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value = floatval($value); if( $unit && ($unit instanceof Less_Tree_Unit) ){ $this->unit = $unit; }elseif( $unit ){ $this->unit = new Less_Tree_Unit( array($unit) ); }else{ $this->unit = new Less_Tree_Unit( ); } } public function accept( $visitor ){ $this->unit = $visitor->visitObj( $this->unit ); } public function compile(){ return $this; } public function toColor() { return new Less_Tree_Color(array($this->value, $this->value, $this->value)); } /** * @see Less_Tree::genCSS */ public function genCSS( $output ){ if( Less_Parser::$options['strictUnits'] && !$this->unit->isSingular() ){ throw new Less_Exception_Compiler("Multiple units in dimension. Correct the units or use the unit function. Bad unit: ".$this->unit->toString()); } $value = Less_Functions::fround( $this->value ); $strValue = (string)$value; if( $value !== 0 && $value < 0.000001 && $value > -0.000001 ){ // would be output 1e-6 etc. $strValue = number_format($strValue,10); $strValue = preg_replace('/\.?0+$/','', $strValue); } if( Less_Parser::$options['compress'] ){ // Zero values doesn't need a unit if( $value === 0 && $this->unit->isLength() ){ $output->add( $strValue ); return $strValue; } // Float values doesn't need a leading zero if( $value > 0 && $value < 1 && $strValue[0] === '0' ){ $strValue = substr($strValue,1); } } $output->add( $strValue ); $this->unit->genCSS( $output ); } public function __toString(){ return $this->toCSS(); } // In an operation between two Dimensions, // we default to the first Dimension's unit, // so `1px + 2em` will yield `3px`. /** * @param string $op */ public function operate( $op, $other){ $value = Less_Functions::operate( $op, $this->value, $other->value); $unit = clone $this->unit; if( $op === '+' || $op === '-' ){ if( !$unit->numerator && !$unit->denominator ){ $unit->numerator = $other->unit->numerator; $unit->denominator = $other->unit->denominator; }elseif( !$other->unit->numerator && !$other->unit->denominator ){ // do nothing }else{ $other = $other->convertTo( $this->unit->usedUnits()); if( Less_Parser::$options['strictUnits'] && $other->unit->toString() !== $unit->toCSS() ){ throw new Less_Exception_Compiler("Incompatible units. Change the units or use the unit function. Bad units: '" . $unit->toString() . "' and " . $other->unit->toString() . "'."); } $value = Less_Functions::operate( $op, $this->value, $other->value); } }elseif( $op === '*' ){ $unit->numerator = array_merge($unit->numerator, $other->unit->numerator); $unit->denominator = array_merge($unit->denominator, $other->unit->denominator); sort($unit->numerator); sort($unit->denominator); $unit->cancel(); }elseif( $op === '/' ){ $unit->numerator = array_merge($unit->numerator, $other->unit->denominator); $unit->denominator = array_merge($unit->denominator, $other->unit->numerator); sort($unit->numerator); sort($unit->denominator); $unit->cancel(); } return new Less_Tree_Dimension( $value, $unit); } public function compare($other) { if ($other instanceof Less_Tree_Dimension) { if( $this->unit->isEmpty() || $other->unit->isEmpty() ){ $a = $this; $b = $other; } else { $a = $this->unify(); $b = $other->unify(); if( $a->unit->compare($b->unit) !== 0 ){ return -1; } } $aValue = $a->value; $bValue = $b->value; if ($bValue > $aValue) { return -1; } elseif ($bValue < $aValue) { return 1; } else { return 0; } } else { return -1; } } public function unify() { return $this->convertTo(array('length'=> 'px', 'duration'=> 's', 'angle' => 'rad' )); } public function convertTo($conversions) { $value = $this->value; $unit = clone $this->unit; if( is_string($conversions) ){ $derivedConversions = array(); foreach( Less_Tree_UnitConversions::$groups as $i ){ if( isset(Less_Tree_UnitConversions::${$i}[$conversions]) ){ $derivedConversions = array( $i => $conversions); } } $conversions = $derivedConversions; } foreach($conversions as $groupName => $targetUnit){ $group = Less_Tree_UnitConversions::${$groupName}; //numerator foreach($unit->numerator as $i => $atomicUnit){ $atomicUnit = $unit->numerator[$i]; if( !isset($group[$atomicUnit]) ){ continue; } $value = $value * ($group[$atomicUnit] / $group[$targetUnit]); $unit->numerator[$i] = $targetUnit; } //denominator foreach($unit->denominator as $i => $atomicUnit){ $atomicUnit = $unit->denominator[$i]; if( !isset($group[$atomicUnit]) ){ continue; } $value = $value / ($group[$atomicUnit] / $group[$targetUnit]); $unit->denominator[$i] = $targetUnit; } } $unit->cancel(); return new Less_Tree_Dimension( $value, $unit); } }