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RGB Color Codes Chart

RGB Color Codes Chart
RGB color picker | RGB color codes chart | RGB color space | RGB color format and calculation | RGB color table RGB color picker RGB color codes chart Hover with cursor on color to get the hex and decimal color codes below: RGB color space RGB color space or RGB color system, constructs all the colors from the combination of the Red, Green and Blue colors. The red, green and blue use 8 bits each, which have integer values from 0 to 255. RGB ≡ Red, Green, Blue Each pixel in the LCD monitor displays colors this way, by combination of red, green and blue LEDs (light emitting diodes). When the red pixel is set to 0, the LED is turned off. Any value between them sets the LED to partial light emission. RGB color format & calculation RGB code has 24 bits format (bits 0..23): RGB = (R*65536)+(G*256)+B , (when R is RED, G is GREEN and B is BLUE) Calculation examples White RGB Color White RGB code = 255*65536+255*256+255 = #FFFFFF Blue RGB Color Blue RGB code = 0*65536+0*256+255 = #0000FF Red RGB Color See also Related:  Principles of Visual DesignWeb Design

Generic 50W LED RGB Color Change Flood Outdoor Light Lamp Remote Control 85-265V : Patio, Lawn & Garden RGB triple of color name, version 2 RGB = RGB('COLORNAME') returns the red-green-blue triple corresponding to the color named COLORNAME by the CSS3 proposed standard [1], which contains 139 different colors (an rgb triple is a 1x3 vector of numbers between 0 and 1). The color names are the ones accepted by almost all web browsers, for example Brown, DarkRed, SlateGray. RGB CHART creates a figure window showing all the available colors with their names. COLORNAME = RGB(r,g,b) and COLORNAME = RGB([r,g,b]) both find the name of the color with the triple that is closest to [r,b,g] (measured by sum of squares). EXAMPLES c = rgb('DarkRed') gives c = [0.5430 0 0] c = rgb('Green') gives c = [0 0.5 0] plot(x,y,'color',rgb('orange')) plots an orange line through x and y rgb chart shows all the colors cnam = rgb(0.8,0.3,0.3) gives cnam = 'IndianRed'

Color Theory for Designer, Part 3: Creating Your Own Color Palettes Advertisement In the previous two parts of this series on color theory, we talked mostly about the meanings behind colors1 and color terminology2. While this information is important, I’m sure a lot of people were wondering when we were going to get into the nitty-gritty of actually creating some color schemes. Well, that’s where Part 3 comes in. Here we’ll be talking about methods for creating your own color schemes, from scratch. We’ll cover the traditional color scheme patterns (monochrome, analogous, complementary, etc.) as well as how to create custom schemes that aren’t based strictly on any one pattern. A Quick Review Let’s start with a quick review of what was covered in parts 1 and 2. Traditional Color Scheme Types There are a number of predefined color scheme standards that make creating new schemes easier, especially for beginners. The basic, twelve-spoke color wheel is an important tool in creating color schemes. Monochromatic Examples: Analogous Complementary Split Complementary

RGB-to-Hex Color Converter RGB-to-Hex Conversion Question: How do I convert RGB values of a color to a hexadecimal string? Answer: The RGB-to-hexadecimal converter algorithm is simple: make sure that your values are in the range 0...255, convert R, G, B to hex strings, and then concatenate the three hex strings together. function rgbToHex(R,G,B) {return toHex(R)+toHex(G)+toHex(B)} function toHex(n) { n = parseInt(n,10); if (isNaN(n)) return "00"; n = Math.max(0,Math.min(n,255)); return "0123456789ABCDEF".charAt((n-n%16)/16) + "0123456789ABCDEF".charAt(n%16); } Notes: The script parses the input R, G, B values as integers using the standard function parseInt(string,10); the second, optional argument 10 specifies that the value must be parsed as a decimal number. RGB/hex codes for named colors supported in most browsers are listed below: See also:

Shorthand properties Definition Shorthand properties are CSS properties that let you set the values of several other CSS properties simultaneously. Using a shorthand property, a Web developer can write more concise and often more readable style sheets, saving time and energy. The CSS specification defines shorthand properties to group the definition of common properties acting on the same theme. Tricky edge cases Even if they are very convenient to use, there are a few edge cases to keep in mind when using them: A value which is not specified is set to its initial value. Background properties A background with the following properties: background-color: #000;background-image: url(images/bg.gif);background-repeat: no-repeat;background-position: top right; Can be shortened to just one declaration: background: #000 url(images/bg.gif) no-repeat top right; (The shorthand form is actually the equivalent of the longhand properties above plus background-attachment: scroll and, in CSS3, some additional properties.) See also

Deimos 110W LED High Bay Light | Equivalent to 250W-400W sodium or metal halide high bay lights Features High lumen output (68.2lm/W) Low energy usage High power efficiency > 88% (typical) Long life time, rated for over 30,000hrs Instant on/off Compliance to CE, RoHS, FCC and ETL Luxeon LEDs Simple installation TRIAC Dimmable with appropriate dimmable driver Description Ideal for any industrial lighting applications the Deimos 110W LED high bay was designed to offer major energy savings when compared with traditional high bay equivalents. Equivalent to sodium or metal halide high bay lights ranging from 250W-400W, the Surelight Deimos LED high bay lighting uses approximately 55-75% less energy than traditional alternatives. Using high quality Luxeon LEDs the Deimos LED high bays offer excellent colour rendering and brightness for increased visibility. Instant on/off the Deimos 110W LED high bay doesn't need to warm up like traditional metal-halide, mercury vapour or high pressure sodium lamps. The Deimos system wattage is a mere 110W.

Protocol Online - Your lab's reference book Color Theory for Designers, Part 1: The Meaning of Color Color in design is very subjective. What evokes one reaction in one person may evoke a very different reaction in somone else. Sometimes this is due to personal preference, and other times due to cultural background. Color theory is a science in itself. Studying how colors affect different people, either individually or as a group, is something some people build their careers on. This is the first in a three-part series on color theory. Warm Colors Link Warm colors include red, orange, and yellow, and variations of those three colors. Red and yellow are both primary colors, with orange falling in the middle, which means warm colors are all truly warm and aren’t created by combining a warm color with a cool color. Red (Primary Color) Link Red is a very hot color. Red can be associated with anger, but is also associated with importance (think of the red carpet at awards shows and celebrity events). Outside the western world, red has different associations. Examples Cool Colors Link Gray Link

A Few Rounds About Bullet Lists By Mark Nichol Before reading this post you might wanna check one we published a while ago titled 7 Rules For Formatting Lists. Here’s a quotation from it: “The items in unnumbered lists are often preceded by dots or other symbols known collectively as bullets, though such markers are technically not necessary, especially in a recipe or a materials list. (In those cases, it’s implicit that the ingredients or components are added or constructed in the order listed — it’s actually a numbered list that needs no numbers.)” A bullet list lets you display a set of terms, phrases, or statements clearly. prevent reader fatigue or confusion in the form of a long run-in list in a sentence.avoid repetition by following an introductory phrase with “fill-in-the-blank” list items. Keep these guidelines for constructing bullet lists in mind: A bullet list with a closed introductory phrase and whose items are single words should be formatted as follows: apples bananascherries

Responsive Images: If you're just changing resolutions, use srcset. By Chris Coyier On September 30, 2014 responsive images If you're implementing responsive images (different images in HTML for different situations) and all you are doing is switching between different versions of the same image (the vast majority of usage), all you need is the srcset attribute on the <img>. Gaze upon this easy syntax: It's not just the syntax that is easy, it does a better job than <picture> with <source>s with explicit media attributes (we'll cover why in a moment). I've screencasted about this before, but it clicked better watching Mat Marquis's talk at An Event Apart Austin and with Jason Grigsby's post. #With srcset, the browser does the work of figuring out which image is best In the simple example above, all we're doing is telling the browser about some images that we have available and what size they are. Mat Marquis demonstrated this by showing how the browser approaches it with math. The browser goes: Lemme do some quick math that nobody cares about except me.

led flood light,led High Bay,led tunnel light,led street light-China AnyshineLED Features: • Use TAIWAN LED CHIP• High LED Efficienoy of 100-120 Lumens• Efficient Housing Design Results In 92% • Aluminum Base Design, Heat Dissipation Exce• 50, 000 Hours Average LED Life Span• 2700K to 7000K Colour Temperatures, CRI > 75• Direct Use in 85-265Vac Specification: Working Voltage:AC84-265V Power:10W Power Factor:PF>0.60 Lumens:100-110LM/W Fixture Efficiency:>90% View Angle:120° Shell Color:BLACK/GREY Light Source Color:RGB Control mode:IR/RF Controller Power Source:China Brand Size:145*75*50mm Approved By:

Multivariate Analysis with SPSS East Carolina University Department of Psychology Multivariate Analysis with SPSS Linked here are Word documents containing lessons designed to teach the intermediate level student how to use SPSS for multivariate statistical analysis. The documents include the data, or links to the data, for the analyses used as examples. If it is simple, univariate analysis you wish to do, check out my page SPSS Lessons: Univariate Analysis. Dr. Canonical Correlation/Regression Cluster Analysis -- hierarchical, agglomerative clustering of cases or variables -- also available in PowerPoint format. Missing Values Multiple Regression Correlated Samples ANOVA/MANOVA Discriminant Function Analysis Multidimensional Contingency Table Analysis Principal Components Analysis, Factor Analysis, Item Analysis Path Analysis Conducting a Path Analysis With SPSS/AMOS Structural Equation Modeling Back to Karl's Base SPSS Page Contact Information for the Webmaster, Dr.

Color Models The purpose of a color model is to facilitate the specification of colors in some standard generally accepted way. In essence, a color model is a specification of a 3-D coordinate system and a subspace within that system where each color is represented by a single point. Each industry that uses color employs the most suitable color model. RGB Color Model In the RGB model, each color appears as a combination of red, green, and blue. Primary and Secondary Colors for RGB and CMYK Models The color subspace of interest is a cube shown in Figure "RGB and CMY Color Models" (RGB values are normalized to 0..1), in which RGB values are at three corners; cyan, magenta, and yellow are the three other corners, black is at their origin; and white is at the corner farthest from the origin. The gray scale extends from black to white along the diagonal joining these two points. Thus, images in the RGB color model consist of three independent image planes, one for each primary color. RGB and CMY Color Models

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