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test.lua
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test.lua
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-- you can easily test specific units like this:
-- th -lnn -e "nn.test{'LookupTable'}"
-- th -lnn -e "nn.test{'LookupTable', 'Add'}"
local mytester = torch.Tester()
local jac
local sjac
local precision = 1e-5
local expprecision = 1e-4
local stntest = {}
function stntest.AffineGridGeneratorBHWD_batch()
local nframes = torch.random(2,10)
local height = torch.random(2,5)
local width = torch.random(2,5)
local input = torch.zeros(nframes, 2, 3):uniform()
local module = nn.AffineGridGeneratorBHWD(height, width)
local err = jac.testJacobian(module,input)
mytester:assertlt(err,precision, 'error on state ')
-- IO
local ferr,berr = jac.testIO(module,input)
mytester:asserteq(ferr, 0, torch.typename(module) .. ' - i/o forward err ')
mytester:asserteq(berr, 0, torch.typename(module) .. ' - i/o backward err ')
end
function stntest.AffineGridGeneratorBHWD_single()
local height = torch.random(2,5)
local width = torch.random(2,5)
local input = torch.zeros(2, 3):uniform()
local module = nn.AffineGridGeneratorBHWD(height, width)
local err = jac.testJacobian(module,input)
mytester:assertlt(err,precision, 'error on state ')
-- IO
local ferr,berr = jac.testIO(module,input)
mytester:asserteq(ferr, 0, torch.typename(module) .. ' - i/o forward err ')
mytester:asserteq(berr, 0, torch.typename(module) .. ' - i/o backward err ')
end
function stntest.BilinearSamplerBHWD_batch()
local nframes = torch.random(2,10)
local height = torch.random(1,5)
local width = torch.random(1,5)
local channels = torch.random(1,6)
local inputImages = torch.zeros(nframes, height, width, channels):uniform()
local grids = torch.zeros(nframes, height, width, 2):uniform(-1, 1)
local module = nn.BilinearSamplerBHWD()
-- test input images (first element of input table)
module._updateOutput = module.updateOutput
function module:updateOutput(input)
return self:_updateOutput({input, grids})
end
module._updateGradInput = module.updateGradInput
function module:updateGradInput(input, gradOutput)
self:_updateGradInput({input, grids}, gradOutput)
return self.gradInput[1]
end
local errImages = jac.testJacobian(module,inputImages)
mytester:assertlt(errImages,precision, 'error on state ')
-- test grids (second element of input table)
function module:updateOutput(input)
return self:_updateOutput({inputImages, input})
end
function module:updateGradInput(input, gradOutput)
self:_updateGradInput({inputImages, input}, gradOutput)
return self.gradInput[2]
end
local errGrids = jac.testJacobian(module,grids)
mytester:assertlt(errGrids,precision, 'error on state ')
end
function stntest.BilinearSamplerBHWD_single()
local height = torch.random(1,5)
local width = torch.random(1,5)
local channels = torch.random(1,6)
local inputImages = torch.zeros(height, width, channels):uniform()
local grids = torch.zeros(height, width, 2):uniform(-1, 1)
local module = nn.BilinearSamplerBHWD()
-- test input images (first element of input table)
module._updateOutput = module.updateOutput
function module:updateOutput(input)
return self:_updateOutput({input, grids})
end
module._updateGradInput = module.updateGradInput
function module:updateGradInput(input, gradOutput)
self:_updateGradInput({input, grids}, gradOutput)
return self.gradInput[1]
end
local errImages = jac.testJacobian(module,inputImages)
mytester:assertlt(errImages,precision, 'error on state ')
-- test grids (second element of input table)
function module:updateOutput(input)
return self:_updateOutput({inputImages, input})
end
function module:updateGradInput(input, gradOutput)
self:_updateGradInput({inputImages, input}, gradOutput)
return self.gradInput[2]
end
local errGrids = jac.testJacobian(module,grids)
mytester:assertlt(errGrids,precision, 'error on state ')
end
function stntest.AffineTransformMatrixGenerator_batch()
-- test all possible transformations
for _,useRotation in pairs{true,false} do
for _,useScale in pairs{true,false} do
for _,useTranslation in pairs{true,false} do
local currTest = ''
if useRotation then currTest = currTest..'rotation ' end
if useScale then currTest = currTest..'scale ' end
if useTranslation then currTest = currTest..'translation' end
if currTest=='' then currTest = 'full' end
local nbNeededParams = 0
if useRotation then nbNeededParams = nbNeededParams + 1 end
if useScale then nbNeededParams = nbNeededParams + 1 end
if useTranslation then nbNeededParams = nbNeededParams + 2 end
if nbNeededParams == 0 then nbNeededParams = 6 end -- full affine case
local nframes = torch.random(2,10)
local params = torch.zeros(nframes,nbNeededParams):uniform()
local module = nn.AffineTransformMatrixGenerator(useRotation,useScale,useTranslation)
local err = jac.testJacobian(module,params)
mytester:assertlt(err,precision, 'error on state for test '..currTest)
-- IO
local ferr,berr = jac.testIO(module,params)
mytester:asserteq(ferr, 0, torch.typename(module) .. ' - i/o forward err for test '..currTest)
mytester:asserteq(berr, 0, torch.typename(module) .. ' - i/o backward err for test '..currTest)
end
end
end
end
function stntest.AffineTransformMatrixGenerator_single()
-- test all possible transformations
for _,useRotation in pairs{true,false} do
for _,useScale in pairs{true,false} do
for _,useTranslation in pairs{true,false} do
local currTest = ''
if useRotation then currTest = currTest..'rotation ' end
if useScale then currTest = currTest..'scale ' end
if useTranslation then currTest = currTest..'translation' end
if currTest=='' then currTest = 'full' end
local nbNeededParams = 0
if useRotation then nbNeededParams = nbNeededParams + 1 end
if useScale then nbNeededParams = nbNeededParams + 1 end
if useTranslation then nbNeededParams = nbNeededParams + 2 end
if nbNeededParams == 0 then nbNeededParams = 6 end -- full affine case
local params = torch.zeros(nbNeededParams):uniform()
local module = nn.AffineTransformMatrixGenerator(useRotation,useScale,useTranslation)
local err = jac.testJacobian(module,params)
mytester:assertlt(err,precision, 'error on state for test '..currTest)
-- IO
local ferr,berr = jac.testIO(module,params)
mytester:asserteq(ferr, 0, torch.typename(module) .. ' - i/o forward err for test '..currTest)
mytester:asserteq(berr, 0, torch.typename(module) .. ' - i/o backward err for test '..currTest)
end
end
end
end
mytester:add(stntest)
if not nn then
require 'nn'
jac = nn.Jacobian
sjac = nn.SparseJacobian
mytester:run()
else
jac = nn.Jacobian
sjac = nn.SparseJacobian
function stn.test(tests)
-- randomize stuff
math.randomseed(os.time())
mytester:run(tests)
return mytester
end
end