Jean-François Renaud Morpholux
Morpholux
/ dashed_triangle.pde
Created Sep 20, 2020
View dashed_triangle.pde
| // renaud.jean-francois(arobas)uqam(point)ca | |
| // Syntaxe Processing version 3.5.4 | |
| // dimanche, 20 septembre 2020 | |
| import garciadelcastillo.dashedlines.*; | |
| DashedLines dash; | |
| PVector [] pts = new PVector[3]; | |
| int dist = 0; |
Morpholux
/ curve_vertex_closed_figure.pde
Created Apr 11, 2020
How to manage creation of a curved close figure, without any apparent joint in segments connection
View curve_vertex_closed_figure.pde
| // renaud.jean-francois(arobas)uqam(point)ca | |
| // Syntaxe Processing version 3.5.4 | |
| // samedi, 11 avril 2020 | |
| int nbSegments = 3; //at least three segments | |
| PVector [] pts = new PVector[nbSegments]; | |
| void setup() { | |
| size(600, 600); | |
| background(0); |
Morpholux
/ blobby_shape.pde
Created Mar 5, 2020
Using curveVertex to create a blob type of closed shape
View blobby_shape.pde
| // renaud.jean-francois(arobas)uqam(point)ca | |
| // Syntaxe Processing version 3.5.4 | |
| // mercredi, 4 mars 2020 | |
| int numPoints = 7; | |
| float[] posX = new float[numPoints]; | |
| float[] posY = new float[numPoints]; | |
| float radius; | |
| float theta = TWO_PI / numPoints; |
Morpholux
/ effet_verre_cannele.pde
Last active Sep 19, 2019
View effet_verre_cannele.pde
| // renaud.jean-francois(arobas)uqam(point)ca | |
| // Syntaxe Processing version 3.5.3 | |
| // jeudi, 19 septembre 2019 | |
| /* | |
| Remake of an effect that I saw in a post on Facebook. | |
| https://www.facebook.com/groups/creativecodingp5/permalink/2371544796426883/ | |
| */ | |
| PImage img; |
Morpholux
/ square_rounded_pattern.pde
Last active Sep 14, 2019
View square_rounded_pattern.pde
| float [] deltas = new float [8]; | |
| void setup() { | |
| size(800, 800); | |
| background(0); | |
| noStroke(); | |
| noLoop(); | |
| } | |
| void draw() { |
Morpholux
/ constant_circular_orbit.pde
Last active Feb 5, 2019
Use of PVector to make an object rotate at constant speed around an origin point
View constant_circular_orbit.pde
| // Constant circular orbit | |
| PVector pos, zAxis; | |
| float radius = 200, force = 10; | |
| void setup() { | |
| size(600, 600); | |
| background(0); | |
| noStroke(); | |
| pos = new PVector(radius, 0); |
Morpholux
/ shift_hsb_values.pde
Last active Sep 24, 2018
Manière de créer des recettes de couleurs apparentées à une référence
View shift_hsb_values.pde
| // renaud.jean-francois(arobas)uqam(point)ca | |
| // Syntaxe Processing version 3.4 | |
| // dimanche, 23 septembre 2018 | |
| // Pour réaliser une conversion du mode couleur avec la classe Java | |
| // http://docs.oracle.com/javase/1.5.0/docs/api/java/awt/Color.html | |
| import java.awt.Color; | |
| float shiftHue = 0.1; | |
| float shiftSat = 0.1; |
Morpholux
/ main_sketch.pde
Last active Jul 27, 2018
Code to handle multiple applets of the same sketch
View main_sketch.pde
| // renaud.jean-francois(arobas)uqam(point)ca | |
| // Syntaxe Processing version 3.3.7 | |
| // dimanche, 22 juillet 2018 | |
| // Multiple instances of the same sketch | |
| // Base on GoToLoop’s solution for Multiple PApplet | |
| // https://forum.processing.org/two/discussion/comment/43019/#Comment_43019 | |
| ArrayList <PApplet> applets = new ArrayList<PApplet>(); |
View gui_to_scale_rect.pde
| // renaud.jean-francois(arobas)uqam(point)ca | |
| // Syntaxe Processing version 3.3.7 | |
| // mardi, 19 juin 2018 | |
| // Rectangle scaling interface : | |
| // Click and drag a pseudo cursor from any corners to change size accordingly. | |
| // There is also a corner snap effect for the pseudo cursor, | |
| // and some limitations (min-max) for the expanding or the contract size. | |
| // Set variables to your needs |
View dashed_circle.pde
| // renaud.jean-francois(arobas)uqam(point)ca | |
| // Syntaxe Processing version 3.3.7 | |
| // samedi, 9 juin 2018 | |
| // Ajustez au besoin | |
| int steps_per_segment = 10; // il y a quatre segments courbe dans le cercle | |
| float rayon = 280; | |
| float centrex, centrey; | |
| // Formule permettant d’établir la distance d’un levier dans une figure circulaire |
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