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@@ -1,4 +1,7 @@
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<?php
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+error_reporting(E_ALL);
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+ini_set('display_errors', 1);
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+
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/**
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* controllers/ollamaGenerate.php
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*
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@@ -130,7 +133,81 @@ function sv(array $spec, array $row, string $col): mixed
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$r = $row;
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$s = $spec;
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-// ── Build comprehensive soil data block (ALL elements) ────────────────────────
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+// ── Pre-compute all display values (heredocs don't support function calls) ────
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+$d_ph_h2o = fv($r['ph_h2o'], 1); $d_ph_h2o_st = rangeStatus($r['ph_h2o'], 6.2, 6.8);
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+$d_ph_cacl2 = fv($r['ph_cacl2'], 1);
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+$d_ec = fv($r['ec'], 2);
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+$d_colour = $r['colour'] ?? 'N/A';
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+$d_texture = $r['texture'] ?? 'N/A';
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+$d_gravel = fv($r['gravel'], 1);
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+$d_ocarbon = fv($r['ocarbon'], 1);
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+$d_omatter = fv($r['omatter'], 1);
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+$d_cec = fv($r['cec'], 2);
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+$d_tec = fv($r['tec'], 2);
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+$d_paramag = fv($r['paramag'], 0);
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+$d_no3 = fv($r['NO3_N'], 0); $d_no3_st = rangeStatus($r['NO3_N'], 10, 20);
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+$d_nh3 = fv($r['NH3_N'], 0);
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+$d_cn_ratio = fv($r['c_n_ratio'], 1);
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+$d_p_colwell = fv($r['p_colwell'], 0);
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+$d_p_morgan = fv($r['p_morgan'], 0);
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+$d_p_mehlick = fv($r['p_mehlick'], 0);
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+$d_p_bray2 = fv($r['p_bray2'], 0);
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+
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+// Major cations
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+$d_ca_ppm = fv($r['BS_ca_ppm'], 0);
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+$d_ca_min = fv(sv($s,$r,'ca_ppm_min'), 0); $d_ca_max = fv(sv($s,$r,'ca_ppm_max'), 0);
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+$d_ca_st = rangeStatus($r['BS_ca_ppm'], sv($s,$r,'ca_ppm_min'), sv($s,$r,'ca_ppm_max'));
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+$d_mg_ppm = fv($r['BS_mg_ppm'], 0);
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+$d_mg_min = fv(sv($s,$r,'mg_ppm_min'), 0); $d_mg_max = fv(sv($s,$r,'mg_ppm_max'), 0);
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+$d_mg_st = rangeStatus($r['BS_mg_ppm'], sv($s,$r,'mg_ppm_min'), sv($s,$r,'mg_ppm_max'));
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+$d_k_ppm = fv($r['BS_k_ppm'], 0);
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+$d_k_min = fv(sv($s,$r,'k_ppm_min'), 0); $d_k_max = fv(sv($s,$r,'k_ppm_max'), 0);
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+$d_k_st = rangeStatus($r['BS_k_ppm'], sv($s,$r,'k_ppm_min'), sv($s,$r,'k_ppm_max'));
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+$d_na_ppm = fv($r['BS_na_ppm'], 0);
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+$d_na_min = fv(sv($s,$r,'na_ppm_min'), 0); $d_na_max = fv(sv($s,$r,'na_ppm_max'), 0);
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+$d_na_st = rangeStatus($r['BS_na_ppm'], sv($s,$r,'na_ppm_min'), sv($s,$r,'na_ppm_max'));
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+
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+// Base saturations
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+$d_ca_bs = fv($r['BS_ca2'], 2);
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+$d_ca_bs_min = fv(sv($s,$r,'cabs_min'), 1); $d_ca_bs_max = fv(sv($s,$r,'cabs_max'), 1);
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+$d_ca_bs_st = rangeStatus($r['BS_ca2'], sv($s,$r,'cabs_min'), sv($s,$r,'cabs_max'));
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+$d_mg_bs = fv($r['BS_mg2'], 2);
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+$d_mg_bs_min = fv(sv($s,$r,'mgbs_min'), 1); $d_mg_bs_max = fv(sv($s,$r,'mgbs_max'), 1);
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+$d_mg_bs_st = rangeStatus($r['BS_mg2'], sv($s,$r,'mgbs_min'), sv($s,$r,'mgbs_max'));
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+$d_k_bs = fv($r['BS_k'], 2);
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+$d_k_bs_min = fv(sv($s,$r,'kbs_min'), 1); $d_k_bs_max = fv(sv($s,$r,'kbs_max'), 1);
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+$d_k_bs_st = rangeStatus($r['BS_k'], sv($s,$r,'kbs_min'), sv($s,$r,'kbs_max'));
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+$d_na_bs = fv($r['BS_na'], 2);
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+$d_na_bs_min = fv(sv($s,$r,'nabs_min'), 1); $d_na_bs_max = fv(sv($s,$r,'nabs_max'), 1);
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+$d_na_bs_st = rangeStatus($r['BS_na'], sv($s,$r,'nabs_min'), sv($s,$r,'nabs_max'));
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+$d_ob = fv($r['BS_ob'], 2); $d_ob_rec = fv(sv($s,$r,'ob_rec'), 1);
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+$d_h = fv($r['BS_h'], 2); $d_h_rec = fv(sv($s,$r,'h_rec'), 1);
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+$d_al3 = fv($r['BS_al3'], 2);
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+
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+// Morgans
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+$d_ca_m = fv($r['ca_morgan'], 2); $d_mg_m = fv($r['mg_morgan'], 2);
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+$d_k_m = fv($r['k_morgan'], 2); $d_na_m = fv($r['na_morgan'], 2);
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+
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+// Mehlick-3
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+$d_ca_me = fv($r['ca_mehlick3'], 2); $d_mg_me = fv($r['mg_mehlick3'], 2);
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+$d_k_me = fv($r['k_mehlick3'], 2); $d_na_me = fv($r['na_mehlick3'], 2);
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+$d_al_me = fv($r['al_mehlick3'], 2);
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+
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+// Trace elements
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+$d_s = fv($r['s_morgan'], 2); $d_b = fv($r['b_cacl2'], 2);
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+$d_mn = fv($r['mn_dtpa'], 2); $d_cu = fv($r['cu_dtpa'], 2);
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+$d_zn = fv($r['zn_dtpa'], 2); $d_fe = fv($r['fe_dtpa'], 2);
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+$d_fe_tot = fv($r['fe'], 2); $d_al = fv($r['al'], 2);
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+$d_si = fv($r['sl_cacl2'], 2); $d_co = fv($r['co_dtpa'], 2);
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+$d_mo = fv($r['m_dtpa'], 2); $d_se = fv($r['se'], 2);
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+
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+// Ratios
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+$_ca_me_v = is_numeric($r['ca_mehlick3']) ? (float)$r['ca_mehlick3'] : 0;
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+$_mg_me_v = is_numeric($r['mg_mehlick3']) ? (float)$r['mg_mehlick3'] : 0;
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+$d_ca_mg_ratio = fv($_mg_me_v != 0 ? round($_ca_me_v / $_mg_me_v, 1) : null, 1);
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+$d_ca_mg_ratio_rec = fv(sv($s,$r,'ca_mg_ratio'), 1);
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+
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+// Build comprehensive soil data block (ALL elements)
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$soilData = <<<TEXT
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=====================================
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SOIL TEST DATA — COMPLETE ANALYSIS
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@@ -144,78 +221,78 @@ Lab No: {$r['lab_no']}
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Date Sampled: {$r['date_sampled']}
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--- SOIL PHYSICAL / REACTION ---
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-pH (H2O): {fv($r['ph_h2o'], 1)} [target: 6.2–6.8] {rangeStatus($r['ph_h2o'], 6.2, 6.8)}
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-pH (CaCl2): {fv($r['ph_cacl2'], 1)}
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-EC (mS/cm): {fv($r['ec'], 2)}
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-Colour: {$r['colour']}
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-Texture: {$r['texture']}
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-Gravel (%): {fv($r['gravel'], 1)}
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+pH (H2O): $d_ph_h2o [target: 6.2-6.8] $d_ph_h2o_st
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+pH (CaCl2): $d_ph_cacl2
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+EC (mS/cm): $d_ec
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+Colour: $d_colour
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+Texture: $d_texture
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+Gravel (%): $d_gravel
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--- ORGANIC MATTER ---
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-Organic Carbon (%): {fv($r['ocarbon'], 1)}
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-Organic Matter (%): {fv($r['omatter'], 1)}
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+Organic Carbon (%): $d_ocarbon
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+Organic Matter (%): $d_omatter
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--- CATION EXCHANGE ---
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-CEC (meq/100g): {fv($r['cec'], 2)}
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-TEC (meq/100g): {fv($r['tec'], 2)}
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-Paramagnetic: {fv($r['paramag'], 0)}
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+CEC (meq/100g): $d_cec
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+TEC (meq/100g): $d_tec
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+Paramagnetic: $d_paramag
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--- NITROGEN ---
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-Nitrate-N (NO3-N ppm): {fv($r['NO3_N'], 0)} [target: 10–20 ppm] {rangeStatus($r['NO3_N'], 10, 20)}
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-Ammonium-N (NH3-N ppm): {fv($r['NH3_N'], 0)}
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-C:N ratio: {fv($r['c_n_ratio'], 1)}
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+Nitrate-N (NO3-N ppm): $d_no3 [target: 10-20 ppm] $d_no3_st
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+Ammonium-N (NH3-N ppm): $d_nh3
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+C:N ratio: $d_cn_ratio
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--- PHOSPHORUS ---
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-P Colwell (ppm): {fv($r['p_colwell'], 0)}
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-P Morgan (ppm): {fv($r['p_morgan'], 0)}
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-P Mehlick (ppm): {fv($r['p_mehlick'], 0)}
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-P Bray2 (ppm): {fv($r['p_bray2'], 0)}
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+P Colwell (ppm): $d_p_colwell
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+P Morgan (ppm): $d_p_morgan
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+P Mehlick (ppm): $d_p_mehlick
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+P Bray2 (ppm): $d_p_bray2
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--- MAJOR CATIONS (ppm) ---
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-Calcium Ca (ppm): {fv($r['BS_ca_ppm'], 0)} [min: {fv(sv($s,$r,'ca_ppm_min'),0)}, max: {fv(sv($s,$r,'ca_ppm_max'),0)}] {rangeStatus($r['BS_ca_ppm'], sv($s,$r,'ca_ppm_min'), sv($s,$r,'ca_ppm_max'))}
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-Magnesium Mg (ppm): {fv($r['BS_mg_ppm'], 0)} [min: {fv(sv($s,$r,'mg_ppm_min'),0)}, max: {fv(sv($s,$r,'mg_ppm_max'),0)}] {rangeStatus($r['BS_mg_ppm'], sv($s,$r,'mg_ppm_min'), sv($s,$r,'mg_ppm_max'))}
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-Potassium K (ppm): {fv($r['BS_k_ppm'], 0)} [min: {fv(sv($s,$r,'k_ppm_min'), 0)}, max: {fv(sv($s,$r,'k_ppm_max'), 0)}] {rangeStatus($r['BS_k_ppm'], sv($s,$r,'k_ppm_min'), sv($s,$r,'k_ppm_max'))}
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-Sodium Na (ppm): {fv($r['BS_na_ppm'], 0)} [min: {fv(sv($s,$r,'na_ppm_min'),0)}, max: {fv(sv($s,$r,'na_ppm_max'),0)}] {rangeStatus($r['BS_na_ppm'], sv($s,$r,'na_ppm_min'), sv($s,$r,'na_ppm_max'))}
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+Calcium Ca (ppm): $d_ca_ppm [min: $d_ca_min, max: $d_ca_max] $d_ca_st
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+Magnesium Mg (ppm): $d_mg_ppm [min: $d_mg_min, max: $d_mg_max] $d_mg_st
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+Potassium K (ppm): $d_k_ppm [min: $d_k_min, max: $d_k_max] $d_k_st
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+Sodium Na (ppm): $d_na_ppm [min: $d_na_min, max: $d_na_max] $d_na_st
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--- BASE SATURATIONS (%) ---
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-Calcium Ca (%): {fv($r['BS_ca2'], 2)}% [min: {fv(sv($s,$r,'cabs_min'),1)}, max: {fv(sv($s,$r,'cabs_max'),1)}] {rangeStatus($r['BS_ca2'], sv($s,$r,'cabs_min'), sv($s,$r,'cabs_max'))}
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-Magnesium Mg (%): {fv($r['BS_mg2'], 2)}% [min: {fv(sv($s,$r,'mgbs_min'),1)}, max: {fv(sv($s,$r,'mgbs_max'),1)}] {rangeStatus($r['BS_mg2'], sv($s,$r,'mgbs_min'), sv($s,$r,'mgbs_max'))}
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-Potassium K (%): {fv($r['BS_k'], 2)}% [min: {fv(sv($s,$r,'kbs_min'), 1)}, max: {fv(sv($s,$r,'kbs_max'), 1)}] {rangeStatus($r['BS_k'], sv($s,$r,'kbs_min'), sv($s,$r,'kbs_max'))}
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-Sodium Na (%): {fv($r['BS_na'], 2)}% [min: {fv(sv($s,$r,'nabs_min'),1)}, max: {fv(sv($s,$r,'nabs_max'),1)}] {rangeStatus($r['BS_na'], sv($s,$r,'nabs_min'), sv($s,$r,'nabs_max'))}
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-Other Bases (%): {fv($r['BS_ob'], 2)}% [recommended: {fv(sv($s,$r,'ob_rec'),1)}]
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-Hydrogen (%): {fv($r['BS_h'], 2)}% [recommended: {fv(sv($s,$r,'h_rec'), 1)}]
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-Aluminium Al3 (%): {fv($r['BS_al3'], 2)}%
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+Calcium Ca (%): $d_ca_bs% [min: $d_ca_bs_min, max: $d_ca_bs_max] $d_ca_bs_st
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+Magnesium Mg (%): $d_mg_bs% [min: $d_mg_bs_min, max: $d_mg_bs_max] $d_mg_bs_st
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+Potassium K (%): $d_k_bs% [min: $d_k_bs_min, max: $d_k_bs_max] $d_k_bs_st
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+Sodium Na (%): $d_na_bs% [min: $d_na_bs_min, max: $d_na_bs_max] $d_na_bs_st
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+Other Bases (%): $d_ob% [recommended: $d_ob_rec]
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+Hydrogen (%): $d_h% [recommended: $d_h_rec]
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+Aluminium Al3 (%): $d_al3%
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--- MORGANS EXTRACT (ppm) ---
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-Ca Morgan: {fv($r['ca_morgan'], 2)}
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-Mg Morgan: {fv($r['mg_morgan'], 2)}
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-K Morgan: {fv($r['k_morgan'], 2)}
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-Na Morgan: {fv($r['na_morgan'], 2)}
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+Ca Morgan: $d_ca_m
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+Mg Morgan: $d_mg_m
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+K Morgan: $d_k_m
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+Na Morgan: $d_na_m
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--- MEHLICK-3 EXTRACT (ppm) ---
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-Ca Mehlick3: {fv($r['ca_mehlick3'], 2)}
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-Mg Mehlick3: {fv($r['mg_mehlick3'], 2)}
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-K Mehlick3: {fv($r['k_mehlick3'], 2)}
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-Na Mehlick3: {fv($r['na_mehlick3'], 2)}
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-Al Mehlick3: {fv($r['al_mehlick3'], 2)}
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+Ca Mehlick3: $d_ca_me
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+Mg Mehlick3: $d_mg_me
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+K Mehlick3: $d_k_me
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+Na Mehlick3: $d_na_me
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+Al Mehlick3: $d_al_me
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--- TRACE ELEMENTS (ppm) ---
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-Sulfur S (ppm): {fv($r['s_morgan'], 2)}
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-Boron B (ppm): {fv($r['b_cacl2'], 2)}
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-Manganese Mn (ppm): {fv($r['mn_dtpa'], 2)}
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-Copper Cu (ppm): {fv($r['cu_dtpa'], 2)}
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-Zinc Zn (ppm): {fv($r['zn_dtpa'], 2)}
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-Iron Fe (ppm): {fv($r['fe_dtpa'], 2)}
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-Iron Fe (total): {fv($r['fe'], 2)}
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-Aluminium Al (ppm): {fv($r['al'], 2)}
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-Silicon Si (ppm): {fv($r['sl_cacl2'], 2)}
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-Cobalt Co (ppm): {fv($r['co_dtpa'], 2)}
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-Molybdenum Mo (ppm): {fv($r['m_dtpa'], 2)}
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-Selenium Se (ppm): {fv($r['se'], 2)}
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+Sulfur S (ppm): $d_s
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+Boron B (ppm): $d_b
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+Manganese Mn (ppm): $d_mn
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+Copper Cu (ppm): $d_cu
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+Zinc Zn (ppm): $d_zn
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+Iron Fe (ppm): $d_fe
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+Iron Fe (total): $d_fe_tot
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+Aluminium Al (ppm): $d_al
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+Silicon Si (ppm): $d_si
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+Cobalt Co (ppm): $d_co
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+Molybdenum Mo (ppm): $d_mo
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+Selenium Se (ppm): $d_se
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--- RATIOS ---
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-Ca:Mg ratio: {fv(is_numeric($r['ca_mehlick3']) && is_numeric($r['mg_mehlick3']) && (float)$r['mg_mehlick3'] != 0 ? round((float)$r['ca_mehlick3']/(float)$r['mg_mehlick3'],1) : null, 1)} [recommended: {fv(sv($s,$r,'ca_mg_ratio'),1)}]
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-C:N ratio: {fv($r['c_n_ratio'], 1)}
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+Ca:Mg ratio: $d_ca_mg_ratio [recommended: $d_ca_mg_ratio_rec]
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+C:N ratio: $d_cn_ratio
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TEXT;
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