1. A method of processing emotive intelligence in electronic devices, the steps comprising: obtaining at least one emovector from a communication stream, emovector comprising an emotive state from a set of emotive states, and an associated emotive intensity from a range of intensity normalized to the emovector's author; assigning a pain-pleasure attribute and a pain-pleasure scale_value to the emotive state; numerically combining the emotive intensity with the emotive state pain-pleasure attribute and value on a pain-pleasure scale from device storage medium for a total magnitude; algebraically combining the pain-pleasure scale emovector magnitude with a second emovector's pain-pleasure scaled magnitude; obtaining a emovector algebraic result accounting for their pleasure pain attribute direction representing the net emotive shift; coupling the emotive shift to the text meaning or text string operation; whereby emovector emotive shift provides quantified emotive changes with accompanying text.
1. A method of processing emotive intelligence in electronic devices, the steps comprising: obtaining at least one emovector from a communication stream, emovector comprising an emotive state from a set of emotive states, and an associated emotive intensity from a range of intensity normalized to the emovector's author; assigning a pain-pleasure attribute and a pain-pleasure scale_value to the emotive state; numerically combining the emotive intensity with the emotive state pain-pleasure attribute and value on a pain-pleasure scale from device storage medium for a total magnitude; algebraically combining the pain-pleasure scale emovector magnitude with a second emovector's pain-pleasure scaled magnitude; obtaining a emovector algebraic result accounting for their pleasure pain attribute direction representing the net emotive shift; coupling the emotive shift to the text meaning or text string operation; whereby emovector emotive shift provides quantified emotive changes with accompanying text. 3. A method of processing emotive intelligence in electronic applications as in claim 1 further comprising the steps of algebraically combining a first and a second emovector each having normalized emotive intensities aligned in their corresponding pain or pleasure attribute directions, wherein pleasure and pain axis are aligned in opposing directions orthogonal to a time axis.