Man pages for ISOpureR
Deconvolution of Tumour Profiles
| ISOpure.calculate.tac | Perform calculation for Tumour Adjacent Cell (TAC) profiles |
| ISOpure.model_optimize.cg_code.rminimize | Minimize a differentiable multivariate function |
| ISOpure.model_optimize.vv.vv_deriv_loglikelihood | Compute the derivative of the loglikelihood relevant to vv... |
| ISOpure.model_optimize.vv.vv_loglikelihood | Compute the loglikelihood relevant to vv for step 1 |
| ISOpureS1.model_core.compute_loglikelihood | Compute loglikelihood given all model parameters for step 1 |
| ISOpureS1.model_core.new_model | Initialize a model list to hold all the parameters |
| ISOpureS1.model_core.optmodel | Optimizes the ISOpure parameters for step 1 |
| ISOpureS1.model_optimize.kappa.kappa_compute_loglikelihood | Compute loglikelihood relevant to kappa for step 1 |
| ISOpureS1.model_optimize.kappa.kappa_deriv_loglikelihood | Compute derivative of loglikelihood with respect to kappa for... |
| ISOpureS1.model_optimize.kappa.kappa_loglikelihood | Compute loglikelihood relevant to kappa for step 1 |
| ISOpureS1.model_optimize.mm.mm_deriv_loglikelihood | Compute the derivative of the loglikelihood relevant to mm... |
| ISOpureS1.model_optimize.mm.mm_loglikelihood | Compute the loglikelihood relevant to mm for step 1 |
| ISOpureS1.model_optimize.omega.omega_compute_loglikelihood | Compute loglikelihood relevant to omega for step 1 |
| ISOpureS1.model_optimize.omega.omega_deriv_loglikelihood | Compute the derivative of loglikelihood relevant to omega for... |
| ISOpureS1.model_optimize.omega.omega_loglikelihood | Compute the loglikelihood relevant to omega for step 1 |
| ISOpureS1.model_optimize.opt_kappa | Optimize kappa in step 1 |
| ISOpureS1.model_optimize.opt_mm | Optimize the reference cancer profile, m, in step 1 |
| ISOpureS1.model_optimize.opt_omega | Optimize omega in step 1 |
| ISOpureS1.model_optimize.opt_theta | Optimize theta in step 1 |
| ISOpureS1.model_optimize.opt_vv | Optimize vv in step 1 |
| ISOpureS1.model_optimize.theta.theta_deriv_loglikelihood | Compute the derivative of loglikelihood relevant to theta for... |
| ISOpureS1.model_optimize.theta.theta_loglikelihood | Compute the loglikelihood relevant to theta for step 1 |
| ISOpureS1.model_optimize.vv.vv_compute_loglikelihood | Compute loglikelihood relevant to vv for step 1 |
| ISOpureS2.model_core.compute_loglikelihood | Compute loglikelihood given all model parameters for step 2 |
| ISOpureS2.model_core.new_model | Compute loglikelihood given all model parameters for step 2 |
| ISOpureS2.model_core.optmodel | Optimizes the ISOpure parameters for step 2 |
| ISOpureS2.model_optimize.cc.cc_deriv_loglikelihood | Compute the derivative of loglikelihood relevant to the... |
| ISOpureS2.model_optimize.cc.cc_loglikelihood | Compute the loglikelihood relevant to the patient cancer... |
| ISOpureS2.model_optimize.kappa.kappa_compute_loglikelihood | Compute loglikelihood relevant to kappa for step 2 |
| ISOpureS2.model_optimize.kappa.kappa_deriv_loglikelihood | Compute derivative of loglikelihood with respect to kappa for... |
| ISOpureS2.model_optimize.kappa.kappa_loglikelihood | Compute loglikelihood relevant to kappa for step 2 |
| ISOpureS2.model_optimize.opt_cc | Optimize the tumor-specific cancer profiles in step 2 |
| ISOpureS2.model_optimize.opt_kappa | Optimize kappa in step 2 |
| ISOpureS2.model_optimize.opt_theta | Optimize theta in step 2 |
| ISOpureS2.model_optimize.opt_vv | Optimize vv in step 2 |
| ISOpureS2.model_optimize.theta.theta_deriv_loglikelihood | Compute the derivative of loglikelihood relevant to theta for... |
| ISOpureS2.model_optimize.theta.theta_loglikelihood | Compute the loglikelihood relevant to theta for step 2 |
| ISOpureS2.model_optimize.vv.vv_compute_loglikelihood | Compute loglikelihood relevant to vv for step 2 |
| ISOpure.step1.CPE | Perform first step of ISOpure purification algorithm |
| ISOpure.step2.PPE | Perform second step of ISOpure purification algorithm |
| ISOpure.util.logsum | Log-sum-exp |
| ISOpure.util.matlab_greater_than | Greater than operator |
| ISOpure.util.matlab_less_than | Less than operator |
| ISOpure.util.matlab_log | Modified logarithm function |
| ISOpure.util.repmat | Tiles matrix horizontally or vertically |
