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add settings for regenerate intervals and related gui #1

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add settings for regenerate intervals and related gui #1

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287 changes: 287 additions & 0 deletions cheat-library/src/user/cheat/imap/InteractiveMap.cpp
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Original file line number Diff line number Diff line change
Expand Up @@ -30,6 +30,7 @@ namespace cheat::feature
NFS(f_STFixedPoints, "Fixed points", "InteractiveMap", SaveAttachType::Global),
NFS(f_STCustomPoints, "Custom points", "InteractiveMap", SaveAttachType::Global),
NFS(f_STCompletedPoints, "Save completed points", "InteractiveMap", SaveAttachType::Account),
NFS(f_STRegenerateIntervals, "Save regenerate intervals", "InteractiveMap", SaveAttachType::Global),

NF(f_IconSize, "Icon size", "InteractiveMap", 20.0f),
NF(f_MinimapIconSize, "Minimap icon size", "InteractiveMap", 14.0f),
Expand Down Expand Up @@ -69,7 +70,9 @@ namespace cheat::feature
CreateUserDataField("custom_points", f_CustomPointsJson, f_STCustomPoints.value());
CreateUserDataField("completed_points", f_CompletedPointsJson, f_STCompletedPoints.value());
CreateUserDataField("fixed_points", f_FixedPointsJson, f_STFixedPoints.value());
CreateUserDataField("regenerate_intervals", f_RegenerateIntervalJson, f_STRegenerateIntervals.value());

LoadCategoryRegenerateIntervals();
LoadCustomPoints();
LoadCompletedPoints();
LoadFixedPoints();
Expand Down Expand Up @@ -420,6 +423,8 @@ namespace cheat::feature

}

DrawRegenerateIntervals();

if (searchFixed)
ImGui::EndChild();
}
Expand Down Expand Up @@ -588,6 +593,37 @@ namespace cheat::feature
ImGui::CloseCurrentPopup();
}

auto& sceneData = m_ScenesData[label.sceneID];
auto& categories = sceneData.categories;
auto& categoryIntervals = sceneData.categoryIntervals;

auto* currCategory = GetCategoryByLabelID(label.sceneID, label.id);

if (currCategory != nullptr)
{
auto& currCategoryInterval = categoryIntervals[currCategory->name];

if (currCategoryInterval.labels.count(label.id) == 0)
{
currCategoryInterval.labels[label.id] = {
label.id, currCategoryInterval.interval, true
};
}

auto& currLabelInterval = currCategoryInterval.labels[label.id];

if (
ImGui::InputInt("Set regenerate interval", &currLabelInterval.interval)
)
{
if (currLabelInterval.interval < 0) currLabelInterval.interval = 0;

currLabelInterval.followCategory = currLabelInterval.interval == currCategoryInterval.interval;

SaveCategoryRegenerateIntervals();
}
}

ImGui::EndPopup();
}
// --
Expand All @@ -596,6 +632,84 @@ namespace cheat::feature
return;
}

void InteractiveMap::DrawRegenerateIntervals()
{
const auto sceneID = game::GetCurrentMapSceneID();
if (m_ScenesData.count(sceneID) == 0)
ImGui::Text("Sorry. Current scene is not supported.");

auto& sceneData = m_ScenesData[sceneID];
auto& categories = sceneData.categories;
auto& categoryIntervals = sceneData.categoryIntervals;
auto& labels = sceneData.labels;

for (auto& [categoryName, categoryLabels] : categories)
{
if (categoryIntervals.count(categoryName) == 0)
{
auto& categoryInterval = categoryIntervals[categoryName];

categoryInterval.name = categoryName;
categoryInterval.interval = 0;
}

auto& categoryInterval = categoryIntervals[categoryName];

if (
TypeWidget(
categoryName.c_str(),
categoryInterval.interval,
1, 0, 7 * 24,
"Set regenerate interval for category"
)
)
{
if (categoryInterval.interval < 0)
categoryInterval.interval = 0;

// no need to iterate over all children
// as all labels following category interval
// will not be saved

SaveCategoryRegenerateIntervals();
}

if (categoryInterval.labels.size() == 0)
continue;

for (auto& [labelID, labelRegenerateData] : categoryInterval.labels)
{
// only render special labels
if (labelRegenerateData.followCategory)
continue;

auto& labelData = labels[labelID];

if (
TypeWidget(
labelData.name.c_str(),
labelRegenerateData.interval,
1, 0, 7 * 24,
"Set regenerate interval for material"
)
)
{
if (labelRegenerateData.interval < 0)
labelRegenerateData.interval = 0;

if (labelRegenerateData.interval == categoryInterval.interval)
{
// label is not special anymore
// skip rendering in next frame
labelRegenerateData.followCategory = true;
}

SaveCategoryRegenerateIntervals();
}
}
}
}

InteractiveMap& InteractiveMap::GetInstance()
{
static InteractiveMap instance;
Expand Down Expand Up @@ -1088,6 +1202,33 @@ namespace cheat::feature
return;
}

auto currentTimeStamp = util::GetCurrentTimeMillisec();
auto completeTimestamp = data["complete_timestamp"].get<int64_t>();
auto* category = GetCategoryByLabelID(labelData->sceneID, labelData->id);

if (category == nullptr) return;

auto& categoryRegenerateData = m_ScenesData[labelData->sceneID].categoryIntervals[category->name];

int64_t intervalInMS = 0;

if (categoryRegenerateData.labels.count(labelData->id) == 0)
{
intervalInMS = categoryRegenerateData.interval * 60 * 60 * 1000;
}
else
{
auto& labelRegenerateData = categoryRegenerateData.labels[labelData->id];

intervalInMS = labelRegenerateData.interval * 60 * 60 * 1000;
}

if (intervalInMS != 0 && completeTimestamp + intervalInMS <= currentTimeStamp)
{
// point regenerated, skipping setting point to completed
return;
}

point.completed = true;
point.completeTimestamp = data["complete_timestamp"];
labelData->completedCount++;
Expand Down Expand Up @@ -1207,6 +1348,134 @@ namespace cheat::feature
m_CompletedPoints.clear();
}

void InteractiveMap::LoadCategoryRegenerateData(CategoryRegenerateInterval* categoryInterval, const nlohmann::json& data)
{
categoryInterval->name = data["name"];
categoryInterval->interval = data["interval"].get<uint32_t>();
auto& labels = data["labels"];

for (auto& [labelIDStr, labelData] : labels.items())
{
uint32_t labelID = std::stoul(labelIDStr);
int labelInterval = labelData.get<int>();

categoryInterval->labels[labelID] = {
labelID,
labelInterval,
false,
};
}
}

void InteractiveMap::LoadCategoryRegenerateIntervals()
{
auto& regenerateIntervalContainer = f_RegenerateIntervalJson.value();

for (auto& [sceneID, sceneData] : m_ScenesData)
{
std::string sceneIDStr = std::to_string(sceneID);

auto& categories = sceneData.categories;
auto& categoryIntervals = sceneData.categoryIntervals;

if (regenerateIntervalContainer.count(sceneIDStr) == 0)
{
for (auto& category : categories)
{
categoryIntervals[category.name] = {
category.name, 0
};
}
}
else
{
auto& sceneRegenerateIntervalContainer = regenerateIntervalContainer[sceneIDStr];

for (auto& category : categories)
{
auto& categoryInterval = categoryIntervals[category.name];

if (sceneRegenerateIntervalContainer.count(category.name) == 0)
{
categoryInterval.name = category.name;
categoryInterval.interval = 0;
}
else
{
auto& categoryIntervalContainer = sceneRegenerateIntervalContainer[category.name];
LoadCategoryRegenerateData(&categoryInterval, categoryIntervalContainer);
}
}
}
}
}

void InteractiveMap::SaveCategoryRegenerateData(nlohmann::json& jObject, CategoryRegenerateInterval* categoryInterval)
{
jObject["name"] = categoryInterval->name;
jObject["interval"] = categoryInterval->interval;

jObject["labels"] = nlohmann::json::object();
auto& labelContainer = jObject["labels"];

for (auto& [labelID, labelRegenerateData] : categoryInterval->labels)
{
std::string labelIDStr = std::to_string(labelID);
// only save special labels
if (labelRegenerateData.followCategory) continue;

labelContainer[labelIDStr] = labelRegenerateData.interval;
}
}

void InteractiveMap::SaveCategoryRegenerateIntervals()
{
nlohmann::json regenerateIntervalContainer = {};

for (auto& [sceneID, sceneData] : m_ScenesData)
{
auto& categories = sceneData.categories;
auto& categoryIntervals = sceneData.categoryIntervals;

std::string sceneIDStr = std::to_string(sceneID);
regenerateIntervalContainer[sceneIDStr] = nlohmann::json::object();
auto& sceneRegenerateIntervalContainer = regenerateIntervalContainer[sceneIDStr];

for (auto& [categoryName, category] : categories)
{
sceneRegenerateIntervalContainer[categoryName] = nlohmann::json::object();
auto& categoryIntervalContainer = sceneRegenerateIntervalContainer[categoryName];

auto& categoryRegenerateData = categoryIntervals[categoryName];
SaveCategoryRegenerateData(categoryIntervalContainer, &categoryRegenerateData);
}
}

f_RegenerateIntervalJson = regenerateIntervalContainer;
f_RegenerateIntervalJson.FireChanged();
}

void InteractiveMap::ResetCategoryRegenerateData(CategoryRegenerateInterval* categoryInterval)
{
categoryInterval->interval = 0;
categoryInterval->labels.clear();
}

void InteractiveMap::ResetCategoryRegenerateIntervals()
{
for (auto& [sceneID, sceneData] : m_ScenesData)
{
auto& categories = sceneData.categories;
auto& categoryIntervals = sceneData.categoryIntervals;

for (auto& [categoryName, category] : categories)
{
auto& categoryRegenerateData = categoryIntervals[categoryName];
ResetCategoryRegenerateData(&categoryRegenerateData);
}
}
}

void InteractiveMap::ReorderCompletedPointDataByTimestamp()
{
m_CompletedPoints.sort([](PointData* a, PointData* b) { return a->completeTimestamp < b->completeTimestamp; });
Expand Down Expand Up @@ -1979,6 +2248,24 @@ namespace cheat::feature
return labels;
}

InteractiveMap::CategoryData* InteractiveMap::GetCategoryByLabelID(uint32_t sceneID, uint32_t labelID)
{
auto& sceneData = m_ScenesData[sceneID];

for (auto& category : sceneData.categories)
{
for (auto& label : category.children)
{
if (label->id == labelID)
{
return &category;
}
}
}

return nullptr;
}

void InteractiveMap::InitializeEntityFilter(game::IEntityFilter* filter, const std::string& clearName)
{
auto labels = FindLabelsByClearName(clearName);
Expand Down
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