annotate(mod=Mod('x', 'y')).get() >>> vector.mod 0.8 Pi class Pi(**extra) Returns the value of the mathematical constant π. Power class Power(expression1, expression2, **extra) Accepts two numeric fields endif %} While the above example works, be aware that most template filters return strings, so mathematical comparisons using filters will generally not work as you expect. length is an exception. block know the precedence rules. The comparison operators cannot be ‘chained’ like in Python or in mathematical notation. For example, instead of using: {% if a > b > c %} (WRONG) you should use: {% if

Documentation, Release 2.2.29.dev20220411083753 Pi class Pi(**extra) Returns the value of the mathematical constant . Power class Power(expression1, expression2, **extra) Accepts two numeric fields endif %} While the above example works, be aware that most template filters return strings, so mathematical comparisons using filters will generally not work as you expect. length is an exception. block know the precedence rules. The comparison operators cannot be ‘chained’ like in Python or in mathematical notation. For example, instead of using: 6.20. Templates 1437 Django Documentation, Release

annotate(mod=Mod('x', 'y')).get() >>> vector.mod 0.8 Pi class Pi(**extra) Returns the value of the mathematical constant π. Power class Power(expression1, expression2, **extra) Accepts two numeric fields endif %} While the above example works, be aware that most template filters return strings, so mathematical comparisons using filters will generally not work as you expect. length is an exception. block know the precedence rules. The comparison operators cannot be ‘chained’ like in Python or in mathematical notation. For example, instead of using: {% if a > b > c %} (WRONG) you should use: {% if

Documentation, Release 4.0.11.dev20230214085346 Pi class Pi(**extra) Returns the value of the mathematical constant . Power class Power(expression1, expression2, **extra) Accepts two numeric fields endif %} While the above example works, be aware that most template filters return strings, so mathematical comparisons using filters will generally not work as you expect. length is an exception. block know the precedence rules. The comparison operators cannot be ‘chained’ like in Python or in mathematical notation. For example, instead of using: {% if a > b > c %} (WRONG) you should use: 6.22. Templates

1393 Django Documentation, Release 3.2.21.dev Pi class Pi(**extra) Returns the value of the mathematical constant . Power class Power(expression1, expression2, **extra) Accepts two numeric fields endif %} While the above example works, be aware that most template filters return strings, so mathematical comparisons using filters will generally not work as you expect. length is an exception. block know the precedence rules. The comparison operators cannot be ‘chained’ like in Python or in mathematical notation. For example, instead of using: {% if a > b > c %} (WRONG) you should use: 1514 Chapter

annotate(mod=Mod('x', 'y')).get() >>> vector.mod 0.8 Pi class Pi(**extra) Returns the value of the mathematical constant ?. Power class Power(expression1, expression2, **extra) Accepts two numeric fields endif %} While the above example works, be aware that most template filters return strings, so mathematical comparisons using filters will generally not work as you expect. length is an exception. block know the precedence rules. The comparison operators cannot be ‘chained’ like in Python or in mathematical notation. For example, instead of using: {% if a > b > c %} (WRONG) you should use: {% if a

annotate(mod=Mod('x', 'y')).get() >>> vector.mod 0.8 Pi class Pi(**extra) Returns the value of the mathematical constant ?. Power class Power(expression1, expression2, **extra) Accepts two numeric fields endif %} While the above example works, be aware that most template filters return strings, so mathematical comparisons using filters will generally not work as you expect. length is an exception. block know the precedence rules. The comparison operators cannot be ‘chained’ like in Python or in mathematical notation. For example, instead of using: {% if a > b > c %} (WRONG) you should use: {% if a

annotate(mod=Mod("x", "y")).get() >>> vector.mod 0.8 Pi class Pi(**extra) Returns the value of the mathematical constant π. Power class Power(expression1, expression2, **extra) Accepts two numeric fields endif %} While the above example works, be aware that most template filters return strings, so mathematical comparisons using filters will generally not work as you expect. length is an exception. block know the precedence rules. The comparison operators cannot be ‘chained’ like in Python or in mathematical notation. For example, instead of using: {% if a > b > c %} (WRONG) you should use: {% if

annotate(mod=Mod('x', 'y')).get() >>> vector.mod 0.8 Pi class Pi(**extra) Returns the value of the mathematical constant π. Power class Power(expression1, expression2, **extra) Accepts two numeric fields endif %} While the above example works, be aware that most template filters return strings, so mathematical comparisons using filters will generally not work as you expect. length is an exception. block know the precedence rules. The comparison operators cannot be ‘chained’ like in Python or in mathematical notation. For example, instead of using: {% if a > b > c %} (WRONG) you should use: {% if

annotate(mod=Mod('x', 'y')).get() >>> vector.mod 0.8 Pi class Pi(**extra) Returns the value of the mathematical constant π. Power class Power(expression1, expression2, **extra) Accepts two numeric fields endif %} While the above example works, be aware that most template filters return strings, so mathematical comparisons using filters will generally not work as you expect. length is an exception. block know the precedence rules. The comparison operators cannot be ‘chained’ like in Python or in mathematical notation. For example, instead of using: {% if a > b > c %} (WRONG) you should use: {% if