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Re: Scripter for Hire

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slayer219 is not online. slayer219
Joined: 15 Nov 2008
Total Posts: 3445
03 Jun 2012 01:30 PM
Hello,

I know you guys here in C&G are always looking for new technology for your groups. I am willing to make anything you ask for simple financial compensation. I am not cheap, my scripts range from 200-20,000 R$, but I am a Master Scripter and can complete any task you assign me in a timely fashion.

If you are interested in having anything made for you please feel free to send me a PM, I will get back to you as soon as I can.

-Slayer219
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slayer219 is not online. slayer219
Joined: 15 Nov 2008
Total Posts: 3445
03 Jun 2012 01:54 PM
Bump
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Xlasher1 is not online. Xlasher1
Joined: 16 Jul 2008
Total Posts: 4639
03 Jun 2012 01:55 PM
i want you to build me a bomb

❖ V O I D Sentinel. ❖
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NinjaofRobloxia is not online. NinjaofRobloxia
Joined: 18 Jan 2011
Total Posts: 16770
03 Jun 2012 01:56 PM
What kind of scripting, if you have a xF add me "ninjaofrobloxia" we can talk there.
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Slayer9116 is not online. Slayer9116
Joined: 07 May 2011
Total Posts: 14904
03 Jun 2012 02:00 PM
didnt you help with that lua learners site.

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sasuke987654321555 is not online. sasuke987654321555
Joined: 07 Mar 2009
Total Posts: 33185
03 Jun 2012 02:04 PM
can i see your work
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supersaga is not online. supersaga
Joined: 18 Jun 2009
Total Posts: 3002
03 Jun 2012 02:04 PM
20,000 robux for a script


rlly
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Altair55 is not online. Altair55
Joined: 28 May 2008
Total Posts: 36840
03 Jun 2012 02:05 PM
[ Content Deleted ]
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slayer219 is not online. slayer219
Joined: 15 Nov 2008
Total Posts: 3445
03 Jun 2012 04:30 PM
"can I see your work"

This is my script which adds matrix support to Lua, it is a 300 line metatable-filled masterpiece. This proves that any challenge you give me can be completed.

    matrix1Rows = {
        {
            3;
            4;
            5
        };
        {
            6;
            7;
            8
        };
        {
            9;
            10;
            11
        }
    }
    
    matrix1Columns = {
        {
            3;
            6;
            9
        };
        {
            4;
            7;
            10
        };
        {
            5;
            8;
            11
        }
    }
    
    matrix2Rows = {
        {
            23;
            24;
            25
        };
        {
            26;
            27;
            28
        };
        {
            29;
            30;
            31
        }
    }
    
    matrix2Columns = {
        {
            23;
            26;
            29
        };
        {
            24;
            27;
            30
        };
        {
            25;
            28;
            31
        }
    }
    
    SoE = {
        xValues = {
            2;
            4;
            5
        };
        yValues = {
            7;
            5;
            11
        };
        zValues = {
            6;
            4;
            3
        };
        equal = {
            430;
            780;
            142
        }
    }
    
    print("--------------------------------------------------")
    print("Slayer219's 3x3 Lua Matrix Support Loaded")
    print("--------------------------------------------------")
    
    matrixDimensions = tostring(#matrix1Rows).."x"..tostring(#matrix1Columns)
    matrix2Dimensions = tostring(#matrix2Rows).."x"..tostring(#matrix2Columns)
    print("matrix1 dimensions: "..matrixDimensions)
    print("matrix2 dimensions: "..matrix2Dimensions)
    print("--------------------------------------------------")
    
    addMatrices = {
        __add = function(t1, t2)
            local newMatrix = {
            }
            for key, index in ipairs(t1) do
                newMatrix[key] = index
            end
            for key, index in ipairs(t2) do
                newMatrix[key] = newMatrix[key] + index
            end
            return newMatrix
        end
    }
    
    subMatrices = {
        __sub = function(t1, t2)
            local new = {
            }
            for key, index in ipairs(t1) do
                new[key] = index
            end
            for key, index in ipairs(t2) do
                new[key] = new[key] - index
            end
            return new
        end
    }
    
    inverse = {
        __pow = function(t)
            local i = {
            }
            for key, index in ipairs(t) do
                i[key] = index ^ -1
            end
            return i
        end
    }
    
    function showMatrices(r1, r2, r3, rb1, rb2, rb3)
        print("Matrix1:")
        print("[ "..table.concat(r1, " ").." ]")
        print("[ "..table.concat(r2, " ").." ]")
        print("[ "..table.concat(r3, " ").." ]")
        print("Matrix2: ")
        print("[ "..table.concat(rb1, " ").." ]")
        print("[ "..table.concat(rb2, " ").." ]")
        print("[ "..table.concat(rb3, " ").." ]")
        print("--------------------------------------------------")
    end
    
    function add(r1, r2, r3, rb1, rb2, rb3)
        if matrixDimensions == matrix2Dimensions then
            local row1a = setmetatable(r1, addMatrices)
            local row1b = setmetatable(rb1, addMatrices)
            local row2a = setmetatable(r2, addMatrices)
            local row2b = setmetatable(rb2, addMatrices)
            local row3a = setmetatable(r3, addMatrices)
            local row3b = setmetatable(rb3, addMatrices)
            print("Adding Matrices: ")
            print("--------------------------------------------------")
            print("Answer Is: ")
            print("[ "..table.concat(r1 + rb1, " ").." ]")
            print("[ "..table.concat(r2 + rb2, " ").." ]")
            print("[ "..table.concat(r3 + rb3, " ").." ]")
            print("--------------------------------------------------")
        else print("Invalid dimensions.")
        end
    end
    
    function subtract(r1, r2, r3, rb1, rb2, rb3)
        if matrixDimensions == matrix2Dimensions then
            local row1a = setmetatable(r1, subMatrices)
            local row1b = setmetatable(rb1, subMatrices)
            local row2a = setmetatable(r2, subMatrices)
            local row2b = setmetatable(rb2, subMatrices)
            local row3a = setmetatable(r3, subMatrices)
            local row3b = setmetatable(rb3, subMatrices)
            print("Subtracting Matrices: ")
            print("--------------------------------------------------")
            print("Answer Is: ")
            print("[ "..table.concat(r1 - rb1, " ").." ]")
            print("[ "..table.concat(r2 - rb2, " ").." ]")
            print("[ "..table.concat(r3 - rb3, " ").." ]")
            print("--------------------------------------------------")
        else print("Invalid Dimensions.")
        end
    end
    
    function invert(r1, r2, r3)
        local row1 = setmetatable(r1, inverse)
        local row2 = setmetatable(r2, inverse)
        local row3 = setmetatable(r3, inverse)
        print("Finding the inverse of the Matrix: ")
        print("--------------------------------------------------")
        print("Answer Is: ")
        print("[ "..table.concat(r1^-1, " ").." ]")
        print("[ "..table.concat(r2^-1, " ").." ]")
        print("[ "..table.concat(r3^-1, " ").." ]")
        print("--------------------------------------------------")
    end
    
    function constantMultiply(constant, row1, row2, row3)
        print("Multiplying Matrix by constant "..constant..":")
        print("--------------------------------------------------")
        print(tostring(constant).."[ "..table.concat(row1, " ").." ]")
        print("[ "..table.concat(row2, " ").." ]")
        print("[ "..table.concat(row3, " ").." ]")
        print("=")
        local m = {
            {
            };
            {
            };
            {
            }
        }
        for i, v in ipairs(row1) do
            m[1][i] = v
            m[1][i] = m[1][i] * constant
        end
        for i, k in ipairs(row2) do
            m[2][i] = k
            m[2][i] = m[2][i] * constant
        end
        for i, j in ipairs(row3) do
            m[3][i] = j
            m[3][i] = m[3][i] * constant
        end
        print("[ "..table.concat(m[1], " ").." ]")
        print("[ "..table.concat(m[2], " ").." ]")
        print("[ "..table.concat(m[3], " ").." ]")
        print("--------------------------------------------------")
    end
    
    function matrixMultiplication(rowa, rowb, rowc, columna, columnb, columnc)
        print("Multiplying matrix1 by matrix2: ")
        print("--------------------------------------------------")
        if #columna == #rowc then
            local newMatrix = {
                {
                };
                {
                };
                {
                }
            }
            newMatrix[1][1] = (rowa[1] * columna[1]) + (rowa[2] * columna[2]) + (rowa[3] * columna[3])
            newMatrix[1][2] = (rowa[1] * columnb[1]) + (rowa[2] * columnb[2]) + (rowa[3] * columnb[3])
            newMatrix[1][3] = (rowa[1] * columnc[1]) + (rowa[2] * columnc[2]) + (rowa[3] * columnc[3])
            newMatrix[2][1] = (rowb[1] * columna[1]) + (rowb[2] * columna[2]) + (rowb[3] * columna[3])
            newMatrix[2][2] = (rowb[1] * columnb[1]) + (rowb[2] * columnb[2]) + (rowb[3] * columnb[3])
            newMatrix[2][3] = (rowb[1] * columnc[1]) + (rowb[2] * columnc[2]) + (rowb[3] * columnc[3])
            newMatrix[3][1] = (rowc[1] * columna[1]) + (rowc[2] * columna[2]) + (rowc[3] * columna[3])
            newMatrix[3][2] = (rowc[1] * columnb[1]) + (rowc[2] * columnb[2]) + (rowc[3] * columnb[3])
            newMatrix[3][3] = (rowc[1] * columnc[1]) + (rowc[2] * columnc[2]) + (rowc[3] * columnc[3])
            print("Answer Is: ")
            print("[ "..table.concat(newMatrix[1], " ").." ]")
            print("[ "..table.concat(newMatrix[2], " ").." ]")
            print("[ "..table.concat(newMatrix[3], " ").." ]")
            print("--------------------------------------------------")
        else print("Error: Invalid Dimensions.")
        end
    end
    
    function getDeterminant(r1, r2, r3)
        local det = (r1[1] * r2[2] * r3[3]) + (r1[2] * r2[3] * r3[1]) + (r1[3] * r2[1] * r3[2]) - (r1[2] * r2[1] * r3[3]) - (r1[1] * r2[3] * r3[2]) - (r1[3] * r2[2] * r3[1])
        print("The determinant of the Matrix:")
        print("--------------------------------------------------")
        print("[ "..table.concat(r1, " ").." ]")
        print("[ "..table.concat(r2, " ").." ]")
        print("[ "..table.concat(r3, " ").." ]")
        print("Is: "..tostring(det))
        print("--------------------------------------------------")
    end
    
    function solve(xVars, yVars, zVars, solns)
        local D = (xVars[1] * yVars[2] * zVars[3]) + (yVars[1] * zVars[2] * xVars[3]) + (zVars[1] * xVars[2] * yVars[3]) - (yVars[1] * xVars[2] * zVars[3]) - (xVars[1] * zVars[2] * yVars[3]) - (zVars[1] * yVars[2] * xVars[3])
        local Dx = (solns[1] * yVars[2] * zVars[3]) + (yVars[1] * zVars[2] * solns[3]) + (zVars[1] * solns[2] * yVars[3]) - (yVars[1] * solns[2] * zVars[3]) - (solns[1] * zVars[2] * yVars[3]) - (zVars[1] * yVars[2] * solns[3])
        local Dy = (xVars[1] * solns[2] * zVars[3]) + (solns[1] * zVars[2] * xVars[3]) + (zVars[1] * xVars[2] * solns[3]) - (solns[1] * xVars[2] * zVars[3]) - (xVars[1] * zVars[2] * solns[3]) - (zVars[1] * solns[2] * xVars[3])
        local Dz = (xVars[1] * yVars[2] * solns[3]) + (yVars[1] * solns[2] * xVars[3]) + (solns[1] * xVars[2] * yVars[3]) - (yVars[1] * xVars[2] * solns[3]) - (xVars[1] * solns[2] * yVars[3]) - (solns[1] * yVars[2] * xVars[3])
        local x = Dx/D
        local y = Dy/D
        local z = Dz/D
        print("Systems of Linear Equations: ")
        print("--------------------------------------------------")
        print(tostring(xVars[1]).."x + "..tostring(yVars[1]).."y + "..tostring(zVars[1]).."z = "..tostring(solns[1]))
        print(tostring(xVars[2]).."x + "..tostring(yVars[2]).."y + "..tostring(zVars[2]).."z = "..tostring(solns[2]))
        print(tostring(xVars[3]).."x + "..tostring(yVars[3]).."y + "..tostring(zVars[3]).."z = "..tostring(solns[3]))
        print("Determinant: "..tostring(D))
        print("Determinant (x): "..tostring(Dx))
        print("Determinant (y): "..tostring(Dy))
        print("Determinant (z): "..tostring(Dz))
        print("x = "..x)
        print("y = "..y)
        print("z = "..z)
        print("--------------------------------------------------")
    end
    
    showMatrices(matrix1Rows[1], matrix1Rows[2], matrix1Rows[3], matrix2Rows[1], matrix2Rows[2], matrix2Rows[3])
    add(matrix1Rows[1], matrix1Rows[2], matrix1Rows[3], matrix2Rows[1], matrix2Rows[2], matrix2Rows[3])
    subtract(matrix1Rows[1], matrix1Rows[2], matrix1Rows[3], matrix2Rows[1], matrix2Rows[2], matrix2Rows[3])
    invert(matrix1Rows[1], matrix1Rows[2], matrix1Rows[3])
    constantMultiply(-3, matrix1Rows[1], matrix1Rows[2], matrix1Rows[3])
    matrixMultiplication(matrix1Rows[1], matrix1Rows[2], matrix1Rows[3], matrix2Columns[1], matrix2Columns[2], matrix2Columns[3])
    getDeterminant(matrix1Rows[1], matrix1Rows[2], matrix1Rows[3])
    solve(SoE.xValues, SoE.yValues, SoE.zValues, SoE.equal)
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shadowlite56 is not online. shadowlite56
Joined: 23 Nov 2009
Total Posts: 18939
03 Jun 2012 04:31 PM
e.e
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slayer219 is not online. slayer219
Joined: 15 Nov 2008
Total Posts: 3445
03 Jun 2012 04:33 PM
"didnt you help with that lua learners site."

Yes. I am currently the Site Manager and recognized as a master scripter in that organization. The tutorials to get people started on that website were written by me.
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slayer219 is not online. slayer219
Joined: 15 Nov 2008
Total Posts: 3445
03 Jun 2012 04:34 PM
"what kind of scripting?"

Anything. If I am not experienced with it I will learn - fast.
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