// this holds the running mainboard onbject
runningBoard = null;
savedMode = "Idle";
// prototype to add rails for an object
addRailsValue = function(rail3V, rail5V, rail5VSB, rail12V, rail12VCPU)
{
this.rail3V = rail3V;
this.rail5V = rail5V;
this.rail5VSB = rail5VSB;
this.rail12V = rail12V;
this.rail12VCPU = rail12VCPU;
};
//prototype add new current values for a given operation
OperationValues = function(name, object)
{
this.name = name;
this.current = object;
this.running = 0;
}
//prototype add new current values for a given mainboard mode
ModeValues = function(name, object)
{
this.name = name;
this.current = object;
}
// main object (motherboard)
Board = function(name)
{
// name of the board
this.name = name;
// the image of the board if exists
this.image = ""
// init voltagem, current, modes and operations.
this.actualVoltage = new addRailsValue(0,0,0,0,0);;
this.power = new addRailsValue(0,0,0,0,0);
this.current = new addRailsValue(0,0,0,0,0);
this.OperationsCount = 0;
this.Operations = [];
this.ModesCount = 0;
this.Modes = [];
this.ActualMode = "none";
};
//add a operation for the main object
Board.prototype.addOperation = function(name, object)
{
this.Operations[this.OperationsCount] = new OperationValues(name, object);
this.OperationsCount++;
};
//add a functional base mode for the main object
Board.prototype.addMode = function(name, object)
{
this.Modes[this.ModesCount] = new ModeValues(name, object);
this.ModesCount++;
};
//computer the power needs for a given operation
Board.prototype.computeOperationPower = function(index)
{
var power = new addRailsValue(0,0,0,0,0);
power.rail3V += this.Operations[index].current.rail3V * this.actualVoltage.rail3V;
power.rail5V += this.Operations[index].current.rail5V * this.actualVoltage.rail5V;
power.rail5VSB += this.Operations[index].current.rail5VSB * this.actualVoltage.rail5VSB;
power.rail12V += this.Operations[index].current.rail12V * this.actualVoltage.rail12V;
power.rail12VCPU += this.Operations[index].current.rail12VCPU * this.actualVoltage.rail12VCPU;
return power;
};
//computer the current needs for a given operation
Board.prototype.computeOperationCurrent = function(index)
{
var current = new addRailsValue(0,0,0,0,0);
current.rail3V += this.Operations[index].current.rail3V;
current.rail5V += this.Operations[index].current.rail5V;
current.rail5VSB += this.Operations[index].current.rail5VSB;
current.rail12V += this.Operations[index].current.rail12V;
current.rail12VCPU += this.Operations[index].current.rail12VCPU;
return current;
};
//computer the power needs for a given mode
Board.prototype.computeModePower = function(index)
{
var power = new addRailsValue(0,0,0,0,0);
power.rail3V += this.Modes[index].current.rail3V * this.actualVoltage.rail3V;
power.rail5V += this.Modes[index].current.rail5V * this.actualVoltage.rail5V;
power.rail5VSB += this.Modes[index].current.rail5VSB * this.actualVoltage.rail5VSB;
power.rail12V += this.Modes[index].current.rail12V * this.actualVoltage.rail12V;
power.rail12VCPU += this.Modes[index].current.rail12VCPU * this.actualVoltage.rail12VCPU;
return power;
};
//computer the current needs for a given mode
Board.prototype.computeModeCurrent = function(index)
{
var current = new addRailsValue(0,0,0,0,0);
current.rail3V += this.Modes[index].current.rail3V;
current.rail5V += this.Modes[index].current.rail5V;
current.rail5VSB += this.Modes[index].current.rail5VSB;
current.rail12V += this.Modes[index].current.rail12V;
current.rail12VCPU += this.Modes[index].current.rail12VCPU;
return current;
};
//changes the basic mode of operation for the main object
Board.prototype.changeMode = function(mode)
{
var p = this.power;
var c = this.current;
var opower, ocurrent;
var index = this.findMode(mode);
var oldindex = this.findMode(this.ActualMode);
if (index < 0) {
alert ("Mode not found or no mainboard selected");
return;
}
//remove the old mode and add the new one
if ( oldindex >= 0) {
var oldpower = this.computeModePower(oldindex);
var oldcurrent = this.computeModeCurrent(oldindex);
opower = this.computeModePower(index);
ocurrent = this.computeModeCurrent(index);
opower.rail3V -= oldpower.rail3V;
opower.rail5V -= oldpower.rail5V;
opower.rail5VSB -= oldpower.rail5VSB;
opower.rail12V -= oldpower.rail12V;
opower.rail12VCPU -= oldpower.rail12VCPU;
ocurrent.rail3V -= oldcurrent.rail3V;
ocurrent.rail5V -= oldcurrent.rail5V;
ocurrent.rail5VSB -= oldcurrent.rail5VSB;
ocurrent.rail12V -= oldcurrent.rail12V;
ocurrent.rail12VCPU -= oldcurrent.rail12VCPU;
} else {
opower = this.computeModePower(index);
ocurrent = this.computeModeCurrent(index);
}
p.rail3V += opower.rail3V;
p.rail5V += opower.rail5V;
p.rail5VSB += opower.rail5VSB;
p.rail12V += opower.rail12V;
p.rail12VCPU += opower.rail12VCPU;
c.rail3V += ocurrent.rail3V;
c.rail5V += ocurrent.rail5V;
c.rail5VSB += ocurrent.rail5VSB;
c.rail12V += ocurrent.rail12V;
c.rail12VCPU += ocurrent.rail12VCPU;
//change the actual mode
this.ActualMode = mode;
savedMode = mode;
}
//finds a operation in a operations list
Board.prototype.findOperation = function(operation)
{
var index = this.OperationsCount - 1;
while (index >= 0)
{
if (operation == this.Operations[index].name)
return index;
index--;
}
return -1;
};
//finds a specified mode in a modes list
Board.prototype.findMode = function(mode)
{
var index = this.ModesCount - 1;
while (index >= 0)
{
if (mode == this.Modes[index].name)
return index;
index--;
}
return -1;
};
Board.prototype.startOperation = function(operation)
{
var p = this.power;
var c = this.current;
var opower, ocurrent;
var index = this.findOperation(operation);
if (index < 0) {
alert ("Operation not found or no mainboard selected");
return;
}
this.Operations[index].running++;
opower = this.computeOperationPower(index);
ocurrent = this.computeOperationCurrent(index);
p.rail3V += opower.rail3V;
p.rail5V += opower.rail5V;
p.rail5VSB += opower.rail5VSB;
p.rail12V += opower.rail12V;
p.rail12VCPU += opower.rail12VCPU;
c.rail3V += ocurrent.rail3V;
c.rail5V += ocurrent.rail5V;
c.rail5VSB += ocurrent.rail5VSB;
c.rail12V += ocurrent.rail12V;
c.rail12VCPU += ocurrent.rail12VCPU;
};
Board.prototype.stopOperation = function(operation)
{
var p = this.power;
var c = this.current;
var opower, ocurrent;
var index;
index = this.findOperation(operation);
if (index < 0) {
alert ("Operation not found or no mainboard selected");
return;
}
if (this.Operations[index].running == 0) return;
this.Operations[index].running--;
opower = this.computeOperationPower(index);
ocurrent = this.computeOperationCurrent(index);
p.rail3V -= opower.rail3V;
p.rail5V -= opower.rail5V;
p.rail5VSB -= opower.rail5VSB;
p.rail12V -= opower.rail12V;
p.rail12VCPU -= opower.rail12VCPU;
c.rail3V -= ocurrent.rail3V;
c.rail5V -= ocurrent.rail5V;
c.rail5VSB -= ocurrent.rail5VSB;
c.rail12V -= ocurrent.rail12V;
c.rail12VCPU -= ocurrent.rail12VCPU;
};
Board.prototype.displayPower = function()
{
var p = this.power;
var totalPower = p.rail3V + p.rail5V + p.rail5VSB + p.rail12V + p.rail12VCPU;
document.write("3V Rail: " + p.rail3V);
document.write("
5V Rail: " + p.rail5V);
document.write("
5V SB Rail: " + p.rail5VSB);
document.write("
12V Rail: " + p.rail12V);
document.write("
12VCPU Rail: " + p.rail12VCPU);
document.write("
Total: " + totalPower);
};
Board.prototype.formdisplayPower = function(form)
{
var p, c, index, totalPower, totalCurrent, toperations;
p = this.power;
c = this.current;
index = this.OperationsCount - 1 ;
totalPower = p.rail3V + p.rail5V + p.rail5VSB + p.rail12V + p.rail12VCPU;
totalCurrent = c.rail3V + c.rail5V + c.rail5VSB + c.rail12V + c.rail12VCPU;
toperations = "";
form.prail3V.value = p.rail3V.toFixed(2);
form.prail5V.value = p.rail5V.toFixed(2);
form.prail5VSB.value = p.rail5VSB.toFixed(2);
form.prail12V.value = p.rail12V.toFixed(2);
//form.prail12VCPU.value = p.rail12VCPU.toFixed(2);
form.ptotal.value = totalPower.toFixed(2);
form.crail3V.value = c.rail3V.toFixed(2);
form.crail5V.value = c.rail5V.toFixed(2);
form.crail5VSB.value = c.rail5VSB.toFixed(2);
form.crail12V.value = c.rail12V.toFixed(2);
//form.crail12VCPU.value = c.rail12VCPU.toFixed(2);
//form.ctotal.value = totalCurrent.toFixed(2);
// MY NEW SANDBOX
var tipMB=document.forms[0].select.value;
if (tipMB=="e5000"||tipMB=="e800") {
label_notes.innerHTML="";
label_links.innerHTML =" specifications | review
";
}
else if (tipMB=="cl6k"||tipMB=="cl10k") {
label_notes.innerHTML="";
label_links.innerHTML =" specifications | review
";
}
else if (tipMB=="cn10k"||tipMB=="cn13k") {
label_notes.innerHTML ="The EPIA CN motherboard documentation doesn't contain 'network', 'mp3' & 'DVD playback' (only for the CN13000) mode power consumption figures and therefore they have been set to 0w in these modes.
";
label_links.innerHTML =" specifications | -
";
}
else if (tipMB=="ek8k"||tipMB=="ek10k") {
label_notes.innerHTML ="";
label_links.innerHTML =" specifications | -
";
}
else if (tipMB=="m6k"||tipMB=="m10k") {
label_notes.innerHTML="";
label_links.innerHTML =" specifications | review
";
}
else if (tipMB=="m2_6k"||tipMB=="m2_10k"||tipMB=="m2_12k") {
label_notes.innerHTML="";
label_links.innerHTML =" specifications | review
";
}
else if (tipMB=="ml5k"||tipMB=="ml8k") {
label_notes.innerHTML="";
label_links.innerHTML =" specifications | -
";
}
else if (tipMB=="ms8k"||tipMB=="ms10k"||tipMB=="ms12k") {
label_notes.innerHTML="";
label_links.innerHTML =" specifications | review
";
}
else if (tipMB=="n5k"||tipMB=="n8k"||tipMB=="n1k") {
label_notes.innerHTML="";
label_links.innerHTML =" specifications | review
";
}
else if (tipMB=="nl5k"||tipMB=="nl8k"||tipMB=="nl1k") {
label_notes.innerHTML="";
label_links.innerHTML =" specifications | -
";
}
else if (tipMB=="pd6k"||tipMB=="pd10k") {
label_notes.innerHTML="";
label_links.innerHTML =" specifications | -
";
}
else if (tipMB=="sp8k"||tipMB=="sp13k") {
label_notes.innerHTML ="The EPIA SP motherboard documentation doesn't contain 'network' & 'mp3' mode power consumption figures and therefore they have been set to 0w in these two modes.
";
label_links.innerHTML =" specifications | review
";
}
else if (tipMB=="dp") {
label_notes.innerHTML ="The VT-310DP documentation only contains power consumptions figures for 'running common system applications' which should be roughly equal to the 'office applications' mode. All other modes have been set to 0w.
";
label_links.innerHTML ="specifications | -
";
}
else if (tipMB=="tc6k"||tipMB=="tc10k") {
label_links.innerHTML =" specifications | review
";
label_notes.innerHTML="";
}
else if (tipMB=="en12k"||tipMB=="en15k") {
label_links.innerHTML =" specifications | -
";
label_notes.innerHTML="";
}
else if (tipMB=="vb_15ghz"||tipMB=="vb_26ghz") {
label_links.innerHTML =" specifications | -
";
label_notes.innerHTML="";
}
else{
label_notes.innerHTML="";
label_links.innerHTML="";
}
// if (c.rail12V > 1.5) {
// if (document.forms[0].pow)
// document.forms[0].pow.value = "Current on 12V rail exceeds 1.5A, must select PW-60a/b or PW-70a/b";
// }
//Another sample test.
// if (totalPower > 60) {
//Do we have a form object to write to ?
// if (document.forms[0].pow)
// document.forms[0].pow.value = "Power needs exceed 60W. You must select a more powerful AC adaptor!";
// }
while (index >= 0)
{
toperations += this.Operations[index].name + ": " + this.Operations[index].running + "\n";
index--;
}
form.operations.value = toperations;
};