Erick / Mbed 2 deprecated ICE_BLE_TEST

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Dependencies:   NaturalTinyShell_ice libmDot-12Sept mbed-rtos mbed

Fork of ICE by Erick

Diff: src/ModbusMaster/ModbusMaster.cpp

Revision:
150:4db35c8234b4
Parent:
149:950c90425f7c
Child:
151:9d47fe5ba805
--- a/src/ModbusMaster/ModbusMaster.cpp	Fri Sep 30 12:22:20 2016 +0000
+++ b/src/ModbusMaster/ModbusMaster.cpp	Fri Sep 30 13:35:28 2016 +0000
@@ -118,21 +118,21 @@
                 if( iter->second.simulated == true ) {
                     std::map<std::string, SimulateInput>::iterator simiter;
                     for (simiter = SimulateInputMap.begin(); simiter != SimulateInputMap.end(); ++simiter) {
-//                        logInfo("simulating input=%s, min=%2.2f, max=%2.2f, start_value=%2.2f, step=%2.2f",iter->first.c_str(), SimulateInputMap[iter->first].min, SimulateInputMap[iter->first].max, SimulateInputMap[iter->first].start_value, SimulateInputMap[iter->first].step);
+//                        logInfo("simulating input=%s, min=%2.2f, max=%2.2f, start_value=%2.2f, up_step=%2.2f, down_step=%2.2f",iter->first.c_str(), SimulateInputMap[iter->first].min, SimulateInputMap[iter->first].max, SimulateInputMap[iter->first].start_value, SimulateInputMap[iter->first].up_step, SimulateInputMap[iter->first].down_step);
                         if( (SimulateInputMap[iter->first].min == 0) && (SimulateInputMap[iter->first].max == 0) ) {
                             ModbusRegisterMap[iter->first].float_value = SimulateInputMap[iter->first].start_value;
                         } else {
                             if( ModbusRegisterMap[iter->first].float_value >= SimulateInputMap[iter->first].max ) {
                                 move_up = false;
-                                ModbusRegisterMap[iter->first].float_value = ModbusRegisterMap[iter->first].float_value - SimulateInputMap[iter->first].step;
+                                ModbusRegisterMap[iter->first].float_value = ModbusRegisterMap[iter->first].float_value - SimulateInputMap[iter->first].down_step;
                             } else if( ModbusRegisterMap[iter->first].float_value <= SimulateInputMap[iter->first].min ) {
                                 move_up = true;
-                                ModbusRegisterMap[iter->first].float_value = ModbusRegisterMap[iter->first].float_value + SimulateInputMap[iter->first].step;
+                                ModbusRegisterMap[iter->first].float_value = ModbusRegisterMap[iter->first].float_value + SimulateInputMap[iter->first].up_step;
                             } else {
                                 if( move_up == true ) {
-                                    ModbusRegisterMap[iter->first].float_value = ModbusRegisterMap[iter->first].float_value + SimulateInputMap[iter->first].step;
+                                    ModbusRegisterMap[iter->first].float_value = ModbusRegisterMap[iter->first].float_value + SimulateInputMap[iter->first].up_step;
                                 } else {
-                                    ModbusRegisterMap[iter->first].float_value = ModbusRegisterMap[iter->first].float_value - SimulateInputMap[iter->first].step;
+                                    ModbusRegisterMap[iter->first].float_value = ModbusRegisterMap[iter->first].float_value - SimulateInputMap[iter->first].down_step;
                                 }
                             }
                             logInfo("simulating input=%s, value=%2.2f",iter->first.c_str(), ModbusRegisterMap[iter->first].float_value);