R Under development (unstable) (2024-03-18 r86148 ucrt) -- "Unsuffered Consequences"
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Platform: x86_64-w64-mingw32/x64

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> library(magrittr)
> library(unittest)
> 
> library(gadget3)
> 
> ok_group("g3a_age:single_age", {
+     # prey_a, with single age, outputs into b & c
+     prey_a <- g3_stock('prey_a', seq(20, 40, 4)) %>% g3s_age(11, 11)
+     prey_b <- g3_stock('prey_b', seq(20, 40, 4)) %>% g3s_age(11, 15)
+     prey_c <- g3_stock('prey_c', seq(20, 40, 4)) %>% g3s_age(11, 15)
+ 
+     model_fn <- g3_to_r(c(
+         list("99999" = g3_formula({
+             # Keep TMB happy
+             nll <- nll + g3_param("dummy", value = 0)
+             REPORT(prey_a__num)
+             REPORT(prey_b__num)
+             REPORT(prey_c__num)
+         })),
+         g3a_initialconditions(prey_a, ~10 * (age-10) + prey_a__midlen * 0, ~100 * (age-10) + prey_a__midlen * 0),
+         g3a_initialconditions(prey_b, ~10 * (age-10) + prey_b__midlen * 0, ~100 * (age-10) + prey_b__midlen * 0),
+         g3a_initialconditions(prey_c, ~prey_c__midlen * 0, ~prey_c__midlen * 0),
+         g3a_age(prey_a, output_stocks = list(prey_b, prey_c), output_ratios = c(0.75, 0.25)),
+         g3a_time(2000, 2002)))
+     model_cpp <- g3_to_tmb(attr(model_fn, 'actions'), trace = FALSE)
+     if (Sys.getenv('G3_TEST_TMB') == "2") {
+         #model_cpp <- edit(model_cpp)
+         #writeLines(TMB::gdbsource(g3_tmb_adfun(model_cpp, compile_flags = "-g", output_script = TRUE)))
+         model_tmb <- g3_tmb_adfun(model_cpp, trace = TRUE, compile_flags = c("-O0", "-g"))
+     }
+ 
+     params <- attr(model_fn, 'parameter_template')
+     r <- model_fn(params)
+     for (len_idx in 1:6) {
+         ok(ut_cmp_equal(
+             attr(r, 'prey_a__num')[length=len_idx,],
+             c(0)), paste0("prey_a__num length=", len_idx))
+         # prey_b got 75% of prey_a
+         ok(ut_cmp_equal(
+             attr(r, 'prey_b__num')[length=len_idx,],
+             c(age11=10, age12=20 + 7.5, age13=30, age14=40, age15=50)), paste0("prey_b__num length=", len_idx))
+         # prey_c got 25% of prey_a
+         ok(ut_cmp_equal(
+             attr(r, 'prey_c__num')[length=len_idx,],
+             c(age11=0, age12=2.5, age13=0, age14=0, age15=0)), paste0("prey_c__num length=", len_idx))
+     }
+     if (Sys.getenv('G3_TEST_TMB') == "2") gadget3:::ut_tmb_r_compare(model_fn, model_tmb, params, model_cpp = model_cpp)
+ })
# g3a_age:single_age
ok - prey_a__num length=1
ok - prey_b__num length=1
ok - prey_c__num length=1
ok - prey_a__num length=2
ok - prey_b__num length=2
ok - prey_c__num length=2
ok - prey_a__num length=3
ok - prey_b__num length=3
ok - prey_c__num length=3
ok - prey_a__num length=4
ok - prey_b__num length=4
ok - prey_c__num length=4
ok - prey_a__num length=5
ok - prey_b__num length=5
ok - prey_c__num length=5
ok - prey_a__num length=6
ok - prey_b__num length=6
ok - prey_c__num length=6
> 
> # NB: We start at 11 to make sure we age into the right bracket
> prey_a <- g3_stock('prey_a', c(1)) %>% g3s_age(11, 15)
> prey_b <- g3_stock('prey_b', c(1)) %>% g3s_age(11, 13)
> prey_c <- g3_stock('prey_c', c(1)) %>% g3s_age(11, 17)
> 
> # Store stock state in temporary variables labelled stock 0..n
> report_action <- list()
> for (step in 0:3) for (s in list(prey_a, prey_b, prey_c)) {
+     assign(paste0("step", step, '_', s$name, '__num'), g3_stock_instance(s))
+     assign(paste0("step", step, '_', s$name, '__wgt'), g3_stock_instance(s))
+     report_action[[paste0("999:step", step, ':', s$name)]] <- gadget3:::f_substitute(~if (cur_time == step) {
+         stepnum[] <- curnum
+         stepwgt[] <- curwgt
+         REPORT(stepnum)
+         REPORT(stepwgt)
+     }, list(
+         stepnum = as.symbol(paste0("step", step, '_', s$name, '__num')),
+         stepwgt = as.symbol(paste0("step", step, '_', s$name, '__wgt')),
+         curnum = as.symbol(paste0(s$name, '__num')),
+         curwgt = as.symbol(paste0(s$name, '__wgt')),
+         step = step))
+ }
> 
> actions <- list(
+     g3a_time(2000, 2002, step_lengths = c(6, 6), project_years = 0),
+     g3a_initialconditions(prey_a, ~10 * (age-10) + prey_a__midlen * 0, ~100 * (age-10) + prey_a__midlen * 0),
+     g3a_initialconditions(prey_b, ~10 * (age-10) + prey_b__midlen * 0, ~100 * (age-10) + prey_b__midlen * 0),
+     g3a_initialconditions(prey_c, ~prey_b__midlen * 0, ~prey_b__midlen * 0),
+     g3a_age(prey_a),
+     g3a_age(prey_b, output_stocks = list(prey_c)),
+     g3a_age(prey_c),
+     report_action,
+     list('999' = ~{ nll <- nll + g3_param('x', value = 1.0) }))
> 
> # Compile model
> model_fn <- g3_to_r(actions, trace = FALSE)
> # model_fn <- edit(model_fn)
> if (nzchar(Sys.getenv('G3_TEST_TMB'))) {
+     model_cpp <- g3_to_tmb(actions, trace = FALSE)
+     # model_cpp <- edit(model_cpp)
+     model_tmb <- g3_tmb_adfun(model_cpp, compile_flags = c("-O0", "-g"))
+ } else {
+     writeLines("# skip: not compiling TMB model")
+ }
# skip: not compiling TMB model
> 
> ok_group("age", {
+     params <- attr(model_fn, 'parameter_template')
+     params$x <- 1.0
+ 
+     result <- model_fn(params)
+     r <- attributes(result)
+     # str(result)
+     # str(as.list(r), vec.len = 10000)
+ 
+     # Step 0
+     ok(ut_cmp_identical(as.vector(r$step0_prey_a__num), c(10,20,30,40,50)), "step0_prey_a__num: Populated by initialconditions, no ageing yet")
+     ok(ut_cmp_identical(as.vector(r$step0_prey_a__wgt), c(100,200,300,400,500)), "step0_prey_a__wgt: Populated by initialconditions, no ageing yet")
+     ok(ut_cmp_identical(as.vector(r$step0_prey_b__num), c(10,20,30)), "step0_prey_b__num: Populated by initialconditions, no ageing yet")
+     ok(ut_cmp_identical(as.vector(r$step0_prey_b__wgt), c(100,200,300)), "step0_prey_b__wgt: Populated by initialconditions, no ageing yet")
+     ok(ut_cmp_identical(as.vector(r$step0_prey_c__num), c(0, 0, 0, 0, 0, 0, 0)), "step0_prey_c__num: Starting off empty")
+     ok(ut_cmp_identical(as.vector(r$step0_prey_c__wgt), c(0, 0, 0, 0, 0, 0, 0)), "step0_prey_c__wgt: Starting off empty")
+ 
+     # Step 1
+     ok(ut_cmp_identical(as.vector(r$step1_prey_a__num), c(0, 10,20,30,40 + 50)), "step1_prey_a__num: Numbers rotated by 1, final group a plus group")
+     ok(ut_cmp_equal(as.vector(r$step1_prey_a__wgt), c(100, 100,200,300, (400 * 40 + 500 * 50) / (40 + 50))), "step1_prey_a__wgt: Numbers rotated by 1, final group averaged plus-group, first group kept __wgt value")
+     ok(ut_cmp_identical(as.vector(r$step1_prey_b__num), c(0, 10,20)), "step1_prey_b__num: Numbers rotated by 1, final group transitioned")
+     ok(ut_cmp_equal(as.vector(r$step1_prey_b__wgt), c(100, 100, 200)), "step1_prey_b__wgt: Numbers rotated by 1, final group a plus group")
+     ok(ut_cmp_identical(as.vector(r$step1_prey_c__num), c(0, 0, 0, 30, 0, 0, 0)), "step1_prey_c__num: Final age of prey_b transferred")
+     ok(ut_cmp_equal(as.vector(r$step1_prey_c__wgt), c(0, 0, 0, 300, 0, 0, 0)), "step1_prey_c__wgt: Final weight of prey_b transferred")
+ 
+     # Step 2
+     ok(ut_cmp_identical(as.vector(r$step2_prey_a__num), c(0, 10,20,30,40 + 50)), "step2_prey_a__num: Not final step, nothing changed")
+     ok(ut_cmp_identical(as.vector(r$step2_prey_a__wgt), c(100, 100,200,300, (400 * 40 + 500 * 50) / (40 + 50))), "step2_prey_a__wgt: Not final step, nothing changed")
+     ok(ut_cmp_identical(as.vector(r$step2_prey_b__num), c(0, 10, 20)), "step2_prey_b__num: Not final step, nothing changed")
+     ok(ut_cmp_equal(as.vector(r$step2_prey_b__wgt), c(100, 100, 200)), "step2_prey_b__wgt: Not final step, nothing changed")
+     ok(ut_cmp_identical(as.vector(r$step2_prey_c__num), c(0, 0, 0, 30, 0, 0, 0)), "step2_prey_c__num: Not final step, nothing changed")
+     ok(ut_cmp_equal(as.vector(r$step2_prey_c__wgt), c(0, 0, 0, 300, 0, 0, 0)), "step2_prey_c__wgt: Not final step, nothing changed")
+ 
+     # Step 3
+     ok(ut_cmp_identical(as.vector(r$step3_prey_a__num), c(0, 0, 10,20,30 + 40 + 50)), "step3_prey_a__num: Numbers rotated by 1, final group a plus group")
+     ok(ut_cmp_equal(as.vector(r$step3_prey_a__wgt), c(100, 100, 100,200, (300 * 30 + 400 * 40 + 500 * 50) / (30 + 40 + 50))), "step3_prey_a__wgt: Numbers rotated by 1, final group a averaged plus group")
+     ok(ut_cmp_identical(as.vector(r$step3_prey_b__num), c(0, 0, 10)), "step3_prey_b__num: Numbers rotated by 1, final group transitioned")
+     ok(ut_cmp_equal(as.vector(r$step3_prey_b__wgt), c(100, 100, 100)), "step3_prey_b__wgt: Numbers rotated by 1, final group a plus group")
+     ok(ut_cmp_identical(as.vector(r$step3_prey_c__num), c(0, 0, 0, 20, 30, 0, 0)), "step3_prey_c__num: Final age of prey_b transferred, numbers rotated")
+     ok(ut_cmp_equal(as.vector(r$step3_prey_c__wgt), c(0, 0, 0, 200, 300, 0, 0)), "step3_prey_c__wgt: Final age of prey_b transferred")
+ 
+     if (nzchar(Sys.getenv('G3_TEST_TMB'))) {
+         param_template <- attr(model_cpp, "parameter_template")
+         param_template$value <- params[param_template$switch]
+         gadget3:::ut_tmb_r_compare(model_fn, model_tmb, param_template)
+     }
+ })
# age
ok - step0_prey_a__num: Populated by initialconditions, no ageing yet
ok - step0_prey_a__wgt: Populated by initialconditions, no ageing yet
ok - step0_prey_b__num: Populated by initialconditions, no ageing yet
ok - step0_prey_b__wgt: Populated by initialconditions, no ageing yet
ok - step0_prey_c__num: Starting off empty
ok - step0_prey_c__wgt: Starting off empty
ok - step1_prey_a__num: Numbers rotated by 1, final group a plus group
ok - step1_prey_a__wgt: Numbers rotated by 1, final group averaged plus-group, first group kept __wgt value
ok - step1_prey_b__num: Numbers rotated by 1, final group transitioned
ok - step1_prey_b__wgt: Numbers rotated by 1, final group a plus group
ok - step1_prey_c__num: Final age of prey_b transferred
ok - step1_prey_c__wgt: Final weight of prey_b transferred
ok - step2_prey_a__num: Not final step, nothing changed
ok - step2_prey_a__wgt: Not final step, nothing changed
ok - step2_prey_b__num: Not final step, nothing changed
ok - step2_prey_b__wgt: Not final step, nothing changed
ok - step2_prey_c__num: Not final step, nothing changed
ok - step2_prey_c__wgt: Not final step, nothing changed
ok - step3_prey_a__num: Numbers rotated by 1, final group a plus group
ok - step3_prey_a__wgt: Numbers rotated by 1, final group a averaged plus group
ok - step3_prey_b__num: Numbers rotated by 1, final group transitioned
ok - step3_prey_b__wgt: Numbers rotated by 1, final group a plus group
ok - step3_prey_c__num: Final age of prey_b transferred, numbers rotated
ok - step3_prey_c__wgt: Final age of prey_b transferred
> 
> proc.time()
   user  system elapsed 
   1.23    0.06    1.29 
# Looks like you passed all 42 tests.