small README change

README.md

@@ -14,43 +14,43 @@ files in example_data/ are directly loadable in Climprod.
 Here is a list of answers to go to the end of "select the appropriate model and fit it" with the
 data file "EXAMPLE.CLI" :
 
-* Have there been changes in the fishing pattern during the period (effort allocation quota mesh-size ...)?** No**
-* Is the fishing effort unit standardized and is the CPUE proportional to abundance?** Yes**
-* Do time-lags and deviations from the stable age structure have negligible effects on production rate?** Yes**
-* Does the data-set apply to a single stock?** No**
-* Does the data-set apply to a sub-stock?** Yes**
-* Is the sub-stock well isolated (i.e. with few exchanges) from others?** Yes**
-* Do you think that the data-set covers periods both of overexploitation and of underexploitation?** No**
-* Do you think that the data-set cover periods both of underexploitation and optimal exploitation?** Yes**
-* Do you see any abnormal statistics in the statistical data table?**(see the second table in the Climprod frame) No**
-* Is interannual variability too large?** No**
-* Do you see outlier points?** No**
-* Do you see outlier points?** No**
-* Constantly increasing effort?** Yes**
-* Are the two variables dependent?** No**
-* Number of significantly exploited year-classes **1**
-* Is the influence of fishing effort on CPUE more important than environmental influence?** Yes**
-* Does this plot appear to be decreasing?** Yes**
-* Does this plot look obviously linear?** No**
-* Do you have any (additional) reason to expect highly unstable behaviour or collapse of the stock?** No**
-* Did the stock already collapse or exhibit drastic decrease(s) in catches?** No**
-* What is the life span of the species?** 6**
-* Is the ratio (lifespan/number of exploited year-classes) lower than 2?** No**
-* Is the single stock subdivided into various geographical sub-stocks (all must be exploited by the fleet)?** Don't know**
-* Are there natural protected areas for the stock or constantly inacessible adult biomass?** Don't know**
-* Are there one or several non negligible spawnings before recruitment?** Don't know**
-* Is the fecundity of the species very low (sharks mammals etc.)?** No**
-* Is there a strong instability in the cpue time series?** No**
-* Does the environment influence: **abundance**
-* May the stock present large fluctuations in CPUE when overexploited?** No**
-* Does this plot look linear **No**
-* Does this plot look monotonic?** Yes**
-* Age at recruitment **1**
-* Age at the begining of environmental influence **0**
-* Age at the end of environmental influence **1**
-* Is this an acceptable model?** Yes**
-* Are there a good fit and no trend or strong autocorrelation in residuals?** Yes**
-* Are there reasonable jackknife coefficient R2 (>65% recommanded) no extreme yearly coefficient and acceptable MSY graph **Yes**
+* Have there been changes in the fishing pattern during the period (effort allocation quota mesh-size ...)?__ No__
+* Is the fishing effort unit standardized and is the CPUE proportional to abundance?__ Yes__
+* Do time-lags and deviations from the stable age structure have negligible effects on production rate?__ Yes__
+* Does the data-set apply to a single stock?__ No__
+* Does the data-set apply to a sub-stock?__ Yes__
+* Is the sub-stock well isolated (i.e. with few exchanges) from others?__ Yes__
+* Do you think that the data-set covers periods both of overexploitation and of underexploitation?__ No__
+* Do you think that the data-set cover periods both of underexploitation and optimal exploitation?__ Yes__
+* Do you see any abnormal statistics in the statistical data table?__(see the second table in the Climprod frame) No__
+* Is interannual variability too large?__ No__
+* Do you see outlier points?__ No__
+* Do you see outlier points?__ No__
+* Constantly increasing effort?__ Yes__
+* Are the two variables dependent?__ No__
+* Number of significantly exploited year-classes __1__
+* Is the influence of fishing effort on CPUE more important than environmental influence?__ Yes__
+* Does this plot appear to be decreasing?__ Yes__
+* Does this plot look obviously linear?__ No__
+* Do you have any (additional) reason to expect highly unstable behaviour or collapse of the stock?__ No__
+* Did the stock already collapse or exhibit drastic decrease(s) in catches?__ No__
+* What is the life span of the species?__ 6__
+* Is the ratio (lifespan/number of exploited year-classes) lower than 2?__ No__
+* Is the single stock subdivided into various geographical sub-stocks (all must be exploited by the fleet)?__ Don't know__
+* Are there natural protected areas for the stock or constantly inacessible adult biomass?__ Don't know__
+* Are there one or several non negligible spawnings before recruitment?__ Don't know__
+* Is the fecundity of the species very low (sharks mammals etc.)?__ No__
+* Is there a strong instability in the cpue time series?__ No__
+* Does the environment influence: __abundance__
+* May the stock present large fluctuations in CPUE when overexploited?__ No__
+* Does this plot look linear __No__
+* Does this plot look monotonic?__ Yes__
+* Age at recruitment __1__
+* Age at the begining of environmental influence __0__
+* Age at the end of environmental influence __1__
+* Is this an acceptable model?__ Yes__
+* Are there a good fit and no trend or strong autocorrelation in residuals?__ Yes__
+* Are there reasonable jackknife coefficient R2 (>65% recommanded) no extreme yearly coefficient and acceptable MSY graph __Yes__
 
 ## TO DO