Description 
Figures 
FeldmanCousins confidence bands with stastical and systematic uncertainties incorporated. 

Combined likelihood for 1tag and 2tag samples in the data. 

The reconstructed top mass distributions from the data and the results
of the likelihood fits for 1tag and 2tag samples. 

The parameterized signal m_{t}^{reco} distributions and goodness of the parameterization are shown for the 2tag subsample at three different values of Γ_{t}. 

Top mass distributions at the generatorlevel for the samples of Γ_{top}^{input} = 1.5, 30, and 50 GeV. 

Top mass distributions at the generatorlevel with events that passed the event selection cuts after the full detector simulation. The samples are for Γ_{top}^{input} =1.5, 30, and 50 GeV. 

Reconstructed top mass distributions for 1tag samples for Γ_{top}^{input} =1.5, 30, and 50 GeV. 

Reconstructed top mass distributions for 2tag samples for Γ_{top}^{input} =1.5, 30, and 50 GeV. 

Parameterization of 1tag reconstructed top mass for the likelihood fit. The fit function is two Gaussian and a Gamma PDF whose parameters are quadratic functions of Γ_{top}^{input}. 

Parameterization of 2tag reconstructed top mass for the likelihood fit. The fit function is two Gaussian and a Gamma PDF whose parameters are quadratic functions of Γ_{top}^{input}. 

Systematic uncertainties on the likelihood. 

Top width distributions from 3000 pseudoexperiments for Γ_{top}^{input} =1.5, 5, 15, 30, and 50 GeV. 

Coverage for all input top width samples. 

Reconstructed top mass distribution for 1tag sample in the data. 

Reconstructed top mass distribution for 2tag sample in the data. 

Likelihood fit to 1tag sample in the data. 

Likelihood fit to 2tag sample in the data. 

Results of pseudoexperiments assuming the Standard Model (Γ_{top}^{input} = 1.5 GeV). Roughly 25% of the time, we set an upper limit lower than 12.7 GeV. 
