//void OnGUI()
//{
// GUI.TextField(new Rect(GameCamera.WorldToScreenPoint(this.transform.position).x, GameCamera.WorldToScreenPoint(this.transform.position).y + 40, 140, 60), "wire voltage:" + voltage + "\nvoltage sum:" + voltage_sum_buf + "\namperge:" + amperage);
//}
private void OnTriggerStay(Collider other_object)
{
if (other_object.GetComponent <input_point>())
{
input_connect = other_object.GetComponent <input_point>();
input_voltage_buf[i] = input_connect.parts_voltage;
if (input_connect.amperage >= 0)
{
input_amparege += input_connect.amperage;
amp_j++;
}
else
{
output_amperage -= input_connect.amperage;
amp_i++;
}
i++;
if (input_connect.flag == false)
{
in_flag = true;
in_voltage = input_connect.voltage;
}
}
if (other_object.GetComponent <output_point>())
{
output_connect = other_object.GetComponent <output_point>();
output_voltage_buf[j] = output_connect.parts_voltage;
if (output_connect.amperage > 0)
{
output_amperage += output_connect.amperage;
amp_i++;
}
else
{
input_amparege -= output_connect.amperage;
amp_j++;
}
j++;
if (output_connect.flag == false)
{
out_flag = true;
out_voltage = output_connect.voltage;
}
}
//if (other_object.GetComponent<wire>())
//{
// input_voltage_buf[i] = other_object.GetComponent<wire>().voltage;
// if (input_connect.amperage >= 0)
// {
// amperage_def = other_object.GetComponent<wire>().amperage_def;
// }
// i++;
//}
}
// Update is called once per frame
void Update()
{
output_pointval = GetComponentInChildren <output_point>();
input_pointval = GetComponentInChildren <input_point>();
amperage_def = output_pointval.amperage_def;
// print(" amperage_def" + amperage_def);
if (battery_exist_flag == false)
{
if (output_pointval.wire_attached_flag && input_pointval.wire_attached_flag)
{
if (Mathf.Abs(amperage_def) < 0.04f)
{
amperage = amperage + amperage_def / 2.0f;
}
else
{
amperage = amperage + 0.02f * Math.Sign(amperage_def);
}
}
else if (output_pointval.wire_attached_flag)
{
amperage = 0;
}
else if (input_pointval.wire_attached_flag)
{
amperage = 0;
}
input_voltage = 0;
output_voltage = input_voltage + voltage;
}
else
{
if (output_pointval.wire_attached_flag && input_pointval.wire_attached_flag)
{
if (Math.Abs(amperage_def) < 0.009f)
{
amperage = amperage + amperage_def / 2.0f;
}
else
{
amperage = amperage + 0.0045f * Math.Sign(amperage_def);
}
input_voltage = (output_pointval.wire_voltage + input_pointval.wire_voltage - voltage) / 2.0f;
output_voltage = input_voltage + voltage;
//output_voltage = output_pointval.wire_voltage;
//input_voltage = output_voltage - voltage;
}
else if (output_pointval.wire_attached_flag)
{
output_voltage = output_pointval.wire_voltage;
input_voltage = output_voltage - voltage;
amperage = 0;
}
else if (input_pointval.wire_attached_flag)
{
input_voltage = input_pointval.wire_voltage;
output_voltage = input_voltage + voltage;
amperage = 0;
}
}
}
//void OnGUI()
//{
// GUI.TextField(new Rect(GameCamera.WorldToScreenPoint(this.transform.position).x, GameCamera.WorldToScreenPoint(this.transform.position).y + 40, 140, 60), "weight:" + weight + "\namperage_def:" + amperage_def + "\nvoltage:" + voltage);
//}
private void OnTriggerStay(Collider other_object)
{
if (!eliminate)
{
if (other_object.GetComponent <input_point>())
{
input_connect = other_object.GetComponent <input_point>();
input_voltage_buf[i] = input_connect.parts_voltage;
// print("input:"+input_connect.amperage+"name"+input_connect.gameObject.transform.parent.name);
if (input_connect.amperage >= 0)
{
input_amparege += input_connect.amperage;
amp_j++;
}
else
{
output_amperage -= input_connect.amperage;
amp_i++;
}
i++;
if (!input_connect.flag)
{
// print("get");
in_flag = true;
in_voltage = input_connect.voltage;
}
}
if (other_object.GetComponent <output_point>())
{
output_connect = other_object.GetComponent <output_point>();
output_voltage_buf[j] = output_connect.parts_voltage;
// print("output:" + output_connect.amperage + "name" + output_connect.gameObject.name);
if (output_connect.amperage > 0)
{
output_amperage += output_connect.amperage;
amp_i++;
}
else
{
input_amparege -= output_connect.amperage;
amp_j++;
}
j++;
if (!output_connect.flag)
{
out_flag = true;
out_voltage = output_connect.voltage;
}
}
if (other_object.GetComponent <wire>())
{
if (!other_object.GetComponent <wire>().solved)
{
for (k = 0; k < other_object.GetComponent <wire>().i; k++)
{
input_voltage_buf[i + k] = other_object.GetComponent <wire>().input_voltage_buf[k];
}
i = i + k;
for (k = 0; k < other_object.GetComponent <wire>().j; k++)
{
output_voltage_buf[i + k] = other_object.GetComponent <wire>().output_voltage_buf[k];
}
j = j + k;
output_amperage += other_object.GetComponent <wire>().output_amperage;
amp_i += other_object.GetComponent <wire>().amp_i;
input_amparege += other_object.GetComponent <wire>().input_amparege;
amp_j += other_object.GetComponent <wire>().amp_j;
if (other_object.GetComponent <wire>().in_flag)
{
in_flag = true;
in_voltage = other_object.GetComponent <wire>().in_voltage;
}
if (other_object.GetComponent <wire>().out_flag)
{
out_flag = true;
out_voltage = other_object.GetComponent <wire>().out_voltage;
}
}
else
{
//print("already solved");
for (k = 0; k < other_object.GetComponent <wire>().i; k++)
{
input_voltage_buf[k] = other_object.GetComponent <wire>().input_voltage_buf[k];
}
i = k;
for (k = 0; k < other_object.GetComponent <wire>().j; k++)
{
output_voltage_buf[k] = other_object.GetComponent <wire>().output_voltage_buf[k];
}
j = k;
output_amperage = other_object.GetComponent <wire>().output_amperage;
amp_i = other_object.GetComponent <wire>().amp_i;
input_amparege = other_object.GetComponent <wire>().input_amparege;
amp_j = other_object.GetComponent <wire>().amp_j;
if (other_object.GetComponent <wire>().in_flag)
{
in_flag = true;
in_voltage = other_object.GetComponent <wire>().in_voltage;
}
if (other_object.GetComponent <wire>().out_flag)
{
out_flag = true;
out_voltage = other_object.GetComponent <wire>().out_voltage;
}
}
solved = true;
}
}
}
