ParseTSBlueprint radiator temporary

unit ParseTSBlueprint;

// I've copied this from the source code at git to know which is the cast for each type of data.
// Short names
//    property S[const Name: string]: string read GetString write SetString;        // returns '' if property doesn't exist, auto type-cast except for array/object
//    property I[const Name: string]: Integer read GetInt write SetInt;             // returns 0 if property doesn't exist, auto type-cast except for array/object
//    property L[const Name: string]: Int64 read GetLong write SetLong;             // returns 0 if property doesn't exist, auto type-cast except for array/object
//    property U[const Name: string]: UInt64 read GetULong write SetULong;          // returns 0 if property doesn't exist, auto type-cast except for array/object
//    property F[const Name: string]: Double read GetFloat write SetFloat;          // returns 0 if property doesn't exist, auto type-cast except for array/object
//    property D[const Name: string]: TDateTime read GetDateTime write SetDateTime; // returns 0 if property doesn't exist, auto type-cast except for array/object
//    property DUtc[const Name: string]: TDateTime read GetUtcDateTime write SetUtcDateTime; // returns 0 if property doesn't exist, auto type-cast except for array/object
//    property B[const Name: string]: Boolean read GetBool write SetBool;           // returns false if property doesn't exist, auto type-cast with "<>'true'" and "<>0" except for array/object
//    property A[const Name: string]: TJsonArray read GetArray write SetArray;      // auto creates array on first access
//    property O[const Name: string]: TJsonObject read {$IFDEF BCB}GetObj{$ELSE}GetObject{$ENDIF} write SetObject;   // auto creates object on first access
//00066EB6

procedure SplitText(const s: String; aList: TStringList);
begin
  aList.Delimiter := '|';
  aList.StrictDelimiter := True; // Spaces excluded from being a delimiter
  aList.DelimitedText := s;
end;

function GetPluginIndex(PluginName: string): integer;
var
  i, pi : integer;
begin
  pi := -1;
  for i := Pred(FileCount) downto 0 do
    if SameText(PluginName, GetFileName(FileByIndex(i))) then begin
      pi := i;
      Break;
    end;
  Result := pi;
end;

function GetWorkshopRef(PluginIndex: integer; WorkshopID:string): IInterface;
var
  fid: integer;
  f: IInterface;
begin
  f := FileByIndex(PluginIndex);
  fid := StrToInt64('$' + IntToHex(GetLoadOrder(f), 2) + WorkshopID);
  Result := RecordByFormID(f, fid, True);
end;

procedure AddOrAssign(r: IInterface; container: string; element: string; value: string);
var
  el: IInterface;
begin
  if ElementExists(r, container) then begin
    el := ElementByPath(r, container);
    el := ElementAssign(el, HighInteger, nil, False);
    if Assigned(el) then begin
      SetElementEditValues(el, element, value);
    end;
  end
  else begin
    el := Add(r, container, True);
    if Assigned(el) then begin
      SetElementEditValues(ElementByIndex(el, 0), element, value);
    end;
  end;
end;

procedure BeginImport(bppath: string; ToFile: IInterface);
var
  BP, obj: TJsonObject;
  form_id, reftype: string;
  items: TJsonArray;
  j, i, pi: integer;
  f, lr, workshopRef, workshopRefOverride, ws, wscell, cell, ref, refA, refB, temp, powerRadiator, testPR: IInterface;
  sl: TStringList;
  c: TwbGridCell;
  pos: TwbVector;
begin
  BP := TJsonObject.Create;
  try
    BP.LoadFromResource(bppath); // parse the blueprint in the path given by the argument (relative to data)
    AddMasterIfMissing(ToFile, GetFileName(FileByIndex(0)));
    pi := GetPluginIndex(BP.O['header'].S['worldspace_plugin']);
    f := FileByIndex(pi);
    workshopRef := GetWorkshopRef(pi, BP.O['workshop'].S['id']);
    wscell := LinksTo(ElementByName(workshopRef, 'Cell'));
    AddMasterIfMissing(ToFile, GetFileName(GetFile(wscell)));
    workshopRefOverride := wbCopyElementToFile(workshopRef, ToFile, False, True);// Override record for workshop ref
    ws := LinksTo(ElementByName(wscell, 'Worldspace'));
    items := BP.A['items']; // Store the blueprint items array in items.
    i := 0;
    while i < items.Count do begin
      obj := items.O[i];
      pi := GetPluginIndex(obj.S['plugin_name']);
      if pi = -1 then begin
        AddMessage(obj.S['plugin_name'] + ' Plugin Not Found');
      end
      else begin
        pos.x := StrToFloat(obj.S['posX']);
        pos.y := StrToFloat(obj.S['posY']);
        pos.z := StrToFloat(obj.S['posZ']);
        c := wbPositionToGridCell(pos);
        cell := GetCellFromWorldSpace(ws, c.x, c.y);
        if Assigned(cell) then begin
          form_id := IntToHex(GetLoadOrder(FileByIndex(pi)), 2) + obj.S['FormID'];
          AddMasterIfMissing(ToFile, GetFileName(FileByIndex(pi)));
          temp := wbCopyElementToFile(ElementByIndex(ChildGroup(cell), 0), ToFile, True, False);//cell -> temporary

          testPR := RecordByFormID(FileByIndex(pi), StrToInt64('$' + form_id), False);
          if Signature(testPR) = 'NPC_' then reftype := 'ACHR' else reftype := 'REFR';

          ref := Add(temp, reftype, True);
          SetElementEditValues(ref, 'NAME', form_id);
          SetElementEditValues(ref, 'DATA\Position\X', obj.S['posX']);
          SetElementEditValues(ref, 'DATA\Position\Y', obj.S['posY']);
          SetElementEditValues(ref, 'DATA\Position\Z', obj.S['posZ']);
          SetElementEditValues(ref, 'DATA\Rotation\X', obj.S['rotX']);
          SetElementEditValues(ref, 'DATA\Rotation\Y', obj.S['rotY']);
          SetElementEditValues(ref, 'DATA\Rotation\Z', obj.S['rotZ']);

          if obj.S['Scale'] <> '1.0' then begin
            lr := Add(ref, 'XSCL', True);
            if Assigned(lr) then
              SetEditValue(lr, obj.S['Scale']);
          end;

          lr := Add(ref, 'Linked References', True);
          if Assigned(lr) then begin
            SetElementEditValues(lr, 'XLKR\Keyword/Ref', '00054BA6');
            SetElementEditValues(lr, 'XLKR\Ref', Name(workshopRef));
          end;

          obj.I['RefId'] := GetLoadOrderFormID(ref);
          obj.I['Cell'] := GetLoadOrderFormID(cell);
        end;
      end;
      Inc(i);
    end;

    // Start Powering Phase While
    i := 0;
    while i < items.Count do begin
      obj := items.O[i];

      if obj.I['RefId'] <> 0 then
        pi := GetPluginIndex(obj.S['plugin_name']);

        // Get Power Radiator
        if not Assigned(powerRadiator) then begin
          form_id := IntToHex(GetLoadOrder(FileByIndex(pi)), 2) + obj.S['FormID'];
          testPR := RecordByFormID(FileByIndex(pi), StrToInt64('$' + form_id), False);
          lr := ElementByPath(testPR, 'PRPS');
          if Assigned(lr) then begin
            sl := TStringList.Create;
            j := 0;
            while j < ElementCount(lr) do begin
              sl.Add(GetElementEditValues(ElementByIndex(lr, j), 'Actor Value'));
              Inc(j);
            end;

            lr := ElementByPath(testPR, 'KWDA');
            if Assigned(lr) then begin
              j := 0;
              while j < ElementCount(lr) do begin
                sl.Add(GetEditValue(ElementByIndex(lr, j)));
                Inc(j);
              end;
            end;

            if sl.IndexOf('PowerRadiation [AVIF:0000032F]') > -1 then
              if sl.IndexOf('WorkshopSwitchActivatorKeyword [KYWD:001690A4]') = -1 then
                powerRadiator := RecordByFormID(ToFile, obj.I['RefId'], True);
          end;
        end;

        refA := RecordByFormID(ToFile, obj.I['RefId'], True);
        cell := RecordByFormID(ToFile, obj.I['Cell'], True);

        // Start if Cables else Objects
        // Start Cables
        if obj.S['ConnectedObjects'] <> '' then begin

          sl := TStringList.Create;
          SplitText(obj.S['ConnectedObjects'], sl);

          // Loop Connected Objects
          j := 0;
          while j < sl.Count do begin
            // Start (Is Connected Object with greater Index)
            if StrToInt(sl[j]) > i then begin
              // Get Connected Object Ref
              refB := RecordByFormID(ToFile, items.O[StrToInt(sl[j])].L['RefId'], True);

              // Create Spline
              temp := wbCopyElementToFile(ElementByIndex(ChildGroup(cell), 0), ToFile, True, False);//cell -> temporary
              ref := Add(temp, 'REFR', True);
              SetElementEditValues(ref, 'NAME', '0001D971');
              SetElementNativeValues(ref, 'DATA\Position\X', StrToFloat(obj.S['posX']) + ((GetElementNativeValues(refB, 'DATA\Position\X') - GetElementNativeValues(refA, 'DATA\Position\X'))/2));
              SetElementNativeValues(ref, 'DATA\Position\Y', StrToFloat(obj.S['posY']) + ((GetElementNativeValues(refB, 'DATA\Position\Y') - GetElementNativeValues(refA, 'DATA\Position\Y'))/2));
              SetElementNativeValues(ref, 'DATA\Position\Z', StrToFloat(obj.S['posZ']) + ((GetElementNativeValues(refB, 'DATA\Position\Z') - GetElementNativeValues(refA, 'DATA\Position\Z'))/2));
              SetElementEditValues(ref, 'DATA\Rotation\X', '0.0');
              SetElementEditValues(ref, 'DATA\Rotation\Y', '0.0');
              SetElementEditValues(ref, 'DATA\Rotation\Z', '0.0');

              // Link Spline ref to workshop
              lr := Add(ref, 'Linked References', True);
              if Assigned(lr) then begin
                SetElementEditValues(lr, 'XLKR\Keyword/Ref', '00054BA6');
                SetElementEditValues(lr, 'XLKR\Ref', Name(workshopRefOverride));
              end;

              // Set Spline Values
              lr := Add(ref, 'XBSD', True);
              if Assigned(lr) then begin
                // Slack
                SetEditValue(ElementByIndex(lr, 0), '0.051149');
                // Thickness
                SetEditValue(ElementByIndex(lr, 1), '1.500000');
                // ? Other point Relative X
                SetNativeValue(ElementByIndex(lr, 2), (GetElementNativeValues(refB, 'DATA\Position\X') - GetElementNativeValues(refA, 'DATA\Position\X'))/2);
                // ? Other point Relative Y
                SetNativeValue(ElementByIndex(lr, 3), (GetElementNativeValues(refB, 'DATA\Position\Y') - GetElementNativeValues(refA, 'DATA\Position\Y'))/2);
                // ? Other point Relative Z
                SetNativeValue(ElementByIndex(lr, 4), (GetElementNativeValues(refB, 'DATA\Position\Z') - GetElementNativeValues(refA, 'DATA\Position\Z'))/2);
                // Detached End
                SetEditValue(ElementByIndex(lr, 5), 'False');
              end;

              // Set Spline Connections
              AddOrAssign(ref, 'Spline Connection', 'Ref', Name(refA));
              AddOrAssign(ref, 'Spline Connection', 'Ref', Name(refB));
              AddOrAssign(refA, 'Spline Connection', 'Ref', Name(ref));
              AddOrAssign(refB, 'Spline Connection', 'Ref', Name(ref));

              // Setup Grid
              if ElementExists(workshopRefOverride, 'Power Grid') then begin
                lr := ElementByPath(workshopRefOverride, 'Power Grid');
                SetElementNativeValues(lr, 'XWPG', GetElementNativeValues(lr, 'XWPG') + 1);
                lr := ElementByPath(lr, 'Connections');
                if Assigned(lr) then begin
                  lr := ElementAssign(lr, HighInteger, nil, False);
                  if Assigned(lr) then begin
                    SetElementEditValues(lr, 'Node 1', Name(refA));
                    SetElementEditValues(lr, 'Node 2', Name(refB));
                    SetElementEditValues(lr, 'Line', Name(ref));
                  end;
                end;
              end
              else begin
                lr := Add(workshopRefOverride, 'Power Grid', True);
                if Assigned(lr) then begin
                  SetElementEditValues(lr, 'XWPG', '1');
                  lr := Add(lr, 'XWPN', False);
                  if Assigned(lr) then begin
                    //AddMessage('Signature: ' + Signature(lr));
                    SetElementEditValues(lr, 'XWPN\Node 1', Name(refA));
                    SetElementEditValues(lr, 'XWPN\Node 2', Name(refB));
                    SetElementEditValues(lr, 'XWPN\Line', Name(ref));
                  end;
                end;
              end;

            // End (Is Connected Object with greater Index)
            end;
            Inc(j);
          // End Loop Connected Objects
          end;
        // End Cables
        end
        // Start Objects
        else begin
          // Start If assigned radiator
          if Assigned(powerRadiator) then begin
            // Start if powered
            if obj.I['isPowered'] = 1 then begin
              // Start Setup Grid
              // Start Exist
              if ElementExists(workshopRefOverride, 'Power Grid') then begin
                lr := ElementByPath(workshopRefOverride, 'Power Grid');
                SetElementNativeValues(lr, 'XWPG', GetElementNativeValues(lr, 'XWPG') + 1);
                lr := ElementByPath(lr, 'Connections');
                if Assigned(lr) then begin
                  lr := ElementAssign(lr, HighInteger, nil, False);
                  if Assigned(lr) then begin
                    SetElementEditValues(lr, 'Node 1', Name(refA));
                    SetElementEditValues(lr, 'Node 2', Name(powerRadiator));
                  end;
                end;
              // End Exits
              end
              // Start Not Exist
              else begin
                lr := Add(workshopRefOverride, 'Power Grid', True);
                if Assigned(lr) then begin
                  SetElementEditValues(lr, 'XWPG', '1');
                  lr := Add(lr, 'XWPN', False);
                  if Assigned(lr) then begin
                    SetElementEditValues(lr, 'XWPN\Node 1', Name(refA));
                    SetElementEditValues(lr, 'XWPN\Node 2', Name(powerRadiator));
                  end;
                end;
              // End Not Exits
              // End Setup Grid
              end;
            // End if powered
            end;
          // End If assigned radiator
          end;
        // End Objects
        // End if Cables else Objects
        end;
      Inc(i);
    // End Powering Phase While
    end;
  finally
    BP.Free;
  end;
end;

// in the initialization it just shows a dialogue to enter the path of the blueprint
// and calls BeginImport with the given path
function Initialize: Integer;
var
  s: string;
  f: IInterface;
begin
  s := InputBox('Import TS Blueprint to esp.', 'Blueprint Path:', 'TS/bp.json');
  s := Trim(s);
  if s <> '' then begin
    if ResourceExists(s) then begin
      f := AddNewFile; //Shows a dialog to create a new esp.
      if f <> nil then BeginImport(s, f) else AddMessage('Invalid File Name.');
    end
    else AddMessage('File ' + s + ' could not be found in the Data folder.');
  end
  else AddMessage('You must eneter the path of the blueprint (relative to Data).');
  Result := 1;
end;

function GetCellFromWorldspace(Worldspace: IInterface; GridX, GridY: integer): IInterface;
var
  blockidx, subblockidx, cellidx: integer;
  wrldgrup, block, subblock, cell: IInterface;
  Grid, GridBlock, GridSubBlock: TwbGridCell;
  LabelBlock, LabelSubBlock: Cardinal;
begin
  Grid := wbGridCell(GridX, GridY);
  GridSubBlock := wbSubBlockFromGridCell(Grid);
  LabelSubBlock := wbGridCellToGroupLabel(GridSubBlock);
  GridBlock := wbBlockFromSubBlock(GridSubBlock);
  LabelBlock := wbGridCellToGroupLabel(GridBlock);

  wrldgrup := ChildGroup(Worldspace);
  // iterate over Exterior Blocks
  for blockidx := 0 to Pred(ElementCount(wrldgrup)) do begin
    block := ElementByIndex(wrldgrup, blockidx);
    if GroupLabel(block) <> LabelBlock then Continue;
    // iterate over SubBlocks
    for subblockidx := 0 to Pred(ElementCount(block)) do begin
      subblock := ElementByIndex(block, subblockidx);
      if GroupLabel(subblock) <> LabelSubBlock then Continue;
      // iterate over Cells
      for cellidx := 0 to Pred(ElementCount(subblock)) do begin
        cell := ElementByIndex(subblock, cellidx);
        if (Signature(cell) <> 'CELL') or GetIsPersistent(cell) then Continue;
        if (GetElementNativeValues(cell, 'XCLC\X') = Grid.x) and (GetElementNativeValues(cell, 'XCLC\Y') = Grid.y) then begin
          Result := cell;
          Exit;
        end;
      end;
      Break;
    end;
    Break;
  end;
end;

end.