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70f633c150
Also removing some instance variables that were never invoked in the views. This sets up a future refactoring of the method of comptuting rolling averages, which differs between the two types of "last year" views being refactored.
478 lines
20 KiB
Ruby
478 lines
20 KiB
Ruby
class StatsController < ApplicationController
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SECONDS_PER_DAY = 86400;
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helper :todos, :projects, :recurring_todos
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append_before_filter :init, :except => :index
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def index
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@page_title = t('stats.index_title')
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@hidden_contexts = current_user.contexts.hidden
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@stats = Stats::UserStats.new(current_user)
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end
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def actions_done_last12months_data
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# get actions created and completed in the past 12+3 months. +3 for running
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# average
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actions_done_last12months = current_user.todos.completed_after(@cut_off_year).select("completed_at" )
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actions_created_last12months = current_user.todos.created_after(@cut_off_year).select("created_at")
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# convert to array and fill in non-existing months
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@actions_done_last12months_array = convert_to_months_from_today_array(actions_done_last12months, 13, :completed_at)
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@actions_created_last12months_array = convert_to_months_from_today_array(actions_created_last12months, 13, :created_at)
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# find max for graph in both arrays
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@max = [@actions_done_last12months_array.max, @actions_created_last12months_array.max].max
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# find running avg
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actions_done_last12monthsPlus3 = current_user.todos.completed_after(@cut_off_year_plus3).select("completed_at" )
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actions_created_last12monthsPlus3 = current_user.todos.created_after(@cut_off_year_plus3).select("created_at")
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actions_done_last12monthsPlus3_array = convert_to_months_from_today_array(actions_done_last12monthsPlus3, 16, :completed_at)
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actions_created_last12monthsPlus3_array = convert_to_months_from_today_array(actions_created_last12monthsPlus3, 16, :created_at)
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@actions_done_avg_last12months_array, @actions_created_avg_last12months_array =
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find_running_avg_array(actions_done_last12monthsPlus3_array, actions_created_last12monthsPlus3_array, 13)
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# interpolate avg for current month.
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interpolate_avg_for_current_month(@actions_created_last12months_array, @actions_done_last12months_array)
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@created_count_array = Array.new(13, actions_created_last12months.size/12.0)
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@done_count_array = Array.new(13, actions_done_last12months.size/12.0)
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@month_names = Array.new(13){ |i| t('date.month_names')[ (Time.now.mon - i -1 ) % 12 + 1 ]}
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render :layout => false
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end
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def interpolate_avg_for_current_month(created_set, done_set)
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percent_of_month = Time.zone.now.day.to_f / Time.zone.now.end_of_month.day.to_f
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@interpolated_actions_created_this_month = interpolate_avg(created_set, percent_of_month)
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@interpolated_actions_done_this_month = interpolate_avg(done_set, percent_of_month)
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end
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def actions_done_last_years
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@page_title = t('stats.index_title')
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@chart = Stats::Chart.new('actions_done_lastyears_data', :height => 400, :width => 900)
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end
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def actions_done_lastyears_data
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actions_done_last_months = current_user.todos.completed.select("completed_at").reorder("completed_at DESC")
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actions_created_last_months = current_user.todos.select("created_at").reorder("created_at DESC" )
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# query is sorted, so use last todo to calculate number of months
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month_count = [difference_in_months(@today, actions_created_last_months.last.created_at),
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difference_in_months(@today, actions_done_last_months.last.completed_at)].max
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# convert to array and fill in non-existing months
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@actions_done_last_months_array = convert_to_months_from_today_array(actions_done_last_months, month_count+1, :completed_at)
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@actions_created_last_months_array = convert_to_months_from_today_array(actions_created_last_months, month_count+1, :created_at)
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# find max for graph in both hashes
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@max = [@actions_done_last_months_array.max, @actions_created_last_months_array.max].max
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# find running avg
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@actions_done_avg_last_months_array, @actions_created_avg_last_months_array =
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find_running_avg_array(@actions_done_last_months_array, @actions_created_last_months_array, month_count+1)
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# correct last two months since the data of last+1 and last+2 are not available for avg
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correct_last_two_months(@actions_done_avg_last_months_array, month_count)
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correct_last_two_months(@actions_created_avg_last_months_array, month_count)
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# interpolate avg for this month.
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interpolate_avg_for_current_month(@actions_created_last_months_array, @actions_done_last_months_array)
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@created_count_array = Array.new(month_count+1, actions_created_last_months.size/month_count)
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@done_count_array = Array.new(month_count+1, actions_done_last_months.size/month_count)
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@month_names = Array.new(month_count+1){ |i| t('date.month_names')[ (Time.now.mon - i -1 ) % 12 + 1 ]+ " " + (Time.now - i.months).year.to_s}
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render :layout => false
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end
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def actions_done_last30days_data
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# get actions created and completed in the past 30 days.
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@actions_done_last30days = current_user.todos.completed_after(@cut_off_30days).select("completed_at")
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@actions_created_last30days = current_user.todos.created_after(@cut_off_30days).select("created_at")
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# convert to array. 30+1 to have 30 complete days and one current day [0]
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@actions_done_last30days_array = convert_to_days_from_today_array(@actions_done_last30days, 31, :completed_at)
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@actions_created_last30days_array = convert_to_days_from_today_array(@actions_created_last30days, 31, :created_at)
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# find max for graph in both hashes
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@max = [@actions_done_last30days_array.max, @actions_created_last30days_array.max].max
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render :layout => false
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end
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def actions_completion_time_data
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@actions_completion_time = current_user.todos.completed.select("completed_at, created_at").reorder("completed_at DESC" )
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# convert to array and fill in non-existing weeks with 0
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@max_weeks = @actions_completion_time.last ? difference_in_weeks(@today, @actions_completion_time.last.completed_at) : 1
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@actions_completed_per_week_array = convert_to_weeks_running_array(@actions_completion_time, @max_weeks+1)
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# stop the chart after 10 weeks
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@count = [10, @max_weeks].min
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# convert to new array to hold max @cut_off elems + 1 for sum of actions after @cut_off
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@actions_completion_time_array = cut_off_array_with_sum(@actions_completed_per_week_array, @count)
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@max_actions = @actions_completion_time_array.max
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# get percentage done cumulative
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@cum_percent_done = convert_to_cumulative_array(@actions_completion_time_array, @actions_completion_time.count)
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render :layout => false
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end
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def actions_running_time_data
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@actions_running_time = current_user.todos.not_completed.select("created_at").reorder("created_at DESC")
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# convert to array and fill in non-existing weeks with 0
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@max_weeks = difference_in_weeks(@today, @actions_running_time.last.created_at)
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@actions_running_per_week_array = convert_to_weeks_from_today_array(@actions_running_time, @max_weeks+1, :created_at)
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# cut off chart at 52 weeks = one year
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@count = [52, @max_weeks].min
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# convert to new array to hold max @cut_off elems + 1 for sum of actions after @cut_off
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@actions_running_time_array = cut_off_array_with_sum(@actions_running_per_week_array, @count)
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@max_actions = @actions_running_time_array.max
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# get percentage done cumulative
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@cum_percent_done = convert_to_cumulative_array(@actions_running_time_array, @actions_running_time.count )
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render :layout => false
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end
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def actions_visible_running_time_data
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# running means
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# - not completed (completed_at must be null)
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# visible means
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# - actions not part of a hidden project
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# - actions not part of a hidden context
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# - actions not deferred (show_from must be null)
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# - actions not pending/blocked
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@actions_running_time = current_user.todos.not_completed.not_hidden.not_deferred_or_blocked.
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select("todos.created_at").
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reorder("todos.created_at DESC")
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@max_weeks = difference_in_weeks(@today, @actions_running_time.last.created_at)
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@actions_running_per_week_array = convert_to_weeks_from_today_array(@actions_running_time, @max_weeks+1, :created_at)
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# cut off chart at 52 weeks = one year
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@count = [52, @max_weeks].min
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# convert to new array to hold max @cut_off elems + 1 for sum of actions after @cut_off
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@actions_running_time_array = cut_off_array_with_sum(@actions_running_per_week_array, @count)
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@max_actions = @actions_running_time_array.max
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# get percentage done cumulative
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@cum_percent_done = convert_to_cumulative_array(@actions_running_time_array, @actions_running_time.count )
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render :layout => false
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end
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def actions_open_per_week_data
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@actions_started = current_user.todos.created_after(@today-53.weeks).
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select("todos.created_at, todos.completed_at").
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reorder("todos.created_at DESC")
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@max_weeks = difference_in_weeks(@today, @actions_started.last.created_at)
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# cut off chart at 52 weeks = one year
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@count = [52, @max_weeks].min
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@actions_open_per_week_array = convert_to_weeks_running_from_today_array(@actions_started, @max_weeks+1)
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@actions_open_per_week_array = cut_off_array(@actions_open_per_week_array, @count)
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@max_actions = (@actions_open_per_week_array.max or 0)
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render :layout => false
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end
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def context_total_actions_data
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actions = Stats::TopContextsQuery.new(current_user).result
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@data = Stats::PieChartData.new(actions, t('stats.spread_of_actions_for_all_context'), 70)
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render :pie_chart_data, :layout => false
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end
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def context_running_actions_data
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actions = Stats::TopContextsQuery.new(current_user, :running => true).result
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@data = Stats::PieChartData.new(actions, t('stats.spread_of_running_actions_for_visible_contexts'), 60)
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render :pie_chart_data, :layout => false
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end
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def actions_day_of_week_all_data
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@actions_creation_day = current_user.todos.select("created_at")
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@actions_completion_day = current_user.todos.completed.select("completed_at")
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# convert to array and fill in non-existing days
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@actions_creation_day_array = Array.new(7) { |i| 0}
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@actions_creation_day.each { |t| @actions_creation_day_array[ t.created_at.wday ] += 1 }
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@max = @actions_creation_day_array.max
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# convert to array and fill in non-existing days
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@actions_completion_day_array = Array.new(7) { |i| 0}
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@actions_completion_day.each { |t| @actions_completion_day_array[ t.completed_at.wday ] += 1 }
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@max = @actions_completion_day_array.max
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render :layout => false
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end
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def actions_day_of_week_30days_data
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@actions_creation_day = current_user.todos.created_after(@cut_off_month).select("created_at")
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@actions_completion_day = current_user.todos.completed_after(@cut_off_month).select("completed_at")
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# convert to hash to be able to fill in non-existing days
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@max=0
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@actions_creation_day_array = Array.new(7) { |i| 0}
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@actions_creation_day.each { |r| @actions_creation_day_array[ r.created_at.wday ] += 1 }
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# convert to hash to be able to fill in non-existing days
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@actions_completion_day_array = Array.new(7) { |i| 0}
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@actions_completion_day.each { |r| @actions_completion_day_array[r.completed_at.wday] += 1 }
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@max = [@actions_creation_day_array.max, @actions_completion_day_array.max].max
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render :layout => false
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end
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def actions_time_of_day_all_data
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@actions_creation_hour = current_user.todos.select("created_at")
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@actions_completion_hour = current_user.todos.completed.select("completed_at")
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# convert to hash to be able to fill in non-existing days
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@actions_creation_hour_array = Array.new(24) { |i| 0}
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@actions_creation_hour.each{|r| @actions_creation_hour_array[r.created_at.hour] += 1 }
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# convert to hash to be able to fill in non-existing days
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@actions_completion_hour_array = Array.new(24) { |i| 0}
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@actions_completion_hour.each{|r| @actions_completion_hour_array[r.completed_at.hour] += 1 }
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@max = [@actions_creation_hour_array.max, @actions_completion_hour_array.max].max
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render :layout => false
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end
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def actions_time_of_day_30days_data
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@actions_creation_hour = current_user.todos.created_after(@cut_off_month).select("created_at")
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@actions_completion_hour = current_user.todos.completed_after(@cut_off_month).select("completed_at")
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# convert to hash to be able to fill in non-existing days
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@actions_creation_hour_array = Array.new(24) { |i| 0}
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@actions_creation_hour.each{|r| @actions_creation_hour_array[r.created_at.hour] += 1 }
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# convert to hash to be able to fill in non-existing days
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@actions_completion_hour_array = Array.new(24) { |i| 0}
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@actions_completion_hour.each{|r| @actions_completion_hour_array[r.completed_at.hour] += 1 }
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@max = [@actions_creation_hour_array.max, @max = @actions_completion_hour_array.max].max
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render :layout => false
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end
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def show_selected_actions_from_chart
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@page_title = t('stats.action_selection_title')
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@count = 99
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@source_view = 'stats'
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case params['id']
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when 'avrt', 'avrt_end' # actions_visible_running_time
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# HACK: because open flash chart uses & to denote the end of a parameter,
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# we cannot use URLs with multiple parameters (that would use &). So we
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# revert to using two id's for the same selection. avtr_end means that the
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# last bar of the chart is selected. avtr is used for all other bars
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week_from = params['index'].to_i
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week_to = week_from+1
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@chart = Stats::Chart.new('actions_visible_running_time_data')
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@page_title = t('stats.actions_selected_from_week')
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@further = false
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if params['id'] == 'avrt_end'
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@page_title += week_from.to_s + t('stats.actions_further')
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@further = true
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else
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@page_title += week_from.to_s + " - " + week_to.to_s + ""
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end
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# get all running actions that are visible
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@actions_running_time = current_user.todos.not_completed.not_hidden.not_deferred_or_blocked.
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select("todos.id, todos.created_at").
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reorder("todos.created_at DESC")
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selected_todo_ids = get_ids_from(@actions_running_time, week_from, week_to, params['id']== 'avrt_end')
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@selected_actions = selected_todo_ids.size == 0 ? [] : current_user.todos.where("id in (" + selected_todo_ids.join(",") + ")")
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@count = @selected_actions.size
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render :action => "show_selection_from_chart"
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when 'art', 'art_end'
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week_from = params['index'].to_i
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week_to = week_from+1
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@chart = Stats::Chart.new('actions_running_time_data')
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@page_title = "Actions selected from week "
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@further = false
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if params['id'] == 'art_end'
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@page_title += week_from.to_s + " and further"
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@further = true
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else
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@page_title += week_from.to_s + " - " + week_to.to_s + ""
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end
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# get all running actions
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@actions_running_time = current_user.todos.not_completed.select("id, created_at")
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selected_todo_ids = get_ids_from(@actions_running_time, week_from, week_to, params['id']=='art_end')
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@selected_actions = selected_todo_ids.size == 0 ? [] : current_user.todos.where("id in (#{selected_todo_ids.join(",")})")
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@count = @selected_actions.size
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render :action => "show_selection_from_chart"
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else
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# render error
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render_failure "404 NOT FOUND. Unknown query selected"
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end
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end
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def done
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@source_view = 'done'
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init_not_done_counts
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@done_recently = current_user.todos.completed.limit(10).reorder('completed_at DESC').includes(Todo::DEFAULT_INCLUDES)
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@last_completed_projects = current_user.projects.completed.limit(10).reorder('completed_at DESC').includes(:todos, :notes)
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@last_completed_contexts = []
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@last_completed_recurring_todos = current_user.recurring_todos.completed.limit(10).reorder('completed_at DESC').includes(:tags, :taggings)
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#TODO: @last_completed_contexts = current_user.contexts.completed.all(:limit => 10, :order => 'completed_at DESC')
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end
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private
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def init
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@me = self # for meta programming
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# get the current date wih time set to 0:0
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@today = Time.zone.now.utc.beginning_of_day
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# define cut_off date and discard the time for a month, 3 months and a year
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@cut_off_year = 12.months.ago.beginning_of_day
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@cut_off_year_plus3 = 15.months.ago.beginning_of_day
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@cut_off_month = 1.month.ago.beginning_of_day
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@cut_off_30days = 30.days.ago.beginning_of_day
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end
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def get_ids_from (actions, week_from, week_to, at_end)
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selected_todo_ids = []
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actions.each do |r|
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weeks = difference_in_weeks(@today, r.created_at)
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if at_end
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selected_todo_ids << r.id.to_s if weeks >= week_from
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else
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selected_todo_ids << r.id.to_s if weeks.between?(week_from, week_to-1)
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end
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end
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return selected_todo_ids
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end
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# uses the supplied block to determine array of indexes in hash
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# the block should return an array of indexes each is added to the hash and summed
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def convert_to_array(records, upper_bound)
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# use 0 to initialise action count to zero
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a = Array.new(upper_bound){|i| 0 }
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records.each { |r| (yield r).each { |i| a[i] += 1 } }
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return a
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end
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def convert_to_months_from_today_array(records, array_size, date_method_on_todo)
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return convert_to_array(records, array_size){ |r| [difference_in_months(@today, r.send(date_method_on_todo))]}
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end
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def convert_to_days_from_today_array(records, array_size, date_method_on_todo)
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|
return convert_to_array(records, array_size){ |r| [difference_in_days(@today, r.send(date_method_on_todo))]}
|
|
end
|
|
|
|
def convert_to_weeks_from_today_array(records, array_size, date_method_on_todo)
|
|
return convert_to_array(records, array_size) { |r| [difference_in_weeks(@today, r.send(date_method_on_todo))]}
|
|
end
|
|
|
|
def convert_to_weeks_running_array(records, array_size)
|
|
return convert_to_array(records, array_size) { |r| [difference_in_weeks(r.completed_at, r.created_at)]}
|
|
end
|
|
|
|
def convert_to_weeks_running_from_today_array(records, array_size)
|
|
return convert_to_array(records, array_size) { |r| week_indexes_of(r) }
|
|
end
|
|
|
|
def week_indexes_of(record)
|
|
a = []
|
|
start_week = difference_in_weeks(@today, record.created_at)
|
|
end_week = record.completed_at ? difference_in_weeks(@today, record.completed_at) : 0
|
|
end_week.upto(start_week) { |i| a << i };
|
|
return a
|
|
end
|
|
|
|
# returns a new array containing all elems of array up to cut_off and
|
|
# adds the sum of the rest of array to the last elem
|
|
def cut_off_array_with_sum(array, cut_off)
|
|
# +1 to hold sum of rest
|
|
a = Array.new(cut_off+1){|i| array[i]||0}
|
|
# add rest of array to last elem
|
|
a[cut_off] += array.inject(:+) - a.inject(:+)
|
|
return a
|
|
end
|
|
|
|
def cut_off_array(array, cut_off)
|
|
return Array.new(cut_off){|i| array[i]||0}
|
|
end
|
|
|
|
def convert_to_cumulative_array(array, max)
|
|
# calculate fractions
|
|
a = Array.new(array.size){|i| array[i]*100.0/max}
|
|
# make cumulative
|
|
1.upto(array.size-1){ |i| a[i] += a[i-1] }
|
|
return a
|
|
end
|
|
|
|
# assumes date1 > date2
|
|
# this results in the number of months before the month of date1, not taking days into account, so diff of 31-dec and 1-jan is 1 month!
|
|
def difference_in_months(date1, date2)
|
|
return (date1.utc.year - date2.utc.year)*12 + (date1.utc.month - date2.utc.month)
|
|
end
|
|
|
|
# assumes date1 > date2
|
|
def difference_in_days(date1, date2)
|
|
return ((date1.utc.at_midnight-date2.utc.at_midnight)/SECONDS_PER_DAY).to_i
|
|
end
|
|
|
|
# assumes date1 > date2
|
|
def difference_in_weeks(date1, date2)
|
|
return difference_in_days(date1, date2) / 7
|
|
end
|
|
|
|
def three_month_avg(set, i)
|
|
return ( (set[i]||0) + (set[i+1]||0) + (set[i+2]||0) ) / 3.0
|
|
end
|
|
|
|
def interpolate_avg(set, percent)
|
|
(set[0]*(1/percent) + set[1] + set[2]) / 3.0
|
|
end
|
|
|
|
def correct_last_two_months(month_data, count)
|
|
month_data[count] = month_data[count] * 3
|
|
month_data[count-1] = month_data[count-1] * 3 / 2 if count > 1
|
|
end
|
|
|
|
def find_running_avg_array(done_array, created_array, upper_bound)
|
|
avg_done = Array.new(upper_bound){ |i| three_month_avg(done_array,i) }
|
|
avg_created = Array.new(upper_bound){ |i| three_month_avg(created_array,i) }
|
|
avg_done[0] = avg_created[0] = "null"
|
|
|
|
return avg_done, avg_created
|
|
end
|
|
|
|
end
|