// Numbas version: exam_results_page_options
{"name": "Journey record", "extensions": ["jsxgraph", "sheets"], "custom_part_types": [{"source": {"pk": 242, "author": {"name": "Christian Lawson-Perfect", "pk": 7}, "edit_page": "/part_type/242/edit"}, "name": "Spreadsheet", "short_name": "spreadsheet", "description": "<p>An editable spreadsheet. Ranges of cells can be disabled, and you can specify ranges of cells to be marked. A cell is marked correct if its value is equal to the value in the expected answer spreadsheet.</p>", "help_url": "", "input_widget": "spread-sheet", "input_options": {"correctAnswer": "settings[\"correct_answer\"]", "hint": {"static": true, "value": ""}, "initial_sheet": {"static": false, "value": "disable_cells(settings[\"initial_sheet\"], settings[\"disable_ranges\"])"}}, "can_be_gap": true, "can_be_step": true, "marking_script": "correctAnswer:\nsettings[\"correct_answer\"]\n\nmark:\nif(sum(mark_ranges)=0,\n  incorrect(),\n  apply(mark_ranges)\n)\n\ninterpreted_answer:\nstudentAnswer\n\nrange_cells:\nmap(parse_range(ref),ref,values(settings[\"mark_ranges\"]))\n\ntotal_cells:\nlen(flatten(range_cells))\n\nrange_weights:\nswitch(\n  settings[\"marking_method\"]=\"per_cell\",\n    map(len(r)/total_cells, r, range_cells),\n  // otherwise, mark per range\n    repeat(1/len(range_cells), len(range_cells))\n)\n\nmark_ranges:\nmap(\n  let(\n    range_credit,\n      sum(map(\n        let(\n          correctCellString, correctAnswer[c],\n          correctCellNumber, parsenumber(correctCellString, notation_styles),\n          studentCellString, studentAnswer[c],\n          studentCellNumber, parsenumber(studentCellString, notation_styles),\n          award(\n            1/len(cells), \n            if(isnan(correctCellNumber) and correctCellString<>\"\",\n              lower(correctCellString) = lower(studentCellString),\n              abs(studentCellNumber - if(isnan(correctCellNumber),0,correctCellNumber)) <= settings[\"tolerance\"]\n            )\n          )\n        ),\n        c,\n        cells\n      )),\n    message,\n      switch(\n        range_credit=0,\n          if(len(cells)=1, \"This entry is incorrect.\", \"All entries in this range are incorrect.\"),\n        range_credit=1,\n          if(len(cells)=1, \"This entry is correct.\", \"All entries in this range are correct.\"),\n        //otherwise\n          \"Some entries in this range are correct.\"\n      ),\n    assert(len(cells)=0, add_credit(range_credit*w, \"<strong>{name}:</strong> \"+message)); \n    range_credit\n  ),\n  [cells,w,name],\n  zip(range_cells, range_weights, keys(settings[\"mark_ranges\"]))\n)\n\nnotation_styles:\n[\"plain\",\"si-en\"]", "marking_notes": [{"name": "correctAnswer", "description": "<p>A spreadsheet representing the expected answer.</p>", "definition": "settings[\"correct_answer\"]"}, {"name": "mark", "description": "This is the main marking note. It should award credit and provide feedback based on the student's answer.", "definition": "if(sum(mark_ranges)=0,\n  incorrect(),\n  apply(mark_ranges)\n)"}, {"name": "interpreted_answer", "description": "A value representing the student's answer to this part.", "definition": "studentAnswer"}, {"name": "range_cells", "description": "<p>For each range to be marked, the addresses of the cells in that range.</p>", "definition": "map(parse_range(ref),ref,values(settings[\"mark_ranges\"]))"}, {"name": "total_cells", "description": "<p>The total number of cells to be marked. Cells in overlapping ranges will be counted once for each range they're in.</p>", "definition": "len(flatten(range_cells))"}, {"name": "range_weights", "description": "<p>The weight of each range, as a proportion of the available credit.</p>", "definition": "switch(\n  settings[\"marking_method\"]=\"per_cell\",\n    map(len(r)/total_cells, r, range_cells),\n  // otherwise, mark per range\n    repeat(1/len(range_cells), len(range_cells))\n)"}, {"name": "mark_ranges", "description": "<p>Mark each of the ranges specified by the question author.</p>", "definition": "map(\n  let(\n    range_credit,\n      sum(map(\n        let(\n          correctCellString, correctAnswer[c],\n          correctCellNumber, parsenumber(correctCellString, notation_styles),\n          studentCellString, studentAnswer[c],\n          studentCellNumber, parsenumber(studentCellString, notation_styles),\n          award(\n            1/len(cells), \n            if(isnan(correctCellNumber) and correctCellString<>\"\",\n              lower(correctCellString) = lower(studentCellString),\n              abs(studentCellNumber - if(isnan(correctCellNumber),0,correctCellNumber)) <= settings[\"tolerance\"]\n            )\n          )\n        ),\n        c,\n        cells\n      )),\n    message,\n      switch(\n        range_credit=0,\n          if(len(cells)=1, \"This entry is incorrect.\", \"All entries in this range are incorrect.\"),\n        range_credit=1,\n          if(len(cells)=1, \"This entry is correct.\", \"All entries in this range are correct.\"),\n        //otherwise\n          \"Some entries in this range are correct.\"\n      ),\n    assert(len(cells)=0, add_credit(range_credit*w, \"<strong>{name}:</strong> \"+message)); \n    range_credit\n  ),\n  [cells,w,name],\n  zip(range_cells, range_weights, keys(settings[\"mark_ranges\"]))\n)"}, {"name": "notation_styles", "description": "<p>Accepted number notation styles for a value in an individual cell.</p>", "definition": "[\"plain\",\"si-en\"]"}], "settings": [{"name": "initial_sheet", "label": "Initial sheet", "help_url": "", "hint": "A <code>spreadsheet</code> object giving the initial state of the sheet that the student should fill in.", "input_type": "code", "default_value": "", "evaluate": true}, {"name": "correct_answer", "label": "Correct answer", "help_url": "", "hint": "A <code>spreadsheet</code> object representing a correct answer to the part.", "input_type": "code", "default_value": "", "evaluate": true}, {"name": "disable_ranges", "label": "Ranges to disable", "help_url": "", "hint": "A list of cell or range references, denoting the cells that should not be editable.", "input_type": "code", "default_value": "[]", "evaluate": true}, {"name": "mark_ranges", "label": "Ranges to mark", "help_url": "", "hint": "A dictionary of cell or range references, mapping names to ranges of cells, denoting the cells that should be compared for equality with the expected answer.", "input_type": "code", "default_value": "dict()", "evaluate": true}, {"name": "marking_method", "label": "Marking method", "help_url": "", "hint": "", "input_type": "dropdown", "default_value": "per_cell", "choices": [{"value": "per_cell", "label": "Each cell has the same weight"}, {"value": "per_range", "label": "Each range has the same weight"}]}, {"name": "tolerance", "label": "Allowed margin of error", "help_url": "", "hint": "", "input_type": "code", "default_value": "0", "evaluate": true}], "public_availability": "always", "published": true, "extensions": ["sheets"]}], "resources": [], "navigation": {"allowregen": true, "showfrontpage": false, "preventleave": false, "typeendtoleave": false}, "question_groups": [{"pickingStrategy": "all-ordered", "questions": [{"name": "Journey record", "tags": [], "metadata": {"description": "<p>Given a data sheet with distances between cities and costs for different forms of transport, and some information about modes of transport used, fill in a form for a journey.</p>", "licence": "Creative Commons Attribution 4.0 International"}, "statement": "<p>{data_spreadsheet}</p>\n<p>You are travelling from {from} to {to}.</p>\n<p>You travel {distance_description}.</p>", "advice": "", "rulesets": {}, "extensions": ["jsxgraph", "sheets"], "builtin_constants": {"e": true, "pi,\u03c0": true, "i": true}, "constants": [], "variables": {"raw_spreadsheet": {"name": "raw_spreadsheet", "group": "Journey record form", "definition": "spreadsheet_from_base64_file(safe(\"journey.xlsx\"), 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"description": "", "templateType": "spreadsheet", "can_override": false}, "filled_spreadsheet": {"name": "filled_spreadsheet", "group": "Journey record form", "definition": "fill_range(\n  fill_range(\n    fill_range(raw_spreadsheet, \"B2:B3\", [from,to]),\n    \"B6:E10\",\n    list(transpose(matrix([mode_distances,journey_cost,journey_co2,journey_time])))\n  ),\n  \"B11:E11\",\n  totals\n)", "description": "", "templateType": "anything", "can_override": false}, "from,to": {"name": "from,to", "group": "Ungrouped variables", "definition": "shuffle(cities)", "description": "", "templateType": "anything", "can_override": false}, "cities": {"name": "cities", "group": "Cities", "definition": "data_spreadsheet[\"B2:E2\"][0]", "description": "", "templateType": "anything", "can_override": false}, "cost_per_km": {"name": "cost_per_km", "group": "Costs", "definition": "map(precround(x,2),x,[\n  random(0.5..1.5#0),\n  random(0.2..1#0),\n  random(0.5..3#0),\n  0,\n  random(0.01..0.05#0),\n])", "description": "<p>The average cost per km of each mode of transport.</p>", "templateType": "anything", "can_override": false}, "co2_per_km": {"name": "co2_per_km", "group": "Costs", "definition": "map(precround(x,3),x,[\n  random(0.15..0.2#0),\n  random(0.1..0.15#0),\n  random(0.03..0.06#0),\n  0,\n  0\n])", "description": "<p>The average CO2 emissions per km of each mode of transport.</p>", "templateType": "anything", "can_override": false}, "speed": {"name": "speed", "group": "Costs", "definition": "[\n  random(45..115#5),\n  random(30..80#5),\n  random(90..210#5),\n  random(3..6),\n  random(25..40)\n]", "description": "<p>The average travel speed of each mode of transport.</p>", "templateType": "anything", "can_override": false}, "raw_data_spreadsheet": {"name": "raw_data_spreadsheet", "group": "Data spreadsheet", "definition": "spreadsheet_from_base64_file(safe(\"journey-data.xlsx\"), safe(\"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"description": "", "templateType": "spreadsheet", "can_override": false}, "data_spreadsheet": {"name": "data_spreadsheet", "group": "Data spreadsheet", "definition": "fill_range(raw_data_spreadsheet, \"B9:D13\", list(transpose(matrix([cost_per_km,co2_per_km,speed]))))", "description": "", "templateType": "anything", "can_override": false}, "distance": {"name": "distance", "group": "Distance travelled", "definition": "let(\n  c1,indices(cities,from)[0],\n  c2,indices(cities,to)[0],\n\n  let(\n    a,max(c1,c2),\n    b,min(c1,c2),\n    n,parsenumber(data_spreadsheet[\"{upper(letterordinal(a+1))}{b+3}\"],\"plain\"),\n    \n    if(isnan(n),0,n)\n  )\n)", "description": "<p>The distance between the chosen cities.</p>", "templateType": "anything", "can_override": false}, "mode_distances": {"name": "mode_distances", "group": "Distance travelled", "definition": "let(\n  num_modes, random(2..3),\n  shuffle(random_integer_partition(distance,num_modes)+repeat(0,5-num_modes))\n)", "description": "", "templateType": "anything", "can_override": false}, "transport_modes": {"name": "transport_modes", "group": "Distance travelled", "definition": "map(x[0],x,raw_spreadsheet[\"A6:A10\"])", "description": "", "templateType": "anything", "can_override": false}, "distance_description": {"name": "distance_description", "group": "Distance travelled", "definition": "let(\n  used_modes, filter(x[0]>0,x,zip(mode_distances, transport_modes)),\n  texts, map(\"{d}km {lower(mode)}\",[d,mode], used_modes[0..len(used_modes)]),\n  \n  if(len(used_modes)>1,\n    join(texts[0..-1], \", \")\n    +\n    \", and the rest \"+lower(used_modes[-1][1])\n  ,\n    texts[0]\n  )\n)", "description": "", "templateType": "anything", "can_override": false}, "journey_cost": {"name": "journey_cost", "group": "Costs", "definition": "map(precround(d*c,2),[d,c],zip(mode_distances,cost_per_km))", "description": "<p>The incurred cost of each mode of transport.</p>", "templateType": "anything", "can_override": false}, "journey_co2": {"name": "journey_co2", "group": "Costs", "definition": "map(precround(d*c,3),[d,c],zip(mode_distances,co2_per_km))", "description": "", "templateType": "anything", "can_override": false}, "journey_time": {"name": "journey_time", "group": "Costs", "definition": "map(round(60*d/s),[d,s],zip(mode_distances,speed))", "description": "", "templateType": "anything", "can_override": false}, "totals": {"name": "totals", "group": "Costs", "definition": "map(precround(sum(l),2),l,[mode_distances,journey_cost,journey_co2,journey_time])", "description": "", "templateType": "anything", "can_override": false}}, "variablesTest": {"condition": "", "maxRuns": 100}, "ungrouped_variables": ["from,to"], "variable_groups": [{"name": "Data spreadsheet", "variables": ["raw_data_spreadsheet", "data_spreadsheet"]}, {"name": "Cities", "variables": ["cities"]}, {"name": "Costs", "variables": ["co2_per_km", "cost_per_km", "speed", "journey_cost", "journey_co2", "journey_time", "totals"]}, {"name": "Journey record form", "variables": ["raw_spreadsheet", "filled_spreadsheet"]}, {"name": "Distance travelled", "variables": ["mode_distances", "distance", "transport_modes", "distance_description"]}], "functions": {}, "preamble": {"js": "", "css": ""}, "parts": [{"type": "spreadsheet", "useCustomName": false, "customName": "", "marks": "26", "scripts": {}, "customMarkingAlgorithm": "", "extendBaseMarkingAlgorithm": true, "unitTests": [], "showCorrectAnswer": true, "showFeedbackIcon": true, "variableReplacements": [], "variableReplacementStrategy": "originalfirst", "nextParts": [], "suggestGoingBack": false, "adaptiveMarkingPenalty": 0, "exploreObjective": null, "prompt": "<p>Using the data sheet above, fill in the journey record form below. </p>\n<p>Round costs to the nearest penny, CO2 emissions to the nearest gram, and time to the nearest minute.</p>", "settings": {"initial_sheet": "raw_spreadsheet", "correct_answer": "filled_spreadsheet", "disable_ranges": "[\"A1:D1\",\"A2:A3\",\"A4:D4\",\"A5:D5\", \"A5:A11\"]", "mark_ranges": "[\n  \"From and To\": \"B2:B3\",\n  \"Distance travelled\": \"B6:B10\",\n  \"Cost\": \"C6:C10\",\n  \"CO2 emissions\": \"D6:D10\",\n  \"Time\": \"E6:E10\",\n  \"Totals\": \"B11:E11\"\n]", "marking_method": "per_cell", "tolerance": "0.01"}}], "partsMode": "all", "maxMarks": 0, "objectives": [], "penalties": [], "objectiveVisibility": "always", "penaltyVisibility": "always", "contributors": [{"name": "Christian Lawson-Perfect", "profile_url": "http://clppc:8000/accounts/profile/1/"}, {"name": "Christian Lawson-Perfect", "profile_url": "https://numbas.mathcentre.ac.uk/accounts/profile/7/"}]}]}], "contributors": [{"name": "Christian Lawson-Perfect", "profile_url": "http://clppc:8000/accounts/profile/1/"}, {"name": "Christian Lawson-Perfect", "profile_url": "https://numbas.mathcentre.ac.uk/accounts/profile/7/"}]}