Class: Panomosity::NeighborhoodGroup

Inherits:
Object
  • Object
show all
Extended by:
Utils
Includes:
Utils
Defined in:
lib/panomosity/neighborhood_group.rb

Class Attribute Summary collapse

Instance Attribute Summary collapse

Class Method Summary collapse

Instance Method Summary collapse

Methods included from Utils

calculate_average, calculate_average_and_std, remove_outliers

Constructor Details

#initialize(center:, total_neighborhoods:) ⇒ NeighborhoodGroup 



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# File 'lib/panomosity/neighborhood_group.rb', line 94

def initialize(center:, total_neighborhoods:)
  @center = center
  @total_neighborhoods = total_neighborhoods
end

Class Attribute Details

.logger ⇒ Object

Returns the value of attribute logger.



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# File 'lib/panomosity/neighborhood_group.rb', line 12

def logger
  @logger
end

Instance Attribute Details

#center ⇒ Object

Returns the value of attribute center.



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# File 'lib/panomosity/neighborhood_group.rb', line 8

def center
  @center
end

#control_points ⇒ Object

Returns the value of attribute control_points.



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# File 'lib/panomosity/neighborhood_group.rb', line 8

def control_points
  @control_points
end

#neighborhoods ⇒ Object

Returns the value of attribute neighborhoods.



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# File 'lib/panomosity/neighborhood_group.rb', line 8

def neighborhoods
  @neighborhoods
end

#prdist_avg ⇒ Object

Returns the value of attribute prdist_avg.



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# File 'lib/panomosity/neighborhood_group.rb', line 8

def prdist_avg
  @prdist_avg
end

#prdist_std ⇒ Object

Returns the value of attribute prdist_std.



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# File 'lib/panomosity/neighborhood_group.rb', line 8

def prdist_std
  @prdist_std
end

#rx_avg ⇒ Object

Returns the value of attribute rx_avg.



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# File 'lib/panomosity/neighborhood_group.rb', line 8

def rx_avg
  @rx_avg
end

#ry_avg ⇒ Object

Returns the value of attribute ry_avg.



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# File 'lib/panomosity/neighborhood_group.rb', line 8

def ry_avg
  @ry_avg
end

#total_neighborhoods ⇒ Object

Returns the value of attribute total_neighborhoods.



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# File 'lib/panomosity/neighborhood_group.rb', line 8

def total_neighborhoods
  @total_neighborhoods
end

#x_avg ⇒ Object

Returns the value of attribute x_avg.



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# File 'lib/panomosity/neighborhood_group.rb', line 8

def x_avg
  @x_avg
end

#y_avg ⇒ Object

Returns the value of attribute y_avg.



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# File 'lib/panomosity/neighborhood_group.rb', line 8

def y_avg
  @y_avg
end

Class Method Details

.calculate(name: :horizontal, pairs: []) ⇒ Object 



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# File 'lib/panomosity/neighborhood_group.rb', line 60

def self.calculate(name: :horizontal, pairs: [])
  @type = name
  default_count = 3
  self.neighborhoods = pairs.map { |p| p.good_neighborhoods_within_std(count: default_count) }.flatten

  if neighborhoods.empty?
    logger.warn 'total neighborhoods came up empty, neighborhood default count to 2'
    default_count = 2
    self.neighborhoods = pairs.map { |p| p.good_neighborhoods_within_std(count: default_count) }.flatten
    raise 'still could not find neighborhoods' if neighborhoods.empty?
  end

  logger.debug "twice reducing #{name} neighborhood std outliers"
  avg, std = *calculate_average_and_std(values: neighborhoods.map(&:prdist_std))
  neighborhoods.select! { |n| (avg - n.prdist_std).abs <= std }
  avg, std = *calculate_average_and_std(values: neighborhoods.map(&:prdist_std))
  neighborhoods.select! { |n| (avg - n.prdist_std).abs <= std }

  self.neighborhood_groups = neighborhoods.map do |neighborhood|
    group = NeighborhoodGroup.new(center: neighborhood, total_neighborhoods: neighborhoods)
    group.calculate
  end

  neighborhood_groups.max_by(5) { |ng| ng.control_points.count }.each do |ng|
    logger.debug "#{ng.prdist_avg} #{ng.prdist_std} #{ng.control_points.count} x#{ng.x_avg} y#{ng.y_avg} rx#{ng.rx_avg} ry#{ng.ry_avg}"
  end

  self.neighborhood_groups = neighborhood_groups.sort_by { |ng| -ng.control_points.count }
end

.horizontal ⇒ Object 



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# File 'lib/panomosity/neighborhood_group.rb', line 22

def horizontal
  @horizontal_neighborhood_groups
end

.horizontal? ⇒ Boolean 



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# File 'lib/panomosity/neighborhood_group.rb', line 14

def horizontal?
  @type == :horizontal
end

.info ⇒ Object 



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# File 'lib/panomosity/neighborhood_group.rb', line 90

def self.info

end

.neighborhood_groups ⇒ Object 



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# File 'lib/panomosity/neighborhood_group.rb', line 42

def neighborhood_groups
  horizontal? ? @horizontal_neighborhood_groups : @vertical_neighborhood_groups
end

.neighborhood_groups=(value) ⇒ Object 



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# File 'lib/panomosity/neighborhood_group.rb', line 46

def neighborhood_groups=(value)
  if horizontal?
    @horizontal_neighborhood_groups = value
  else
    @vertical_neighborhood_groups = value
  end
end

.neighborhoods ⇒ Object 



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# File 'lib/panomosity/neighborhood_group.rb', line 30

def neighborhoods
  horizontal? ? @horizontal_neighborhoods : @vertical_neighborhoods
end

.neighborhoods=(value) ⇒ Object 



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# File 'lib/panomosity/neighborhood_group.rb', line 34

def neighborhoods=(value)
  if horizontal?
    @horizontal_neighborhoods = value
  else
    @vertical_neighborhoods = value
  end
end

.parse_info(panorama) ⇒ Object 



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# File 'lib/panomosity/neighborhood_group.rb', line 54

def parse_info(panorama)
  @panorama = panorama
  @logger = @panorama.logger
end

.vertical ⇒ Object 



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# File 'lib/panomosity/neighborhood_group.rb', line 26

def vertical
  @vertical_neighborhood_groups
end

.vertical? ⇒ Boolean 



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# File 'lib/panomosity/neighborhood_group.rb', line 18

def vertical?
  @type == :vertical
end

Instance Method Details

#calculate ⇒ Object 



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# File 'lib/panomosity/neighborhood_group.rb', line 99

def calculate
  @neighborhoods = total_neighborhoods.select { |n| (n.prdist_avg - center.prdist_avg).abs <= center.prdist_std }
  @control_points = neighborhoods.map(&:control_points_within_std).flatten.uniq(&:raw)
  @x_avg = calculate_average(values: control_points.map(&:px))
  @rx_avg = calculate_average(values: control_points.map(&:prx))
  @y_avg = calculate_average(values: control_points.map(&:py))
  @ry_avg = calculate_average(values: control_points.map(&:pry))
  @prdist_avg, @prdist_std = *calculate_average_and_std(values: control_points.map(&:prdist))
  self
end

#serialize ⇒ Object 



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# File 'lib/panomosity/neighborhood_group.rb', line 110

def serialize
  delta_cp_x = calculate_average(values: control_points.map { |cp| cp.x2 - cp.x1 })
  delta_cp_y = calculate_average(values: control_points.map { |cp| cp.y2 - cp.y1 })
  {
    x_avg: x_avg,
    y_avg: y_avg,
    prdist_avg: prdist_avg,
    prdist_std: prdist_std,
    cp_count: control_points.count,
    delta_cp_x: delta_cp_x,
    delta_cp_y: delta_cp_y
  }
end