Removed long running tests from tests/simple/realexpr.v (replaced by tests/realmath)

diff --git a/tests/simple/realexpr.v b/tests/simple/realexpr.v
index 2b63ca6f9fed762612462c572c5e308917009516..35166110342e3609affdbc52ff48a1493dd7245a 100644 (file)
--- a/tests/simple/realexpr.v
+++ b/tests/simple/realexpr.v
@@ -13,58 +13,3 @@ module demo_001(y1, y2, y3, y4);
        assign y4 = p4 + 0.2;
 endmodule
 
-module demo_002(s, a, y);
-       input [4:0] s;
-       input [3:0] a;
-       output [7:0] y;
-
-       reg [7:0] data [21*16-1:0];
-       integer i;
-
-       initial begin
-               for (i = 0; i < 16; i = i+1) begin
-                       data[ 0*16 + i] = 128 + 64 * $ln    (i*0.2 - 0.8);
-                       data[ 1*16 + i] = 128 + 64 * $log10 (i*0.2 - 0.8);
-                       data[ 2*16 + i] = 128 + 64 * $exp   (i*0.2 - 0.8);
-                       data[ 3*16 + i] = 128 + 64 * $sqrt  (i*0.2 - 0.8);
-                       data[ 4*16 + i] = 128 + 64 * $floor (i*0.2 - 0.8);
-                       data[ 5*16 + i] = 128 + 64 * $ceil  (i*0.2 - 0.8);
-                       data[ 6*16 + i] = 128 + 64 * $sin   (i*0.2 - 0.8);
-                       data[ 7*16 + i] = 128 + 64 * $cos   (i*0.2 - 0.8);
-                       data[ 8*16 + i] = 128 + 64 * $tan   (i*0.2 - 0.8);
-                       data[ 9*16 + i] = 128 + 64 * $asin  (i*0.2 - 0.8);
-                       data[10*16 + i] = 128 + 64 * $acos  (i*0.2 - 0.8);
-                       data[11*16 + i] = 128 + 64 * $atan  (i*0.2 - 0.8);
-                       data[12*16 + i] = 128 + 64 * $sinh  (i*0.2 - 0.8);
-                       data[13*16 + i] = 128 + 64 * $cosh  (i*0.2 - 0.8);
-                       data[14*16 + i] = 128 + 64 * $tanh  (i*0.2 - 0.8);
-                       data[15*16 + i] = 128 + 64 * $asinh (i*0.2 - 0.8);
-                       data[16*16 + i] = 128 + 64 * $acosh (i*0.2 - 0.8);
-                       data[17*16 + i] = 128 + 64 * $atanh (i*0.2 - 0.8);
-               end
-       end
-
-       assign y = s < 18 ? data[s*16 + a] : 0;
-endmodule
-
-module demo_003(s, a, b, y);
-       input [1:0] s;
-       input [3:0] a;
-       input [3:0] b;
-       output [7:0] y;
-
-       reg [7:0] data [3*16*16-1:0];
-       integer i, j;
-
-       initial begin
-               for (i = 0; i < 16; i = i+1)
-               for (j = 0; j < 16; j = j+1) begin
-                       data[0*256 + i*16 + j] = 128 + 64 * $pow   (i*0.2 - 0.8, j*0.2 - 0.8);
-                       data[1*256 + i*16 + j] = 128 + 64 * $atan2 (i*0.2 - 0.8, j*0.2 - 0.8);
-                       data[2*256 + i*16 + j] = 128 + 64 * $hypot (i*0.2 - 0.8, j*0.2 - 0.8);
-               end
-       end
-
-       assign y = s < 3 ? data[s*256 + a*16 + b] : 0;
-endmodule
-