Stand alone:


Here is (1-H)^(-1) for Hilbert series H of the module

   +1
   +2*t^1
  +10*t^2
  +45*t^3
 +204*t^4
 +928*t^5
+4222*t^6
Here is the Hilbert series H of the module
  +2*t^1
  +6*t^2
 +13*t^3
 +28*t^4
 +64*t^5
+149*t^6

After elimordering and clearideal 

Here is (1-H)^(-1) for Hilbert series H of the module

 +1
 +2*t^1
 +6*t^2
+13*t^3
+26*t^4
+50*t^5
+92*t^6
Here is the Hilbert series H of the module
 +2*t^1
 +2*t^2
 -3*t^3
 -6*t^4
 +2*t^5
+11*t^6

After elimordering and clearring
 
Here is (1-H)^(-1) for Hilbert series H of the module

   +1
   +2*t^1
  +10*t^2
  +41*t^3
 +164*t^4
 +652*t^5
+2584*t^6
Here is the Hilbert series H of the module
  +2*t^1
  +6*t^2
  +9*t^3
  +4*t^4
 -20*t^5
 -73*t^6


13 lisp> (getsetup)
((objecttype ring (autoaddrelationstate nil nil)) (resolutiontype none) (
variablesetup (ringtype noncommutative) (commutativeorder tdegrevlex) (
noncommutativeorder elimleftlex) (variablenumber 5) (invariables (z y x b a)) (
outvariables (z y x b a)) (variableweights nil) (homogenisationvariable nil)) (
strategy default (mindeg nil) (maxdeg 6) (interruption ordinary) (
hserieslimitations ((default)))) (coefficientdomain nil (oddprimesmoduli
ordinary)) (inputformat casesensalgin) (outputformat alg exptsprint (
immediateassocringpbdisplay nil) (overwrite nil)) (debugstate (
directalertclosing nil) (checkfailuredisplay t)) (variousflags (custshow off) (
custstrategy off) (degreeprintoutput off) (dynamiclogtables off) (homogenised
off) (immediatecrit on) (immediatefullreduction on) (immediaterecdefine off) (
nobignum off) (obsoletenamesinform off) (oldprintmodes1 off) (oldseriesmodes1
off) (standardanickmodes on) (pbseries on) (reductivity on) (savedegree off) (
saverecvalues off)))
14 lisp>

