61 	uint32_t on;  member
110 static uint32_t xec_compute_frequency(uint32_t clk, uint32_t on, uint32_t off)  in xec_compute_frequency()  argument
112 	return ((clk * XEC_PWM_FREQ_PF)/((on + 1) + (off + 1)));  in xec_compute_frequency()
135 			       uint32_t *on, uint32_t *off)  in xec_compute_on_off()  argument
141 	*on = ((on_off * dc) / XEC_PWM_DC_PF) - 1;  in xec_compute_on_off()
142 	*off = on_off - *on - 2;  in xec_compute_on_off()
145 static uint32_t xec_compute_dc(uint32_t on, uint32_t off)  in xec_compute_dc()  argument
147 	int dc = (on + 1) + (off + 1);  in xec_compute_dc()
150 	dc = (((uint64_t)(on + 1) * XEC_PWM_DC_PF) / dc);  in xec_compute_dc()
190 					  uint32_t *on, uint32_t *off)  in xec_select_best_div_on_off()  argument
199 					     div, div_comp, on, off);  in xec_select_best_div_on_off()
216 				hc_params->on,  in xec_compare_params()
223 				lc_params->on,  in xec_compare_params()
237 		params->on, params->off, params->div);  in xec_compare_params()
244 					   uint32_t on, uint32_t off)  in xec_compute_and_set_parameters()  argument
254 	dc = xec_compute_dc(on, off);  in xec_compute_and_set_parameters()
264 		    && (on <= UINT16_MAX)  in xec_compute_and_set_parameters()
266 			hc_params.on = on;  in xec_compute_and_set_parameters()
277 					&hc_params.on,  in xec_compute_and_set_parameters()
280 			hc_params.div, hc_params.on, hc_params.off);  in xec_compute_and_set_parameters()
289 					&lc_params.on,  in xec_compute_and_set_parameters()
292 			lc_params.div, lc_params.on, lc_params.off);  in xec_compute_and_set_parameters()
308 	regs->COUNT_ON = params->on;  in xec_compute_and_set_parameters()
324 	uint32_t on, off;  in pwm_xec_set_cycles()  local
334 	on = pulse_cycles;  in pwm_xec_set_cycles()
337 	target_freq = xec_compute_frequency(MCHP_PWM_INPUT_FREQ_HI, on, off);  in pwm_xec_set_cycles()
352 		xec_compute_and_set_parameters(dev, target_freq, on, off);  in pwm_xec_set_cycles()