media @ VU
extern-proto-clock.vr
extern-proto-clock.vr
(wrl
)
[ flux /
bitmanagement /
cortona /
octaga
]
#VRMLV2.0 utf8
proto-clock
interface
EXTERNPROTO ClockMechanism [
eventIn SFInt32 set_hour
eventIn SFInt32 set_minute
eventIn SFInt32 set_second
field SFBool autoClock
field SFInt32 hour
field SFInt32 minute
field SFInt32 second
field SFVec3f hourHandAxis
field SFVec3f minuteHandAxis
field SFVec3f secondHandAxis
field SFBool twentyFourHours
eventOut SFInt32 hour_changed
eventOut SFInt32 minute_changed
eventOut SFInt32 second_changed
eventOut SFRotation hourHand_changed
eventOut SFRotation minuteHand_changed
eventOut SFRotation secondHand_changed
]
{
Group {
children [
DEF TS TimeSensor { loop TRUE }
DEF SCRIPT Script {
eventIn SFInt32 set_hour IS set_hour
eventIn SFInt32 set_minute IS set_minute
eventIn SFInt32 set_second IS set_second
eventIn SFTime set_time
field SFInt32 hr
field SFInt32 min
field SFInt32 sec
field SFVec3f hrAx
field SFVec3f minAx
field SFVec3f secAx
field SFBool do24
field SFBool auto
field SFBool first
eventOut SFRotation hourHand_changed IS hourHand_changed
eventOut SFRotation minuteHand_changed IS minuteHand_changed
eventOut SFRotation secondHand_changed IS secondHand_changed
url["javascript:
// private:
function autoSetTime() {
currentDate = new Date();
hr = currentDate.getHours();
min = currentDate.getMinutes();
sec = currentDate.getSeconds();
}
function time2Rot() {
// set some constants
PIPI = Math.PI * 2;
numHrs = 12;
if(do24) { numHrs = 24; }
// find radians (what portion of a full circle-- x * 2PI; x: 0 -> 1)
secRad = (sec / 60) * PIPI;
minRad = (min / 60) * PIPI;
hrRad = (hr / numHrs) * PIPI;
// adjust minute and hour hands for smooth interpolation
minRad += secRad / 60;
hrRad += minRad / numHrs;
// create the new rotations
secondHand_changed = new SFRotation(secAx, -secRad);
minuteHand_changed = new SFRotation(minAx, -minRad);
hourHand_changed = new SFRotation(hrAx, -hrRad);
}
function initialize() { if(auto) { autoSetTime(); } }
public:
function set_time(tickTock) {
if(first || TRUE) {
first = FALSE;
// get time from computer, if autoClock is on
if(auto) { autoSetTime(); }
// or keep our own time
else {
sec ++;
if(sec > 59) { sec = 0; min++; }
if(min > 59) { min = 0; hr++; }
if(do24) { if(hr > 23) { hr = 0; } }
else { if(hr > 11) { hr = 0; } }
}
time2Rot();
hour_changed = hr;
minute_changed = min;
second_changed = sec;
}
else { first = TRUE; }
}
function set_hour(h) { hr = h; }
function set_minute(m) { min = m; }
function set_second(s) { sec = s; }
"]
}
]
}
ROUTE TS.cycleTime TO SCRIPT.set_time
}
(C) A. Eliëns
21/5/2007
You may not copy or print any of this material without explicit permission of the author or the publisher.
In case of other copyright issues, contact the author.
