public void setSlopeOverride(boolean slopeOverride) {
flags = BitSetUtils.set(flags, SLOPEOVERRIDE_FLAG_INDEX, slopeOverride);
}
public void setStairs(boolean stairs) {
flags = BitSetUtils.set(flags, STAIRS_FLAG_INDEX, stairs);
}
public boolean isSlopeOverride() {
return BitSetUtils.get(flags, SLOPEOVERRIDE_FLAG_INDEX);
}
public void setNoThruTraffic(boolean noThruTraffic) {
flags = BitSetUtils.set(flags, NOTHRUTRAFFIC_FLAG_INDEX, noThruTraffic);
}
/** This street is a staircase */
public boolean isStairs() {
return BitSetUtils.get(flags, STAIRS_FLAG_INDEX);
}
public void setHasBogusName(boolean hasBogusName) {
flags = BitSetUtils.set(flags, HASBOGUSNAME_FLAG_INDEX, hasBogusName);
}
public boolean isNoThruTraffic() {
return BitSetUtils.get(flags, NOTHRUTRAFFIC_FLAG_INDEX);
}
public void setRoundabout(boolean roundabout) {
flags = BitSetUtils.set(flags, ROUNDABOUT_FLAG_INDEX, roundabout);
}
public boolean hasBogusName() {
return BitSetUtils.get(flags, HASBOGUSNAME_FLAG_INDEX);
}
public boolean isRoundabout() {
return BitSetUtils.get(flags, ROUNDABOUT_FLAG_INDEX);
}
public void setBack(boolean back) {
flags = BitSetUtils.set(flags, BACK_FLAG_INDEX, back);
}
/**
* Marks that this edge is the reverse of the one defined in the source data. Does NOT mean
* fromv/tov are reversed.
*/
public boolean isBack() {
return BitSetUtils.get(flags, BACK_FLAG_INDEX);
}
public void setWheelchairAccessible(boolean wheelchairAccessible) {
flags = BitSetUtils.set(flags, WHEELCHAIR_ACCESSIBLE_FLAG_INDEX, wheelchairAccessible);
}
public boolean isWheelchairAccessible() {
return BitSetUtils.get(flags, WHEELCHAIR_ACCESSIBLE_FLAG_INDEX);
}
