Row-major nested list to latex formatted tabular.

def ToTable(headers, data, colCount):
    """This method assumes headers is a list, and data is a list of lists.
        Each list in data represents one row of the data column"""
    #Must have at least one column
    colCount = max(1, colCount)
    #LaTeX code for a horizontal line
    h = "\\hline"
    #Escaped slash
    sl = "\\"
    #End of matrix line- the double slash to indicate end of matrix line,
    #a horizontal line for the matrix, and a line return for pretty formatting.
    endl = sl+sl+" "+h+"\n"


    s = ""

    #Start of a matrix
    s += "$latex \\begin{tabular}{"

    #Build column layout

    #column layout character
    clc = " | c"
    #number of headers per "column"
    nh = len(headers)

    #total columns
    tCol = nh*colCount
    #column layout string
    cls = (clc*(tCol+1))[:-1]
    cls += "}"
    #Add the top line
    #Add the column layout
    s += cls
    #Add the top hline, and line return
    s += h + "\n"

    #Build headers
    headers_ = ""
    for _ in xrange(colCount):
        for header in headers:
            headers_ += str(header) + " & "
    #Chop the last two characters- "& "
    headers_ = headers_[:-2]

    #Add the headers
    s += headers_
    #End the line
    s += endl


    ld = len(data)
    r = ld / colCount
    #We need an extra row if the rows per column has a fractional amount.
    os = 0
    if (ld % colCount) > 0: os += 1
    #Character to go between matrix column data
    amp = " & "
    #Data Values per "Column" since data[i] may contain [T,U]
    rpc = len(data[0])

    rows_ = ""
    #Build each row
    for row in xrange(r+os):
        #Build each column
        for col in xrange(colCount):
            index = row + col*(r+os)
            for i in xrange(rpc):
                #If we can't add a value...
                if(index < ld):
                    rows_ += str(data[index][i])
                #then it's an empty padding spot, so add a space
                else:
                    rows_ += " "
                #Append the column separator
                rows_ += amp

        #After finishing a row, remove the last two characters- "& "
        rows_ = rows_[:-2]
        #End the row line
        rows_ += endl

    #Add the rows
    s += rows_
    s += " \\end{tabular} $"


    return s


headers = ["Depth","Count"]
data = [
[0,1],
[1,2],
[2,3],
[3,5],
[4,8],
[5,13],
[6,19],
[7,30],
[8,41],
[9,57],
[10,83],
[11,114],
[12,155],
[13,216],
[14,293],
[15,394],
[16,536],
[17,724],
[18,971],
[19,1307],
[20,1753],
[21,2354],
[22,3156],
[23,4225],
[24,5668],
[25,7586],
[26,10136],
[27,13542],
[28,18099],
[29,24180],
[30,32309],
[31,43140],
[32,57609],
[33,76902],
[34,102633],
[35,137022],
[36,182860],
[37,244103],
[38,325811],
[39,434816],
[40,580304],
[41,774361],
[42,1033079],
[43,1378432],
[44,1838945],
[45,2453123],
[46,3272729],
[47,4365597],
[48,5823419],
[49,7768300],
[50,10361932],
[51,13821917],
[52,18435615],
[53,24589116],
[54,26770255]
    ]

print ToTable(headers, data, 3)