10-15-2016, 07:45 PM
My intention is that it facilitates the use of the hp-prime with new 2D-templates
![[Image: templates2D_image00.png]](http://www.eonicasys.com.co/public/math/CAS/hp_prime/images/request/templates2D_image00.png)
![[Image: templates2D_image01.png]](http://www.eonicasys.com.co/public/math/CAS/hp_prime/images/request/templates2D_image01.png)
![[Image: templates2D_image02.png]](http://www.eonicasys.com.co/public/math/CAS/hp_prime/images/request/templates2D_image02.png)
Although output in linear text is trivial, for a beginner (high school student) in handling can be useful
[ f(▣) ] -> f( , ):= // definition of a function
[ f º g ] -> f(g) // composition of functions
[ f'(▣) ] -> f'() // diff with quote
[ e▣ ] -> e^()
⌈ ▣ ⌉ -> ceil( )
⌊ ▣ ⌋ -> floor( )
▣ module ▣ -> ( mod )
( ▣,▣ ) -> ( , ) // complex num
(array)( i,j ) -> // extraction of elements of an array
is useful for you these templates?
Another template would like to add?
![[Image: templates2D_image00.png]](http://www.eonicasys.com.co/public/math/CAS/hp_prime/images/request/templates2D_image00.png)
![[Image: templates2D_image01.png]](http://www.eonicasys.com.co/public/math/CAS/hp_prime/images/request/templates2D_image01.png)
![[Image: templates2D_image02.png]](http://www.eonicasys.com.co/public/math/CAS/hp_prime/images/request/templates2D_image02.png)
Although output in linear text is trivial, for a beginner (high school student) in handling can be useful
[ f(▣) ] -> f( , ):= // definition of a function
[ f º g ] -> f(g) // composition of functions
[ f'(▣) ] -> f'() // diff with quote
[ e▣ ] -> e^()
⌈ ▣ ⌉ -> ceil( )
⌊ ▣ ⌋ -> floor( )
▣ module ▣ -> ( mod )
( ▣,▣ ) -> ( , ) // complex num
(array)( i,j ) -> // extraction of elements of an array
is useful for you these templates?
Another template would like to add?