecture we shall see how to convert image from one color model to other.Mainly from BGR to HSV and HSV to BGR You can download the c++ file and docs from links below: http://www.4shared.com/office/-JFshddXba/7Color_Models.html http://www.4shared.com/file/fd_meQrGba/7RGB_to_HSV_Conversion.html
published: 23 Jan 2014 -
-
How to Use Color for Digital Artists (HSV, RGB, CMYK)
Learn how to use color for digital art. It's important for artists to understand how digital color differs from color in the real world. Images made with paint and pigment are based on the Subtractive Color model. Subtractive means that light is being absorbed to create colors. On a computer, color is created by combining colors, so the color model is referred to as Additive Color. ► Download my Color Guide PDF: https://www.youtube.com/watch?v=ckKkGxTS70M Printers create an image using CMYK color (Cyan, Magenta, Yellow and Black) while computer screens use RGB (Red, Green, Blue) to display color. Typically, digital painting software offer RGB as the default way to choose a color while painting. However, there is also a mode called HSV (Hue, Saturation and Value), which is a more intuitive...
published: 26 Dec 2014 -
HSV colors on Arduino
This is a short demonstration of a fast HSV to RGB algorithm, running on an Arduino. The Hue-, Saturation- and Value-channels are each sampled from separate potentiometers. The HSV-values are then converted to RGB and applied to a single RGB-LED. The motivation for doing this: Normally an RGB-LED is controlled simply by controlling its red, green and blue channels individually. This however, makes it difficult to write an application that can come up with a series of semi-random visually pleasing colors. Mixing colors in the HSV color space instead can make this task much easier. Since an RGB-LED has to be controlled in the RGB color space, a conversion method is necessary. More information + C/Arduino code on: http://ah-andersen.net/index.php?site=hsvtorgb&menu;=programming
published: 24 Aug 2011
The HSV color model
- Order: Reorder
- Duration: 2:25
- Updated: 10 Jul 2015
- views: 3027
In this video we explain the HSV color model and provide an animation on how to create the HSV color cylinder.
As follows, the source code (in octave) to creat...
In this video we explain the HSV color model and provide an animation on how to create the HSV color cylinder.
As follows, the source code (in octave) to create the steps for the animation:
please replace the some markers by the corresponding symbol (youtube does not allow), such as |open_brackets|, or |close_braces|, etc
clear all;
figure(1);
clear plot;
clf;
MIN_I = 0;
STEP_I = 0.075;
MAX_I = 1;
MIN_S = 0;
STEP_S = 0.1;
MAX_S = 1;
MIN_H = 0;
STEP_H = 10;
MAX_H = 360;
vector_i = |open_brackets||close_brackets|;
vector_h = |open_brackets||close_brackets|;
vector_s = |open_brackets||close_brackets|;
my_struct = struct();
position_size = 0;
for i = MIN_I:STEP_I:MAX_I
for s = MIN_S:STEP_S:MAX_S
for h = MIN_H:STEP_H:MAX_H
if (s |less_than| 0.2)
h += STEP_H;
endif;
position_i = i;
position_h = s * sin(h * pi / 180);
position_s = s * cos(h * pi / 180);
int_i = position_i * 100;
int_h = position_h * 100;
int_s = position_s * 100;
|open_brackets|r, g, b|close_brackets| = ihs_to_rgb(i, h, s);
ihs_distance = sqrt(int_i^2 + int_h^2 + int_s^2);
ihs_name = sprintf('%09d - %09d - %f %f %f', int_i, ihs_distance, int_i, int_h, int_s);
my_struct = setfield(my_struct, |open_braces|1|close_braces|, ihs_name, |open_braces|position_i position_h position_s r g b i h s|close_braces|);
position_size++;
endfor
endfor
endfor
ordered_struct = orderfields(my_struct);
animation_step = 0;
degree = 110;
degree_final = 160;
degree_step = (degree_final - degree) / position_size;
for |open_brackets|val, key|close_brackets| = ordered_struct
i = val|open_braces|1|close_braces|;
h = val|open_braces|2|close_braces|;
s = val|open_braces|3|close_braces|;
r = val|open_braces|4|close_braces|;
g = val|open_braces|5|close_braces|;
b = val|open_braces|6|close_braces|;
value_i = val|open_braces|7|close_braces|;
value_h = val|open_braces|8|close_braces|;
value_s = val|open_braces|9|close_braces|;
# plot data
plot3(h, s, i, '*', 'color', |open_brackets|r g b|close_brackets|, 'linewidth', 5);
# configure plot
zlabel('VALUE');
axis(|open_brackets|-1 1 -1 1 0 1|close_brackets|);
title_str = sprintf('H = %d\nS = %0.2f\nV = %0.2f', value_h, value_s, value_i);
#title(title_str, 'horizontalAlignment', 'left');
grid on;
box off;
# rotate the graph according to current degree
view(degree, 30 + 7.5 * sin(degree/60));
degree = degree + degree_step;
hold on;
output_filename = sprintf('ihs-steps/animation-%09d.png', animation_step);
print(output_filename, '-S560,420', '-dpng', '-color');
animation_step = animation_step + 1;
endfor
function |open_brackets|R, G, B|close_brackets| = ihs_to_rgb(i, h, s)
H = h / 360;
S = s;
V = i;
# based on transformation HSV to RGB
H = H * 6;
I = floor(H);
F = H - I;
M = V * (1 - S);
N = V * (1 - (S * F));
K = V * (1 - (S * (1 - F)));
R = 0;
G = 0;
B = 0;
if (I == 0)
R = V;
G = K;
B = M;
elseif (I == 1)
R = N;
G = V;
B = M;
elseif (I == 2)
R = M;
G = V;
B = K;
elseif (I == 3)
R = M;
G = N;
B = V;
elseif (I == 4)
R = K;
G = M;
B = V;
elseif (I == 5)
R = V;
G = M;
B = N;
endif
https://wn.com/The_Hsv_Color_Model
In this video we explain the HSV color model and provide an animation on how to create the HSV color cylinder.
As follows, the source code (in octave) to create the steps for the animation:
please replace the some markers by the corresponding symbol (youtube does not allow), such as |open_brackets|, or |close_braces|, etc
clear all;
figure(1);
clear plot;
clf;
MIN_I = 0;
STEP_I = 0.075;
MAX_I = 1;
MIN_S = 0;
STEP_S = 0.1;
MAX_S = 1;
MIN_H = 0;
STEP_H = 10;
MAX_H = 360;
vector_i = |open_brackets||close_brackets|;
vector_h = |open_brackets||close_brackets|;
vector_s = |open_brackets||close_brackets|;
my_struct = struct();
position_size = 0;
for i = MIN_I:STEP_I:MAX_I
for s = MIN_S:STEP_S:MAX_S
for h = MIN_H:STEP_H:MAX_H
if (s |less_than| 0.2)
h += STEP_H;
endif;
position_i = i;
position_h = s * sin(h * pi / 180);
position_s = s * cos(h * pi / 180);
int_i = position_i * 100;
int_h = position_h * 100;
int_s = position_s * 100;
|open_brackets|r, g, b|close_brackets| = ihs_to_rgb(i, h, s);
ihs_distance = sqrt(int_i^2 + int_h^2 + int_s^2);
ihs_name = sprintf('%09d - %09d - %f %f %f', int_i, ihs_distance, int_i, int_h, int_s);
my_struct = setfield(my_struct, |open_braces|1|close_braces|, ihs_name, |open_braces|position_i position_h position_s r g b i h s|close_braces|);
position_size++;
endfor
endfor
endfor
ordered_struct = orderfields(my_struct);
animation_step = 0;
degree = 110;
degree_final = 160;
degree_step = (degree_final - degree) / position_size;
for |open_brackets|val, key|close_brackets| = ordered_struct
i = val|open_braces|1|close_braces|;
h = val|open_braces|2|close_braces|;
s = val|open_braces|3|close_braces|;
r = val|open_braces|4|close_braces|;
g = val|open_braces|5|close_braces|;
b = val|open_braces|6|close_braces|;
value_i = val|open_braces|7|close_braces|;
value_h = val|open_braces|8|close_braces|;
value_s = val|open_braces|9|close_braces|;
# plot data
plot3(h, s, i, '*', 'color', |open_brackets|r g b|close_brackets|, 'linewidth', 5);
# configure plot
zlabel('VALUE');
axis(|open_brackets|-1 1 -1 1 0 1|close_brackets|);
title_str = sprintf('H = %d\nS = %0.2f\nV = %0.2f', value_h, value_s, value_i);
#title(title_str, 'horizontalAlignment', 'left');
grid on;
box off;
# rotate the graph according to current degree
view(degree, 30 + 7.5 * sin(degree/60));
degree = degree + degree_step;
hold on;
output_filename = sprintf('ihs-steps/animation-%09d.png', animation_step);
print(output_filename, '-S560,420', '-dpng', '-color');
animation_step = animation_step + 1;
endfor
function |open_brackets|R, G, B|close_brackets| = ihs_to_rgb(i, h, s)
H = h / 360;
S = s;
V = i;
# based on transformation HSV to RGB
H = H * 6;
I = floor(H);
F = H - I;
M = V * (1 - S);
N = V * (1 - (S * F));
K = V * (1 - (S * (1 - F)));
R = 0;
G = 0;
B = 0;
if (I == 0)
R = V;
G = K;
B = M;
elseif (I == 1)
R = N;
G = V;
B = M;
elseif (I == 2)
R = M;
G = V;
B = K;
elseif (I == 3)
R = M;
G = N;
B = V;
elseif (I == 4)
R = K;
G = M;
B = V;
elseif (I == 5)
R = V;
G = M;
B = N;
endif
- published: 10 Jul 2015
- views: 3027
HSL and HSV
- Order: Reorder
- Duration: 44:16
- Updated: 04 Aug 2014
- views: 1650
HSL and HSV are the two most common cylindrical-coordinate representations of points in an RGB color model. Developed in the 1970s for computer graphics applica...
HSL and HSV are the two most common cylindrical-coordinate representations of points in an RGB color model. Developed in the 1970s for computer graphics applications, HSL and HSV are used today in color pickers, in image editing software, and less commonly in image analysis and computer vision.
The two representations rearrange the geometry of RGB in an attempt to be more intuitive and perceptually relevant than the cartesian (cube) representation, by mapping the values into a cylinder loosely inspired by a traditional color wheel. The angle around the central vertical axis corresponds to "hue" and the distance from the axis corresponds to "saturation". These first two values give the two schemes the 'H' and 'S' in their names. The height corresponds to a third value, the system's representation of the perceived luminance in relation to the saturation.
This video is targeted to blind users.
Attribution:
Article text available under CC-BY-SA
Creative Commons image source in video
https://wn.com/Hsl_And_Hsv
HSL and HSV are the two most common cylindrical-coordinate representations of points in an RGB color model. Developed in the 1970s for computer graphics applications, HSL and HSV are used today in color pickers, in image editing software, and less commonly in image analysis and computer vision.
The two representations rearrange the geometry of RGB in an attempt to be more intuitive and perceptually relevant than the cartesian (cube) representation, by mapping the values into a cylinder loosely inspired by a traditional color wheel. The angle around the central vertical axis corresponds to "hue" and the distance from the axis corresponds to "saturation". These first two values give the two schemes the 'H' and 'S' in their names. The height corresponds to a third value, the system's representation of the perceived luminance in relation to the saturation.
This video is targeted to blind users.
Attribution:
Article text available under CC-BY-SA
Creative Commons image source in video
- published: 04 Aug 2014
- views: 1650
Was ist eigentlich... HSV, HSL, HSB, HSI
- Order: Reorder
- Duration: 2:41
- Updated: 10 Feb 2012
- views: 2323
Weitere Videos finden Sie auf http://www.vidorial.com
Die Akronyme HSV, HSL, HSB und HSI bezeichnen einander sehr ähnliche Modelle, nach denen Farbwerte angege...
Weitere Videos finden Sie auf http://www.vidorial.com
Die Akronyme HSV, HSL, HSB und HSI bezeichnen einander sehr ähnliche Modelle, nach denen Farbwerte angegeben werden können. Die ersten beiden Buchstaben, H und S, stehen dabei für den grundsätzlichen Farbwert Hue entlang eine Regenbogenskala, sowie der Sättigung des Farbwertes, englisch Saturation.
http://www.vidorial.com/videos/7996-1
https://wn.com/Was_Ist_Eigentlich..._Hsv,_Hsl,_Hsb,_Hsi
Weitere Videos finden Sie auf http://www.vidorial.com
Die Akronyme HSV, HSL, HSB und HSI bezeichnen einander sehr ähnliche Modelle, nach denen Farbwerte angegeben werden können. Die ersten beiden Buchstaben, H und S, stehen dabei für den grundsätzlichen Farbwert Hue entlang eine Regenbogenskala, sowie der Sättigung des Farbwertes, englisch Saturation.
http://www.vidorial.com/videos/7996-1
- published: 10 Feb 2012
- views: 2323
Tutorial 20: HSV, HSL, RGB (Color Join) and (Color Split)
- Order: Reorder
- Duration: 9:43
- Updated: 02 Feb 2010
- views: 10397
Introducing some nodes that let you generate a color by connecting, or entering, values or spreads. I will show the HSV (Color Join), HSL (Color Join) and RGB ...
Introducing some nodes that let you generate a color by connecting, or entering, values or spreads. I will show the HSV (Color Join), HSL (Color Join) and RGB (Color Join). I will show how to make a color spread, how to reverse your spread, and what the difference is between HSV and HSL.
I will also show you how to split out a color back to its values, and as a dessert, we generate a random generated color spread, using the RandomSpread (Spreads) node.
https://wn.com/Tutorial_20_Hsv,_Hsl,_Rgb_(Color_Join)_And_(Color_Split)
Introducing some nodes that let you generate a color by connecting, or entering, values or spreads. I will show the HSV (Color Join), HSL (Color Join) and RGB (Color Join). I will show how to make a color spread, how to reverse your spread, and what the difference is between HSV and HSL.
I will also show you how to split out a color back to its values, and as a dessert, we generate a random generated color spread, using the RandomSpread (Spreads) node.
- published: 02 Feb 2010
- views: 10397
Types of Color Space: rgb, cmyk, hsb(v)
- Order: Reorder
- Duration: 4:24
- Updated: 29 Sep 2015
- views: 1150
What are the differences between RGB, CMYK, and HSB(V)? This is a brief explanation of what color means to computers, printers, and humans.
Minute Markers:
-2...
What are the differences between RGB, CMYK, and HSB(V)? This is a brief explanation of what color means to computers, printers, and humans.
Minute Markers:
-2:19- Hue, Saturation, Brightness (or Value)
-3:40- Remember to choose your destination: CMYK / RGB.
https://wn.com/Types_Of_Color_Space_Rgb,_Cmyk,_Hsb(V)
What are the differences between RGB, CMYK, and HSB(V)? This is a brief explanation of what color means to computers, printers, and humans.
Minute Markers:
-2:19- Hue, Saturation, Brightness (or Value)
-3:40- Remember to choose your destination: CMYK / RGB.
- published: 29 Sep 2015
- views: 1150
HSB -or- HSV
- Order: Reorder
- Duration: 6:52
- Updated: 15 Apr 2013
- views: 1981
- published: 15 Apr 2013
- views: 1981
7.RGB to HSV Conversion
- Order: Reorder
- Duration: 15:58
- Updated: 23 Jan 2014
- views: 5565
In this video lecture we shall see how to convert image from one color model to other.Mainly from BGR to HSV and HSV to BGR
You can download the c++ file and d...
In this video lecture we shall see how to convert image from one color model to other.Mainly from BGR to HSV and HSV to BGR
You can download the c++ file and docs from links below:
http://www.4shared.com/office/-JFshddXba/7Color_Models.html
http://www.4shared.com/file/fd_meQrGba/7RGB_to_HSV_Conversion.html
https://wn.com/7.Rgb_To_Hsv_Conversion
In this video lecture we shall see how to convert image from one color model to other.Mainly from BGR to HSV and HSV to BGR
You can download the c++ file and docs from links below:
http://www.4shared.com/office/-JFshddXba/7Color_Models.html
http://www.4shared.com/file/fd_meQrGba/7RGB_to_HSV_Conversion.html
- published: 23 Jan 2014
- views: 5565
Brightness vs Luminosity inside of Photoshop
- Order: Reorder
- Duration: 9:28
- Updated: 12 May 2015
- views: 6542
In this video I will go trough a couple of color models and how they handle color inside of Photoshop.
HSB, HSV, HSL, Grayscale, Luminosity, Perceived Brightnes...
In this video I will go trough a couple of color models and how they handle color inside of Photoshop.
HSB, HSV, HSL, Grayscale, Luminosity, Perceived Brightness.
http://connywallstrom.com
http://retouchingtools.com
https://wn.com/Brightness_Vs_Luminosity_Inside_Of_Photoshop
How to Use Color for Digital Artists (HSV, RGB, CMYK)
- Order: Reorder
- Duration: 2:52
- Updated: 26 Dec 2014
- views: 5314
Learn how to use color for digital art. It's important for artists to understand how digital color differs from color in the real world. Images made with paint ...
Learn how to use color for digital art. It's important for artists to understand how digital color differs from color in the real world. Images made with paint and pigment are based on the Subtractive Color model. Subtractive means that light is being absorbed to create colors. On a computer, color is created by combining colors, so the color model is referred to as Additive Color. ► Download my Color Guide PDF: https://www.youtube.com/watch?v=ckKkGxTS70M
Printers create an image using CMYK color (Cyan, Magenta, Yellow and Black) while computer screens use RGB (Red, Green, Blue) to display color. Typically, digital painting software offer RGB as the default way to choose a color while painting. However, there is also a mode called HSV (Hue, Saturation and Value), which is a more intuitive way to choose color than RGB while you are painting. In this art tutorial, you'll learn all about how color works on a computer in this short tutorial for digital artists.
• How To Change From RGB to HSV Color in Corel Painter: https://www.youtube.com/watch?v=td_DRA2dUPM
• HSV Color Theory: https://www.youtube.com/watch?v=8UGleDu1KEo
• Understanding Color Management: https://www.youtube.com/watch?v=IQEWUUF3m68
• How To Pick Color: https://www.youtube.com/watch?v=GbjPdad9CxM
• Value, Tone & Contrast: https://www.youtube.com/watch?v=SVB8LBF9X6k
• Support My Videos with Patreon: http://www.patreon.com/aaronrutten
• Download Aaron's FREE Painter Workspace & Brushes to easily follow along with this video: http://www.aaronrutten.com/contribute-2015.html
• SUBSCRIBE: https://www.youtube.com/subscription_center?add_user=anatomyofrockthe
• WEBSITE: http://www.aaronrutten.com
• FACEBOOK: http://www.facebook.com/aaronruttenart
• Buy My Art on Etsy: https://www.etsy.com/shop/AaronRuttenArt
• LIKE, SHARE & FAVORITE this video, so that it will be easier for other artists to find this information. (Share on twitter, youtube, pinterest, facebook, etc...)
https://wn.com/How_To_Use_Color_For_Digital_Artists_(Hsv,_Rgb,_Cmyk)
Learn how to use color for digital art. It's important for artists to understand how digital color differs from color in the real world. Images made with paint and pigment are based on the Subtractive Color model. Subtractive means that light is being absorbed to create colors. On a computer, color is created by combining colors, so the color model is referred to as Additive Color. ► Download my Color Guide PDF: https://www.youtube.com/watch?v=ckKkGxTS70M
Printers create an image using CMYK color (Cyan, Magenta, Yellow and Black) while computer screens use RGB (Red, Green, Blue) to display color. Typically, digital painting software offer RGB as the default way to choose a color while painting. However, there is also a mode called HSV (Hue, Saturation and Value), which is a more intuitive way to choose color than RGB while you are painting. In this art tutorial, you'll learn all about how color works on a computer in this short tutorial for digital artists.
• How To Change From RGB to HSV Color in Corel Painter: https://www.youtube.com/watch?v=td_DRA2dUPM
• HSV Color Theory: https://www.youtube.com/watch?v=8UGleDu1KEo
• Understanding Color Management: https://www.youtube.com/watch?v=IQEWUUF3m68
• How To Pick Color: https://www.youtube.com/watch?v=GbjPdad9CxM
• Value, Tone & Contrast: https://www.youtube.com/watch?v=SVB8LBF9X6k
• Support My Videos with Patreon: http://www.patreon.com/aaronrutten
• Download Aaron's FREE Painter Workspace & Brushes to easily follow along with this video: http://www.aaronrutten.com/contribute-2015.html
• SUBSCRIBE: https://www.youtube.com/subscription_center?add_user=anatomyofrockthe
• WEBSITE: http://www.aaronrutten.com
• FACEBOOK: http://www.facebook.com/aaronruttenart
• Buy My Art on Etsy: https://www.etsy.com/shop/AaronRuttenArt
• LIKE, SHARE & FAVORITE this video, so that it will be easier for other artists to find this information. (Share on twitter, youtube, pinterest, facebook, etc...)
- published: 26 Dec 2014
- views: 5314
HSV colors on Arduino
- Order: Reorder
- Duration: 2:26
- Updated: 24 Aug 2011
- views: 2288
This is a short demonstration of a fast HSV to RGB algorithm, running on an Arduino. The Hue-, Saturation- and Value-channels are each sampled from separate pot...
This is a short demonstration of a fast HSV to RGB algorithm, running on an Arduino. The Hue-, Saturation- and Value-channels are each sampled from separate potentiometers. The HSV-values are then converted to RGB and applied to a single RGB-LED.
The motivation for doing this:
Normally an RGB-LED is controlled simply by controlling its red, green and blue channels individually. This however, makes it difficult to write an application that can come up with a series of semi-random visually pleasing colors. Mixing colors in the HSV color space instead can make this task much easier. Since an RGB-LED has to be controlled in the RGB color space, a conversion method is necessary.
More information + C/Arduino code on:
http://ah-andersen.net/index.php?site=hsvtorgb&menu;=programming
https://wn.com/Hsv_Colors_On_Arduino
This is a short demonstration of a fast HSV to RGB algorithm, running on an Arduino. The Hue-, Saturation- and Value-channels are each sampled from separate potentiometers. The HSV-values are then converted to RGB and applied to a single RGB-LED.
The motivation for doing this:
Normally an RGB-LED is controlled simply by controlling its red, green and blue channels individually. This however, makes it difficult to write an application that can come up with a series of semi-random visually pleasing colors. Mixing colors in the HSV color space instead can make this task much easier. Since an RGB-LED has to be controlled in the RGB color space, a conversion method is necessary.
More information + C/Arduino code on:
http://ah-andersen.net/index.php?site=hsvtorgb&menu;=programming
- published: 24 Aug 2011
- views: 2288
back
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2:25
The HSV color model
In this video we explain the HSV color model and provide an animation on how to create the...
published: 10 Jul 2015
The HSV color model
The HSV color model
- Report rights infringement
- published: 10 Jul 2015
- views: 3027
44:16
HSL and HSV
HSL and HSV are the two most common cylindrical-coordinate representations of points in an...
published: 04 Aug 2014
HSL and HSV
HSL and HSV
- Report rights infringement
- published: 04 Aug 2014
- views: 1650
2:41
Was ist eigentlich... HSV, HSL, HSB, HSI
Weitere Videos finden Sie auf http://www.vidorial.com
Die Akronyme HSV, HSL, HSB und HSI ...
published: 10 Feb 2012
Was ist eigentlich... HSV, HSL, HSB, HSI
Was ist eigentlich... HSV, HSL, HSB, HSI
- Report rights infringement
- published: 10 Feb 2012
- views: 2323
9:43
Tutorial 20: HSV, HSL, RGB (Color Join) and (Color Split)
Introducing some nodes that let you generate a color by connecting, or entering, values or...
published: 02 Feb 2010
Tutorial 20: HSV, HSL, RGB (Color Join) and (Color Split)
Tutorial 20: HSV, HSL, RGB (Color Join) and (Color Split)
- Report rights infringement
- published: 02 Feb 2010
- views: 10397
4:24
Types of Color Space: rgb, cmyk, hsb(v)
What are the differences between RGB, CMYK, and HSB(V)? This is a brief explanation of wh...
published: 29 Sep 2015
Types of Color Space: rgb, cmyk, hsb(v)
Types of Color Space: rgb, cmyk, hsb(v)
- Report rights infringement
- published: 29 Sep 2015
- views: 1150
6:52
HSB -or- HSV
published: 15 Apr 2013
HSB -or- HSV
HSB -or- HSV
- Report rights infringement
- published: 15 Apr 2013
- views: 1981
15:58
7.RGB to HSV Conversion
In this video lecture we shall see how to convert image from one color model to other.Main...
published: 23 Jan 2014
7.RGB to HSV Conversion
7.RGB to HSV Conversion
- Report rights infringement
- published: 23 Jan 2014
- views: 5565
9:28
Brightness vs Luminosity inside of Photoshop
In this video I will go trough a couple of color models and how they handle color inside o...
published: 12 May 2015
Brightness vs Luminosity inside of Photoshop
Brightness vs Luminosity inside of Photoshop
- Report rights infringement
- published: 12 May 2015
- views: 6542
2:52
How to Use Color for Digital Artists (HSV, RGB, CMYK)
Learn how to use color for digital art. It's important for artists to understand how digit...
published: 26 Dec 2014
How to Use Color for Digital Artists (HSV, RGB, CMYK)
How to Use Color for Digital Artists (HSV, RGB, CMYK)
- Report rights infringement
- published: 26 Dec 2014
- views: 5314
2:26
HSV colors on Arduino
This is a short demonstration of a fast HSV to RGB algorithm, running on an Arduino. The H...
published: 24 Aug 2011
HSV colors on Arduino
HSV colors on Arduino
- Report rights infringement
- published: 24 Aug 2011
- views: 2288
The HSV color model...
HSL and HSV...
Was ist eigentlich... HSV, HSL, HSB, HSI...
Tutorial 20: HSV, HSL, RGB (Color Join) and (Colo...
Types of Color Space: rgb, cmyk, hsb(v)...
HSB -or- HSV...
7.RGB to HSV Conversion...
Brightness vs Luminosity inside of Photoshop...
How to Use Color for Digital Artists (HSV, RGB, CM...
HSV colors on Arduino...
See more photos of hsl and hsv
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Breitbart’s Milo Yiannopoulos Resigns Following Comments About Pedophilia
Edit WorldNews.com 21 Feb 2017
Breitbart news writer, commentator and senior editor Milo Yiannopoulos, who helped make the website the leading organ of the “alt-right,” resigned from the news organization Tuesday after a video of him endorsing pedophilia surfaced online over the weekend, The Washington Post reported. Yiannopoulos, who has offended women, Muslims, blacks and gay people in his writing, was hired by former Breitbart executive chairman Stephen K....
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Kim Jong-nam death: Attempts made to break into morgue holding body of North Korean exile
Edit The Independent 22 Feb 2017
Security has been increased at the morgue where the body of North Korean leader Kim Jong-un's half brother is being held after attempts were made made to break in, Malaysian police said....
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Donald Trump's immigration plans could impact 3 lakh Indian-Americans
Edit Indiatoday 22 Feb 2017
President Donald Trump has laid the groundwork for potentially deporting millions of undocumented immigrants by issuing new guidance that drastically broadens the ways in which federal immigration laws should be enforced ... ....
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BREAKING: U.S. Homeland Security Employees Locked Out Of Computer Networks
Edit WorldNews.com 21 Feb 2017
Reuters reports computer network access by U.S. Department of Homeland Security employees in the Washington, D.C. area was sporadic Tuesday, two sources familiar with the matter said. It was not immediately clear how widespread the issue was or how significantly it affected daily functions at DHS, a large government agency whose responsibilities include immigration services, border security and cyber defense ... ET (10 a.m ... U.S....
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The Battle Over Mosul’s Soul And Soil Will Last Generations
Edit WorldNews.com 22 Feb 2017
Article by WN.com Correspondent Dallas DarlingIn war, everyone and everything must pay a debt to nature – both human and environmental. Consequently, the U.S.-led Iraqi forces advancing on Mosul from land and air are not the only ones who will suffer for generations ... forces since the 2003 U.S. invasion ... burn pits ... Any sensible person can see advanced weaponry is bending the iron rules of geography ... He is a correspondent for www.wn.com ... 7. ....
Aethlon Medical Reports Results of Cytomegalovirus, Epstein-Barr and Herpes Simplex Virus Studies
Edit Market Watch 22 Feb 2017
SAN DIEGO, Feb. 22, 2017 /PRNewswire/ -- Aethlon Medical, Inc ... Twelve (12) of these subjects were organ transplant recipients ... entitled Reactivation of Multiple Viruses in Patients with Sepsis, the incidence of CMV, EBV and HSV reactivation was examined in blood and/or plasma samples from critically ill septic patients ... EBV was reported in 53.2% (287/539) of the patients and the incidence of HSV was 14.1% (76/538) ... About Aethlon Medical....
Does Having Herpes Mean the End of A Relationship?
Edit Community news 17 Feb 2017
One may not go wrong by saying that nobody would cheerfully want to have the herpes virus. The herpes virus is a sexually transmitted infection (STI) caused by the herpes virus. The genital infection is common and tantamount to other STIs ... America having the fastest rising herpes underscores the fact that you are not alone ... One of the impressive things about the HSV-2 is that it is possible to have a fulfilling sex life....
Aethlon Medical Announces Fiscal 2017 Third Quarter Results
Edit Market Watch 10 Feb 2017
SAN DIEGO, Feb ... The study validated the in vitro capture of Cytomegalovirus (CMV), Epstein-Barr virus (EBV) and Herpes Simplex Viruses (HSV). The Company also provided an update on a study with the University of Pittsburgh Medical Center to detect the presence of CMV, EBV and HSV in blood samples obtained from intensive care unit patients who were suspected to have one of these latent viruses become reactivated ... Financial Results ... ET) ... -....
Borussia draw HSV in DFB Cup quarters 08.02.2017 (Borussia VfL 1900 Mönchengladbach GmbH)
Edit Public Technologies 09 Feb 2017
(Source. Borussia VfL 1900 Mönchengladbach GmbH). The Fohlenelf have been drawn away to Hamburger SV in the quarterfinals of the DFB Cup. The game will take place on Wednesday, 1st March 2017 ... Borussia had booked their place in the last eight on the previous evening, recording a 2-0 win over SpVgg Greuther Fürth ... (noodl....
Herpes Is Not The Deal Breaker Of Your Relationship
Edit Community news 09 Feb 2017
Herpes is a viral sexually transmitted disease that is common among people within the sexually active age, it is caused by the Herpes simplex virus (HSV) ... Not surprisingly, herpes is what they have and never who they are ... Some HSV singles (Herpes simplex virus singles) today got infected in a relationship and broke up, perhaps now they have learned how to manage it physically as well emotionally and are going for herpes dating ... ....
Quidel Corporation's (QDEL) CEO Doug Bryant on Q4 2016 Results - Earnings Call Transcript
Edit Seeking Alpha 09 Feb 2017
Quidel Corporation (NASDAQ.QDEL). Q4 2016 Results Earnings Conference Call. February 08, 2016, 05.00 PM ET. Executives. Doug Bryant - President and Chief Executive Officer ... Analysts ... Operator ... Complete, Flu A+B, Trichomonas vaginalis, and HSV/VZV ... Randy? ... With Strep complete, and HSV/VZV, the cross-selling that you're talking about Jack, we think that we're uniquely positioned at the moment, and that no other manufacturer has those products ... ....
Clock keeps ticking as Hamburg battle to stay in Bundesliga
Edit The Irish Times 08 Feb 2017
Workplaces often display a particular type of signage. “This Department Has Worked __ Days Without An Accident.” These notices, with their hopefully ascending numbers, are meant to remind employees of institutional standards, of individual responsibilities, of the importance of mindfulness and consistency. The Hamburger SV clock is sort of like that ... Not even mighty Bayern Munich ... Immer erste liga, HSV!. Always first division, HSV! ... ....
HSV in DFB Cup action on Tuesday (Hamburger Sport-Verein eV)
Edit Public Technologies 06 Feb 2017
(Source. Hamburger Sport-Verein eV). HSV in DFB Cup action on Tuesday ... The prize at stake is a place in the quarter final stages ... After all on paper it looked clear cut. Luckily football is not played on paper and HSV deservedly won the game 1-0 - three vital points in their annual relegation scrap ... Gisdol ... Original documenthttps.//www.hsv.de/en/news/meldungen/saison-2016-17/dfb-pokal/markus-gisdol-nach-hsvb04-das-viertelfinale-im-blick/....
Papadopoulos heads HSV to 1-0 victory (Bayer 04 Leverkusen Fußball GmbH)
Edit Public Technologies 04 Feb 2017
Bayer 04 suffered a 1-0 defeat away to HSV ... The Bayer 04 captain reacted in a flash and was able to challenge the HSV striker in the six-yard box to prevent the Werkself going behind ... That meant the majority of Bayer 04 attacks broke down outside the HSV penalty area ... In a challenge involving Hamburg's Filip Costic and Toprak, the referee Dr Jochen Drees awarded a free kick to HSV....
Home remedies that help you cope with cold sores
Edit Lexington Herald-Leader 31 Jan 2017
Cold sores — also called fever blisters — are a common viral infection ... They’re caused by a herpes simplex virus (HSV-1) closely related to the one that causes genital herpes (HSV-2) ... Shared eating utensils, razors and towels, as well as kissing, may spread HSV-1. Oral sex can spread HSV-1 to the genitals and HSV-2 to the lips ... Recurrence can be triggered by. ... ▪ Stress ... There’s no cure for HSV infection, and the blisters might return ... ....
Marco Drawz signs professional terms with HSV (Hamburger Sport-Verein eV)
Edit Public Technologies 31 Jan 2017
(Source. Hamburger Sport-Verein eV). Marco Drawz signs professional terms with HSV ... Marco Drawz has come through the HSV ranks for seven years ... He said ... The 18 year old told us. 'It is my dream to walk out into the Volksparlstadion in a HSV shirt and today took my a step closer to that goal.' ... Original documenthttps.//www.hsv.de/en/nachwuchs/meldungen/saison-201617/januar/marco-drawz-unterschreibt-lizenzspielervertrag-beim-hsv/ ... (noodl....
1-3 - HSV lose away to FC Ingolstadt (Hamburger Sport-Verein eV)
Edit Public Technologies 31 Jan 2017
(Source. Hamburger Sport-Verein eV) ...dream strike too little too late. Gisdol reacted by bringing on Jung for Waldschmidt and Diekmeier for Ostrzolek. The latter had a nightmare begin as he took the legs from under Groß inside the Hamburg box ... The visitors tried to up the pressure late on but to no avail. Gisdol and Co ... HSV ... Original documenthttps.//www.hsv.de/en/news/meldungen/saison-2016-17/18-spieltag/spielbericht-fc-ingolstadt-hsv/....
Global Oncolytic Virus Landscape 2017: Analysis of Pipeline, Stakeholders, Deals, Industry Trends & Opportunities - Research and Markets
Edit Market Watch 31 Jan 2017
What will you find in the report? Selection of oncolytic virus strains Design & construction of engineered oncolytic viruses Herpes simplex virus (HSV) family Adenovirus-based oncolytic viruses Oncolytic Vaccinia Viruses, Vesicular Stomatitis Viruses, Newcastle Disease Viruses & Others Profiles of 45 oncolytic viruses in development and on ......
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