PIC16F877A Stepper Motor Control

/* My Exact Header File For Motor Control
Sean O'Keefe
4/17/2015
ELEC471-02
Embedded Computer Systems Final
*/
#ifndef MOTORCONTROL_H
#define MOTORCONTROL_H
//Define motor speed values for the Comparator register to match with the timer
//100 steps = 6250 0x186A
#define Step_MaxH 0X18
#define Step_MaxL 0X6A
//90 steps = 6944 0X1B20
#define Step_EightH 0X1B
#define Step_EightL 0X20
//80 steps = 7813 0X1E85
#define Step_SevenH	0X1E
#define Step_SevenL 0X85
//70 steps = 8929 0X22E1
#define Step_SixH 0X22
#define Step_SixL 0XE1
//60 steps = 10417 0X28B1
#define Step_FiveH 0X28
#define Step_FiveL 0XB1
//50 steps = 12500 0X30D4
#define Step_FourH 0X30
#define Step_FourL 0XD4
//40 steps = 15625 0X3D09
#define Step_ThreeH 0X3D
#define Step_ThreeL 0X09
//30 steps = 20833 0X5161
#define Step_TwoH 0X51
#define Step_TwoL 0X61
//25 steps = 25000 0X61A8
#define Step_MinH 0X61
#define Step_MinL 0XA8

//Function for speed control where speed is the value stored from the keypad read in my previous post
int Change_Speed(int Speed){
	if(1 == Speed)
	{
	CCPR1H = Step_MinH; //These are the registers the comparator matches to the timer1
	CCPR1L = Step_MinL; //if timer register == the value on these two the interrupt is called and timer is reset
	} //See the port set up pastebin for the interrupt function, all it does is toggle a port High or low

	if(2 == Speed)
	{
	CCPR1H = Step_TwoH;
	CCPR1L = Step_TwoL;
	}

	if(3 == Speed)
	{
	CCPR1H = Step_ThreeH;
	CCPR1L = Step_ThreeL;
	}

	if(4 == Speed)
	{
	CCPR1H = Step_FourH;
	CCPR1L = Step_FourL;
	}

	if(5 == Speed)
	{
	CCPR1H = Step_FiveH;
	CCPR1L = Step_FiveL;
	}

	if(6 == Speed)
	{
	CCPR1H = Step_SixH;
	CCPR1L = Step_SixL;
	}

	if(7 == Speed)
	{
	CCPR1H = Step_SevenH;
	CCPR1L = Step_SevenL;
	}

	if(8 == Speed)
	{
	CCPR1H = Step_EightH;
	CCPR1L = Step_EightL;
	}
	if(9 == Speed)
	{
	CCPR1H = Step_MaxH;
	CCPR1L = Step_MaxL;
	}

}

#endif