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Shared-Use Path Level of Service Calculator

Delayed Passings Input Output 3

A GENERALIZED PASSING MODEL					N. ROUPHAIL			Sept. 2003
EQUATION NUMBERS IN ( )
Overall Input Data			Bicycle	Rollerblader	Child bike	Runner	Ped	Total
	One-way volume	vph	550.00	100.00	50.00	100.00	200.00	1000
	Two-way volume	vph	1100	200	100	200	400	2000		Number of Lanes		2
	Mean speed	mph	12.8	10.1	7.9	6.5	3.4
	Prop. blocking two lanes		0.05	0.08	0.01	0.12	0.36			FINAL PERCENT DELAYED PASSINGS
	PHF		0.85	0.85	0.85	0.85	0.85		Subj	99.99%
	Prop. vol. high direction		0.5	0.5	0.5	0.5	0.5		Opp	99.99%
	Qs	vph	647	118	59	118	235	1176
	Qo	vph	647	118	59	118	235	1176
								2353

INPUT DATA			PROBABILITIES
Being Passed	Bike									COMBINED
Opposing	Bike
Xs=	100	ft	Pvs	0.383884	(8)
Qs=	647	vph	Pvo	0.383884	(Op. 8)					2-Lane
Us=	12.8	mph	Pbs	0.030806	(9)
Qo=	647	vph	Pbo	0.030806	(Op.9)				Subj	99.99%
Uo=	12.8	mph	Pns	0.58531	(10)	for 2-lane	0.61612		Opp	99.99%
FBs=	0.05		Pno	0.58531	(Op. 10)	for 2-lane	0.61612
FBo=	0.05
			OUTPUT	3-Lane		4-Lane	2-Lane			3-Lane
									Subj	97.68%
			D=	0.00%	(5)				Opp	98.07%
			Pds=	29.15%	(7)	3.08%	49.83%	(12)
			Pdo=	29.15%	(7)-(5)	3.08%	49.83%	(Op. 11)
										4-Lane
									Subj	76.81%
									Opp	81.08%

INPUT DATA			PROBABILITIES
Being Passed	Bike
Opposing	Rollerblader
Xs=	100	ft	Pvs	0.383884	(8)
Qs=	647	vph	Pvo	0.802029	(Op. 8)
Us=	12.8	mph	Pbs	0.030806	(9)
Qo=	118	vph	Pbo	0.015838	(Op.9)
Uo=	10.1	mph	Pns	0.58531	(10)	for 2-lane	0.61612
FBs=	0.05		Pno	0.182133	(Op. 10)	for 2-lane	0.19797
FBo=	0.08
			OUTPUT	3-Lane		4-Lane	2-Lane

			D=	2.09%	(5)
			Pds=	13.46%	(7)	3.08%	15.70%	(12)
			Pdo=	11.37%	(7)-(5)	1.58%	53.85%	(Op. 11)

INPUT DATA			PROBABILITIES
Being Passed	Bike
Opposing	Child Bike
Xs=	100	ft	Pvs	0.383884	(8)
Qs=	647	vph	Pvo	0.868469	(Op. 8)
Us=	12.8	mph	Pbs	0.030806	(9)
Qo=	59	vph	Pbo	0.001315	(Op.9)
Uo=	7.9	mph	Pns	0.58531	(10)	for 2-lane	0.61612
FBs=	0.05		Pno	0.130215	(Op. 10)	for 2-lane	0.13153
FBo=	0.01
			OUTPUT	3-Lane		4-Lane	2-Lane

			D=	2.84%	(5)
			Pds=	10.22%	(7)	3.08%	10.32%	(12)
			Pdo=	7.38%	(7)-(5)	0.13%	56.09%	(Op. 11)

INPUT DATA			PROBABILITIES
Being Passed	Bike
Opposing	Runner
Xs=	100	ft	Pvs	0.383884	(8)
Qs=	647	vph	Pvo	0.709784	(Op. 8)
Us=	12.8	mph	Pbs	0.030806	(9)
Qo=	118	vph	Pbo	0.034826	(Op.9)
Uo=	6.5	mph	Pns	0.58531	(10)	for 2-lane	0.61612
FBs=	0.05		Pno	0.25539	(Op. 10)	for 2-lane	0.29022
FBo=	0.12
			OUTPUT	3-Lane		4-Lane	2-Lane

			D=	1.00%	(5)
			Pds=	17.59%	(7)	3.08%	23.29%	(12)
			Pdo=	16.59%	(7)-(5)	3.48%	51.43%	(Op. 11)

INPUT DATA			PROBABILITIES
Being Passed	Bike
Opposing	Ped
Xs=	100	ft	Pvs	0.383884	(8)
Qs=	647	vph	Pvo	0.269635	(Op. 8)
Us=	12.8	mph	Pbs	0.030806	(9)
Qo=	235	vph	Pbo	0.262931	(Op.9)
Uo=	3.4	mph	Pns	0.58531	(10)	for 2-lane	0.61612
FBs=	0.05		Pno	0.467433	(Op. 10)	for 2-lane	0.73036
FBo=	0.36
			OUTPUT	3-Lane		4-Lane	2-Lane

			D=	-12.75%	(5)
			Pds=	33.25%	(7)	3.08%	58.49%	(12)
			Pdo=	46.00%	(7)-(5)	26.29%	51.90%	(Op. 11)

INPUT DATA			PROBABILITIES
Being Passed	Rollerblader
Opposing	Bike
Xs=	100	ft	Pvs	0.802029	(8)
Qs=	118	vph	Pvo	0.383884	(Op. 8)
Us=	10.1	mph	Pbs	0.015838	(9)
Qo=	647	vph	Pbo	0.030806	(Op.9)
Uo=	12.8	mph	Pns	0.182133	(10)	for 2-lane	0.19797
FBs=	0.08		Pno	0.58531	(Op. 10)	for 2-lane	0.61612
FBo=	0.05
			OUTPUT	3-Lane		4-Lane	2-Lane

			D=	-2.09%	(5)
			Pds=	11.37%	(7)	1.58%	53.85%	(12)
			Pdo=	13.46%	(7)-(5)	3.08%	15.70%	(Op. 11)

INPUT DATA			PROBABILITIES
Being Passed	Rollerblader
Opposing	Rollerblader
Xs=	100	ft	Pvs	0.802029	(8)
Qs=	118	vph	Pvo	0.802029	(Op. 8)
Us=	10.1	mph	Pbs	0.015838	(9)
Qo=	118	vph	Pbo	0.015838	(Op.9)
Uo=	10.1	mph	Pns	0.182133	(10)	for 2-lane	0.19797
FBs=	0.08		Pno	0.182133	(Op. 10)	for 2-lane	0.19797
FBo=	0.08
			OUTPUT	3-Lane		4-Lane	2-Lane

			D=	0.00%	(5)
			Pds=	5.02%	(7)	1.58%	17.08%	(12)
			Pdo=	5.02%	(7)-(5)	1.58%	17.08%	(Op. 11)

INPUT DATA			PROBABILITIES
Being Passed	Rollerblader
Opposing	Child Bike
Xs=	100	ft	Pvs	0.802029	(8)
Qs=	118	vph	Pvo	0.868469	(Op. 8)
Us=	10.1	mph	Pbs	0.015838	(9)
Qo=	59	vph	Pbo	0.001315	(Op.9)
Uo=	7.9	mph	Pns	0.182133	(10)	for 2-lane	0.19797
FBs=	0.08		Pno	0.130215	(Op. 10)	for 2-lane	0.13153
FBo=	0.01
			OUTPUT	3-Lane		4-Lane	2-Lane

			D=	1.30%	(5)
			Pds=	3.92%	(7)	1.58%	11.27%	(12)
			Pdo=	2.62%	(7)-(5)	0.13%	17.86%	(Op. 11)

INPUT DATA			PROBABILITIES
Being Passed	Rollerblader
Opposing	Runner
Xs=	100	ft	Pvs	0.802029	(8)
Qs=	118	vph	Pvo	0.709784	(Op. 8)
Us=	10.1	mph	Pbs	0.015838	(9)
Qo=	118	vph	Pbo	0.034826	(Op.9)
Uo=	6.5	mph	Pns	0.182133	(10)	for 2-lane	0.19797
FBs=	0.08		Pno	0.25539	(Op. 10)	for 2-lane	0.29022
FBo=	0.12
			OUTPUT	3-Lane		4-Lane	2-Lane

			D=	-1.75%	(5)
			Pds=	6.49%	(7)	1.58%	25.24%	(12)
			Pdo=	8.24%	(7)-(5)	3.48%	16.25%	(Op. 11)

INPUT DATA			PROBABILITIES
Being Passed	Rollerblader
Opposing	Ped
Xs=	100	ft	Pvs	0.802029	(8)
Qs=	118	vph	Pvo	0.269635	(Op. 8)
Us=	10.1	mph	Pbs	0.015838	(9)
Qo=	235	vph	Pbo	0.262931	(Op.9)
Uo=	3.4	mph	Pns	0.182133	(10)	for 2-lane	0.19797
FBs=	0.08		Pno	0.467433	(Op. 10)	for 2-lane	0.73036
FBo=	0.36
			OUTPUT	3-Lane		4-Lane	2-Lane

			D=	-22.58%	(5)
			Pds=	11.95%	(7)	1.58%	63.42%	(12)
			Pdo=	34.53%	(7)-(5)	26.26%	16.41%	(Op. 11)

INPUT DATA			PROBABILITIES
Being Passed	Child Bike
Opposing	Bike
Xs=	70	ft	Pvs	0.906	(8)
Qs=	59	vph	Pvo	0.511611	(Op. 8)
Us=	7.9	mph	Pbs	0.00094	(9)
Qo=	647	vph	Pbo	0.024419	(Op.9)
Uo=	12.8	mph	Pns	0.09306	(10)	for 2-lane	0.094
FBs=	0.01		Pno	0.463969	(Op. 10)	for 2-lane	0.48839
FBo=	0.05
			OUTPUT	3-Lane		4-Lane	2-Lane

			D=	-2.26%	(5)
			Pds=	4.35%	(7)	0.09%	45.65%	(12)
			Pdo=	6.62%	(7)-(5)	2.44%	7.20%	(Op. 11)

INPUT DATA			PROBABILITIES
Being Passed	Child Bike
Opposing	Rollerblader
Xs=	70	ft	Pvs	0.906	(8)
Qs=	59	vph	Pvo	0.856906	(Op. 8)
Us=	7.9	mph	Pbs	0.00094	(9)
Qo=	118	vph	Pbo	0.011448	(Op.9)
Uo=	10.1	mph	Pns	0.09306	(10)	for 2-lane	0.094
FBs=	0.01		Pno	0.131647	(Op. 10)	for 2-lane	0.14309
FBo=	0.08
			OUTPUT	3-Lane		4-Lane	2-Lane

			D=	-0.97%	(5)
			Pds=	1.40%	(7)	0.09%	13.23%	(12)
			Pdo=	2.37%	(7)-(5)	1.14%	8.33%	(Op. 11)

INPUT DATA			PROBABILITIES
Being Passed	Child Bike
Opposing	Child Bike
Xs=	70	ft	Pvs	0.906	(8)
Qs=	59	vph	Pvo	0.906	(Op. 8)
Us=	7.9	mph	Pbs	0.00094	(9)
Qo=	59	vph	Pbo	0.00094	(Op.9)
Uo=	7.9	mph	Pns	0.09306	(10)	for 2-lane	0.094
FBs=	0.01		Pno	0.09306	(Op. 10)	for 2-lane	0.094
FBo=	0.01
			OUTPUT	3-Lane		4-Lane	2-Lane

			D=	0.00%	(5)
			Pds=	0.96%	(7)	0.09%	8.66%	(12)
			Pdo=	0.96%	(7)-(5)	0.09%	8.66%	(Op. 11)

INPUT DATA			PROBABILITIES
Being Passed	Child Bike
Opposing	Runner
Xs=	70	ft	Pvs	0.906	(8)
Qs=	59	vph	Pvo	0.786662	(Op. 8)
Us=	7.9	mph	Pbs	0.00094	(9)
Qo=	118	vph	Pbo	0.025601	(Op.9)
Uo=	6.5	mph	Pns	0.09306	(10)	for 2-lane	0.094
FBs=	0.01		Pno	0.187737	(Op. 10)	for 2-lane	0.21334
FBo=	0.12
			OUTPUT	3-Lane		4-Lane	2-Lane

			D=	-2.29%	(5)
			Pds=	2.00%	(7)	0.09%	19.80%	(12)
			Pdo=	4.29%	(7)-(5)	2.56%	7.94%	(Op. 11)

INPUT DATA			PROBABILITIES
Being Passed	Child Bike
Opposing	Ped
Xs=	70	ft	Pvs	0.906	(8)
Qs=	59	vph	Pvo	0.399525	(Op. 8)
Us=	7.9	mph	Pbs	0.00094	(9)
Qo=	235	vph	Pbo	0.216171	(Op.9)
Uo=	3.4	mph	Pns	0.09306	(10)	for 2-lane	0.094
FBs=	0.01		Pno	0.384304	(Op. 10)	for 2-lane	0.60048
FBo=	0.36
			OUTPUT	3-Lane		4-Lane	2-Lane

			D=	-20.27%	(5)
			Pds=	4.79%	(7)	0.09%	56.08%	(12)
			Pdo=	25.06%	(7)-(5)	21.62%	7.29%	(Op. 11)

INPUT DATA			PROBABILITIES
Being Passed	Runner
Opposing	Bike
Xs=	70	ft	Pvs	0.786662	(8)
Qs=	118	vph	Pvo	0.511611	(Op. 8)
Us=	6.5	mph	Pbs	0.025601	(9)
Qo=	647	vph	Pbo	0.024419	(Op.9)
Uo=	12.8	mph	Pns	0.187737	(10)	for 2-lane	0.21334
FBs=	0.12		Pno	0.463969	(Op. 10)	for 2-lane	0.48839
FBo=	0.05
			OUTPUT	3-Lane		4-Lane	2-Lane

			D=	-0.67%	(5)
			Pds=	10.74%	(7)	2.56%	42.42%	(12)
			Pdo=	11.41%	(7)-(5)	2.44%	16.70%	(Op. 11)

INPUT DATA			PROBABILITIES
Being Passed	Runner
Opposing	Rollerblader
Xs=	70	ft	Pvs	0.786662	(8)
Qs=	118	vph	Pvo	0.856906	(Op. 8)
Us=	6.5	mph	Pbs	0.025601	(9)
Qo=	118	vph	Pbo	0.011448	(Op.9)
Uo=	10.1	mph	Pns	0.187737	(10)	for 2-lane	0.21334
FBs=	0.12		Pno	0.131647	(Op. 10)	for 2-lane	0.14309
FBo=	0.08
			OUTPUT	3-Lane		4-Lane	2-Lane

			D=	1.33%	(5)
			Pds=	5.15%	(7)	2.56%	12.16%	(12)
			Pdo=	3.83%	(7)-(5)	1.14%	19.11%	(Op. 11)

INPUT DATA			PROBABILITIES
Being Passed	Runner
Opposing	Child Bike
Xs=	70	ft	Pvs	0.786662	(8)
Qs=	118	vph	Pvo	0.906	(Op. 8)
Us=	6.5	mph	Pbs	0.025601	(9)
Qo=	59	vph	Pbo	0.00094	(Op.9)
Uo=	7.9	mph	Pns	0.187737	(10)	for 2-lane	0.21334
FBs=	0.12		Pno	0.09306	(Op. 10)	for 2-lane	0.094
FBo=	0.01
			OUTPUT	3-Lane		4-Lane	2-Lane

			D=	2.29%	(5)
			Pds=	4.29%	(7)	2.56%	7.94%	(12)
			Pdo=	2.00%	(7)-(5)	0.09%	19.80%	(Op. 11)

INPUT DATA			PROBABILITIES
Being Passed	Runner
Opposing	Runner
Xs=	70	ft	Pvs	0.786662	(8)
Qs=	118	vph	Pvo	0.786662	(Op. 8)
Us=	6.5	mph	Pbs	0.025601	(9)
Qo=	118	vph	Pbo	0.025601	(Op.9)
Uo=	6.5	mph	Pns	0.187737	(10)	for 2-lane	0.21334
FBs=	0.12		Pno	0.187737	(Op. 10)	for 2-lane	0.21334
FBo=	0.12
			OUTPUT	3-Lane		4-Lane	2-Lane

			D=	0.00%	(5)
			Pds=	6.34%	(7)	2.56%	18.27%	(12)
			Pdo=	6.34%	(7)-(5)	2.56%	18.27%	(Op. 11)

INPUT DATA			PROBABILITIES
Being Passed	Runner
Opposing	Ped
Xs=	70	ft	Pvs	0.786662	(8)
Qs=	118	vph	Pvo	0.399525	(Op. 8)
Us=	6.5	mph	Pbs	0.025601	(9)
Qo=	235	vph	Pbo	0.216171	(Op.9)
Uo=	3.4	mph	Pns	0.187737	(10)	for 2-lane	0.21334
FBs=	0.12		Pno	0.384304	(Op. 10)	for 2-lane	0.60048
FBo=	0.36
			OUTPUT	3-Lane		4-Lane	2-Lane

			D=	-17.23%	(5)
			Pds=	11.74%	(7)	2.56%	52.07%	(12)
			Pdo=	28.97%	(7)-(5)	21.62%	16.90%	(Op. 11)

INPUT DATA			PROBABILITIES
Being Passed	Ped
Opposing	Bike
Xs=	60	ft	Pvs	0.455477	(8)
Qs=	235	vph	Pvo	0.563015	(Op. 8)
Us=	3.4	mph	Pbs	0.196028	(9)
Qo=	647	vph	Pbo	0.021849	(Op.9)
Uo=	12.8	mph	Pns	0.348495	(10)	for 2-lane	0.54452
FBs=	0.36		Pno	0.415135	(Op. 10)	for 2-lane	0.43698
FBo=	0.05
			OUTPUT	3-Lane		4-Lane	2-Lane

			D=	11.74%	(5)
			Pds=	31.91%	(7)	19.60%	35.00%	(12)
			Pdo=	20.17%	(7)-(5)	2.18%	43.72%	(Op. 11)

INPUT DATA			PROBABILITIES
Being Passed	Ped
Opposing	Rollerblader
Xs=	60	ft	Pvs	0.455477	(8)
Qs=	235	vph	Pvo	0.87602	(Op. 8)
Us=	3.4	mph	Pbs	0.196028	(9)
Qo=	118	vph	Pbo	0.009918	(Op.9)
Uo=	10.1	mph	Pns	0.348495	(10)	for 2-lane	0.54452
FBs=	0.36		Pno	0.114061	(Op. 10)	for 2-lane	0.12398
FBo=	0.08
			OUTPUT	3-Lane		4-Lane	2-Lane

			D=	17.41%	(5)
			Pds=	23.67%	(7)	19.60%	9.58%	(12)
			Pdo=	6.26%	(7)-(5)	0.99%	49.88%	(Op. 11)

INPUT DATA			PROBABILITIES
Being Passed	Ped
Opposing	Child Bike
Xs=	60	ft	Pvs	0.455477	(8)
Qs=	235	vph	Pvo	0.918867	(Op. 8)
Us=	3.4	mph	Pbs	0.196028	(9)
Qo=	59	vph	Pbo	0.000811	(Op.9)
Uo=	7.9	mph	Pns	0.348495	(10)	for 2-lane	0.54452
FBs=	0.36		Pno	0.080322	(Op. 10)	for 2-lane	0.08113
FBo=	0.01
			OUTPUT	3-Lane		4-Lane	2-Lane

			D=	18.49%	(5)
			Pds=	22.32%	(7)	19.60%	6.22%	(12)
			Pdo=	3.83%	(7)-(5)	0.08%	51.34%	(Op. 11)

INPUT DATA			PROBABILITIES
Being Passed	Ped
Opposing	Runner
Xs=	60	ft	Pvs	0.455477	(8)
Qs=	235	vph	Pvo	0.814096	(Op. 8)
Us=	3.4	mph	Pbs	0.196028	(9)
Qo=	118	vph	Pbo	0.022308	(Op.9)
Uo=	6.5	mph	Pns	0.348495	(10)	for 2-lane	0.54452
FBs=	0.36		Pno	0.163595	(Op. 10)	for 2-lane	0.1859
FBo=	0.12
			OUTPUT	3-Lane		4-Lane	2-Lane

			D=	15.85%	(5)
			Pds=	25.53%	(7)	19.60%	14.52%	(12)
			Pdo=	9.68%	(7)-(5)	2.23%	48.01%	(Op. 11)

INPUT DATA			PROBABILITIES
Being Passed	Ped