std::string ZDvidUrl::getSparsevolUrl(uint64_t bodyId, const std::string &dataName) const
{
ZString str;
str.appendNumber(bodyId);
return GetFullUrl(getSparsevolUrl(dataName), str);
}
std::string ZDvidUrl::getSparsevolUrl(
uint64_t bodyId, const ZIntCuboid &box) const
{
ZString url = getSparsevolUrl(bodyId);
if (url.empty()) {
return "";
}
return AppendRangeQuery(url, box);
/*
if (!box.isEmpty()) {
url += "?minx=";
url.appendNumber(box.getFirstCorner().getX());
url += "&maxx=";
url.appendNumber(box.getLastCorner().getX());
url += "&miny=";
url.appendNumber(box.getFirstCorner().getY());
url += "&maxy=";
url.appendNumber(box.getLastCorner().getY());
url += "&minz=";
url.appendNumber(box.getFirstCorner().getZ());
url += "&maxz=";
url.appendNumber(box.getLastCorner().getZ());
}
return url;
*/
}
std::string ZDvidUrl::getSparsevolUrl(int bodyId, int z) const
{
ZString url = getSparsevolUrl(bodyId) + "?minz=";
url.appendNumber(z);
url += "&maxz=";
url.appendNumber(z);
return url;
}
std::string ZDvidUrl::getSplitTaskKey(const uint64_t bodyId) const
{
std::string key;
std::string bodyUrl = getSparsevolUrl(bodyId);
if (!bodyUrl.empty()) {
key = "task__" + ZString(bodyUrl).replace(":", "-").replace("/", "+");
}
return key;
}
std::string ZDvidUrl::getSparsevolUrl(
uint64_t bodyId, int z, neutube::EAxis axis) const
{
if (axis == neutube::EAxis::ARB) {
return "";
}
ZString url = getSparsevolUrl(bodyId);
if (url.empty()) {
return "";
}
return AppendRangeQuery(url, z, z, axis, true);
#if 0
switch (axis) {
case neutube::Z_AXIS:
url = AppendQueryM(
url, {std::make_pair("minz", z),
std::make_pair("maxz", z)});
// url = AppendQuery(url, std::make_pair("maxz", z));
// url += "?minz=";
// url.appendNumber(z);
// url += "&maxz=";
break;
case neutube::X_AXIS:
url = AppendQueryM(
url, {std::make_pair("minx", z),
std::make_pair("maxx", z)});
// url += "?minx=";
// url.appendNumber(z);
// url += "&maxx=";
break;
case neutube::Y_AXIS:
url = AppendQueryM(
url, {std::make_pair("miny", z),
std::make_pair("maxy", z)});
// url += "?miny=";
// url.appendNumber(z);
// url += "&maxy=";
break;
case neutube::A_AXIS:
break;
}
url = AppendQuery(url, "exact=false");
// url.appendNumber(z);
// url += "&exact=false";
return url;
#endif
}
std::string ZDvidUrl::getSparsevolUrl(
int bodyId, const std::string &dataName) const
{
if (bodyId < 0) {
return "";
}
ZString str;
str.appendNumber(bodyId);
return getSparsevolUrl(dataName) + "/" + str;
}
std::string ZDvidUrl::getMultiscaleSparsevolUrl(uint64_t bodyId, int zoom) const
{
std::string url;
if (m_dvidTarget.hasMultiscaleSegmentation()) {
url = getSparsevolUrl(bodyId);
if (zoom > m_dvidTarget.getMaxLabelZoom()) {
zoom = m_dvidTarget.getMaxLabelZoom();
}
ZString option = "?scale=";
option.appendNumber(zoom);
url += option;
} else {
if (zoom == 0) {
url = getSparsevolUrl(bodyId);
} else {
url = getSparsevolUrl(bodyId, m_dvidTarget.getBodyLabelName(zoom));
}
}
return url;
}
std::string ZDvidUrl::getSparsevolUrl(
uint64_t bodyId, int minZ, int maxZ, neutube::EAxis axis) const
{
if (axis == neutube::EAxis::ARB) {
return "";
}
ZString url = getSparsevolUrl(bodyId);
if (url.empty()) {
return "";
}
return AppendRangeQuery(url, minZ, maxZ, axis, true);
/*
switch (axis) {
case neutube::Z_AXIS:
url += "?minz=";
url.appendNumber(minZ);
url += "&maxz=";
url.appendNumber(maxZ);
break;
case neutube::X_AXIS:
url += "?minx=";
url.appendNumber(minZ);
url += "&maxx=";
url.appendNumber(maxZ);
break;
case neutube::Y_AXIS:
url += "?miny=";
url.appendNumber(minZ);
url += "&maxy=";
url.appendNumber(maxZ);
break;
case neutube::A_AXIS:
break;
}
return url;
*/
}
std::string ZDvidUrl::getSparsevolUrl(uint64_t bodyId) const
{
return getSparsevolUrl(bodyId, m_dvidTarget.getBodyLabelName());
}
