function Tenth(){
    let params=arguments[0]
    let sideX = params[0]
    let sideY = params[1]
    let startX = params[2]
    let startY = params[3]
    let matrix = []
    for(let i=0; i<sideY;i++){              // тук си правя array-те
         matrix[i]=new Array()
    }
    matrix[startY][startX]=1
    let numbers =[]
    numbers.push([startX,startY])
    while(numbers.length>0){                // проверявам за всяка клетка дали има по-големи от нея в 8-те посоки и ако има такава и задавам нова стойност, и я добавям към numbers, за оискедваща проверка
        let current = numbers.shift()
        let currentX = current[0]
        let currentY = current[1]
        // right
        if(currentX<sideX-1&&currentX>=0&&currentY>=0&&currentY<sideY){
            if(matrix[currentY][currentX]<matrix[currentY][currentX+1]||matrix[currentY][currentX+1]==undefined){
                matrix[currentY][currentX+1]=matrix[currentY][currentX]+1
                numbers.push([currentX+1,currentY])
            }
        }
        // down
        if(currentY<sideY-1&&currentY>=0&&currentX>=0&&currentX<=sideX){
            if(matrix[currentY][currentX]<matrix[currentY+1][currentX]||matrix[currentY+1][currentX]==undefined){
                matrix[currentY+1][currentX]=matrix[currentY][currentX]+1
                numbers.push([currentX,currentY+1])
            }
        }
        // left
        if(currentX>0&&currentX<sideX&&currentY>=0&&currentY<sideY){
            if(matrix[currentY][currentX]<matrix[currentY][currentX-1]||matrix[currentY][currentX-1]==undefined){
                matrix[currentY][currentX-1]=matrix[currentY][currentX]+1
                numbers.push([currentX-1,currentY])
            }
        }
        // up
        if(currentY<sideY&&currentY>0&&currentX>=0&&currentX<=sideX){
            if(matrix[currentY][currentX]<matrix[currentY-1][currentX]||matrix[currentY-1][currentX]==undefined){
                matrix[currentY-1][currentX]=matrix[currentY][currentX]+1
                numbers.push([currentX,currentY-1])
            }
        }

        // diagonal up right
        if(currentX<sideX-1&&currentX>=0&&currentY>0&currentY<sideY){
            if(matrix[currentY][currentX]<matrix[currentY-1][currentX+1]||matrix[currentY-1][currentX+1]==undefined){
                matrix[currentY-1][currentX+1]=matrix[currentY][currentX]+1
                numbers.push([currentX+1,currentY-1])
            }
        }
        //diagonal up left
        if(currentX>0&&currentX<sideX&&currentY>0&&currentY<sideY){
            if(matrix[currentY][currentX]<matrix[currentY-1][currentX-1]||matrix[currentY-1][currentX-1]==undefined){
                matrix[currentY-1][currentX-1]=matrix[currentY][currentX]+1
                numbers.push([currentX-1,currentY-1])
            }
        }
        //diagonal down left
        if(currentX>0&&currentX<sideX&&currentY>=0&&currentY<sideY-1){
            if(matrix[currentY][currentX]<matrix[currentY+1][currentX-1]||matrix[currentY+1][currentX-1]==undefined){
                matrix[currentY+1][currentX-1]=matrix[currentY][currentX]+1
                numbers.push([currentX-1,currentY+1])
            }
        }
        // diagonal down right
        if(currentX<sideX-1&&currentX>=0&&currentY>=0&currentY<sideY-1){
            if(matrix[currentY][currentX]<matrix[currentY+1][currentX+1]||matrix[currentY+1][currentX+1]==undefined){
                matrix[currentY+1][currentX+1]=matrix[currentY][currentX]+1
                numbers.push([currentX+1,currentY+1])
            }
        }
    }
    matrix.map(x=>console.log(x.join(' ')))
}

Tenth([3, 3, 2, 2])