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-rw-r--r--assets/js/index.js131
-rw-r--r--assets/js/pedometer.js134
2 files changed, 125 insertions, 140 deletions
diff --git a/assets/js/index.js b/assets/js/index.js
index 5d5ade0..cbcf143 100644
--- a/assets/js/index.js
+++ b/assets/js/index.js
@@ -1,96 +1,61 @@
+var map, wingr,wingl,muscler, musclel, stringr, stringl, cavity, flight_path, flight_path_length, last_point, step;
+
+var prev_step = 0
+step = 0;
+map = Snap('#left-bits');
+wingr = map.select('#wingr');
+wingrbbox = wingr.getBBox();
+wingl = map.select('#wingl');
+winglbbox = wingl.getBBox();
+musclel = map.select('#musclel');
+musclelbbox = musclel.getBBox();
+muscler = map.select('#muscler');
+musclerbbox = muscler.getBBox();
+stringl = map.select('#stringl');
+stringlbbox = stringl.getBBox();
+stringr = map.select('#stringr');
+stringrbbox = stringr.getBBox();
+cavity = map.select('#cavity');
+cavitybbox = cavity.getBBox();
+flight_path = map.select('#path');
+flight_path_l = Snap.path.getTotalLength(flight_path);
+last_point = flight_path.getPointAtLength(flight_path_length);
+
+console.log('step', step, 'final', flight_path_l)
+
+function angle(n) {
+ return Math.random() * (n * 2) + n;
+}
-
-
- var map, wingr,wingl,muscler, musclel, stringr, stringl, cavity, flight_path, flight_path_length, last_point, step;
-
- // window.onload = function () {
-
- step = 0;
- map = Snap('#left-bits');
- wingr = map.select('#wingr');
- wingrbbox = wingr.getBBox();
- wingl = map.select('#wingl');
- winglbbox = wingl.getBBox();
- musclel = map.select('#musclel');
- musclelbbox = musclel.getBBox();
- muscler = map.select('#muscler');
- musclerbbox = muscler.getBBox();
- stringl = map.select('#stringl');
- stringlbbox = stringl.getBBox();
- stringr = map.select('#stringr');
- stringrbbox = stringr.getBBox();
- cavity = map.select('#cavity');
- cavitybbox = cavity.getBBox();
- flight_path = map.select('#path');
-
-
-
- flight_path_length = Snap.path.getTotalLength(flight_path);
-
-flight_path_length= flight_path_length/100
-
- last_point = flight_path.getPointAtLength(flight_path_length);
+let cb = function() {
-console.log ('len'+ flight_path_length);
+ prev_step = step
+ step = step + parseInt(pas.innerHTML) * 10;
+ if (step > flight_path_l) prev_step = step = 0
+ $('#pas').text(step)
+ $('#prev_step').text(prev_step)
+ $('#step').text(step)
+ $('#next_step').text(flight_path_l)
-
- let cb=function(){step=step+100;
+ console.log('pas', pas.innerHTML)
- Snap.animate(step, flight_path_length, function() {
-//console.log('pas');
- moveToPoint = Snap.path.getPointAtLength( flight_path, step );
+ Snap.animate(prev_step, step, function(val) {
+ //console.log('pas');
+ step = val;
+ moveToPoint = Snap.path.getPointAtLength( flight_path, val );
x = moveToPoint.x ;
y = moveToPoint.y ;
-// console.log('animating ' + x + ' ' + y);
+ // console.log('animating ' + x + ' ' + y);
wingr.transform('translate(' + x + ',' + y + ') '+', '+wingrbbox.cx+', '+wingrbbox.cy);
- },5000, mina.easeout);
-
-
- Snap.animate(step, flight_path_length, function() {
- moveToPoint = Snap.path.getPointAtLength( flight_path, step );
- x = moveToPoint.x ;
- y = moveToPoint.y ;
wingl.transform('translate(' + x + ',' + y + ')' + (moveToPoint.alpha - 90)+', '+winglbbox.cx+', '+winglbbox.cy);
- },5000, mina.easeout);
-
-Snap.animate(step, flight_path_length, function() {
- moveToPoint = Snap.path.getPointAtLength( flight_path, step );
- x = moveToPoint.x ;
- y = moveToPoint.y ;
- cavity.transform('translate(' + x + ',' + y + ') rotate('+ (moveToPoint.alpha - 90)+', '+cavitybbox.cx+', '+cavitybbox.cy+')');
- },5000, mina.easeout);
-
-Snap.animate(step, flight_path_length, function() {
- moveToPoint = Snap.path.getPointAtLength( flight_path, step );
- x = moveToPoint.x ;
- y = moveToPoint.y ;
- musclel.transform('translate(' + x + ',' + y + ') rotate('+ (moveToPoint.alpha - 90)+', '+musclelbbox.cx+', '+musclelbbox.cy+')');
- },5000, mina.easeout);
-
-Snap.animate(step, flight_path_length, function() {
- moveToPoint = Snap.path.getPointAtLength( flight_path, step );
- x = moveToPoint.x ;
- y = moveToPoint.y ;
- muscler.transform('translate(' + x + ',' + y + ') rotate('+ (moveToPoint.alpha - 90)+', '+musclerbbox.cx+', '+musclerbbox.cy+')');
+ cavity.transform('translate(' + x + ',' + y + ') rotate('+ (moveToPoint.alpha - angle(-10))+', '+cavitybbox.cx+', '+cavitybbox.cy+')');
+ musclel.transform('translate(' + x + ',' + y + ') rotate('+ (moveToPoint.alpha - angle(20))+', '+musclelbbox.cx+', '+musclelbbox.cy+')');
+ muscler.transform('translate(' + x + ',' + y + ') rotate('+ (moveToPoint.alpha - angle(30))+', '+musclerbbox.cx+', '+musclerbbox.cy+')');
+ stringr.transform('translate(' + x + ',' + y + ') rotate('+ (moveToPoint.alpha - angle(-20))+', '+stringrbbox.cx+', '+stringrbbox.cy+')');
+ stringl.transform('translate(' + x + ',' + y + ') rotate('+ (moveToPoint.alpha - angle(9))+', '+stringlbbox.cx+', '+stringlbbox.cy+')');
},5000, mina.easeout);
-
-Snap.animate(step, flight_path_length, function() {
- moveToPoint = Snap.path.getPointAtLength( flight_path, step );
- x = moveToPoint.x ;
- y = moveToPoint.y ;
- stringr.transform('translate(' + x + ',' + y + ') rotate('+ (moveToPoint.alpha - 90)+', '+stringrbbox.cx+', '+stringrbbox.cy+')');
- },5000, mina.easeout);
-
-Snap.animate(step, flight_path_length, function() {
- moveToPoint = Snap.path.getPointAtLength( flight_path, step );
- x = moveToPoint.x ;
- y = moveToPoint.y ;
- stringl.transform('translate(' + x + ',' + y + ') rotate('+ (moveToPoint.alpha - 90)+', '+stringlbbox.cx+', '+stringlbbox.cy+')');
- },5000, mina.easeout);
-
+
}
document.addEventListener("requestMove", cb,false);
-
-
diff --git a/assets/js/pedometer.js b/assets/js/pedometer.js
index 53079a9..af3d240 100644
--- a/assets/js/pedometer.js
+++ b/assets/js/pedometer.js
@@ -1,73 +1,93 @@
$(document).ready(function(){
-console.log("print");
+ var has_accel = false
-//on déclare l'ensemble des variables ax et ay sont les données d'acceleration, n c'est la norme, maxn et minn les valeurs max et min de la norme, et pas le nombre de pas
-var n=0, maxn = 0, minn = 0, pas = 0,
+ $('#left-bits').css({ width: '50vw', height: '50vh', background: '#fff' })
+
+ console.log("-- ready --");
+
+ //on déclare l'ensemble des variables ax et ay sont les données d'acceleration, n c'est la norme, maxn et minn les valeurs max et min de la norme, et pas le nombre de pas
+ var n=0, maxn = 0, minn = 0, pas = 0,
ax = 0, ay = 0, az = 0, pass=0;
-//programme d'alberto desarullo qui va chercher les données de l'accelerometre
-if (window.DeviceMotionEvent != undefined) {
- window.ondevicemotion = function(e) {
- ax = event.accelerationIncludingGravity.x ;
- ay = event.accelerationIncludingGravity.y ;
- az = event.accelerationIncludingGravity.z ;
-// et les affiche dans la page html
- document.getElementById("accelerationX").innerHTML = e.accelerationIncludingGravity.x;
- document.getElementById("accelerationY").innerHTML = e.accelerationIncludingGravity.y;
- document.getElementById("accelerationZ").innerHTML = e.accelerationIncludingGravity.z;
-// on affiche également la norme sa valeur max et le nombre de pas
- document.getElementById("n").innerHTML = n;
- document.getElementById("pas").innerHTML = pas;
- document.getElementById("maxn").innerHTML = maxn;
-
- }
-
+ function report_status() {
+// console.log('ax', ax, 'ay', ay, 'az', az)
+ // et les affiche dans la page html
+ document.getElementById("accelerationX").innerHTML = ax;
+ document.getElementById("accelerationY").innerHTML = ay;
+ document.getElementById("accelerationZ").innerHTML = az;
+ // on affiche également la norme sa valeur max et le nombre de pas
+ document.getElementById("n").innerHTML = n;
+ document.getElementById("pas").innerHTML = pas;
+ document.getElementById("maxn").innerHTML = maxn;
+ }
- var ev = new Event("requestMove");
+ function odmHandler(e) {
- function pollAccelerometer() {
- setInterval( function() {
-
- // on calcule la norme c'est à dire la taille du vecteur qui est défini par les points d'accélération ax ay et az
- n0 = n;
- n=Math.sqrt (ax*ax + ay*ay + az*az);
- // console.log(n);
-
- //on calcule un min et max pour la norme
- if (n < n0) { minn = n ;
- }else if (n > n0) { maxn = n ;
- }
-
- // console.log(maxn);
+ has_accel = true
+
+ ax = event.accelerationIncludingGravity.x ;
+ ay = event.accelerationIncludingGravity.y ;
+ az = event.accelerationIncludingGravity.z ;
+
+ report_status()
+ }
- //on défini un seuil qui correspond à un pas
- if ((maxn - minn) > 10) {pas = pas+1;
-
- }
+ function fakeAccel() {
+ var min = -12, max = 12
+ return Math.random() * (max - min) + min;
+ }
+
+ function mockAccelerometer() {
+
+ has_accel = false
+ ax = fakeAccel()
+ ay = fakeAccel()
+ az = fakeAccel()
+
+ report_status()
+ }
- if (pas>10) {
- // console.log(pas);
- document.dispatchEvent(ev);
- }
- pas++;
- // on vérifie cela chaque 250 milisecondes
- }, 350);
+ function accel_norm(ax, ay, az) {
+ return Math.sqrt (ax*ax + ay*ay + az*az);
}
-//function mockAccelerometer() {
-// setInterval( function() {
-// console.log(pas);
-// if (pas===100) {
-// document.dispatchEvent(ev);
-// }
-// pas++;
-// },1000);
-//}
+ //programme d'alberto desarullo qui va chercher les données de l'accelerometre
+ if (window.DeviceMotionEvent != undefined) {
+ window.ondevicemotion = odmHandler
+ var ev = new Event("requestMove");
+
+ function pollAccelerometer() {
+ setInterval(makeStep, 250)
+ }
+
+ function makeStep() {
+ if (!has_accel) {
+ mockAccelerometer()
+ }
+ // on calcule la norme c'est à dire la taille du
+ // vecteur qui est défini par les points
+ // d'accélération ax ay et az
+ n0 = n;
+ n = accel_norm(ax,ay,az)
+
+ // on calcule un min et max pour la norme
+ if (n < n0) {
+ minn = n ;
+ } else if (n > n0) {
+ maxn = n ;
+ }
+
+ // on définit un seuil qui correspond à un pas
+ if ((maxn - minn) > 10) {
+ pas = pas+1;
+ document.dispatchEvent(ev);
+ }
+ }
-pollAccelerometer();
-}
+ pollAccelerometer();
+ }
});
generated by cgit v1.2.3 (git 2.39.1) at 2024-11-22 00:03:18 +0000