Create academic year checkbox selectors. Refresh page with years selected on

checkbox change.  Draw bar graphs for each academic year selected.
Center bar graphs in their column.  Color the columns to match the
sample colors on the checkboxes.  Add scores on beta to top of graph.
Automatically display the most recent year of data for the district.
Modify logic for the insufficient data message or the 'measure not based
on student/teacher surveys' message so it only shows if there are no
bars with data to display.
This commit is contained in:
rebuilt 2022-06-03 04:30:55 +02:00
parent 30c97f4428
commit 50256cacce
15 changed files with 355 additions and 174 deletions

View file

@ -27,22 +27,22 @@ module AnalyzeHelper
1
end
def grouped_chart_width
def grouped_chart_column_width
graph_width / data_sources
end
def grouped_chart_divider_x(position)
zone_label_width + (grouped_chart_width * position)
def column_end_x(position)
zone_label_width + (grouped_chart_column_width * position)
end
def column_start_x(position)
column_end_x(position - 1)
end
def bar_label_height
(100 - ((100 - analyze_graph_height) / 2))
end
def bar_label_x(position)
zone_label_width + (grouped_chart_width * position) - (grouped_chart_width / 2)
end
def analyze_zone_height
analyze_graph_height / 5
end
@ -66,4 +66,8 @@ module AnalyzeHelper
def analyze_subcategory_link(district:, school:, academic_year:, category:, subcategory:)
"/districts/#{district.slug}/schools/#{school.slug}/analyze?year=#{academic_year.range}&category=#{category.category_id}&subcategory=#{subcategory.subcategory_id}"
end
def colors
@colors ||= ['#49416D', '#FFC857', '#920020', '#00B0B3', '#B2D236', '#595959']
end
end

View file

@ -0,0 +1,2 @@
module ColorHelper
end

View file

@ -47,7 +47,7 @@ class Measure < ActiveRecord::Base
end
def score(school:, academic_year:)
@score ||= Hash.new do |memo|
@score ||= Hash.new do |memo, (school, academic_year)|
meets_student_threshold = sufficient_student_data?(school:, academic_year:)
meets_teacher_threshold = sufficient_teacher_data?(school:, academic_year:)
meets_admin_data_threshold = all_admin_data_collected?(school:, academic_year:)
@ -73,23 +73,27 @@ class Measure < ActiveRecord::Base
end
def student_score(school:, academic_year:)
@student_score ||= begin
@student_score ||= Hash.new do |memo, (school, academic_year)|
meets_student_threshold = sufficient_student_data?(school:, academic_year:)
meets_teacher_threshold = sufficient_teacher_data?(school:, academic_year:)
meets_admin_data_threshold = all_admin_data_collected?(school:, academic_year:)
average = collect_survey_scale_average(student_scales, school, academic_year) if meets_student_threshold
Score.new(average, meets_teacher_threshold, meets_student_threshold, meets_admin_data_threshold)
memo[[school, academic_year]] = Score.new(average, meets_teacher_threshold, meets_student_threshold, meets_admin_data_threshold)
end
@student_score[[school, academic_year]]
end
def teacher_score(school:, academic_year:)
@teacher_score ||= begin
@teacher_score ||= Hash.new do |memo, (school, academic_year)|
meets_student_threshold = sufficient_student_data?(school:, academic_year:)
meets_teacher_threshold = sufficient_teacher_data?(school:, academic_year:)
meets_admin_data_threshold = all_admin_data_collected?(school:, academic_year:)
average = collect_survey_scale_average(teacher_scales, school, academic_year) if meets_teacher_threshold
Score.new(average, meets_teacher_threshold, meets_student_threshold, meets_admin_data_threshold)
memo[[school, academic_year]] = Score.new(average, meets_teacher_threshold, meets_student_threshold, meets_admin_data_threshold)
end
@teacher_score[[school, academic_year]]
end
def warning_low_benchmark

View file

@ -5,7 +5,7 @@ class Scale < ApplicationRecord
has_many :admin_data_items
def score(school:, academic_year:)
@score ||= Hash.new do |memo|
@score ||= Hash.new do |memo, (school, academic_year)|
memo[[school, academic_year]] = begin
items = []
items << collect_survey_item_average(student_survey_items(school:, academic_year:), school, academic_year)

View file

@ -12,7 +12,7 @@ class Subcategory < ActiveRecord::Base
end
def student_response_rate(school:, academic_year:)
@student_response_rate ||= Hash.new do |memo|
@student_response_rate ||= Hash.new do |memo, (school, academic_year)|
memo[[school, academic_year]] = StudentResponseRate.new(subcategory: self, school:, academic_year:)
end
@ -20,7 +20,7 @@ class Subcategory < ActiveRecord::Base
end
def teacher_response_rate(school:, academic_year:)
@teacher_response_rate ||= Hash.new do |memo|
@teacher_response_rate ||= Hash.new do |memo, (school, academic_year)|
memo[[school, academic_year]] = TeacherResponseRate.new(subcategory: self, school:, academic_year:)
end

View file

@ -6,11 +6,10 @@ class SurveyItem < ActiveRecord::Base
has_many :survey_item_responses
def score(school:, academic_year:)
@score ||= Hash.new do |memo|
memo[[school, academic_year]] = survey_item_responses.where(school:,
academic_year:).exclude_boston.average(:likert_score).to_f
@score ||= Hash.new do |memo, (school, academic_year)|
memo[[school, academic_year]] =
survey_item_responses.exclude_boston.where(school:, academic_year:).average(:likert_score).to_f
end
@score[[school, academic_year]]
end

View file

@ -0,0 +1,63 @@
class AnalyzeBarPresenter
include AnalyzeHelper
attr_reader :score, :x_position, :academic_year, :measure_id, :measure, :color
def initialize(measure:, academic_year:, score:, x_position:, color:)
@score = score
@x_position = x_position
@academic_year = academic_year
@measure = measure
@measure_id = measure.measure_id
@color = color
end
def y_offset
case zone.type
when :ideal, :approval
(analyze_zone_height * 2) - bar_height_percentage
else
(analyze_zone_height * 2)
end
end
def bar_color
"fill-#{zone.type}"
end
def bar_height_percentage
case zone.type
when :ideal
(percentage * zone_height_percentage + zone_height_percentage) * 100
when :approval
(percentage * zone_height_percentage) * 100
when :growth
((1 - percentage) * zone_height_percentage) * 100
when :watch
((1 - percentage) * zone_height_percentage + zone_height_percentage) * 100
when :warning
((1 - percentage) * zone_height_percentage + zone_height_percentage + zone_height_percentage) * 100
else
0.0
end
end
def percentage
(score.average - zone.low_benchmark) / (zone.high_benchmark - zone.low_benchmark)
end
def zone
zones = Zones.new(
watch_low_benchmark: measure.watch_low_benchmark,
growth_low_benchmark: measure.growth_low_benchmark,
approval_low_benchmark: measure.approval_low_benchmark,
ideal_low_benchmark: measure.ideal_low_benchmark
)
zones.zone_for_score(score.average)
end
def average
return 0 if score.average.nil?
score.average.round(2)
end
end

View file

@ -1,65 +1,32 @@
class GroupedBarColumnPresenter
include AnalyzeHelper
attr_reader :score, :measure_name, :measure_id, :category, :position, :measure, :school, :academic_year
include ColorHelper
def initialize(measure:, school:, academic_year:, position:)
attr_reader :measure_name, :measure_id, :category, :position, :measure, :school, :academic_years
def initialize(measure:, school:, academic_years:, position:)
@measure = measure
@measure_name = @measure.name
@measure_id = @measure.measure_id
@category = @measure.subcategory.category
@school = school
@academic_year = academic_year
@academic_years = academic_years
@position = position
end
def score
measure.score(school:, academic_year:)
def score(year_index)
measure.score(school:, academic_year: academic_years[year_index])
end
def y_offset
case zone.type
when :ideal, :approval
(analyze_zone_height * 2) - bar_height_percentage
else
(analyze_zone_height * 2)
def bars
@bars ||= yearly_scores.map.each_with_index do |item, index|
year = item[0]
score = item[1]
AnalyzeBarPresenter.new(measure:, academic_year: year, score:, x_position: bar_x(index),
color: bar_color(year))
end
end
def bar_color
"fill-#{zone.type}"
end
def bar_height_percentage
case zone.type
when :ideal
(percentage * zone_height_percentage + zone_height_percentage) * 100
when :approval
(percentage * zone_height_percentage) * 100
when :growth
((1 - percentage) * zone_height_percentage) * 100
when :watch
((1 - percentage) * zone_height_percentage + zone_height_percentage) * 100
when :warning
((1 - percentage) * zone_height_percentage + zone_height_percentage + zone_height_percentage) * 100
else
0.0
end
end
def percentage
(score.average - zone.low_benchmark) / (zone.high_benchmark - zone.low_benchmark)
end
def zone
zones = Zones.new(
watch_low_benchmark: @measure.watch_low_benchmark,
growth_low_benchmark: @measure.growth_low_benchmark,
approval_low_benchmark: @measure.approval_low_benchmark,
ideal_low_benchmark: @measure.ideal_low_benchmark
)
zones.zone_for_score(score.average)
end
def label
'All Survey Data'
end
@ -69,10 +36,67 @@ class GroupedBarColumnPresenter
end
def show_irrelevancy_message?
!@measure.includes_teacher_survey_items? && !@measure.includes_student_survey_items?
!measure.includes_teacher_survey_items? && !measure.includes_student_survey_items?
end
def show_insufficient_data_message?
!score.meets_teacher_threshold? && !score.meets_student_threshold?
scores = academic_years.map do |year|
measure.score(school:, academic_year: year)
end
scores.all? { |score| !score.meets_teacher_threshold? && !score.meets_student_threshold? }
end
def column_midpoint
zone_label_width + (grouped_chart_column_width * (position + 1)) - (grouped_chart_column_width / 2)
end
def bar_width
3.5
end
def message_x
column_midpoint - message_width / 2
end
def message_y
17
end
def message_width
20
end
def message_height
34
end
def column_end_x
zone_label_width + (grouped_chart_column_width * (position + 1))
end
def column_start_x
zone_label_width + (grouped_chart_column_width * position)
end
private
def yearly_scores
yearly_scores = academic_years.each_with_index.map do |year, index|
[year, score(index)]
end
yearly_scores.reject do |yearly_score|
score = yearly_score[1]
score.average.nil? || score.average.zero? || score.average.nan?
end
end
def bar_color(year)
@available_academic_years ||= AcademicYear.order(:range).all
colors[@available_academic_years.find_index(year)]
end
def bar_x(index)
column_start_x + (index * bar_width * 1.2) + ((column_end_x - column_start_x) - (yearly_scores.size * bar_width * 1.2)) / 2
end
end

View file

@ -8,14 +8,18 @@ class StudentGroupedBarColumnPresenter < GroupedBarColumnPresenter
end
def show_irrelevancy_message?
!@measure.includes_student_survey_items?
!measure.includes_student_survey_items?
end
def show_insufficient_data_message?
!score.meets_student_threshold?
scores = academic_years.map do |year|
measure.score(school:, academic_year: year)
end
scores.all? { |score| !score.meets_student_threshold? }
end
def score
measure.student_score(school:, academic_year:)
def score(year_index)
measure.student_score(school:, academic_year: academic_years[year_index])
end
end

View file

@ -8,14 +8,18 @@ class TeacherGroupedBarColumnPresenter < GroupedBarColumnPresenter
end
def show_irrelevancy_message?
!@measure.includes_teacher_survey_items?
!measure.includes_teacher_survey_items?
end
def show_insufficient_data_message?
!score.meets_teacher_threshold?
scores = academic_years.map do |year|
measure.score(school:, academic_year: year)
end
scores.all? { |score| !score.meets_teacher_threshold? }
end
def score
measure.teacher_score(school:, academic_year:)
def score(year_index)
measure.teacher_score(school:, academic_year: academic_years[year_index])
end
end

View file

@ -3,8 +3,8 @@
<rect x="0" y="0" width="100%" height="<%= analyze_zone_height * 2 %>%" fill="#edecf0"/>
<rect x="0" y="<%= analyze_zone_height * 2 %>%" width="100%" height="<%= analyze_zone_height * 3 %>%" fill="#fffaee"/>
<rect x="0" y="0" width="100%" height="<%= analyze_graph_height %>%" fill="none" stroke="grey"/>
<line x1="<%= grouped_chart_divider_x(1) %>%" y1="0" x2="<%= grouped_chart_divider_x(1) %>%" y2="85%" stroke="grey" stroke-width="1" stroke-dasharray="5,2"/>
<line x1="<%= grouped_chart_divider_x(2) %>%" y1="0" x2="<%= grouped_chart_divider_x(2) %>%" y2="85%" stroke="grey" stroke-width="1" stroke-dasharray="5,2"/>
<line x1="<%= column_end_x(1) %>%" y1="0" x2="<%= column_end_x(1) %>%" y2="85%" stroke="grey" stroke-width="1" stroke-dasharray="5,2"/>
<line x1="<%= column_end_x(2) %>%" y1="0" x2="<%= column_end_x(2) %>%" y2="85%" stroke="grey" stroke-width="1" stroke-dasharray="5,2"/>
<rect x="0" y="<%= benchmark_y %>%" width="100%" height="<%= benchmark_height %>%" fill="black"/>
<g id="zone-dividers" stroke-width="1" >
<line x1="0" y1="17%" x2="100%" y2="17%" stroke="white" />
@ -31,11 +31,10 @@
</g>
</g>
<% presenter = StudentGroupedBarColumnPresenter.new(measure: measure, school: @school, academic_year: @academic_year, position: 1) %>
<%= render partial: "grouped_bar_column", locals: {presenter: presenter} %>
<% presenter = TeacherGroupedBarColumnPresenter.new(measure: measure, school: @school, academic_year: @academic_year, position: 2) %>
<%= render partial: "grouped_bar_column", locals: {presenter: presenter} %>
<% presenter = GroupedBarColumnPresenter.new(measure: measure, school: @school, academic_year: @academic_year, position: 3) %>
<%= render partial: "grouped_bar_column", locals: {presenter: presenter} %>
<% presenters = [StudentGroupedBarColumnPresenter, TeacherGroupedBarColumnPresenter, GroupedBarColumnPresenter] %>
<% presenters.each_with_index do |presenter, index| %>
<% p = presenter.new(measure: measure, school: @school, academic_years: @selected_academic_years, position: index ) %>
<%= render partial: "grouped_bar_column", locals: {presenter: p} %>
<% end %>
</svg>

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@ -1,30 +1,33 @@
<g id="grouped-bar-column">
<rect x="<%= bar_label_x(presenter.position) - 2.5 %>%" y="<%= presenter.y_offset %>%" width="5%" height="<%= presenter.bar_height_percentage %>%" fill="#3E3A38" data-for-measure-id="<%= presenter.measure_id %>"/>
<g class="grouped-bar-column" data-for-measure-id="<%= presenter.measure.measure_id %>">
<% presenter.bars.each_with_index do |bar, index| %>
<rect data-for-academic-year="<%= bar.academic_year.range %>" x="<%= bar.x_position %>%" y="<%= bar.y_offset %>%" width="<%= presenter.bar_width %>%" height="<%= bar.bar_height_percentage %>%" fill="<%= bar.color %>" />
<% if ENV["SCORES"].present? && ENV["SCORES"].upcase == "SHOW" %>
<text x="<%= bar_label_x(presenter.position) %>%" y="<%= 5 %>%" text-anchor="middle" dominant-baseline="middle" >
<%= presenter.score.average %>
</text>
<% if ENV["SCORES"].present? && ENV["SCORES"].upcase == "SHOW" %>
<text x="<%= bar.x_position + 1 %>%" y="5%" text-anchor="middle" dominant-baseline="middle" >
<%= bar.average %>
</text>
<% end %>
<% end %>
<text class="graph-footer" x="<%= bar_label_x(presenter.position) %>%" y="<%= bar_label_height %>%" text-anchor="middle" dominant-baseline="middle" data-grouped-bar-label="<%= presenter.label %>">
<text class="graph-footer" x="<%= presenter.column_midpoint %>%" y="<%= bar_label_height %>%" text-anchor="middle" dominant-baseline="middle" data-grouped-bar-label="<%= presenter.label %>">
<%= presenter.label %>
</text>
<% if presenter.show_irrelevancy_message? %>
<rect x="<%= bar_label_x(presenter.position) - 10 %>%" y="<%= 17 %>%" rx="15" ry="15" width="20%" height="<%= 34 %>%" fill="white" stroke="gray"/>
<rect x="<%= presenter.message_x %>%" y="<%= presenter.message_y %>%" rx="15" ry="15" width="<%= presenter.message_width %>%" height="<%= presenter.message_height %>%" fill="white" stroke="gray"/>
<text x="<%= bar_label_x(presenter.position) %>%" y="<%= 20 %>%" text-anchor="middle">
<tspan x="<%= bar_label_x(presenter.position) %>%" y="29%">measure not</tspan>
<tspan x="<%= bar_label_x(presenter.position) %>%" y="34%">based on</tspan>
<tspan x="<%= bar_label_x(presenter.position) %>%" y="39%"><%= presenter.basis %> surveys </tspan>
<text x="<%= presenter.column_midpoint %>%" y="<%= 20 %>%" text-anchor="middle">
<tspan x="<%= presenter.column_midpoint %>%" y="29%">measure not</tspan>
<tspan x="<%= presenter.column_midpoint %>%" y="34%">based on</tspan>
<tspan x="<%= presenter.column_midpoint %>%" y="39%"><%= presenter.basis %> surveys </tspan>
</text>
<% elsif presenter.show_insufficient_data_message? %>
<rect x="<%= bar_label_x(presenter.position) - 10 %>%" y="<%= 17 %>%" rx="15" ry="15" width="20%" height="<%= 34 %>%" fill="white" stroke="gray" />
<rect x="<%= presenter.message_x %>%" y="<%= presenter.message_y %>%" rx="15" ry="15" width="<%= presenter.message_width %>%" height="<%= presenter.message_height %>%" fill="white" stroke="gray" />
<text x="<%= bar_label_x(presenter.position) %>%" y="<%= 20 %>%" text-anchor="middle" >
<tspan x="<%= bar_label_x(presenter.position) %>%" y="29%">survey response</tspan>
<tspan x="<%= bar_label_x(presenter.position) %>%" y="34%">rate below 25%</tspan>
<text x="<%= presenter.column_midpoint %>%" y="<%= 20 %>%" text-anchor="middle" >
<tspan x="<%= presenter.column_midpoint %>%" y="29%">survey response</tspan>
<tspan x="<%= presenter.column_midpoint %>%" y="34%">rate below 25%</tspan>
</text>
<% end %>
</g>

View file

@ -25,11 +25,11 @@
</select>
<h3 class="sub-header-4 mt-5">School Years</h3>
<% @available_academic_years.each do | year | %>
<% @available_academic_years.each_with_index do | year, index | %>
<div class="d-flex justify-content-start align-items-center mt-1" data-controller="analyze">
<input type="checkbox" id="<%= year.range %>" name="year-checkbox" value="<%= analyze_subcategory_link(district: @district, school: @school, academic_year: @academic_year, category: @category, subcategory: @subcategory) %>" <%= @selected_academic_years.include?(year) ? "checked" : "" %> data-action="click->analyze#refresh">
<label class="px-3" for="<%= year.range %>" ><%= year.range %></label><br>
<div class="bg-color-blue" style="width:20px;height:20px;"></div>
<div class="bg-color-blue" style="width:20px;height:20px;background-color:<%= colors[index] %>;"></div>
</div>
<% end %>
</div>

View file

@ -1,8 +1,12 @@
require 'rails_helper'
include AnalyzeHelper
describe GroupedBarColumnPresenter do
let(:school) { create(:school) }
let(:academic_year) { create(:academic_year) }
let(:academic_year) { create(:academic_year, range: '1900-01') }
let(:another_academic_year) { create(:academic_year, range: '2000-01') }
let(:academic_years) { [academic_year, another_academic_year] }
let(:year_index) { academic_years.find_index(academic_year) }
let(:watch_low_benchmark) { 2 }
let(:growth_low_benchmark) { 3 }
let(:approval_low_benchmark) { 4 }
@ -58,18 +62,18 @@ describe GroupedBarColumnPresenter do
end
let(:student_presenter) do
StudentGroupedBarColumnPresenter.new measure: measure_with_student_survey_items, school:, academic_year:,
position: 1
StudentGroupedBarColumnPresenter.new measure: measure_with_student_survey_items, school:, academic_years:,
position: 0
end
let(:teacher_presenter) do
TeacherGroupedBarColumnPresenter.new measure: measure_with_teacher_survey_items, school:, academic_year:,
position: 1
TeacherGroupedBarColumnPresenter.new measure: measure_with_teacher_survey_items, school:, academic_years:,
position: 0
end
let(:all_data_presenter) do
GroupedBarColumnPresenter.new measure: measure_composed_of_student_and_teacher_items, school:, academic_year:,
position: 1
GroupedBarColumnPresenter.new measure: measure_composed_of_student_and_teacher_items, school:, academic_years:,
position: 0
end
before do
@ -83,7 +87,79 @@ describe GroupedBarColumnPresenter do
end
end
shared_examples_for 'column_midpoint' do
it 'return an x position centered in the width of the column' do
expect(student_presenter.column_midpoint).to eq 29
end
end
shared_examples_for 'bar_color' do
it 'returns the correct color' do
expect(student_presenter.bars[year_index].color).to eq colors[year_index]
end
end
shared_examples_for 'y_offset' do
it 'bar will be based on the approval low benchmark boundary' do
expect(student_presenter.bars[year_index].y_offset).to be_within(0.01).of(34)
end
end
context 'for a grouped column presenter with both student and teacher responses' do
context 'with a single year'
before do
create(:survey_item_response, survey_item: student_survey_item_for_composite_measure, school:,
academic_year:, likert_score: 4)
create(:survey_item_response, survey_item: student_survey_item_for_composite_measure, school:,
academic_year:, likert_score: 5)
end
it 'returns a score that is an average of the likert scores ' do
expect(all_data_presenter.score(0).average).to eq 4.5
expect(all_data_presenter.score(1).average).to eq nil
expect(all_data_presenter.academic_years[0].range).to be academic_year.range
expect(all_data_presenter.academic_years[1].range).to be another_academic_year.range
end
context 'when more than one year exists' do
before do
create(:survey_item_response, survey_item: student_survey_item_for_composite_measure, school:,
academic_year: another_academic_year, likert_score: 5)
create(:survey_item_response, survey_item: student_survey_item_for_composite_measure, school:,
academic_year: another_academic_year, likert_score: 3)
end
it 'returns independent scores for each year of data' do
expect(all_data_presenter.score(0).average).to eq 4.5
expect(all_data_presenter.score(1).average).to eq 4
end
end
end
context 'when a measure is based on student survey items' do
before do
year_index = academic_years.find_index(academic_year)
end
context 'when there is insufficient data to show a score' do
it_behaves_like 'measure_name'
it_behaves_like 'column_midpoint'
it 'returns an emtpy set of bars' do
expect(student_presenter.bars).to eq []
end
it 'returns an emty score' do
expect(student_presenter.score(year_index).average).to eq nil
end
it 'shows the irrelevancy message ' do
expect(student_presenter.show_irrelevancy_message?).to eq true
end
it 'shows the insufficient data message' do
expect(student_presenter.show_insufficient_data_message?).to eq true
end
end
context 'when the score is in the Ideal zone' do
before do
create(:survey_item_response, survey_item: student_survey_item, school:,
@ -93,17 +169,48 @@ describe GroupedBarColumnPresenter do
end
it_behaves_like 'measure_name'
it 'returns the correct color' do
expect(student_presenter.bar_color).to eq 'fill-ideal'
end
it_behaves_like 'column_midpoint'
it_behaves_like 'bar_color'
it 'returns a bar width equal to the approval zone width plus the proportionate ideal zone width' do
expect(student_presenter.bar_height_percentage).to be_within(0.01).of(17)
expect(student_presenter.bars[year_index].bar_height_percentage).to be_within(0.01).of(17)
end
it 'returns a y_offset equal to the ' do
expect(student_presenter.y_offset).to be_within(0.01).of(17)
expect(student_presenter.bars[0].y_offset).to be_within(0.01).of(17)
end
it 'returns a text representation of the type of survey the bars are based on' do
expect(student_presenter.basis).to eq 'student'
end
it 'returns only bars that have a numeric score' do
expect(student_presenter.bars.count).to be 1
end
it 'returns an explanatory bar label' do
expect(student_presenter.label).to eq 'All Students'
end
it 'does not show a message that the data source is irrelevant for this measure' do
expect(student_presenter.show_irrelevancy_message?).to be false
end
it 'does not show a message about insufficient responses' do
expect(student_presenter.show_insufficient_data_message?).to be false
end
context 'when there is more than one years worth of data to show' do
before do
create(:survey_item_response, survey_item: student_survey_item, school:,
academic_year: another_academic_year, likert_score: 3)
create(:survey_item_response, survey_item: student_survey_item, school:,
academic_year: another_academic_year, likert_score: 4)
end
it 'returns only bars that have a numeric score' do
expect(student_presenter.bars.count).to be 2
end
end
end
@ -114,20 +221,20 @@ describe GroupedBarColumnPresenter do
end
it_behaves_like 'measure_name'
it_behaves_like 'column_midpoint'
it_behaves_like 'bar_color'
it_behaves_like 'y_offset'
it 'returns the correct color' do
expect(student_presenter.bar_color).to eq 'fill-approval'
end
context 'and the score is right at the approval low benchmark' do
it 'bar will have a height of 0' do
expect(student_presenter.bars[year_index].bar_height_percentage).to be_within(0.01).of(0)
end
it 'returns a bar width equal to the proportionate approval zone width' do
expect(student_presenter.bar_height_percentage).to be_within(0.01).of(0)
end
it 'returns an x-offset of 60%' do
expect(student_presenter.y_offset).to be_within(0.01).of(34)
it 'bar will be based on the approval low benchmark boundary' do
expect(student_presenter.bars[year_index].y_offset).to be_within(0.01).of(34)
end
end
end
context 'when the score is in the Growth zone' do
before do
create(:survey_item_response, survey_item: student_survey_item, school:,
@ -135,19 +242,12 @@ describe GroupedBarColumnPresenter do
end
it_behaves_like 'measure_name'
it 'returns the correct color' do
expect(student_presenter.bar_color).to eq 'fill-growth'
end
it_behaves_like 'column_midpoint'
it_behaves_like 'bar_color'
it_behaves_like 'y_offset'
it 'returns a bar width equal to the proportionate growth zone width' do
expect(student_presenter.bar_height_percentage).to be_within(0.01).of(17)
end
context 'in order to achieve the visual effect' do
it 'returns an x-offset equal to 60% minus the bar width' do
expect(student_presenter.y_offset).to eq 34
end
expect(student_presenter.bars[year_index].bar_height_percentage).to be_within(0.01).of(17)
end
end
@ -158,22 +258,14 @@ describe GroupedBarColumnPresenter do
end
it_behaves_like 'measure_name'
it 'returns the correct color' do
expect(student_presenter.bar_color).to eq 'fill-watch'
end
it_behaves_like 'column_midpoint'
it_behaves_like 'bar_color'
it_behaves_like 'y_offset'
it 'returns a bar width equal to the proportionate watch zone width plus the growth zone width' do
expect(student_presenter.bar_height_percentage).to eq 34
end
context 'in order to achieve the visual effect' do
it 'returns an x-offset equal to 60% minus the bar width' do
expect(student_presenter.y_offset).to eq 34
end
expect(student_presenter.bars[year_index].bar_height_percentage).to eq 34
end
end
context 'when the score is in the Warning zone' do
before do
create(:survey_item_response, survey_item: student_survey_item, school:,
@ -181,34 +273,12 @@ describe GroupedBarColumnPresenter do
end
it_behaves_like 'measure_name'
it 'returns the correct color' do
expect(student_presenter.bar_color).to eq 'fill-warning'
end
it_behaves_like 'column_midpoint'
it_behaves_like 'bar_color'
it_behaves_like 'y_offset'
it 'returns a bar width equal to the proportionate warning zone width plus the watch & growth zone widths' do
expect(student_presenter.bar_height_percentage).to eq 51
end
context 'in order to achieve the visual effect' do
it 'returns an y-offset equal to 60% minus the bar width' do
expect(student_presenter.y_offset).to eq 34
end
end
end
context 'when there are insufficient responses to calculate a score' do
it 'indicates it should show the insufficient data message' do
expect(student_presenter.show_insufficient_data_message?).to eq true
end
end
context 'when there are enough responses to calculate a score' do
before do
create(:survey_item_response, survey_item: student_survey_item, school:,
academic_year:)
end
it 'indicates it should show the insufficient data message' do
expect(student_presenter.show_insufficient_data_message?).to eq false
expect(student_presenter.bars[year_index].bar_height_percentage).to eq 51
end
end
end

View file

@ -78,10 +78,15 @@ describe 'analyze/index' do
# end
it 'displays a set of grouped bars for each presenter' do
displayed_variance_columns = subject.css('.grouped-bar-column')
expect(displayed_variance_columns.count).to eq 9
displayed_variance_rows = subject.css('[data-for-measure-id]')
expect(displayed_variance_rows.count).to eq 9
expect(displayed_variance_rows.first.attribute('data-for-measure-id').value).to eq '1A-I'
# displayed_variance_rows = subject.css('data-for-academic-year')
# expect(displayed_variance_rows.count).to eq 9
displayed_variance_labels = subject.css('[data-grouped-bar-label]')
expect(displayed_variance_labels.count).to eq 9
expect(displayed_variance_labels.first.inner_text).to include 'All Students'