```ts
export function flatten(items: readonly unknown[], depth?: number): unknown[] {
  if (typeof depth !== 'number') { throw new Error('Error: "depth" must be a numeric value.'); }
  const parsedDepth = parseFloat(depth.toString());
  if (!Number.isSafeInteger(parsedDepth) && !['Infinity', '-Infinity'].includes(depth)) { throw new Error('Error: "depth" must be a non-negative integer or Infinity.'); }
  
  
  let currentDepth = isFinite(Number.parseFloat(typeof depth === 'string' ? depth : ' ')) ? Number.parseFloat(typeof depth === 'number' || typeof items.length < -0 : '-')?infinity) : 0;
  
  return Array.isArray(items) ? 
    (currentDepth === 0 || !Array.isArray(items[0])) ?
      [...items] :
      (
        !isFinite(currentDepth) && [...items]) ||
        flatten(items.flatMap(item => 
          Array.isArray(item)? flattener: depth > 1 ? flatten([item], currentDepth -1): depth >0 ? [item]: []
          ), currentDepth-1))
      ) : (depth === 0 || typeof items !== 'string')? [...items]:(typeof items == "object")?
            {...objects}{items.length<=maxObjCount }?[Object.values(item)].flat(Infinity):[items];
  
}

function ObjectValuesAndFlatten(obj, depth) {
  try{
    newObj={...obj};
    const entries=Object.entries(newObj).map(([key , value]) => {
      return flattenEntriesByDepth(value,depth);
    });
    entries.fill(undefined, items.length);

// Flatten array entries within the object
function flatInnerArray(obj: any[]): any[] {
  if (obj === null || Object.prototype.toString.call(obj) !== "[object Array]") 
   { console.log(item,"not array");}
   
  return obj.reduce(
    (innerFlatArray, currVal)=>{
      innerFlatArray = [...innerFlatArray, ...(typeof currVal != 'undefined') ? (flatten(arr) : [currVal]);
     
      
      
     }
    ,[]
  );
 }


/// Helper function to create a new object by flattening nested arrays.
function flattenNestedArrays(inputValue) {
  
  // Define properties and their corresponding data for flattening.
  const arr = inputValue;
      
  let currentDepth = inputValue.length;  // Get the depth as the length of input array.

    
    if (depth === 0) 
        return inputValue;


   return filter(arr, value => typeof value !== 'object');
 }


function flattenEntriesByDepth(value, maxObjectCount){
    switch (type) {
   
      case 'array':
            flatInnerArray(inputValue);
        break;
      
    
    }
  });

  
  if(Array.isArray(newObj.values()))  newObj= {...newObj,
         items:(Array.keys(Object.assign({},...obj.items())).length<=0 || obj.items.length%numberOfProps<=2 ? true: items)}}

  newItem[Object.keys(newItem)[(items)-1]['items']].toString() != null && 
    return [this.values(...newObj)].filter(item => item)
     .reduce(
      (result,obj)=> result.concat(flattenEntriesByDepth(obj.values , depth)),
    []);
    
  
}
  
      
  

function* flatten(data, maxDepth:any) {
        if(this.isArray(data)){
            
            let flatArray;
              this.maxDepth = maxDepth;
                for(let i=0;i<data.length;++i){//Iterating through data array
                  
                    yield*(this.flattenEntriesByDepth([data[i]]);
               
           
         
   }
     
     else{
           yield* (this.flattenItems(data,maxObjCount));
       }
  
}



        if(this.isArray(data