Lines Matching refs:springs
274 // Whether or not any preferred padding (or container padding) springs
537 if (horizontalGroup.springs.size() > 1) {
540 return (Group)horizontalGroup.springs.get(index);
568 if (verticalGroup.springs.size() > 1) {
571 return (Group)verticalGroup.springs.get(index);
576 * container gaps should be generated the necessary springs are
917 // Step 2: Calculate autopadding springs
1020 // Step 1: If not-valid, clear springs and update visibility.
1097 List<Spring> springs = group.springs;
1098 for (int counter = springs.size() - 1; counter >= 0; counter--) {
1099 Spring spring = springs.get(counter);
1138 * Adjusts the autopadding springs for the horizontal and vertical
1140 * springs, otherwise this will only adjust the springs that
1141 * comprise auto preferred padding springs.
1251 List<Spring> springs = ((Group)spring).springs;
1253 for (int counter = 0; counter < springs.size(); counter++) {
1254 createSpringDescription(buffer, springs.get(counter), indent,
1416 * springs should be treated as having a size of {@code 0}
1482 List<Spring> springs;
1485 springs = new ArrayList<Spring>();
1554 return springs.get(index);
1558 return springs.indexOf(spring);
1566 springs.add(spring);
1582 for (int counter = springs.size() - 1; counter >= 0;
1617 int count = springs.size();
1647 * Used to compute how the two values representing two springs
1658 * Adjusts the autopadding springs in this group and its children.
1660 * springs, otherwise this will only adjust the springs that
1661 * comprise auto preferred padding springs.
1663 * @param axis the axis of the springs; HORIZONTAL or VERTICAL
1666 * @param trailingPadding any trailing autopadding springs are added
1685 for (int counter = springs.size() - 1; counter >= 0; counter--) {
1686 Spring spring = springs.get(counter);
1691 springs.remove(counter);
1702 for (int counter = springs.size() - 1; counter >= 0; counter--) {
1703 Spring spring = springs.get(counter);
1713 for (int counter = springs.size() - 1; counter >= 0; counter--) {
1714 Spring spring = springs.get(counter);
1729 for (int i = springs.size() - 1; i >= 0; i--) {
1730 Spring spring = springs.get(i);
1806 baselineSpring = springs.get(springs.size() - 1);
1839 baselineSpring = springs.get(springs.size() - 1);
2020 for (Spring spring : springs) {
2025 } else if (springs.size() == 1) {
2030 } else if (springs.size() > 1) {
2040 int springCount = springs.size();
2045 // The following algorithm if used for resizing springs:
2053 // recalculate how must space the remaining springs will get.
2054 // 5. Set the size of the springs.
2056 // First pass, sort the resizable springs into the List resizable
2095 // springs.
2113 * the springs.
2118 int size = springs.size();
2140 while (index < springs.size()) {
2141 Spring spring = springs.get(index);
2164 // Warning, this must use springs.size, as it may change during the
2166 while (counter < springs.size()) {
2177 if (counter == springs.size()) {
2200 springs.add(counter, padding);
2217 if (counter == springs.size()) {
2239 if (counter == springs.size()) {
2261 for (Spring spring : springs) {
2278 // preceeding springs resize.
2280 for (Spring spring : springs) {
2289 for (int i = springs.size() - 1; i >= 0; i--) {
2290 Spring spring = springs.get(i);
2304 // If we get here, both leading and trailing springs are
2309 for (Spring spring : springs) {
2318 for (int i = springs.size() - 1; i >= 0; i--) {
2319 Spring spring = springs.get(i);
2348 * Used by SequentialGroup in calculating resizability of springs.
2580 for (Spring spring : springs) {
2614 for (Spring spring : springs) {
2655 // Whether or not all child springs have a baseline
2658 // max(spring.getBaseline()) of all springs aligned along the baseline
2663 // springs aligned along the baseline that have a baseline
2729 for (Spring spring : springs) {
2758 allSpringsHaveBaseline = (baselineSpringCount == springs.size());
2766 for (Spring spring : springs) {
2808 for (Spring spring : springs) {
2853 * Lays out springs that have a baseline along the baseline. All
2866 for (Spring spring : springs) {
2903 if (springs.size() > 1) {
2907 } else if (springs.size() == 1) {
2908 return springs.get(0).getBaseline();
2914 if (springs.size() == 1) {
2915 return springs.get(0).getBaselineResizeBehavior();
3388 * Represents two springs that should have autopadding inserted between
3607 // Remove horizontal/vertical springs
3627 ((Group)spring.getParent()).springs.remove(spring);