root / logic / trunk / src / logics / conditions.c @ 71
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#include "conditions.h" |
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#include <stdio.h> |
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#include <math.h> |
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int evaluateAdditionalConditions(cond_lst *cl, device *dev)
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{
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int result = -1; |
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int local_result = -1; |
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cond_lst *leaf; |
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device *testDev; |
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//printf("dev %s\n",dev->id);
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if(cl->OPERATOR_TYPE == TOP_NODE)
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if(!cl->sub_lst) // no additional conditions |
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return 1; |
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else{}
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//printf("Evaluating operator %d\n", cl->OPERATOR_TYPE);
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while(cl->sub_lst)
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{
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if(!cl->sub_lst->sub_lst) //leaf |
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{
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//printf("Found leaf with opr %d\n", cl->sub_lst->OPERATOR_TYPE);
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//todo glej cez cel sub - nivo
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if(result==-1) //got first leaf element |
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{
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//printf("got FIRST LEAF element with opr %d and device name %s\n", cl->sub_lst->OPERATOR_TYPE, cl->sub_lst->dev);
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if(0==strcmp(cl->sub_lst->dev,"time")) |
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result = evalOperators(cl->sub_lst->OPERATOR_TYPE, getLocalFormattedTime(), cl->sub_lst->value); |
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else
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result = evalOperators(cl->sub_lst->OPERATOR_TYPE, (*getDevice(dev, cl->sub_lst->dev)).buf, cl->sub_lst->value); |
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} |
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else
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{
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//printf("got LEAF element with opr %d\n", cl->sub_lst->OPERATOR_TYPE);
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if(0==strcmp(cl->sub_lst->dev,"time")) |
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local_result = evalOperators(cl->sub_lst->OPERATOR_TYPE, getLocalFormattedTime(), cl->sub_lst->value); |
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else
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local_result = evalOperators(cl->sub_lst->OPERATOR_TYPE, (*getDevice(dev, cl->sub_lst->dev)).buf, cl->sub_lst->value); |
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result = evalOperators(cl->OPERATOR_TYPE, result, local_result); |
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} |
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} |
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else //not leaf |
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{
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//printf("Found child with opr %d\n", cl->sub_lst->OPERATOR_TYPE);
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if(result==-1) //got first child element |
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{
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//printf("got FIRST CHILD element with opr %d\n", cl->sub_lst->OPERATOR_TYPE);
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result = evaluateAdditionalConditions(cl->sub_lst, dev); |
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} |
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else
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{
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//printf("got CHILD element with opr %d\n", cl->sub_lst->OPERATOR_TYPE);
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result = evaluateAdditionalConditions(cl->sub_lst, dev); |
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result = evalOperators(cl->OPERATOR_TYPE, result, local_result); |
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} |
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} |
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cl->sub_lst=cl->sub_lst->nxt_lst; |
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} |
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return result;
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} |
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// TODO check this one again
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float getNewWeightedMeasurement(float oldval, float newval, float alpha) |
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{
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return oldval*alpha+newval*(1-alpha); |
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} |
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int getPowerPercentage(int a, int b, int o, float *val, int func) |
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{
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int pwr;
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//printf( "getPowerPercentage(%d, %d, %d, %.2f, %d)\n",a,b,o,*val,func);
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if(func == FUNCTION_STATIC)
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{
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if(*val>o) // right |
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{
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pwr=100;
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} |
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else //left |
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{
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pwr=0;
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} |
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} |
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else if(func == FUNCTION_LINEAR) |
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{
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if(*val>o) // right |
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{
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if(*val >= a)
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pwr=100;
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else
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pwr=(int)((*val-o)/(b-o)*100); |
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} |
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else //left |
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{
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if(*val <= a)
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pwr=0;
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else
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pwr=(int)((1-(*val-a)/(o-a))*100); |
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} |
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} |
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else if(func == FUNCTION_LOGARITHMIC) //TODO implement log func |
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{
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if(*val>o) // right |
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{
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pwr=(int)((*val-o)/(b-o)*100); |
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} |
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else //left |
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{
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pwr=(int)((1-(*val-a)/(o-a))*100); |
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} |
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} |
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else if(func == FUNCTION_QUADRATIC) //implement square func |
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{
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if(*val>o) // right |
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{
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pwr=(int)((*val-o)/(b-o)*100); |
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} |
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else //left |
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{
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pwr=(int)((1-(*val-a)/(o-a))*100); |
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} |
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} |
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else
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{
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pwr=-1;
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} |
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if(pwr>100) |
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pwr=100;
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return pwr;
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} |
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/*TODO morda dodaj preverbo pravilnosti conditionov (kot podatkov v strukturi)*/
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