FreeOCR

Files from OCR Program, that scanned paper is a picture.

You can insert it to a word program, like ms word or pdf. but it's hard to fill in the blanks.

You may try to use photo editor to edit the picture, type "text" on it.

1. Check to make sure the attribute reference or assignment in question is spelled correctly. Any variation in spelling will cause an attribute error exception to be thrown. Sometimes an "i" can look like an "l." In Python, object and variable names are case-sensitive. There are many letters in the alphabet that can be mistaken for their upper or lowercase counterpart.

2. Verify that the original class definition and its child class definitions make sense. The error may not actually be in the line of code indicated by the interpreter but somewhere else in the code, as is possible with many other types of errors.

3. Confirm that the Python object actually has the data or method attribute you are trying to use via the documentation freely at the Python Software Foundation (python.org). It's easy to get mixed up when dealing with all the objects and their corresponding data and methods.

4. See if the exception thrown was within error handling code. As with all error handling, a given exception can be thrown for any reason or no reason at all. Examine the code carefully to determine what the original author's intent was by throwing the "AttributeError" exception. It might be more of a logic error than a syntax error.

1. Click on the "Start" menu at the bottom left-hand corner of your screen. Select the "Control Panel" from the menu.

2. Click on "Add/Remove" programs.

3. Select "Python" from the list, then click on "Uninstall" to remove your current version of the Python interpreter.

4. Open a Web browser, and navigate to python.org/download to download the new version of the Python interpreter.

5. Run the application when the download finishes. This will install the new version of Python onto your computer.

Try smop == Static Matlab/Octave to Python compiler code.google.com/p/smop

1. Open your "Visual Basic" (VB) source file in an editor such as Microsoft "Visual Basic."

2. Call the "Exit" command to stop a "For" loop by adding the following code in your function:

   Dim x As Integer

   x = 5

   For n As Integer = 1 to 3

   x = x * 2

   If x > 10 Then Exit For

   Next

   The loop will stop on the second iteration because "x" will equal 20, which is greater than 10. The "Exit" command stops the loop and continues on to the next statement it finds after the "Next" command.

3. Call the "Exit" command to stop a "While" loop by adding the following code in your function:

   Dim t As Integer = 0

   While t < 5

   t += 1

   If t > 3 Then Exit While

   End While

4. Call the "Exit" command inside a "Do" loop to stop it, by adding the following code in your function:

   Dim y As Integer

   y = 2

   Do

   y = y + 2;

   If y > 6 Then Exit Do

   Loop

   The "Exit" command stops the loop on the third iteration when "y" equals 8, which is greater than 6. The program continues on to execute the next command it finds after the "Loop" line.

5. Save the VB file, compile and run your program to run and stop the loops.

1. Launch the Python command-line interpreter.

2. Type the following commands to initialize the GUI:

   from tkinter import *

   root = Tk()

   clock = Label(root)

   clock.pack()

3. Define a variable to store the previously accessed time. Note that the equal sign is followed by two single quote marks.

   prevtime = ''

   You'll compare this variable to the current time to see if the clock needs to be updated.

4. Declare a function to update the clock:

   def updateclock():

5. Entab the following three commands to make them part of the function:

   global prevtime

   newtime = time.strftime('%I:%M:%S %p')

   if prevtime != newtime:

   The "strftime" function returns a readable string containing the time. "Prevtime" is declared as global so that its value will persist across multiple calls to "updateclock."

6. Double-entab these next two commands to make them part of the "if" statement:

   prevtime = newtime

   clock.configure(text=newtime)

   These commands update the clock and the previously accessed time variable if necessary.

7. Single-entab the following command to make the function recur periodically:

   clock.after(500, updateclock)

8. Insert a blank line to close the function. The regular interpreter prompt (">>>") returns.

9. Start the clock by calling the "updateclock" function:

   updateclock()

   Your clock is now functioning in its window.

1. Click the Windows "Start" button and select "All Programs." Click "Microsoft Visual Basic," then click "Visual Basic 6" to open the compiler.

2. Double-click the form you want to use to generate a number. After the form loads, right-click the form and select "View Code."

3. Type the following code to auto-generate a random number:

   Randomize

   Random = Int(Rnd * "1000") + 1

   The "1000" number is the upper bounds, which means the number returned is not higher than 1,000. The lower bound number is "1." This code generates a number between one and 1,000. Change these numbers to create your own range.

1. Click "Start," "All Programs," "Python" and then "Python32."

2. Enter the Python function you want to profile. For example:

   def example():

   return "Python Function Test"

3. Type "import cprofile" into the command prompt and press "Enter" to import the Python profiling library.

4. Type "cprofile.run('example()')" into the command prompt. This will profile your Python function and show you how it would run.