Optimal Corridor Analysis (Total Accumulated Surface)

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Presentation transcript:

Optimal Corridor Analysis (Total Accumulated Surface) (62,38) = 100.63 (Transmission line) Start Total Accumulation Surface —sum of Start and End surfaces …the example location is 100.63 units along it optimal path back to the Start. Similarly, it is 95.89 units to the End. This means the location lies on an optimal path that is a total of 196.52 units long which is the lowest total value therefore on the Optimal Path (valley bottom) (62,38) = 95.89 End (substation) (62,38) = 100.63 + 95.89 = 196.52 Total Accumulation Surface

Optimal Corridor Analysis (0 Filled) Total Accumulation Surface —sum of Start and End surfaces Optimal Path

Optimal Corridor Analysis (195-196 Filled) Flooding the Surface —includes increasing less optimal routes (Nth Best Paths)

Optimal Corridor Analysis (195-197 Filled) Flooding the Surface —includes increasing less optimal routes (Nth Best Paths)

Optimal Corridor Analysis (195-198 Filled) Flooding the Surface —includes increasing less optimal routes (Nth Best Paths)

Optimal Corridor Analysis (195-199 Filled) Flooding the Surface —includes increasing less optimal routes (Nth Best Paths)

Optimal Corridor Analysis (195-200 Filled) Flooding the Surface —includes increasing less optimal routes (Nth Best Paths)

Optimal Corridor Analysis (195-205 Filled) Flooding the Surface —includes increasing less optimal routes (Nth Best Paths)

Optimal Corridor Analysis (195-210 Filled) Flooding the Surface —includes increasing less optimal routes (Nth Best Paths)

Optimal Corridor Analysis (195-215 Filled) Flooding the Surface —includes increasing less optimal routes (Nth Best Paths)

Optimal Corridor Analysis (195-220 Filled) Flooding the Surface —includes increasing less optimal routes (Nth Best Paths)

Optimal Corridor Analysis (195-225 Filled) Flooding the Surface —includes increasing less optimal routes (Nth Best Paths)

Optimal Corridor Analysis (195-250 Filled) Flooding the Surface —includes increasing less optimal routes (Nth Best Paths)

Optimal Corridor Analysis (195-275 Filled) Flooding the Surface —includes increasing less optimal routes (Nth Best Paths)

Optimal Corridor Analysis (195-300 Filled) Flooding the Surface —includes increasing less optimal routes (Nth Best Paths)

Optimal Corridor Analysis (195-325 Filled) Flooding the Surface —includes increasing less optimal routes (Nth Best Paths)

Optimal Corridor Analysis (195-350 Filled) Flooding the Surface —includes increasing less optimal routes (Nth Best Paths)

Optimal Corridor Analysis (195-375 Filled) Flooding the Surface —includes increasing less optimal routes (Nth Best Paths)

Optimal Corridor Analysis (195-400 Filled) Flooding the Surface —includes increasing less optimal routes (Nth Best Paths)