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Merge branch 'release-1.36'

This commit is contained in:
Isaac Connor 2021-05-25 13:17:26 -04:00
parent 799a0ed7ba 3b5de40d05
commit 824a6dc15b
1 changed files with 41 additions and 22 deletions
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49
web/skins/classic/views/js/montagereview.js
View File

@ -507,8 +507,9 @@ function redrawScreen() {
scaleDiv.hide();
fit.text('Scale');
monitors.height(mh.toString() + "px"); // leave a small gap at bottom
monitors.height(mh.toString() + 'px'); // leave a small gap at bottom
if (maxfit2(monitors.outerWidth(), monitors.outerHeight()) == 0) { /// if we fail to fix we back out of fit mode -- ??? This may need some better handling
console.log("Failed to fit, dropping back to scaled mode");
fitMode=1-fitMode;
}
} else {
@ -779,8 +780,8 @@ function maxfit2(divW, divH) {
var minScale = 0.05;
var maxScale = 5.00;
var bestFitArea = 0;
var borders=-1;
var borders_width=-1;
var borders_height=-1;
//monitorPtr.sort(compSize); //Sorts monitors by size in viewport. If enabled makes captions not line up with graphs.
@ -807,8 +808,12 @@ function maxfit2(divW, divH) {
return 1; // it's OK
}
if ( borders <= 0 ) {
borders = parseInt($j('#Monitor'+monId).css('border')) * 2;
var monitor_div = $j('#Monitor'+monId);
if ( borders_width <= 0 ) {
borders_width = parseInt(monitor_div.css('border-left-width')) + parseInt(monitor_div.css('border-right-width'));
}
if ( borders_height <= 0) {
borders_height = parseInt(monitor_div.css('border-top-width')) + parseInt(monitor_div.css('border-bottom-width'));
} // assume fixed size border, and added to both sides and top/bottom
// try fitting over first, then down. Each new one must land at either upper right or lower left corner of last (try in that order)
// Pick the one with the smallest Y, then smallest X if Y equal
@ -816,22 +821,36 @@ function maxfit2(divW, divH) {
var fitY = 999999999;
for ( adjacent = 0; adjacent < m; adjacent ++ ) {
// try top right of adjacent
if ( doesItFit(thisX2[adjacent]+1, thisY[adjacent], monitorWidth[monId] * thisScale * monitorNormalizeScale[monId] * monitorZoomScale[monId] + borders, monitorHeight[monId] * thisScale * monitorNormalizeScale[monId] * monitorZoomScale[monId] + borders, m-1) == 1 ) {
if (doesItFit(
thisX2[adjacent]+1,
thisY[adjacent],
monitorWidth[monId] * thisScale * monitorNormalizeScale[monId] * monitorZoomScale[monId] + borders_width,
monitorHeight[monId] * thisScale * monitorNormalizeScale[monId] * monitorZoomScale[monId] + borders_height,
m-1) == 1) {
if ( thisY[adjacent]<fitY || ( thisY[adjacent] == fitY && thisX2[adjacent]+1 < fitX ) ) {
fitX = thisX2[adjacent] + 1;
fitY = thisY[adjacent];
}
}
// try bottom left
if ( doesItFit(thisX[adjacent], thisY2[adjacent]+1, monitorWidth[monId] * thisScale * monitorNormalizeScale[monId] * monitorZoomScale[monId] + borders, monitorHeight[monId] * thisScale * monitorNormalizeScale[monId] * monitorZoomScale[monId] + borders, m-1) == 1 ) {
if (doesItFit(
thisX[adjacent],
thisY2[adjacent]+1,
monitorWidth[monId] * thisScale * monitorNormalizeScale[monId] * monitorZoomScale[monId] + borders_width,
monitorHeight[monId] * thisScale * monitorNormalizeScale[monId] * monitorZoomScale[monId] + borders_height,
m-1) == 1) {
if ( thisY2[adjacent]+1 < fitY || ( thisY2[adjacent]+1 == fitY && thisX[adjacent] < fitX ) ) {
fitX = thisX[adjacent];
fitY = thisY2[adjacent] + 1;
}
}
}
} // end for adjacent < m
if ( m == 0 ) { // note for the very first one there were no adjacents so the above loop didn't run
if ( doesItFit(0, 0, monitorWidth[monId] * thisScale * monitorNormalizeScale[monId] * monitorZoomScale[monId] + borders, monitorHeight[monId] * thisScale * monitorNormalizeScale[monId] * monitorZoomScale[monId] + borders, -1) == 1 ) {
if ( doesItFit(
0, 0,
monitorWidth[monId] * thisScale * monitorNormalizeScale[monId] * monitorZoomScale[monId] + borders_width,
monitorHeight[monId] * thisScale * monitorNormalizeScale[monId] * monitorZoomScale[monId] + borders_height,
-1) == 1 ) {
fitX = 0;
fitY = 0;
}
@ -841,11 +860,11 @@ function maxfit2(divW, divH) {
break; // break out of monitor loop flagging we didn't fit
}
thisX[m] =fitX;
thisX2[m]=fitX + monitorWidth[monitorPtr[m]] * thisScale * monitorNormalizeScale[monitorPtr[m]] * monitorZoomScale[monitorPtr[m]] + borders;
thisX2[m]=fitX + monitorWidth[monitorPtr[m]] * thisScale * monitorNormalizeScale[monitorPtr[m]] * monitorZoomScale[monitorPtr[m]] + borders_width;
thisY[m] =fitY;
thisY2[m]=fitY + monitorHeight[monitorPtr[m]] * thisScale * monitorNormalizeScale[monitorPtr[m]] * monitorZoomScale[monitorPtr[m]] + borders;
thisY2[m]=fitY + monitorHeight[monitorPtr[m]] * thisScale * monitorNormalizeScale[monitorPtr[m]] * monitorZoomScale[monitorPtr[m]] + borders_height;
thisArea += (thisX2[m] - thisX[m])*(thisY2[m] - thisY[m]);
}
} // end foreach monitor
if ( allFit == 1 ) {
minScale=thisScale;
if (bestFitArea<thisArea) {
@ -864,11 +883,11 @@ function maxfit2(divW, divH) {
if ( bestFitArea > 0 ) { // only rearrange if we could fit -- otherwise just do nothing, let them start coming out, whatever
for ( m = 0; m < numMonitors; m++ ) {
c = document.getElementById('Monitor' + monitorPtr[m]);
c.style.position = "absolute";
c.style.position = 'absolute';
c.style.left = bestFitX[m].toString() + "px";
c.style.top = bestFitY[m].toString() + "px";
c.width = bestFitX2[m] - bestFitX[m] + 1 - borders;
c.height = bestFitY2[m] - bestFitY[m] + 1 - borders;
c.width = bestFitX2[m] - bestFitX[m] + 1 - borders_width;
c.height = bestFitY2[m] - bestFitY[m] + 1 - borders_height;
}
return 1;
} else {