| https://www.colorsandfonts.com/ | |
| https://fontawesome.com/icons?d=gallery&m=free | |
| https://www.cssmatic.com/box-shadow | |
| https://www.lipsum.com/feed/html | |
| https://fonts.google.com/ | |
| https://cubic-bezier.com/ | |
| https://htmlcolorcodes.com/color-picker/ | |
| https://coolors.co/browser/latest/1 | |
| https://css-tricks.com/snippets/css/a-guide-to-flexbox/ | |
| https://cssgradient.io/ |
Collection of algorithms related to using curves written in javascript.
| function nanoID( t=21 ){ | |
| const r = crypto.getRandomValues( new Uint8Array( t ) ); | |
| let n, e = ''; | |
| for( ;t--; ){ | |
| n = 63 & r[ t ]; | |
| e += ( n < 36 )? n.toString( 36 ) : | |
| ( n < 62 )? ( n - 26 ).toString( 36 ).toUpperCase() : | |
| ( n < 63 )? '_' : '-'; | |
| } | |
| return e; |
| audioContainer: { | |
| height: '30px', | |
| overflow: 'hidden', | |
| backgroundColor: '#26476F', | |
| boxShadow: '0px 0px 5px 2px rgba( 0,0,0,0.55 )', | |
| borderRadius: '4px', | |
| color: '#ffffff', | |
| }, | |
| audio: { |
| /** | |
| * \brief Returns positional offset for a given point as a result of summing 4 gerstner waves | |
| * \param positionWS point in world space | |
| * \param wavelengths wavelength of each of the 4 waves | |
| * \param amplitudes amplitudes of each of the 4 waves | |
| * \param directions direction of each of the 4 waves (each row = one direction). MUST BE NORMALIZED! | |
| * \param speed global speed multiplier. Individual wave speed depends on Wavelength | |
| * \param steepness Gerstner wave 'Steepness' parameter. Modulates the horizontal offset of points | |
| * \param normal returns the normal of given point. | |
| * \return positional offset of the given point |
| // #region CUSTOM - NON-BLENDER CODE | |
| /* | |
| USAGE | |
| vec3 ramp_col[9] = vec3[]( | |
| rgb(0x0F2936), | |
| rgb(0x123243), | |
| rgb(0x24525D), | |
| rgb(0x437274), | |
| rgb(0x263F41), |
| let verts = new Float32Array( [ 0, 2, 0, -1, 0.2, 0, 1, 0.2, 0 ] ); | |
| let v = base64_test( verts ); | |
| function base64_test( fary ){ | |
| //~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ | |
| // ENCODING TEST | |
| console.log("Origin Data", fary ); | |
| let uint = new Uint8Array( fary.buffer ); | |
| console.log( "Convert F32 to Uint8 : Byte Length Test", fary.length * 4, uint.length ); |
| GLSL Code |
| using System.Collections; | |
| using System.Collections.Generic; | |
| using UnityEngine; | |
| public class pipeGenerator : MonoBehaviour | |
| { | |
| [SerializeField] Mesh straightMesh; | |
| [SerializeField] Mesh elbowMesh; | |
| [Space] | |
| [SerializeField] Vector3[] pathPoints; |
| /** Using a faux sphere in screen space, determine the arc transform to orbit | |
| * the camera around a target position. A continuous orientation will | |
| * be provided for further calls. | |
| */ | |
| function arcBallTransform( | |
| scrSize, // Screen size, vec2 | |
| scrPos0, // Starting mouse position, vec2 | |
| scrPos1, // Ending Mouse Positiong, vec2 | |
| rotOrientation, // Current arc orientation, quaternion | |
| targetPos, // Position to orbit around |