}
foreach ($subquestion->answer as $key => $answer) {
if ($subquestion->qtype == 'numerical' && $key == 0) {
- if (isset($subquestion->tolerance[0])) {
- $default_values[$prefix.'tolerance['.$key.']'] =
+ $default_values[$prefix.'tolerance['.$key.']'] =
$subquestion->tolerance[0];
- } else {
- $default_values[$prefix.'tolerance['.$key.']'] = 0;
- }
}
if (is_array($answer)) {
$answer = $answer['text'];
$trimmedanswer = trim($answer);
if ($trimmedanswer !== '') {
$answercount++;
- if ($subquestion->qtype == 'numerical' && $trimmedanswer != '*') {
- if (!$this->is_valid_number($trimmedanswer)) {
- $errors[$prefix.'answer['.$key.']'] =
+ if ($subquestion->qtype == 'numerical' &&
+ !($this->is_valid_number($trimmedanswer) || $trimmedanswer == '*')) {
+ $errors[$prefix.'answer['.$key.']'] =
get_string('answermustbenumberorstar', 'qtype_numerical');
- }
}
if ($subquestion->fraction[$key] == 1) {
$maxgrade = true;
// NUMBER_FORMATED_ALTERNATIVE_ANSWER_REGEX is used
// for identifying numerical answers in ANSWER_ALTERNATIVE_REGEX_ANSWER.
define('NUMBER_REGEX',
- '-?(([0-9]+[., ]?[., 0-9]*|[., ][0-9]+)([eE][-+]?[0-9]+)?)');
+ '-?(([0-9]+[.,]?[0-9]*|[.,][0-9]+)([eE][-+]?[0-9]+)?)');
define('NUMERICAL_ALTERNATIVE_REGEX',
- '^(' . NUMBER_REGEX . ')([ ]*:' . NUMBER_REGEX . ')?$');
+ '^(' . NUMBER_REGEX . ')(:' . NUMBER_REGEX . ')?$');
// Parenthesis positions for NUMERICAL_FORMATED_ALTERNATIVE_ANSWER_REGEX.
define('NUMERICAL_CORRECT_ANSWER', 1);
$tolerance = $mform->createElement('text', 'tolerance',
get_string('answererror', 'qtype_numerical'), array('size' => 15));
- $repeatedoptions['tolerance']['type'] = PARAM_RAW;// This parameter will be validated in validation().
+ $repeatedoptions['tolerance']['type'] = PARAM_FLOAT;
$repeatedoptions['tolerance']['default'] = 0;
$elements = $repeated[0]->getElements();
$elements[0]->setSize(15);
if ($data['fraction'][$key] == 1) {
$maxgrade = true;
}
- if ($answer !== '*' && !$this->is_valid_number($data['tolerance'][$key])) {
+ if ($answer !== '*' && !is_numeric($data['tolerance'][$key])) {
$errors['answeroptions['.$key.']'] =
get_string('xmustbenumeric', 'qtype_numerical',
get_string('acceptederror', 'qtype_numerical'));
return false;
}
+ if ($this->ap->contains_thousands_seaparator($response['answer'])) {
+ return false;
+ }
+
return true;
}
return get_string('unitnotselected', 'qtype_numerical');
}
+ if ($this->ap->contains_thousands_seaparator($response['answer'])) {
+ return get_string('pleaseenteranswerwithoutthousandssep', 'qtype_numerical',
+ $this->ap->get_separator());
+ }
+
return '';
}
// Strip spaces (which may be thousands separators) and change other forms
// of writing e to e.
$response = str_replace(' ', '', $response);
- // Strip thousand separators like half space.
- if (!in_array($this->thousandssep, array(',', '.', ' '))) {
- if (strpos($response, $this->thousandssep) !== false) {
- $response = str_replace($this->thousandssep, '', $response);
- }
- }
$response = preg_replace('~(?:e|E|(?:x|\*|×)10(?:\^|\*\*))([+-]?\d+)~', 'e$1', $response);
- // Dot . is mostly a decimal separator there a few exceptions where it is a thousand separator
- // If a . is present or there are multiple , (i.e. 2,456,789 ) assume,
- // is a thousands separator and strip it or else assume it is a decimal
- // separator and change it to .
- // if only one and it is , then change to .
- if (substr_count($response, ',')+ substr_count($response, '.') == 1 ) {
- if (strpos($response, ',') !== false) {
- $response = str_replace(',', '.', $response);
- }
- } else if (substr_count($response, ',') == 1 && substr_count($response, '.') == 1) {
- if (strpos($response, '.') > strpos($response, ',')) { // Then , is thousand.
- $response = str_replace(',', '', $response);
- } else {
- $response = str_replace('.', '', $response);
- $response = str_replace(',', '.', $response);
- }
- } else if (substr_count($response, ',') > 1) {
- $response = str_replace(',', '', $response);
- } else if (substr_count($response, '.') > 1) {
- $response = str_replace('.', '', $response);
- $response = str_replace(',', '.', $response);
+
+ // If a . is present or there are multiple , (i.e. 2,456,789 ) assume ,
+ // is a thouseands separator, and strip it, else assume it is a decimal
+ // separator, and change it to ..
+ if (strpos($response, '.') !== false || substr_count($response, ',') > 1) {
+ $response = str_replace(',', '', $response);
+ } else {
+ $response = str_replace(',', '.', $response);
}
+
$regex = '[+-]?(?:\d+(?:\\.\d*)?|\\.\d+)(?:e[-+]?\d+)?';
if ($this->unitsbefore) {
$regex = "/$regex$/";
$ap = new qtype_numerical_answer_processor(array(), false, ',', ' ');
$this->assertEquals(array(-1000, '', null), $ap->apply_units('-1 000'));
- $this->assertEquals(array(-1000000, '', null), $ap->apply_units('-1 000 000'));
- $this->assertEquals(array(-1000000, '', null), $ap->apply_units('-1.000.000'));
- $this->assertEquals(array(-1000000, '', null), $ap->apply_units('-1,000,000'));
- $this->assertEquals(array(-1000.1, '', null), $ap->apply_units('-1000,1'));
- $this->assertEquals(array(-1000.1, '', null), $ap->apply_units('-1.000,1'));
- $this->assertEquals(array(-1000.1, '', null), $ap->apply_units('-1,000.1'));
$this->assertEquals(array(3.14159, '', null), $ap->apply_units('3,14159'));
}
- public function test_deutsch_style() {
- $ap = new qtype_numerical_answer_processor(array(), false, ',', '.');
-
- $this->assertEquals(array(-1000, '', null), $ap->apply_units('-1 000'));
- $this->assertEquals(array(-1000000, '', null), $ap->apply_units('-1 000 000'));
- $this->assertEquals(array(-1000000, '', null), $ap->apply_units('-1.000.000'));
- $this->assertEquals(array(-1000000, '', null), $ap->apply_units('-1.000.000,'));
- $this->assertEquals(array(-1000.1, '', null), $ap->apply_units('-1000,1'));
- $this->assertEquals(array(-1000.1, '', null), $ap->apply_units('-1.000,1'));
- $this->assertEquals(array(-1000.1, '', null), $ap->apply_units('-1,000.1'));
- $this->assertEquals(array(3.14159, '', null), $ap->apply_units('3.14159'));
- $this->assertEquals(array(3.14159, '', null), $ap->apply_units('3,14159'));
- }
- public function test_unusual_thousandseps_style() {
- // Test with ' as thousandsep as used for currency in Swizterland.
- $ap = new qtype_numerical_answer_processor(array(), false, '.', "'");
-
- $this->assertEquals(array(-1000, '', null), $ap->apply_units("-1'000"));
- $this->assertEquals(array(-1000000, '', null), $ap->apply_units("'-1'000'000"));
- $this->assertEquals(array(-1000000, '', null), $ap->apply_units("-1'000'000."));
- }
public function test_percent() {
$ap = new qtype_numerical_answer_processor(array('%' => 100), false, '.', ',');