1. A method, comprising: performing, via a processor, linear transformations of statements in code to generate linear expressions associated with the statements in code, wherein the statements in code are included in a plurality of outer-to-inner loops and comprise a computation-space; and generating, via the processor, parallel code using the linear expressions, wherein generating the parallel code includes splitting the computation-space of the statements in code into intervals using the linear expressions, wherein splitting the computation-space of the statements into intervals includes finding a leading induction variable for each of the statements, the leading induction variable comprising the induction variable for the statement with deepest depth, sorting the leading induction variables for each of the statements in topological order from outer-to-inner loops, and for each sorted leading induction variable, solving each linear expression associated with a statement that includes the sorted leading induction variable to generate one or more corresponding T-expressions, wherein the one or more T-expressions represent a solution of said linear expression, sorting the one or more T-expressions, and partitioning values of the sorted leading induction variable into intervals using the sorted one or more T-expressions, and generating parallel code for the intervals, each interval to be assigned to a processor core.