first set of changes from Brent Fulgham, a bunch more coming in the C…

… code.

lib/betabase.c

@@ -27,17 +27,15 @@ double ppbeta(double p, double a, double b, int *ifault)
   Static routines
 */
 
-static double logbeta(p, q)
-     double p, q;
+static double logbeta(double p, double q)
 {
   return(gamma(p) + gamma(q) - gamma(p + q));
 }
 
 #define Min(x,y) (((x) < (y)) ? (x) : (y))
 #define Max(x,y) (((x) > (y)) ? (x) : (y))
 
-static double betai(x, pin, qin)
-     double x, pin, qin;
+static double betai(double x, double pin, double qin)
 {
   /* Translated from FORTRAN
      july 1977 edition.  w. fullerton, c3, los alamos scientific lab.
@@ -154,9 +152,7 @@ static double betai(x, pin, qin)
   cause an underflow; a value of -308 or thereabouts will often be
 */
 
-static double xinbta(p, q, beta, alpha, ifault)
-     double *p, *q, *beta, *alpha;
-     int *ifault;
+static double xinbta(double *p, double *q, double *beta, double *alpha, int *ifault)
 {
   /* Initialized data */
   static double sae = -30.0; /* this should be sufficient */

src/lisptests.lisp

@@ -0,0 +1,27 @@
+(asdf:oos 'asdf:load-op 'lispstat)
+
+(in-package :ls-user)
+
+#|
+(trace lisp-stat-linalg-data::la-allocate)
+(trace lisp-stat-linalg-data::la-put-double)
+(trace lisp-stat-linalg-data::la-data-to-matrix)
+(trace lisp-stat-linalg-data::la-matrix)
+(trace lisp-stat-linalg::lu-solve)
+|#
+
+(lu-solve 
+ (lu-decomp #2A((2 3 4) (1 2 4) (2 4 5))) 
+ #(2 3 4))
+;; #(-2.333333333333333 1.3333333333333335 0.6666666666666666)
+
+
+#|
+(dotimes (i 3) 
+ (declare (fixnum i))
+ (let ((vec (lisp-stat-linalg-data::la-get-pointer mat i)))
+   (format t "vec => ~A~%" vec)
+   (dotimes (j 3)
+     (format t "LA-PUT-DOUBLE ~A <- (~A ~A)~%" vec j (aref data i j))
+     (lisp-stat-linalg-data::la-put-double vec j (aref data i j)))))
+|#

src/numerics/ladata.lsp

@@ -36,7 +36,13 @@
 
 (in-package :lisp-stat-linalg-data)
 
+#+openmcl
+(defctype size-t :unsigned-long)
+#+sbcl
+(defctype size-t :unsigned-int)
 
+;; Should we do the same with int's and long's?   There is some
+;; evidence that it might be useful?
 
 
 ;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;
@@ -95,7 +101,7 @@
 (defun ptr-eq (p q) (cffi:pointer-eq p q))
 
 (cffi:defcfun ("la_base_allocate" ccl-la-base-allocate)
-    :pointer (n :int) (m :int))
+    :pointer (n size-t) (m size-t))
 (defun la-base-allocate (n m) 
   (ccl-la-base-allocate n m))
 
@@ -105,7 +111,7 @@
   (ccl-la-base-free-alloc p))
 
 (cffi:defcfun ("la_mode_size" ccl-la-mode-size)
-    :int (x :int))
+    size-t (x size-t))
 
 (defun la-mode-size (mode)
   (ccl-la-mode-size mode))
@@ -114,13 +120,13 @@
 ;;;             Callbacks for Internal Storage
 ;;;
 
-(cffi:defcallback lisp-la-allocate :void ((n :long) (m :long))
+(cffi:defcallback lisp-la-allocate :void ((n size-t) (m size-t))
 		  (ccl-store-ptr (la-allocate n m)))
 (cffi:defcfun ("register_la_allocate" register-la-allocate)
     :void (p :pointer))
 (register-la-allocate (cffi:callback lisp-la-allocate))
 (cffi:defcfun ("la_allocate" la) 
-    :pointer (x :int) (y :int))
+    :pointer (x size-t) (y size-t))
 
 (cffi:defcallback lisp-la-free-alloc
     :void ((p :pointer))
@@ -138,53 +144,53 @@
 
 
 (cffi:defcfun ("la_get_integer" ccl-la-get-integer)
-    :int (p :pointer) (i :int))
+    :long (p :pointer) (i size-t))   ;; was int, not long, for first
 (defun la-get-integer (p i)
   (ccl-la-get-integer p i))
 
 (cffi:defcfun ("la_get_double" ccl-la-get-double)
-    :double (p :pointer) (i :int))
+    :double (p :pointer) (i size-t))
 (defun la-get-double (p i)
   (ccl-la-get-double p i))
 
 (cffi:defcfun ("la_get_complex_real" ccl-la-get-complex-real)
-    :double (p :pointer) (i :int))
+    :double (p :pointer) (i size-t))
 (defun la-get-complex-real (p i)
   (ccl-la-get-complex-real p i))
 
 (cffi:defcfun ("la_get_complex_imag" ccl-la-get-complex-imag)
-    :double (p :pointer) (i :int))
+    :double (p :pointer) (i size-t))
 (defun la-get-complex-imag (p i)
   (ccl-la-get-complex-imag p i))
 
 (defun la-get-complex (p i)
   (complex (la-get-complex-real p i) (la-get-complex-imag p i)))
 
 (cffi:defcfun ("la_get_pointer" ccl-la-get-pointer)
-    :pointer (p :pointer) (i :int))
+    :pointer (p :pointer) (i size-t))
 (defun la-get-pointer (p i)
   (ccl-la-get-pointer p i))
 
 
 ;;; CFFI glue for     Storage Mutation Functions
 
 (cffi:defcfun ("la_put_integer" ccl-la-put-integer)
-    :void (p :pointer) (i :int) (x :int))
+    :void (p :pointer) (i size-t) (x :long))  ;; last was :int ?
 (defun la-put-integer (p i x)
   (ccl-la-put-integer p i x))
 
 (cffi:defcfun ("la_put_double" ccl-la-put-double)
-    :void (p :pointer) (i :int) (x :double))
+    :void (p :pointer) (i size-t) (x :double))
 (defun la-put-double (p i x) 
   (ccl-la-put-double p i (float x 1d0)))
 
 (cffi:defcfun ("la_put_complex" ccl-la-put-complex) 
-    :void (p :pointer) (i :int) (x :double) (y :double))
+    :void (p :pointer) (i size-t) (x :double) (y :double))
 (defun la-put-complex (p i x y) 
   (ccl-la-put-complex p i (float x 1d0) (float y 1d0)))
 
 (cffi:defcfun ("la_put_pointer" ccl-la-put-pointer)
-    :void (p :pointer) (i :int) (q :pointer))
+    :void (p :pointer) (i size-t) (q :pointer))
 (defun la-put-pointer (p i q) 
   (ccl-la-put-pointer p i q)) 
 

src/numerics/linalg.lsp

@@ -57,6 +57,11 @@
 
 (in-package #:lisp-stat-linalg)
 
+#+openmcl
+(defctype size-t :unsigned-long)
+#+sbcl
+(defctype size-t :unsigned-int)
+
 ;;; CFFI Support
 
 ;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;
@@ -70,7 +75,7 @@
 ;;;
 
 (cffi:defcfun ("ccl_chol_decomp_front" ccl-chol-decomp-front)
-    :int (x :pointer) (y :int) (z :pointer))
+    :int (x :pointer) (y size-t) (z :pointer))
 (defun chol-decomp-front (x y z) 
   (ccl-chol-decomp-front x y z))
 
@@ -79,17 +84,17 @@
 ;;;;
 
 (cffi:defcfun ("ccl_lu_decomp_front" ccl-lu-decomp-front)
-  :int (x :pointer) (y :int) (z :pointer) (u :int) (v :pointer))
+  :int (x :pointer) (y size-t) (z :pointer) (u :int) (v :pointer))
 (defun lu-decomp-front (x y z u v) 
 (ccl-lu-decomp-front x y z u v))
 
 (cffi:defcfun ("ccl_lu_solve_front" ccl-lu-solve-front)
-    :int (x :pointer) (y :int) (z :pointer) (u :pointer) (v :int))
+    :int (x :pointer) (y size-t) (z :pointer) (u :pointer) (v :int))
 (defun lu-solve-front (x y z u v) 
   (ccl-lu-solve-front x y z u v))
 
 (cffi:defcfun ("ccl_lu_inverse_front" ccl-lu-inverse-front)
-    :int (x :pointer) (y :int) (z :pointer) (u :pointer) (v :int) (w :pointer))
+    :int (x :pointer) (y size-t) (z :pointer) (u :pointer) (v :int) (w :pointer))
 (defun lu-inverse-front (x y z u v w) 
   (ccl-lu-inverse-front x y z u v w))
 
@@ -98,7 +103,7 @@
 ;;;;
 
 (cffi:defcfun ("ccl_sv_decomp_front" ccl-sv-decomp-front)
-    :int (x :pointer) (y :int) (z :int) (u :pointer) (v :pointer))
+    :int (x :pointer) (y size-t) (z size-t) (u :pointer) (v :pointer))
 (defun sv-decomp-front (x y z u v)
   (ccl-sv-decomp-front x y z u v))
 
@@ -107,7 +112,7 @@
 ;;;;
 
 (cffi:defcfun ("ccl_qr_decomp_front" ccl-qr-decomp-front)
-    :int (x :pointer) (y :int) (z :int) (u :pointer) (v :pointer) (w :int))
+    :int (x :pointer) (y size-t) (z size-t) (u :pointer) (v :pointer) (w :int))
 (defun qr-decomp-front (x y z u v w) 
   (ccl-qr-decomp-front x y z u v w))
 
@@ -116,7 +121,7 @@
 ;;;
 
 (cffi:defcfun ("ccl_rcondest_front" ccl-rcondest-front)
-    :double (x :pointer) (y :int))
+    :double (x :pointer) (y size-t))
 (defun rcondest-front (x y) 
   (ccl-rcondest-front x y))
 
@@ -176,7 +181,7 @@
 ;;;;
 
 (cffi:defcfun ("ccl_make_rotation_front" ccl-make-rotation-front)
-    :int (x :int) (y :pointer) (z :pointer) (u :pointer) (v :int) (w :double))
+    :int (x size-t) (y :pointer) (z :pointer) (u :pointer) (v :int) (w :double))
 (defun make-rotation-front (x y z u v w)
   (ccl-make-rotation-front x y z u v (float w 1d0)))
 
@@ -185,7 +190,7 @@
 ;;;;
 
 (cffi:defcfun ("ccl_eigen_front" ccl-eigen-front)
-    :int (x :pointer) (y :int) (z :pointer) (u :pointer) (v :pointer))
+    :int (x :pointer) (y size-t) (z :pointer) (u :pointer) (v :pointer))
 (defun eigen-front (x y z u v) 
   (ccl-eigen-front x y z u v))
 
@@ -194,12 +199,12 @@
 ;;;;
 
 (cffi:defcfun ("ccl_range_to_rseq" ccl-range-to-rseq)
-    :int (x :int) (y :pointer) (z :int) (u :pointer))
+    :int (x size-t) (y :pointer) (z size-t) (u :pointer))
 (defun la-range-to-rseq (x y z u)
   (ccl-range-to-rseq x y z u))
 
 (cffi:defcfun ("ccl_spline_front" ccl-spline-front)
-    :int (x :int) (y :pointer) (z :pointer) (u :int) (v :pointer) (w :pointer) (a :pointer))
+    :int (x size-t) (y :pointer) (z :pointer) (u size-t) (v :pointer) (w :pointer) (a :pointer))
 (defun spline-front (x y z u v w a) 
   (ccl-spline-front x y z u v w a))
 
@@ -208,12 +213,12 @@
 ;;;;
 
 (cffi:defcfun ("ccl_kernel_dens_front" ccl-kernel-dens-front)
-    :int (x :pointer) (y :int) (z :double) (u :pointer) (v :pointer) (w :int) (a :int))
+    :int (x :pointer) (y size-t) (z :double) (u :pointer) (v :pointer) (w size-t) (a :int))
 (defun kernel-dens-front (x y z u v w a)
   (ccl-kernel-dens-front x y (float z 1d0) u v w a))
 
 (cffi:defcfun ("ccl_kernel_smooth_front" ccl-kernel-smooth-front)
-    :int (x :pointer) (y :pointer) (z :int) (u :double) (v :pointer) (w :pointer) (a :int) (b :int))
+    :int (x :pointer) (y :pointer) (z size-t) (u :double) (v :pointer) (w :pointer) (a size-t) (b :int))
 (defun kernel-smooth-front (x y z u v w a b)
   (ccl-kernel-smooth-front x y z (float u 1d0) v w a b))
 
@@ -222,7 +227,7 @@
 ;;;;
 
 (cffi:defcfun ("ccl_base_lowess_front" ccl-base-lowess-front)
-  :int (x :pointer) (y :pointer) (z :int) (u :double) (v :int) (w :double) (a :pointer) (b :pointer) (c :pointer))
+  :int (x :pointer) (y :pointer) (z size-t) (u :double) (v size-t) (w :double) (a :pointer) (b :pointer) (c :pointer))
 (defun base-lowess-front (x y z u v w a b c)
   (ccl-base-lowess-front x y z (float u 1d0) v (float w 1d0) a b c))
 
@@ -231,7 +236,7 @@
 ;;;;
 
 (cffi:defcfun ("ccl_fft_front" ccl-fft-front)
-    :int (x :int) (y :pointer) (z :pointer) (u :int))
+    :int (x size-t) (y :pointer) (z :pointer) (u :int))
 (defun fft-front (x y z u) 
   (ccl-fft-front x y z u))
 

src/numerics/optimize.lisp

@@ -7,6 +7,7 @@
 
 (defpackage :lisp-stat-optimize
  (:use :common-lisp
+       :cffi
        :lisp-stat-ffi-int
        :lisp-stat-object-system
        :lisp-stat-types
@@ -41,6 +42,11 @@
 
 (in-package :lisp-stat-optimize)
 
+#+openmcl
+(defctype size-t :unsigned-long)
+#+sbcl
+(defctype size-t :unsigned-int)
+
 (defvar *maximize-callback-function* nil
   "Used in generic optimization to determine function name -- symbol or string?")
 
@@ -68,17 +74,17 @@
 (register-maximize-callback (cffi:callback ccl-maximize-callback))
 
 (cffi:defcfun ("ccl_numgrad_front" ccl-numgrad-front)
-    :int (x :int) (y :pointer) (z :pointer) (u :double) (v :pointer))
+    :void (x size-t) (y :pointer) (z :pointer) (u :double) (v :pointer))
 (defun numgrad-front (x y z u v)
   (ccl-numgrad-front x y z (float u 1d0) v))
 
 (cffi:defcfun ("ccl_numhess_front" ccl-numhess-front)
-    :int (x :int) (y :pointer) (z :pointer) (u :pointer) (v :pointer) (w :double) (a :pointer))
+    :void (x size-t) (y :pointer) (z :pointer) (u :pointer) (v :pointer) (w :double) (a :pointer))
 (defun numhess-front (x y z u v w a) 
   (ccl-numhess-front x y z u v (float w 1d0) a))
 
 (cffi:defcfun ("ccl_minfo_maximize" ccl-minfo-maximize)
-    :int (x :pointer) (y :pointer) (z :pointer) (u :pointer) (v :pointer) (w :int))
+    :void (x :pointer) (y :pointer) (z :pointer) (u :pointer) (v :pointer) (w :int))
 (defun base-minfo-maximize (x y z u v w) 
   (ccl-minfo-maximize x y z u v w))