10 examples of 'onload function in jquery' in JavaScript

57
function onloadfunction(){
58
    if (persistmenu=="yes"){
59
        var cookiename=(persisttype=="sitewide")? "switchmenu" : window.location.pathname
60
        var cookievalue=get_cookie(cookiename)
61
        if (cookievalue!="") {
62
            document.getElementById(cookievalue).style.display="block"
63
        }
64
    }
65
}

17
function onLoad() {
18
    jQuery(document).ready(function ($) {
19
        initKSPWAPITable(
20
        [
21
        "v.missionTime",
22
        "v.lat",
23
        "v.long",
24
        "n.pitch",
25
        "n.heading",
26
        "n.roll",
27
        "n.rawpitch",
28
        "n.rawheading",
29
        "n.rawroll",
30
        "v.body",
31
        "f.throttle"
32
        ], "table_div");
33
    }
34
    );
35
}

15
function onLoad() {
16
    jQuery(document).ready(function ($) {
17
        initKSPWAPIGraph("el=r.resource[ElectricCharge]&met=v.missionTime", function (rawData, d) {
18
            if (d.el == -1) {
19
                rawData.length = 1;
20
                rawData.push([0, 0]);
21
            }
22
            else {
23
                rawData.push([d.met, d.el]);
24
            }
25
        },
26
27
        [['Mission Time', 'Electrcity']],
28
        {
29
            title: 'Electricity Plot',
30
            vAxis: { title: 'Amount' },
31
            hAxis: { title: 'Mission Time (s)' },
32
            legend: { position: 'bottom' }
33
        }, "chart_div");
34
    });
35
}

16
function onLoad() {
17
    jQuery(document).ready(function ($) {
18
        initKSPWAPIGraph("t=s.sensor[PRES]&met=v.missionTime", function (rawData, d) {
19
20
            temp = d.t[0];
21
            temp.splice(0, 0, "Mission Time");
22
            rawData[0] = temp;
23
            add = d.t[1];
24
            add.splice(0, 0, d.met);
25
            rawData.push(add);
26
        },
27
        [['Mission Time', 'Pressure']],
28
        {
29
            title: 'Pressure Plot',
30
            vAxis: { title: 'Pressure' },
31
            hAxis: { title: 'Mission Time (s)' },
32
            legend: { position: 'bottom' }
33
        }, "chart_div");
34
    });
35
}

15
function onLoad() {
16
    jQuery(document).ready(function ($) {
17
        initKSPWAPIGraph("o=v.orbitalVelocity&m=v.surfaceVelocity&av=v.angularVelocity&sv=v.surfaceSpeed&vs=v.verticalSpeed&met=v.missionTime", function (rawData, d) {
18
            rawData.push([d.met, d.m, d.vs, d.sv, d.av, d.o]);
19
        },
20
        [['Mission Time', 'Actual', 'Vertical', 'Surface', 'Angular', 'Orbital']],
21
        {
22
            title: 'Velocity Plot',
23
            vAxis: { title: 'Velocity (m/s)' },
24
            hAxis: { title: 'Mission Time (s)' },
25
            legend: { position: 'bottom' }
26
        }, "chart_div");
27
    });
28
}

15
function onLoad() {
16
    jQuery(document).ready(function ($) {
17
        initKSPWAPIGraph("pe=o.timeToPe&ap=o.timeToAp&met=v.missionTime", function (rawData, d) {
18
            rawData.push([d.met, d.pe, d.ap]);
19
        },
20
        [['Mission Time', 'Time to Periapsis', 'Time to Apoapsis']],
21
        {
22
            title: 'Time to Periapsis and Apoapsis',
23
            vAxis: { title: 'Time (s)' },
24
            hAxis: { title: 'Mission Time (s)' },
25
            legend: { position: 'bottom' }
26
        }, "chart_div");
27
    });
28
}

15
function onLoad() {
16
    jQuery(document).ready(function ($) {
17
        initKSPWAPIGraph("dp=v.dynamicPressure&met=v.missionTime", function (rawData, d) {
18
            rawData.push([d.met, d.dp]);
19
        },
20
        [['Mission Time', 'Dynamic Pressure']],
21
        {
22
            title: 'Dynamic Pressure Plot',
23
            hAxis: { title: 'Mission Time (s)' },
24
            legend: { position: 'bottom' }
25
        }, "chart_div");
26
    });
27
}

15
function onLoad() {
16
    jQuery(document).ready(function ($) {
17
        initKSPWAPIGraph("alt=v.altitude&terrain=v.heightFromTerrain&met=v.missionTime", function (rawData, d) {
18
            rawData.push([d.met, d.alt, d.terrain, d.alt - d.terrain]);
19
        },
20
        [['Mission Time', 'Altitude', 'Height from Terrain', 'Terrain Height']],
21
        {
22
            title: 'Altitude Plot',
23
            vAxis: { title: 'Height (m)' },
24
            hAxis: { title: 'Mission Time (s)' },
25
            legend: { position: 'bottom' }
26
        }, "chart_div");
27
    });
28
}

17
function onLoad() {
18
    jQuery(document).ready(function ($) {
19
        initKSPWAPITable(
20
        [
21
        "tar.name",
22
        "tar.distance",
23
        "tar.o.period",
24
        "tar.o.velocity",
25
        "tar.o.relativeVelocity",
26
        "tar.o.eccentricity",
27
        "tar.o.PeA",
28
        "tar.o.ApA",
29
        "tar.o.inclination",
30
        "tar.o.argumentOfPeriapsis",
31
        "tar.o.timeToPe",
32
        "tar.o.timeToAp",
33
        "tar.o.timeToTransition1",
34
        "tar.o.timeToTransition2",
35
        "tar.o.sma",
36
        "tar.o.lan",
37
        "tar.o.maae",
38
        "tar.o.timeOfPeriapsisPassage",
39
        "tar.o.trueAnomaly",
40
        "tar.o.orbitingBody",
41
        "tar.distance",
42
        "dock.ax",
43
        "dock.ay",
44
        "dock.az",
45
        "dock.x",
46
        "dock.y"
47
        ], "table_div");
48
    }
49
    );
50
}

16
function onLoad() {
17
    jQuery(document).ready(function ($) {
18
        initKSPWAPIGraph("t=s.sensor[GRAV]&met=v.missionTime", function (rawData, d) {
19
            temp = d.t[0];
20
            temp.splice(0, 0, "Mission Time");
21
            rawData[0] = temp;
22
            add = d.t[1];
23
            add.splice(0, 0, d.met);
24
            rawData.push(add);
25
        },
26
        [['Mission Time', 'Gravity']],
27
        {
28
            title: 'Gravity Plot',
29
            vAxis: { title: 'Gravity (m/s^2)' },
30
            hAxis: { title: 'Mission Time (s)' },
31
            legend: { position: 'bottom' }
32
        }, "chart_div");
33
    });
34
}