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output.cpp
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output.cpp
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#include <iostream>
#include <cassert>
#include <fstream>
#include <sstream>
#include <string>
#include <vector>
#include <sstream>
#include <iomanip>
#include <map>
#include <algorithm>
#include <ctime>
#include <cmath>
#include "student.h"
#include "grade.h"
#include "table.h"
#include "benchmark.h"
#include <nlohmann/json.hpp>
#define grey_divider "aaaaaa"
#include "constants_and_globals.h"
extern std::string OUTPUT_FILE;
extern std::string OUTPUT_CSV_FILE;
extern std::string RG_VERSION_FILE;
extern std::string ALL_STUDENTS_OUTPUT_DIRECTORY;
extern std::string ALL_STUDENTS_OUTPUT_DIRECTORY_CSV;
extern Student* AVERAGE_STUDENT_POINTER;
extern Student* STDDEV_STUDENT_POINTER;
extern std::string GLOBAL_sort_order;
extern int GLOBAL_ACTIVE_TEST_ZONE;
// ==========================================================
std::string HEX(int h) {
std::stringstream ss;
ss << std::hex << std::setw(2) << std::setfill('0') << h;
return ss.str();
}
int UNHEX(std::string s) {
assert (s.size() == 2);
int h;
std::stringstream ss(s);
ss >> std::hex >> h;
assert (h >= 0 && h <= 255);
return h;
}
// colors for grades
const std::string GradeColor(const std::string &grade) {
if (grade == "A" ) return HEX(200)+HEX(200)+HEX(255);
else if (grade == "A-") return HEX(200)+HEX(235)+HEX(255);
else if (grade == "B+") return HEX(219)+HEX(255)+HEX(200);
else if (grade == "B" ) return HEX(237)+HEX(255)+HEX(200);
else if (grade == "B-") return HEX(255)+HEX(255)+HEX(200);
else if (grade == "C+") return HEX(255)+HEX(237)+HEX(200);
else if (grade == "C" ) return HEX(255)+HEX(219)+HEX(200);
else if (grade == "C-") return HEX(255)+HEX(200)+HEX(200);
else if (grade == "D+") return HEX(255)+HEX(100)+HEX(100);
else if (grade == "D" ) return HEX(255)+HEX( 0)+HEX( 0);
else if (grade == "F" ) return HEX(200)+HEX( 0)+HEX( 0);
else return "ffffff";
}
// ==========================================================
float compute_average(const std::vector<float> &vals) {
if (vals.size() == 0) return 0;
assert (vals.size() > 0);
float total = 0;
for (std::size_t i = 0; i < vals.size(); i++) {
total += vals[i];
}
return total / float (vals.size());
}
float compute_stddev(const std::vector<float> &vals, float average) {
if (vals.size() == 0) return 0;
assert (vals.size() > 0);
float total = 0;
for (std::size_t i = 0; i < vals.size(); i++) {
total += (vals[i]-average)*(vals[i]-average);
}
return sqrt(total / float (vals.size()) );
}
// ==========================================================
int convertYear(const std::string &major) {
if (major == "FR") return 1;
if (major == "SO") return 2;
if (major == "JR") return 3;
if (major == "SR") return 4;
if (major == "FY") return 5;
if (major == "GR") return 6;
else return 10;
}
int convertMajor(const std::string &major) {
if (major == "CSCI") return 20;
if (major == "ITWS" || major == "ITEC") return 19;
if (major == "CSYS") return 18;
if (major == "GSAS") return 17;
if (major == "MATH") return 16;
if (major == "COGS" || major == "PSYC") return 15;
if (major == "ELEC") return 14;
if (major == "PHYS" || major == "APHY") return 13;
if (major == "BMGT" ||
major == "ISCI" ||
major == "ENGR" ||
major == "USCI" ||
major == "DSIS" ||
major == "ECON" ||
major == "EART" ||
major == "CHEG" ||
major == "MECL" ||
major == "MGTE" ||
major == "UNGS" ||
major == "BMED" ||
major == "MECL" ||
major == "BFMB" ||
major == "ARCH" ||
major == "FERA" ||
major == "CHEM" ||
major == "MGMT" ||
major == "NUCL" ||
major == "MATL" ||
major == "") return 0;
else return 10;
}
// ==========================================================
class Color {
public:
Color(int r_=0, int g_=0, int b_=0) : r(r_),g(g_),b(b_) {}
Color(const std::string& s) {
r = UNHEX(s.substr(0,2));
g = UNHEX(s.substr(2,2));
b = UNHEX(s.substr(4,2));
}
int r,g,b;
};
std::string coloritcolor(float val,
float perfect,
float a,
float b,
float c,
float d) {
//check for nan
if (val != val) return "ffffff";
if (std::isinf(val)) return "00ff00";
if (std::isnan(perfect)) return "00ff00";
//std::cout << "coloritcolor " << val << " " << perfect << " " << a << " " << b << " " << c << " " << d << std::endl;
assert (perfect >= a &&
a >= b &&
b >= c &&
c >= d &&
d >= 0);
if (val < 0.00001) return "ffffff";
else if (val > perfect) return GetBenchmarkColor("extracredit");
else {
float alpha;
Color c1,c2;
static Color perfect_color(GetBenchmarkColor("perfect"));
static Color a_color(GetBenchmarkColor("lowest_a-"));
static Color b_color(GetBenchmarkColor("lowest_b-"));
static Color c_color(GetBenchmarkColor("lowest_c-"));
static Color d_color(GetBenchmarkColor("lowest_d"));
if (val >= a) {
if (fabs(perfect-a) < 0.0001) alpha = 0;
else alpha = (perfect-val)/float(perfect-a);
c1 = perfect_color;
c2 = a_color;
}
else if (val >= b) {
if (fabs(a-b) < 0.0001) alpha = 0;
else alpha = (a-val)/float(a-b);
c1 = a_color;
c2 = b_color;
}
else if (val >= c) {
if (fabs(b-c) < 0.0001) alpha = 0;
else alpha = (b-val)/float(b-c);
c1 = b_color;
c2 = c_color;
}
else if (val >= d) {
if (fabs(c-d) < 0.0001) alpha = 0;
else alpha = (c-val)/float(c-d);
c1 = c_color;
c2 = d_color;
}
else {
return GetBenchmarkColor("failing");
}
float red = (1-alpha) * c1.r + (alpha) * c2.r;
float green = (1-alpha) * c1.g + (alpha) * c2.g;
float blue = (1-alpha) * c1.b + (alpha) * c2.b;
return HEX(red) + HEX(green) + HEX(blue);
}
}
void coloritcolor(std::ostream &ostr,
float val,
float perfect,
float a,
float b,
float c,
float d) {
ostr << coloritcolor(val,perfect,a,b,c,d);
}
void colorit_year(std::ostream &ostr, const std::string& s) {
if (s == "FR") {
ostr << "<td align=center bgcolor=ffffff>" << s << "</td>";
} else if (s == "SO") {
ostr << "<td align=center bgcolor=dddddd>" << s << "</td>";
} else if (s == "JR") {
ostr << "<td align=center bgcolor=bbbbbb>" << s << "</td>";
} else if (s == "SR") {
ostr << "<td align=center bgcolor=999999>" << s << "</td>";
} else if (s == "GR") {
ostr << "<td align=center bgcolor=777777>" << s << "</td>";
} else if (s == "FY") {
ostr << "<td align=center bgcolor=555555>" << s << "</td>";
} else if (s == "") {
ostr << "<td align=center bgcolor=ffffff> </td>";
} else {
std::cout << "EXIT " << s << std::endl;
exit(0);
}
}
void colorit_major(std::ostream &ostr, const std::string& s) {
int m = convertMajor(s);
ostr << "<td align=center bgcolor=";
coloritcolor(ostr,m,19.5,17,15,11,10);
ostr << ">" << s << "</td>";
}
void colorit_section(std::ostream &ostr,
std::string section, bool for_instructor, const std::string &color) {
std::string section_name;
if (validSection(section))
section_name = sectionNames[section];
std::string section_color = sectionColors[section_name];
if (section == "null") {
section_color=color;
}
if (for_instructor) {
if (section != "null") {
ostr << "<td align=center bgcolor=" << section_color << ">" << section << " (" << section_name << ")</td>";
} else {
ostr << "<td align=center bgcolor=" << section_color << "> </td>" << std::endl;
}
} else {
if (section != "null") {
ostr << "<td align=center>" << section << "</td>";
} else {
ostr << "<td align=center bgcolor=" << section_color << "> </td>" << std::endl;
}
}
}
void colorit_section2(std::string section, std::string &color, std::string &label) {
std::string section_name;
if (validSection(section)) {
section_name = sectionNames[section];
color = sectionColors[section_name];
std::stringstream ss;
ss << section << " (" << sectionNames[section] << ")";
label = ss.str();
}
}
void colorit(std::ostream &ostr,
float val,
float perfect,
float a,
float b,
float c,
float d,
int precision=1,
bool centered=false,
std::string bonus_text="") {
if (centered)
ostr << "<td align=center bgcolor=";
else
ostr << "<td align=right bgcolor=";
coloritcolor(ostr,val,perfect,a,b,c,d);
ostr << ">";
if (val < 0.0000001) {
ostr << " ";
} else if (precision == 1) {
ostr << std::dec << val << " " << bonus_text;
} else {
assert (precision == 0);
ostr << std::dec << (int)val;
}
ostr << "</td>";
}
// ==========================================================
//void PrintExamRoomAndZoneTable(std::ofstream &ostr, Student *s, const nlohmann::json &special_message) {
void PrintExamRoomAndZoneTable(const std::string &g_id, nlohmann::json &mj, Student *s, const nlohmann::json &special_message) {
Student *s_tmp = s;
if (special_message.size() > 0) {
/*ostr << "<table border=1 cellpadding=5 cellspacing=0 style=\"background-color:#ddffdd; width:auto;\">\n";
ostr << "<tr><td>\n";
ostr << "<table border=0 cellpadding=5 cellspacing=0>\n";*/
assert (special_message.find("title") != special_message.end());
std::string title = special_message.value("title","MISSING TITLE");
assert (special_message.find("description") != special_message.end());
std::string description = special_message.value("description","provided_files.zip");
//ostr << "<h3>" << title << "</h3>" << std::endl;
mj["special_message"]["title"] = title;
assert (special_message.find("files") != special_message.end());
nlohmann::json files = *(special_message.find("files"));
int num_files = files.size();
assert (num_files >= 1);
std::string username = s->getUserName();
int A = 54059; /* a prime */
int B = 76963; /* another prime */
int FIRSTH = 37; /* also prime */
unsigned int tmp = FIRSTH;
for (std::size_t i = 0; i < username.size(); i++) {
tmp = (tmp * A) ^ (username[i] * B);
s++;
}
int which = (tmp % num_files)+1;
std::string filename = files.value(std::to_string(which),"");
assert (filename != "");
mj["special_message"]["filename"] = filename;
mj["special_message"]["description"] = description;
/*ostr << " <tr><td><a href=\"" << filename << "\" download=\"provided_files.zip\">" << description << "</a></td></tr>\n";
ostr << "</table>\n";
ostr << "</tr></td>\n";
ostr << "</table>\n";*/
s = s_tmp; //Reset the student pointer in case exam seating needs it.
}
// ==============================================================
if ( DISPLAY_EXAM_SEATING == false) return;
std::string room = GLOBAL_EXAM_DEFAULT_ROOM;
std::string building = GLOBAL_EXAM_DEFAULT_BUILDING;
std::string zone = "SEE INSTRUCTOR";
std::string time = GLOBAL_EXAM_TIME;
std::string row = "";
std::string seat = "";
if (s->getSection() == "null") {
//room = "";
//zone = "";
time = "";
}
if (s->getExamRoom() == "") {
//std::cout << "NO ROOM FOR " << s->getUserName() << std::endl;
} else {
room = s->getExamRoom();
building = s->getExamBuilding();
zone = s->getExamZone();
row = s->getExamRow();
seat = s->getExamSeat();
if (s->getExamTime() != "") {
time = s->getExamTime();
}
}
if (zone == "SEE_INSTRUCTOR") {
zone = "SEE INSTRUCTOR";
}
/*ostr << "<table style=\"border:1px solid yellowgreen; background-color:#ddffdd; width:auto;\" >\n";
// ostr << "<table border=\"1\" cellpadding=5 cellspacing=0 style=\"border:1px solid yellowgreen; background-color:#ddffdd;\">\n";
ostr << "<tr><td>\n";
ostr << "<table border=0 cellpadding=5 cellspacing=0>\n";
ostr << " <tr><td colspan=2>" << GLOBAL_EXAM_TITLE << "</td></tr>\n";
ostr << " <tr><td>" << GLOBAL_EXAM_DATE << "</td><td align=center>" << time << "</td></tr>\n";
ostr << " <tr><td>Your room assignment: </td><td align=center>" << room << "</td></tr>\n";
ostr << " <tr><td>Your zone assignment: </td><td align=center>" << zone << "</td></tr>\n";
if (row != "N/A" && row !="") {
ostr << " <tr><td>Your row assignment: </td><td align=center>" << row << "</td></tr>\n";
}
if (seat != "N/A" && seat !="") {
ostr << " <tr><td>Your seat assignment: </td><td align=center>" << seat << "</td></tr>\n";
}
ostr << "</table>\n";
ostr << "</tr></td>\n";
if (s->getExamZoneImage() != "") {
ostr << "<tr><td style=\"background-color:#ffffff;\"><img src=\"zone_images/" + s->getExamZoneImage() + "\"></td></tr>\n";
}
// ostr << "</table>\n";*/
mj["title"] = GLOBAL_EXAM_TITLE;
mj["date"] = GLOBAL_EXAM_DATE;
mj["room"] = room;
mj["building"] = building;
mj["time"] = time;
mj["gradeable"] = g_id;
mj["username"] = s->getUserName();
mj["zone"] = zone;
if (row != "N/A" && row !="") {
mj["row"] = row;
}
if (seat != "N/A" && seat !="") {
mj["seat"] = seat;
}
// It shouldn't be Rainbow Grades job to know that on the server it's zone_images/
// this should be done server side. Also allows server to let course specify hosting
// images on server or at a different location.
if (s->getExamZoneImage() != "") {
mj["title"] = s->getExamZoneImage();
}
// might change format...
mj["seating"] = mj;
std::string x1 = s->getExamZone();
std::string x2 = s->getZone(GLOBAL_ACTIVE_TEST_ZONE);
if (x2.size() > 0) {
assert (x1.size() > 0);
if (x1.size() > 1 || std::toupper(x1[0]) != std::toupper(x2[0]) || x2.find('?') != std::string::npos || x2.size() == 1) {
std::cout << "WRONG ZONE" << s->getUserName() << " " << x1 << " " <<x2 << std::endl;
}
}
}
// ====================================================================================================
// ====================================================================================================
// ====================================================================================================
void end_table(std::ofstream &ostr, bool for_instructor, Student *s);
/*
void start_table_open_file(bool for_instructor,
const std::vector<Student*> &students, int rank, int month, int day, int year,
enum GRADEABLE_ENUM which_gradeable_enum) {
/ *
ostr.exceptions ( std::ofstream::failbit | std::ofstream::badbit );
try {
ostr.open(filename.c_str());
}
catch (std::ofstream::failure e) {
std::cout << "FAILED TO OPEN " << filename << std::endl;
std::cerr << "Exception opening/reading file";
exit(0);
}
* /
}
*/
void SelectBenchmarks(std::vector<int> &select_students, const std::vector<Student*> &students,
Student *sp, Student *sa, Student *sb, Student *sc, Student *sd) {
int myrow = 1;
int offset = select_students.size();
select_students.resize(select_students.size()+NumVisibleBenchmarks());
for (unsigned int stu= 0; stu < students.size(); stu++) {
std::string default_color="ffffff";
Student *this_student = students[stu];
myrow++;
int which;
if (this_student->getLastName() == "") {
if (this_student == sp) {
which = WhichVisibleBenchmark("perfect");
if (which >= 0) select_students[offset+which]=myrow;
} else if (this_student == AVERAGE_STUDENT_POINTER) {
which = WhichVisibleBenchmark("average");
if (which >= 0) select_students[offset+which]=myrow;
} else if (this_student == STDDEV_STUDENT_POINTER) {
which = WhichVisibleBenchmark("stddev");
if (which >= 0) select_students[offset+which]=myrow;
} else if (this_student == sa) {
which = WhichVisibleBenchmark("lowest_a-");
if (which >= 0) select_students[offset+which]=myrow;
} else if (this_student == sb) {
which = WhichVisibleBenchmark("lowest_b-");
if (which >= 0) select_students[offset+which]=myrow;
} else if (this_student == sc) {
which = WhichVisibleBenchmark("lowest_c-");
if (which >= 0) select_students[offset+which]=myrow;
} else if (this_student == sd) {
which = WhichVisibleBenchmark("lowest_d");
if (which >= 0) select_students[offset+which]=myrow;
}
}
}
}
std::ofstream GLOBAL_EWS_OUTPUT;
std::ofstream GLOBAL_GRADES_OUTPUT;
void start_table_output( bool /*for_instructor*/,
const std::vector<Student*> &students, int rank, int month, int day, int year,
Student *sp, Student *sa, Student *sb, Student *sc, Student *sd, bool csv_mode) {
std::vector<int> all_students;
std::vector<int> select_students;
std::vector<int> instructor_data;
std::vector<int> student_data;
Table table;
GLOBAL_EWS_OUTPUT = std::ofstream("ews_output.txt");
assert (GLOBAL_EWS_OUTPUT.good());
GLOBAL_GRADES_OUTPUT = std::ofstream("grades_output.txt");
assert (GLOBAL_GRADES_OUTPUT.good());
// =====================================================================================================
// =====================================================================================================
// DEFINE HEADER ROW
int counter = 0;
table.set(0,counter++,TableCell("ffffff","#"));
table.set(0,counter++,TableCell("ffffff","SECTION"));
if (DISPLAY_INSTRUCTOR_NOTES) {
table.set(0,counter++,TableCell("ffffff","part."));
table.set(0,counter++,TableCell("ffffff","under."));
table.set(0,counter++,TableCell("ffffff","notes"));
}
student_data.push_back(counter); table.set(0,counter++,TableCell("ffffff","USERNAME"));
student_data.push_back(counter); table.set(0,counter++,TableCell("ffffff","NUMERIC ID"));
if (DISPLAY_INSTRUCTOR_NOTES || DISPLAY_FINAL_GRADE) {
table.set(0,counter++,TableCell("ffffff","FAMILY (LEGAL)"));
table.set(0,counter++,TableCell("ffffff","GIVEN (LEGAL)"));
}
int last_name_counter=counter;
table.set(0,counter++,TableCell("ffffff","FAMILY"));
student_data.push_back(counter); table.set(0,counter++,TableCell("ffffff","GIVEN"));
student_data.push_back(last_name_counter);
student_data.push_back(counter); table.set(0,counter++,TableCell(grey_divider));
if (DISPLAY_EXAM_SEATING) {
student_data.push_back(counter); table.set(0,counter++,TableCell("ffffff","exam room"));
student_data.push_back(counter); table.set(0,counter++,TableCell("ffffff","exam zone"));
student_data.push_back(counter); table.set(0,counter++,TableCell("ffffff","exam row"));
student_data.push_back(counter); table.set(0,counter++,TableCell("ffffff","exam seat"));
student_data.push_back(counter); table.set(0,counter++,TableCell("ffffff","exam time"));
student_data.push_back(counter); table.set(0,counter++,TableCell(grey_divider));
}
if (DISPLAY_GRADE_SUMMARY) {
student_data.push_back(counter); table.set(0,counter++,TableCell("ffffff","OVERALL"));
}
if(DISPLAY_RANK_TO_INDIVIDUAL) {
student_data.push_back(counter); table.set(0, counter++, TableCell("ffffff", "RANK"));
}
if (DISPLAY_GRADE_SUMMARY) {
student_data.push_back(counter); table.set(0,counter++,TableCell(grey_divider));
}
if (DISPLAY_FINAL_GRADE) {
std::cout << "DISPLAY FINAL GRADE" << std::endl;
student_data.push_back(counter); table.set(0,counter++,TableCell("ffffff","FINAL GRADE"));
student_data.push_back(counter); table.set(0,counter++,TableCell(grey_divider));
if (DISPLAY_ACADEMIC_SANCTION_DETAILS) {
table.set(0,counter++,TableCell("ffffff","RAW GRADE"));
table.set(0,counter++,TableCell(grey_divider));
}
}
if (DISPLAY_GRADE_SUMMARY) {
// ----------------------------
// % OF OVERALL AVERAGE FOR EACH GRADEABLE
for (unsigned int i = 0; i < ALL_GRADEABLES.size(); i++) {
enum GRADEABLE_ENUM g = ALL_GRADEABLES[i];
if (g == GRADEABLE_ENUM::NOTE) {
assert (GRADEABLES[g].getPercent() < 0.01);
continue;
}
student_data.push_back(counter); table.set(0,counter++,TableCell("ffffff",gradeable_to_string(g)+" %"));
}
student_data.push_back(counter); table.set(0,counter++,TableCell(grey_divider));
}
// ----------------------------
// DETAILS OF EACH GRADEABLE
if (DISPLAY_GRADE_DETAILS) {
for (unsigned int i = 0; i < ALL_GRADEABLES.size(); i++) {
GRADEABLE_ENUM g = ALL_GRADEABLES[i];
for (int j = 0; j < GRADEABLES[g].getCount(); j++) {
if (g != GRADEABLE_ENUM::NOTE) {
student_data.push_back(counter);
}
std::string gradeable_id = GRADEABLES[g].getID(j);
std::string gradeable_name = "";
if (GRADEABLES[g].hasCorrespondence(gradeable_id)) {
gradeable_name = GRADEABLES[g].getCorrespondence(gradeable_id).second;
//gradeable_name = spacify(gradeable_name);
}
if (gradeable_name == "")
gradeable_name = "<em><font color=\"aaaaaa\">future "
+ tolower(gradeable_to_string(g)) + "</font></em>";
table.set(0,counter++,TableCell("ffffff",gradeable_name));
}
if (g != GRADEABLE_ENUM::NOTE) {
student_data.push_back(counter);
}
table.set(0,counter++,TableCell(grey_divider));
if (g == GRADEABLE_ENUM::TEST && TEST_IMPROVEMENT_AVERAGING_ADJUSTMENT) {
for (int j = 0; j < GRADEABLES[g].getCount(); j++) {
student_data.push_back(counter);
std::string gradeable_id = GRADEABLES[g].getID(j);
std::string gradeable_name = "";
if (GRADEABLES[g].hasCorrespondence(gradeable_id)) {
gradeable_name = "Adjusted " + GRADEABLES[g].getCorrespondence(gradeable_id).second;
}
table.set(0,counter++,TableCell("ffffff",gradeable_name));
}
student_data.push_back(counter); table.set(0,counter++,TableCell(grey_divider));
}
}
if (DISPLAY_LATE_DAYS) {
//Polls headers
//TODO: This should be a separate setting/if-block if we allow courses to use polls without adding late days
table.set(0,counter++,TableCell("ffffff","TOTAL POLL POINTS"));
table.set(0,counter++,TableCell("ffffff","TOTAL POLLS ANSWERED"));
table.set(0,counter++,TableCell("ffffff","CORRECT POLLS"));
table.set(0,counter++,TableCell("ffffff","INCORRECT POLLS"));
//Late days headers
student_data.push_back(counter); table.set(0,counter++,TableCell("ffffff","ALLOWED LATE DAYS"));
student_data.push_back(counter); table.set(0,counter++,TableCell("ffffff","USED LATE DAYS"));
student_data.push_back(counter); table.set(0,counter++,TableCell("ffffff","EXCUSED EXTENSIONS"));
student_data.push_back(counter); table.set(0,counter++,TableCell(grey_divider));
}
}
// =====================================================================================================
// =====================================================================================================
// HORIZONTAL GRAY DIVIDER
for (int i = 0; i < table.numCols(); i++) {
table.set(1,i,TableCell(grey_divider));
}
// header row
select_students.push_back(0);
select_students.push_back(1);
select_students.push_back(-1); // replace this with the real student!
select_students.push_back(1);
std::map<int,std::string> student_correspondences;
// =====================================================================================================
// =====================================================================================================
// ALL OF THE STUDENTS
SelectBenchmarks(select_students,students,sp,sa,sb,sc,sd);
int myposition = 1;
int myrow = 1;
std::string last_section = "";
for (unsigned int stu= 0; stu < students.size(); stu++) {
Student *this_student = students[stu];
std::string default_color="ffffff";
myrow++;
counter = 0;
if (this_student->getLastName() == "") {
if (this_student == sp) {
default_color= coloritcolor(5,5,4,3,2,1);
} else if (this_student == sa) {
default_color= coloritcolor(4,5,4,3,2,1);
} else if (this_student == sb) {
default_color= coloritcolor(3,5,4,3,2,1);
} else if (this_student == sc) {
default_color= coloritcolor(2,5,4,3,2,1);
} else if (this_student == sd) {
default_color= coloritcolor(1,5,4,3,2,1);
}
assert (default_color.size()==6);
table.set(myrow,counter++,TableCell(default_color,""));
} else {
//std::cout << " WHO? " << this_student->getUserName() << std::endl;
student_correspondences[myrow] = this_student->getUserName();
if (GLOBAL_sort_order == "by_section" && this_student->getSection() != last_section) {
myposition=1;
last_section = this_student->getSection();
}
if (validSection(this_student->getSection())) {
assert (default_color.size()==6);
table.set(myrow,counter++,TableCell(default_color,std::to_string(myposition)));
myposition++;
} else {
assert (default_color.size()==6);
table.set(myrow,counter++,TableCell(default_color,""));
}
}
std::string section_color = default_color;
std::string section_label = "";
if(!csv_mode) {
colorit_section2(this_student->getSection(), section_color, section_label);
}
else{
if (validSection(this_student->getSection())) {
section_label = sectionNames[this_student->getSection()];
section_color = sectionColors[section_label];
std::stringstream ss;
section_label = this_student->getSection() + " (" + section_label + ")";
}
}
assert (section_color.size()==6);
table.set(myrow,counter++,TableCell(section_color,section_label));
if (DISPLAY_INSTRUCTOR_NOTES) {
float participation = this_student->getParticipation();
std::string color = coloritcolor(participation,5,4,3,2,1);
table.set(myrow,counter++,TableCell(color,participation,1));
float understanding = this_student->getUnderstanding();
color = coloritcolor(understanding,5,4,3,2,1);
table.set(myrow,counter++,TableCell(color,understanding,1));
std::string notes;
std::vector<std::string> ews = this_student->getEarlyWarnings();
for (std::size_t i = 0; i < ews.size(); i++) {
notes += ews[i];
//std::cout << "FOUND EWS " << this_student->getUserName() << ews[i] << std::endl;
}
std::string other_note = this_student->getOtherNote();
// TEMPORARY placeholder code until course section is added
std::string crn = "99999";
if (this_student->getSection() == "1") crn = "55037";
if (this_student->getSection() == "2") crn = "57469";
if (this_student->getSection() == "3") crn = "55038";
if (this_student->getSection() == "4") crn = "57234";
if (this_student->getSection() == "5") crn = "56274";
if (this_student->getSection() == "6") crn = "55039";
if (this_student->getSection() == "7") crn = "55328";
if (this_student->getSection() == "8") crn = "57673";
if (this_student->getSection() == "9") crn = "57871";
if (this_student->getSection() == "10")crn = "58089";
if (other_note != "" && other_note.find("EWS2") != std::string::npos) {
std::string category = "FAILING";
if (other_note.find("TEST") != std::string::npos) { category="TEST_PERFORMANCE"; }
if (other_note.find("HW") != std::string::npos) { category="MISSING_INCOMPLETE_HW"; }
if (other_note.find("ATTENDANCE") != std::string::npos) { category="ATTENDANCE"; }
GLOBAL_EWS_OUTPUT << this_student->getSection() << ","
<< crn << "," << this_student->getUserName() << ","
<< this_student->getNumericID() << ","
<< category << "," << other_note << std::endl;
}
std::string student_grade = this_student->grade(false,sd);
if (this_student->getSection() != "null" &&
this_student->getSection() != "STAFF" &&
this_student->getSection() != "ALAC"
) {
GLOBAL_GRADES_OUTPUT << this_student->getSection() << ","
<< crn << "," << this_student->getUserName() << ","
<< this_student->getNumericID() << ","
<< student_grade << std::endl;
}
std::string recommendation = this_student->getRecommendation();
std::string THING;
if(!csv_mode) {
THING =
"<font color=\"ff0000\">" + notes + "</font> " +
"<font color=\"0000ff\">" + other_note + "</font> " +
"<font color=\"00bb00\">" + recommendation + "</font>";
}
else{
THING = notes + " " + other_note + " " + recommendation;
}
assert (default_color.size()==6);
table.set(myrow,counter++,TableCell(default_color,THING));
}
//counter+=3;
assert (default_color.size()==6);
table.set(myrow,counter++,TableCell(default_color,this_student->getUserName()));
table.set(myrow,counter++,TableCell(default_color,this_student->getNumericID()));
if (DISPLAY_INSTRUCTOR_NOTES || DISPLAY_FINAL_GRADE) {
table.set(myrow,counter++,TableCell(default_color,this_student->getLastName()));
table.set(myrow,counter++,TableCell(default_color,this_student->getFirstName()));
}
table.set(myrow,counter++,TableCell(default_color,this_student->getPreferredLastName()));
table.set(myrow,counter++,TableCell(default_color,this_student->getPreferredFirstName()));
table.set(myrow,counter++,TableCell(grey_divider));
if (DISPLAY_EXAM_SEATING) {
std::string room = GLOBAL_EXAM_DEFAULT_ROOM;
std::string building = GLOBAL_EXAM_DEFAULT_BUILDING;
std::string zone = "SEE INSTRUCTOR";
std::string row = "";
std::string seat = "";
std::string time = GLOBAL_EXAM_TIME;
if (this_student->getSection() == "null") { //LastName() == "") {
room = "";
building = "";
zone = "";
time = "";
}
if (this_student->getExamRoom() == "") {
//std::cout << "NO ROOM FOR " << this_student->getUserName() << std::endl;
} else {
room = this_student->getExamRoom();
building = this_student->getExamBuilding();
zone = this_student->getExamZone();
row = this_student->getExamRow();
seat = this_student->getExamSeat();
if (this_student->getExamTime() != "") {
time = this_student->getExamTime();
}
}
if (zone == "SEE_INSTRUCTOR") {
zone = "SEE INSTRUCTOR";
}
table.set(myrow,counter++,TableCell("ffffff",building+" "+room));
table.set(myrow,counter++,TableCell("ffffff",zone));
table.set(myrow,counter++,TableCell("ffffff",row));
table.set(myrow,counter++,TableCell("ffffff",seat));
table.set(myrow,counter++,TableCell("ffffff",time));
table.set(myrow,counter++,TableCell(grey_divider));
}
float grade;
if (this_student->getUserName() == "AVERAGE" ||
this_student->getUserName() == "STDDEV") {
// Special case for overall average and standard deviation.
// Mathematically, we can't simply add the std dev for the
// different gradeables. Note also: the average isn't a simple
// addition either, since blank scores for a specific gradeable
// are omitted from the average.
std::vector<float> vals;
for (unsigned int S = 0; S < students.size(); S++) {
if (validSection(students[S]->getSection()) &&
(!OmitSectionFromStats(students[S]->getSection()))) {
vals.push_back(students[S]->overall());
}
}
float tmp_average = compute_average(vals);
if (this_student->getUserName() == "AVERAGE") {
grade = tmp_average;
} else {
float tmp_std_dev = compute_stddev(vals,tmp_average);
grade = tmp_std_dev;
}
} else if (this_student->getUserName() == "LOWEST D") {
// don't show the overall average for the D/F border
grade = 0;
} else {
grade = this_student->overall();
}
std::string color = coloritcolor(grade,
sp->overall(),
sa->overall(),
sb->overall(),
sc->overall(),
sd->overall());
if (this_student == STDDEV_STUDENT_POINTER) color="ffffff";
assert (color.size()==6);
if (DISPLAY_GRADE_SUMMARY) {
table.set(myrow,counter++,TableCell(color,grade,2));
}
if(DISPLAY_RANK_TO_INDIVIDUAL) {
if(validSection(this_student->getSection())) {
table.set(myrow, counter++, TableCell(color, this_student->getRank(), "", 0, CELL_CONTENTS_VISIBLE, "right"));
}
else{
table.set(myrow, counter++, TableCell("ffffff", "", "", 0, CELL_CONTENTS_VISIBLE, "right"));
}
}
if (DISPLAY_GRADE_SUMMARY) {
table.set(myrow,counter++,TableCell(grey_divider));
}
if (DISPLAY_FINAL_GRADE) {
std::string g = this_student->grade(false,sd);
color = GradeColor(g);
if (this_student->getAcademicSanctionPenalty() < -0.00000001) {
g += "@";
}
assert (color.size()==6);
table.set(myrow,counter++,TableCell(color,g,"",0,CELL_CONTENTS_VISIBLE,"center"));
table.set(myrow,counter++,TableCell(grey_divider));
if (DISPLAY_ACADEMIC_SANCTION_DETAILS) {
std::string g2 = this_student->grade(true,sd);
color = GradeColor(g2);
table.set(myrow,counter++,TableCell(color,g2,"",0,CELL_CONTENTS_VISIBLE,"center"));
table.set(myrow,counter++,TableCell(grey_divider));
}
}
if (DISPLAY_GRADE_SUMMARY) {
// ----------------------------
// % OF OVERALL AVERAGE FOR EACH GRADEABLE
for (unsigned int i = 0; i < ALL_GRADEABLES.size(); i++) {
enum GRADEABLE_ENUM g = ALL_GRADEABLES[i];
if (g == GRADEABLE_ENUM::NOTE) {
assert (GRADEABLES[g].getPercent() < 0.01);
continue;
}
float grade;
if (this_student->getUserName() == "AVERAGE" ||
this_student->getUserName() == "STDDEV") {
// Special case for per gradeable average and standard deviation.
// Mathematically, we can't simply add the std dev for the
// different gradeables. Note also: the average isn't a simple
// addition either, since blank scores for a specific gradeable
// are omitted from the average.
std::vector<float> vals;
for (unsigned int S = 0; S < students.size(); S++) {
if (validSection(students[S]->getSection()) &&
(!OmitSectionFromStats(students[S]->getSection()))) {
vals.push_back(students[S]->GradeablePercent(g));
}
}
float tmp_average = compute_average(vals);
if (this_student->getUserName() == "AVERAGE") {
grade = tmp_average;
} else {
float tmp_std_dev = compute_stddev(vals,tmp_average);
grade = tmp_std_dev;
}
} else {
grade = this_student->GradeablePercent(g);