Commit 50d5f2ad authored by rejection free's avatar rejection free
Browse files

Rename the functions

parent c60adad6
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@@ -16,5 +16,5 @@ tests/rf-abdlop-test
tests/rf-quad-test
tests/rf-quad-many-test
tests/rf-quad-eval-test

tests/*.o
tests/*.h
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@@ -3,7 +3,7 @@ name = "params1" # param variable name
log2q = 60                  # ring modulus bits
d = 64                      # ring degree

m1 = 10                     # length of bounded message s1 (that would be considered as s1 in lnp with lazer)  
m_1 = 10                     # length of bounded message s1 (that would be considered as s1 in lnp with lazer)  
                                # such that l2(s1) <= sqrt(d*m1 * 3 ^ 2) 

l = 2                       # length of unbounded message m (that would be considered as m in lnp with lazer)
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@@ -3,6 +3,6 @@ name = "params2" # param variable name
log2q = 120                 # ring modulus bits
d = 64                      # ring degree

m1 = 10                     # length of bounded message s1 (that would be considered as s1 in lnp with lazer)  
m_1 = 10                     # length of bounded message s1 (that would be considered as s1 in lnp with lazer)  
                                # such that l2(s1) <= sqrt(d*m1 * 3 ^ 2) 
l = 2                       # length of unbounded message m (that would be considered as m in lnp with lazer)
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@@ -3,6 +3,6 @@ name = "params3" # param variable name
log2q = 80                  # ring modulus bits
d = 64                      # ring degree

m1 = 100                     # length of bounded message s1 (that would be considered as s1 in lnp with lazer)  
m_1 = 100                     # length of bounded message s1 (that would be considered as s1 in lnp with lazer)  
                                # such that l2(s1) <= sqrt(d*m1 * 3 ^ 2) 
l = 0                       # length of unbounded message m (that would be considered as m in lnp with lazer)
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Original line number Diff line number Diff line
@@ -3,6 +3,6 @@ name = "params4" # param variable name
log2q = 80                  # ring modulus bits
d = 64                      # ring degree

m1 = 0                      # length of bounded message s1 (that would be considered as s1 in lnp with lazer)  
m_1 = 0                      # length of bounded message s1 (that would be considered as s1 in lnp with lazer)  
                                # such that l2(s1) <= sqrt(d*m1 * 3 ^ 2) 
l = 20                      # length of unbounded message m (that would be considered as m in lnp with lazer)
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